GENERAL CRITIQUE OF SOVIET GRAVIMETRIC DATA WITH AN ANNOTATED BIBLIOGRAPHY

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• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP79-01083A000100030001-5
• Release Decision: RIPPUB
• Original Classification: S
• Document Page Count: 101
• Document Creation Date: November 9, 2016
• Document Release Date: August 18, 1998
• Sequence Number: 1
• Publication Date: April 15, 1954
• Content Type: REPORT

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GENERAL CRITIQUE OF SOVIET GRAVIMETRIC
DATA WITH AN ANNOTATED BIBLIOGRAPHY
Supplement to CIA/RR-ER-1, GRAVIMETRIC DATA IN THE USSR
CIA/RR-ER-3
15 April 1954
25X1A5a1
CENTRAL INTELLIGENCE AGENCY
OFFICE OF RESEARCH AND REPORTS
DOCUMENT NO. I
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the National Defense of the United States
within the meaning of the espionage laws,
Title 18, USC, Secs. 793 and 794, the trans-
mission or revelation of which in any manner
to an unauthorized person is prohibited by law.
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~~ll!!!
GENERAL. CRITIQUE Or SOVIET C kVIMETRIC DATA
WITH AN ANNOTATED BIBLIOGRAPHY
Supplement to CRAVIMETRIC DATA IN THE USSR
CIA/RR-ER-1
CIA/RR-ER-3
office of Research and Reports
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FOREWORD
This report is one of a series prepared for an external research
project entitled "The Problem of Soviet Capabilities in Geodesy and
Cartography," which was sponsored by the CIA as an element of the re-
search program of the Geography Division, Office of Research and
Reports.
25X1A5a1
25X1A5a1
Knowledge of the status of Soviet developments in geodesy, photo-
grammetry, and cartography has been a recognized intelligence defi-
ciency, and intelligence reports in these fields are extremely few in
number and limited in topical coverage. The Project was therefore
initiated to assess Soviet capabilities on the basis of a systematic
study of all available published information on Soviet developments
in geodesy, geodetic gravimetry, geodetic astronomy, geodetic and
photogrammetric instrumentation, and cartography. The resulting
reports are derived almost entirely from an extensive search for
and an analysis of published Soviet scientific source materials.
The reports of the Project are designed not only to provide pro-
visional information on the current status of Soviet capabilities in
surveying and mapping but also to serve as a datum for a continuing
program of collection and research that will in the future provide
increasingly accurate and timely intelligence on this subject. The
opinions and conclusions in this report, therefore, do not represent
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25X1A5a1
final CIA evaluation of Soviet capabilities in surveying and mapping.
Comments by users of the reports are solicited by the Geography Divi-
sion. Other types of information resulting from the Project that do
not lend themselves to publication are available for reference in the
CI4 Library. Among these are an extensive bibliographic file, a regis-
ter of miscellaneous Soviet institutes and laboratories, and a biogra-
phic-file.
This report (ER-3) supplements the bibliography included in
Geodetic Grav:Lmetry in the USSR, 18 October 1951,
25X1A5a Part I of the report des-
cribes the deficiencies in the quantity and quality of available
Soviet gravimetric data and problems related to their use for geodetic
control. Part, II is an annotated bibliography of available Soviet
source material in which gravimetric data are given.
25X1A5a1
Other publications
25X1A5a1
25X1A5a1
Geodetic Gravimetry in the USSR, CIA/RR EAR-1, 18 October 1951
e s A, No. 1)* SEMN
Deformation of the Crust of the Earth and Terrestrial Magnetism,
C 317E t-2., 16 October 1951 e es B, No. 1). SECRET
Selected Bibliography of Soviet Studies in the Field of Cosmic
Ea-S., C i/SI 70-54., March -1954.
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PART I
ANALYSIS OF PROBLEMS IN THE USE OF SOVIET C1AVIMETRIC SOURCE MATERIAL
In view of the close connection between geodesy and gravimetry in
the U.S.S.R., it was necessary to examine all available Soviet technical
and scientific sources for gravimetric information. The actual data
contained in these sources have not been used in reports of the Project
since its objective is limited to an appraisal of Soviet developments
in geodesy and related fields. In view of the general lack of adequate
gravimetric data on the U.S.S.R., however, every effort was made to
collect and record each item found in order to make gravimetric data
on the U.S.S.R. readily accessible to interested US and allied agen-
cies. Each item located was studied and analyzed for information relat-
ing to Soviet development in gravimetry. In addition, this analysis
revealed attributes and characteristics about the quantity and quality
of the data that are significant to any future program of reduction
and adjustment. The treatment of gravity data on the U.S.S.R. will
involve much preliminary work and careful consideration of the problems
outlined below. An investigator taking Soviet source material at its
face value is likely to start his work with incorrect or inconsistent
data; in which case the final result will, be incorrect, no matter how
good his mathematical technique may be. It is hoped, therefore, that
these comments and bibliography will facilitate the proper use of Soviet
gravimetric data.
(a) The subject of gravimetry, because of its close connection
with geodesy, is considered by the Soviets to be of a defense nature,
and all precautions are taken not to allow actual data on gravimetric
- l -
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measures t-o leave the country. The actual number of pendulum observa-
tions reduced on one system* and utilized in a 1952 study (Z28)-totals
over 18,000 in number. The entire program, initiated in 1932, was set
up to get at :Least one pendulum observation per-1,000 sq. km., a total
of some 23,00() observations. The results of individual expeditions,
which were published freely before 1935s have not been published since
that date in open literature. In source Z27, for instance, the posi-
tions (often drifting vessels and floes) in the Arctic where gravimetric
observations were made are given but not the measures themselves.
From time to time, the Soviets issue specific catalogues of gravi-
metric measures. One of these (G21.), containing 532 determinations,
is largely obsolete. Another catalogue (K16) contains a total of 2,716
observations made up to the year 1933. Neither of these catalogues was
at first available in the United States but was found elsewhere and is
now in hand. Still another catalogue, published in 1945, is reported
to contain about 10,000 gravity determinations, but it is not available
at present.
The best;, or at least the most complete, source of informations
currently available is a catalogue by Zhuravlev (Z30). This is;" not
an official catalogue, being, in fact, only an appendix to the author's
essay on the :shape of the earth. This source contains-10,712 measures
of gravity determined on the surface of the earth up to 1937. About
7,000 of the measures fall within the U.S.S.R. territorial limits.
A comparison of Z30 with K46 at once gives rise to misgivings.
The two catalogues often show differences amounting to 2 or 3 milligals
As r fa as we know, it is still -Potsdam.
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in the value of observed g in addition to frequent misprints and poor
typography. General agreement between the two catalogues, of course,
is to be expected, since K146 was supposedly incorporated in Z30.
(b) In view of frequent mistakes and misprints in Soviet catalogues,
it is desirable to verify catalogue entries from original sources where-
ever possible. These sources refer mostly to the period before 1935,
but they have the advantage of giving locations much more precisely
than in the catalogues and detailed descriptions of procedure. The
verification introduces considerable difficulty, since practically all
sources give values of observed g that differ from the catalogues.
This difference is usually of a systematic character, but its amount
often varies very widely. A few such examples are as follows:
Source Z30
No. of
Source
Difference in g
Remarks
Determinations
Year
N33
t5 milligals
Constant
14
1928
A17
-20
From -5 to -29
22
1928
Bl3
-lit
From -11 to -18
814
1932
V2
-12
From -10 to -18
50
1933
Y9
-14
From -10 to -22
84
19118
The last item (Y9) deserves special attention. It gives Ag (free-
air) rather than g, with a statement that it was derived from the new
catalogue of gravimetric- data published in 1945?
It is therefore evident that the values of g or Ag given in
source Z30 should be treated with considerable caution, that a compari.
son with other sources should be made (this can be done with about
page 86, for instance, the right half of the entries were
moved up one line in reference to the left half. The printing was
done during World War II.
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3,000 determinations), and that the causes of discrepancy should be
adequately explained.
In the more recent sources, gravity values (or A g) are sometimes
given to illustrate some point of theory. These data are often based
on the most recent, and presumably more reliable, determinations (e.g.,
source G39 of 1952). From such sources, some 400 gravity data can be
collected that are not included in source Z30.
(c) Another source of information concerning the gravity field of
the U.S.S.R. comprises the gravimetric maps and profiles often printed
in more recent publications. These are indicated in Part II if they
are to be found in the original paper (ER-1). Some of the maps give
not only iso-i nomaly curves but also the values of -anomalies for points
of observation not to be found in the available catalogues. Such a
map, for ins t,mce, is in source M45 of 1948. Over 200 maps and pro-
files have bean found, most of which cover the area south and west of
the line LenitigradMoscow-Irkutsk. This material, if critically
examined and reduced to one system and one kind of anomaly, should
give a fairlyaccurate gravity map of the region indicated, but the
amount of vo i : involved will be very substantial.
Soviet gravimetrists themselves are aware of uncertainties intro-
duced by the use of different gravity formulas for reduction. In
source Z7 Zagrebin warns of the confusion caused by the use in recent
Soviet sources of both the Helme rt formula (1901-1909) and the " Inter-
national formula. This raises difficulties particularly in the use of
Soviet gravity maps, which donot always indicate the formula used In
the retction.
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Finally, in view of complete lack of gravity data for the north-
east section of Siberia, the appearance of source Z28 of 1952 should be
especially welcome. This source gives the average free-air anomalies
for sectors of 100 square degrees each for the entire world, including
Siberia. At least some idea of the gravity field in northeastern
Siberia can thus be obtained.
Part II of this report lists 1408 Soviet gravimetric sources located
in this2%ftaII to September 1, 1953. Each item has been examined
up and, if the original
was not readily available, it has been recorded on microfilm. In some
cases photostats were made, either from the original material (series R)
AVAd-I,he microfilm (series P). Since the work was carried out at the
referTA1 to catalogue numbers there. If
219a als were found
no further attempt was made to locate them elsewhere.
In some cases, no library source is indicated, which means that the
material in question was received through the CIA, 2 UK H~IraTs most
21My mentioned are the Library of Congress;
and the Army Map Service.
The material has been arranged alphabetically according to the
surnames of the authors transliterated according to the BGN system,
which differs somewhat from. the LC system. Under each letter of the
alphabet the entries are numbered consecutively.
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PART II
BIBLIOGRAPHY OF AVAILABLE MATERIAL*
1. Abakelia, M.-S.: Ob izmenenii sily tyazhesti vo vremeni v evyazi e
geotektonicheskimi dvizheniyami na Kavkaze:
On the change of the force of gravity in connection with the geotectonic
movements in Caucasus,
Problemy Sovetskoy Geologic, Vol. 5, No. 2,1936, pp. 117-122.
DLC QRl.P7'' MP 1011-L P-197
Evidence of the change of gravity with time.
2. Abakelia, M.S.: V voprosu,gravimetricheskoy (mayatnikovoy) izuchennosti
Eavkaza:
On the problem of gravity (pendulum) knowledge of Caucasus.
Problemy Sovetskoy Geologic, Vol. 6, No. 4, 1936, pp. 360-365
DLC QEl.P7 MF 1011-N P-197
Gravity map of Caucasus, Scale 1:3,000,000
Abakelia, M.S.: Ob organizatsol gravitatsionnykh observatoriy v
Zakavkaz'ye:
On the organization of gravity observatories in Transcaucasia.
-Problemy Sovetskoy-Geologic, Vol. 6, No. 5, 1936, pp. 1+52-)454?
DLC QE1.P7 MF 1011-N P-197
4. Abakelia, M.: K probleme Kyurdamirskogo gravitatsionnogo khrebta v
Zakavkazfye: On the problem of Kyudamir gravitational range in
Transcaucasia.
Azerbaydzh. Neftyan. Khoz.,-Vol. 17, No. 8-9. pp. 40-42, 1937
DLC TNS60-A$, MY 190-G P-593
-5. Agafonov, G.: Otnositel'nyye Opredeleniya Sily Tyazhesti po r.r.
Irtyshu i Obi i na poberezh'yi Karskogo Morya po nablyudeniyam
Prof. A.N. NefedSyeva v 1923 g.:
Relative determination of the force of gravity along-the river Irtysh
and Ob' and on the coast of Kara Seaaccording to the observations of
Prof. A.N. Nefed'yev in 1923.
Zapiski po Gidrografii, 1936 No. 3, PP- 56-73
DLC VK79S.R95
Determination of gravity at five points.
*For key abbreviations used throughout the bibliography see p. 95?
**If no Library of Con rasa Call No. is given,, the source was not
catalogued when received
25X1A5a1
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6. Agafonov, G. and Nekraeova: Sila tyazheeti v Paratske, Sviyazhake i
Raife v Tatarskoy Respublike po Opredeleniyam 1930 goda:
Force of gravity in Paratsk, Sviyazhak and Raifa in Tatar Republic
according to determinations of 1930,
Izv. Astr. Fngelthardt. Obs. !azauakogo Univ., No. 159 1932, pp. 60-96.
PL.po q,#-r23 a-67
Ucb. Zap. Kazanskogo Univ., Vol. 92, Kniga 1
7. Agafonov, G. B. and Sokolov, B. A.: Otnositel'nyye Opredeleniya silt'
Tyazhesti mezhdu r. r. Vyatkoy i Kamoy v 1935 godu:
Relative determinations of the force of gravity between the rivems
Vyatka and Kama iii 1935?
2 #d~ iadr. Obs. Kazan' Univ., No. 29, 1936, pp. 9T-123-
Gravity at 15 points 55?501 - 56?27' N; 51?361 - 530 56, D.
Detailed reduction to Kazan'.
8. Aksenov, P. P.: Gravitatsionnaya Anomaliea v Balgorodskom Rayone
Kurskoy Magnitnoy Anomalii:
Gravitational Anomaly in the Belgorod District of Kursk Magnetic
Anomaly.
Izvestiya Akad. Nauk. ?td. Piz-Mat., Ser. 7, Vol. 22, 1928, pp. 65-68.
Investigations by means of torsion-balance variometer of gravity
anomaly in 100 points. Two maps and several diagrams. List of co-
ordinates determined by triangulation,
9. Akeenov, P. P.: Gravitatsionnaya anomaliya v Shchigrovskom rayons
Kurskoy magnitnoy anomalii:
The gravitational anomaly in the Shchigry region of the Kursk
magnetic anomaly.
aR.1,Ua T?auk. SSSR, VI-aeries, Vol. 21, 1927, pp. 593-608
Anomalies in 31 points. Aetropoint for No. 25-5165O153N.3 N.
Map 1:25,000.
10. Aksent'yera, Z. N.: Otnoeitel'nyye opredeleniya lily tyazhesti
Odessa-Poltava:
Relative determinations of the force of gravity Odessa-Poltave.
Izv. Vs. Tresta Oan. Geol. i Grav. Rabot
Vyp? 1, 1936- pp? 2)-37
AMS
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11. Aksent'yeva, Z. N.: Sravneniye mayatnikov Shtyukrata i Shterneka:
Comparison of pendulums of St$ckrath and Sterneck.
Isv. Vs. Tresta Osn, Geod. i Grav. Rabot
VYp? 1. 1936, pp. 102-117
AMS
12. Alekeandrov, S. E.: Polusekundnyy manatnikovyy pribor konstruktsii
Al 1933:
Half-second pendulum apparatus constructed at the Astronomical
Institute in 1933?
i 1_ Auir Tnat. Leningrad, No--39, 1935, PP- 366-379
25X1A5a1 a stract n English
Apparatus designed for gravity surveys in difficult regions.
Precision S to 19 mig. Comparison with Sterneck's pendulum.
Determination of gravity at Kandalakeha, 670101 N; 32?261 E.
13. Aleksandrov, S.: Gravimetricheekaya Apparatus Stantsii NSeverny
Polyoea:
Gravimetric Appar-atue of the station "North-Pole".
25X1A5a1 Byull. Astr. Inst. No. 47, pp. 216-229
Abstract in,inglish.
Special pendulum installation for the detlrmination of the force of
gravity to be used in the Arctic. Three'half--tones and one diagram.
14, Alekeandrov, S. L.: Nov" Mayatnikovyy Pribor Konstruktaiii Astrono-
micheekogo I:nstituta:
New Pendulum apparatus of the construction of the Astronomical
Institute.
tJ&541u cn. Vol. 12, pp. 494-502, 1935?
Abstract in 3erman.
Description Df the pendulum. Diagrams in text. The apparatus was
tested in gravity measures in Central Asia (3 points). Some data
given, no value of g.
15. Aleksandrov, S. E.: Opticheskiy Shchetchik Nonstr ktsii Astronomichee-
kogo Instituta:
Optical Co-incidence Counter constructed at the Astronomical Institute,
25X1A5a1 1. Astro:a. Inst. No. 37, pp. 293-2999 1935.
English Abstract
Description of the apparatus used for the pendulum observations of
gravity. Three cuts in text.
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16. Aleksandrov, S.: Chetvertisekundnyi Mayatnikovyy Pribor A.I.:
A-quarter-second Pendulum Apparatus of the Astronomical Institute.
i 5W t. No. 47, pp. 215-217, 1939
Abstract in English
A smaller pendulum for observations of the force of gravity in difficult
regions. Two half-tones.
17. Aleksandrov,S.: Rezul'taty gravitatsionnykh nablyudeniy v K:rivom
Roge v 1929 g.:
Results of gravity observations in Krivoy Rog in 1929.
Trudy G1. Geol.-Razv. Upr., Vyp. 36, 1931, pp.-135-139.
DLC QE276.A163 MF 195-B P-301
Pendulum observations at 22 stations with all details.
19. Aleksandrov, S. Ye., i Fal'kson, G.F.: Sverkhlegkiy mayatnikovyy pribor
Extra-light pendulum apparatus.
Nauka i tekhnika, Vol. 17,No. 9(654), 1939, P. 7
DLC Q4 N429 MF 139-N P-423
19. Andreyev, B.A.: 0 geologicheskom znachenii gravitatsionnoy katry Karelia,
Finiyandii i Leningradskoy oblasti:
On the geological significance of the gravitational map of Carelia,
Finland and Leningrad Oblast.
Materialy Ta. N.-I. Geol.-Razv. Inst.: Geofizika, Sbornik 7, 1939, pp. 1-27
DLC QE5OO.L465 MF 95-J P-151
Geological interpretation of gravity anomalies gravity map 540 - 62?N;
22?-41?E, contour interval 10 mig., scale 1:4,000,000. 3 gravity profiles.
.20. Andreyev, B.A.; Zakashanakiy,M.S.; Samsonov, N.N. and Fotiadi, E.E.;
Kure Gravitatsionnoy Razvedki:
A course of Gravimetric Prospecting.
1941, pp. 432
DLC TN269.Kg P-152
Detailed exposition of gravimetric methods of survey for oil and minerals.
Gravity anomalies:
p. 319 European Russia, Siberia and Central Asia, up to meridian 90?E
and parallel 59?N. Contour interval 50 mig.
p. 324 Ukraine 46?-52?N; 370-44?E; contour interval 10 mig. Profile
Rostov-Liski
p. 330 N,W. European Russia; contour interval 10 mig. (same as A16)
P. 343 Profile Kamyshbosh-Cava (Fergana Valley)
p. 352 Region North of Caspian Sea 45?-54?N; 43?-60?E; contour interval lOmig.
P. 355 Emba Region 46?15'-1$?N;52?30'-53?45'E; contour interval 4 mlg.
p. 367 Profile Allaguvatovo-Ishimbayevo-Smokayevo
p. 369 Central Bashkiriya 53?10'-53?30'N; 55. 45'-56?15'E; contour interval
2 mlg.
p. 376 Profile Kamenolomnya-Persianovka
p. 379 Profile Manych-Martynovka-Baklanovakaya
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21. Andreyev, B.A.: Ob usloviyakh primenimosti formul dvukhmernoy zadachi
pri interpretatsii,magnitnykh i gravitatsionnykri anomaliy:
On the conditions of application of formulae for the interpretation
of magnetic and gravitational anomalies.
Trudy V'ses. Nauch.-Issled. Inst. Razv, Geof.
Vyp. 111,1950, PP- 3-9
DLC Slav. Uncl., MF 135-II P 3&4
22. Andreyev, B.A.: Prostoy metod rascheta geofizicheskikh anomaliy na
vysote:
Simple Method. of Calculation of Gravity Anomalies with height.
Trudy Vses. Nauch.-Issled. Inst. Razv. Geof. Vyp. 3, 1950, pp. 3-9
DLC Slav. Unclass. My 135-8 P-3z4
23. Aristov,'G.A. and Zhuravlev,N.F.: Soveshchaniya po Voprosam
Gravimetrii:
Conference on Gravimetry.
Geodezist, Vol. 15, No. 5, 19,39, up. 71-719
DLC c 296.R '13 MF 79N P-1109
Contemporary
24+. Arkhangel'skiy, A.D.: #ber die Beziehung Zwischen dem geologischen
Aufbau and den Schwereanomalien im Europaischen Teil der USSR:
On the correlation between the geological structure and gravity anomalies
in the European part of the USSR.
Baltic Geodetic Commission, 7th meeting, Comptes Rend-us, pt. 2, pp. 367-378,
$Q5a1
German text, no abstract.
General treatment of the subject. Gravity map of European Russia,
contour interval-25 mlg.
25. Arkhangel'skiy, A.D.: Znacheniye Gravimetrii v Geoldgii i Problema
I-zucheniya Geologicheskogo Stroyeniya Zapadno-Sibirskoy Nizmennosti:
Significance of Gravimetry in Geology and-the Problem of Study of
Geologic Structure of West Siberian Plain.
i1 5adsk. Obshch. Ispyt. Prirody, N.S., Vol. 40, 1932, pp. 1+13-427.
Abstract in French
General review of the subject of gravimetric measures in connection with
geological structure. Ap lication to middle and south Ural mountains.
Map of gravity anomalies 147?-53?N; 56?-614?30'E. Contour, interval 25 mlg.
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26. Arkhangel'skiy, A.D. and Fedynskiy, V.V.: Geologicheskiye Resultaty
gravimetricheskikh robot v Vostochnom Azerbaydzhane:
Geological Interpretation of gravimetric observations in Eastern
Azerbaydzhan.
25X1A5a1 B 11. Mosk. Obshch. Ispyt. Prirody, N.S. Vol. iFO, 1932, pp. 462-1469.
Abstract in French.
Anomaly map Lenkoran'-Nukha, 1:1,000,000. Contour interval 25 mlg.
27. Arkhangel'skiy, A.D.: Anomalii sily tyazhesti v SSSR i ikh geologicheskoye
znacheniye:
Gravity anomalies in the USSR and their geological significance.
Sots. Rekonstruktsiya i Nakha, Vyp. 14, 1936, pp. 28142
DLC T14. S7 MF 105-E P-157
Anomaly map of European Russia up to 60?E, contour interval 50 mlg.
29. Arkhangel'skiy, A.D.; Mikhaylov, A.A.; Fedynskiy, V.V. and Lyuatikh, Ye.N.:
Geologicheekoye Znacheniye anomalii oily tyazhesti v SSSR:
Geological significance of gravity anomalies in the USSR.
Izv. Ak. Nauk, Ser. Geologicheskiya, 1937, No. 14, pp. 701-7142.
DLC A3262.A621465 MF 106-G P-1714
A detailed consideration of the problem. Gravity anomaly maps ( free-
air and Bouger, scale 1:15,000,000) covering all European Russia, Central
Asia and Siberia between lat. 55?N and the boundary to Krasnoyarsk, and
then between Krasnoyarsk-Chita and boundary,.with another area near
Blagoveshchensk. Contour intervals 25 mlg.
29. Arkhangel'skiy, A.D. and Fedynskiy, V.V.: Geologicheskiye resul'taty
grazimetricheakikh issledovaniy v Sredney Azii i Tugo-Zapadnom Kazakhstanes
Geological results of gravimetric exploration in Central Asia and S,W.
Kazakhstan.
izv. Ak. N., Seriya geologicheskaya, 1936, No. 1, pp. 3-33?
DLC A5262.A621465 MF 106-P P-173
Anomaly maps of the area, contour interval 25 n1g.
30. Arkhangel'skiy, A.D.: Uspekhi izucheniya geologicheskogo stroyeniya
Yevropeyskoy chasti SSSR za pyatnadtsat'let:
Progress of study of geologic structure of the European part of the USSR
for-the last 15 years.
25X1A5a1 B 11. Moak., Obshch. Ispyt. Prirody, Nov. Ser., Vol..140?1932, pp. 367-391
Gravity anomaly maps, contour interval 25 mig.
(a) N.W. European Russia
(b) Ukraine and Caucasus
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32.
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Arkhandelsskiy, A. D.: Geologiya i gravimetriya:
-Geology and !sr4vimetry.
Trudy N. I., Inst. Geol. i min., Vyp. 1, 1933, pp. 3-99
9 maPL* 71/79; profiles 30, 31.
DLC S1v. Uncl. MF 124-4 P-365
Ar-khangelsekiy, A. D.: Prichiny krymakikh zemletryaseniy i geologi-
eheskoy buduiahcheye Kryma:
Causes of Cr:Lmean earthquakes and geological future of the Crimea.
Byulletin' Moskovskogo Obshchestva Ispytateley Prirody. -Otdel
geologichesk:Ly, Tom VII (1-2), 1929
N'ovaya -seriyaa, tom XXXVII, PP . 501-502.
Title page only and 2 maps: $5, 56.
DLC 460 MS Ma 130-7 P-3$0
33? Arkh"Iol s sk:Ly, A. D.: 0 stroyenii Russkoy platformy:
On the Structure of the-Russian Platform.
Byulleten' Moskovekogo Obshchestva Ispytateley Prirody,
Otdel Geol. tom XVIII (3-4), Novaya seriya, tom XLVIII, 1940
DLC Q60 Mg, pp. 5-37. Map 99, btw. pp, 6-7 MF 130-J P-421
Map 90. rie. 4, btw. pp. 26-27
34. Arkhangel'skl:.y, A. D.: Geologicheskiye Rezul'taty Obshchikh Mae-.
nitometricheuskikh I Gravimetricheskikh Rabot v SSSR:
Geological results of the prospecting work in.magnitometry and
gravimetry in the USSR.
tho XVII Session Int. Geol. Congress Vol. 1, 1937, pp.
Maps btw. 251-252 MI' 107-L P-331
Scale of m,p:i: 1:10,000,000 amd 1:20,000,000. Gravity anomalies
in USSR, intesrval 25 mig.
35. Arkhangel'ski,y, A. D.: Znacheniye gravimetrii v geologic i problems
iaucheniya goologicheskogo stroyeniya Zap.-Sibirskoy nizmennosti,
Significance of gravimetry in geology and the-problem of investigation
ofgeologic structure of Western Siberian Plains,
1932. pp. 22-23
DLC QBl R933 Mt 155-N P-397
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i. . a.La shevi-cn, i..eA19tezzuZ/pay Ge?fizicneskikfi3aoo0v~a~t ret
Trudy Nauchno-geologicheskogo soveshchaniya, 1949, pp. 366-369.
DLC TN863.N33 MY 105-G P-159
One of the most recent surveys dealing partly with gravity. Reference
to extensive gravity surveys in this region during the German occupation.
2. Balavadze, B. K. and Abakelia, M. S.s Omparetskaya gravitatsionnaya
anomaliya i opyt yeye interpretatsii: Ompareti gravitational anomaly
and its interpretation.
2 "S"W Gruzinsk. Filiala Ak. N. SSSR., Vol. 1, 1940, pp. 583-587.
Gravitational anomaly in the region of O tpareti on the river Supsa.
344 variometer measures, area 5 x 10 km. - 60 sq, km.. Only summary
of results, no actual measures.
3. Balavadze, Y. K. and Abakelia, M. S.: K voprosu geologicheskoy inter-
pretataii Omparetskoy gravitatsionny anomalii: On the problem of
geologic interpretation of Ompareti gravitational anomaly.
Soobshch. Gruzinsk. Fil. Ak. N. SSSR., Vol. 1, 19)40, pp. 625-631
Anomalies only from +8.0 to -1.5 mlg. In Butami anomaly is +37 mlg.
Reference made to M. S. Abakelia: Gravitatsionnyye karty Gruzinskoy SSSR
Izv. Gruz. Industr. Instituta, Kniga No. 11, 1939.
Baranov, V. A.: Gravimetricheskaya exspeditsiya Astronomicheskoy obser-
vatorii Kazanskogo Universiteta v 1934 g.
Gravimetric expedition of the Astronomical Observatory of Kazan'
University in 1934.
2&ulr. Obs.Kazanskoao Goo. Univ. No. 28. 19'36. DD. 3-32
R-71
Gravity determinations at 68 points 54?00' - 56030' N, 470 - 540 E.
Detailed reduction based on Kazan'. Map of gravity anomalies in this
region.
5. Baranov, V. A.: Izmenyayemost' Kazanskikh Mayatnikov Sistemy Shterneka
i Metody raznosa nevyaski.
Variability of Kazan' Sterneck pendulums and methods of distribution
of errors.
Trudy Astr. Obs. Kazanskogo Univ., No. 27, 1934, pp. 7-53.
R-70
25X1A5a1 Detailed discusBion of pendulum determinations of gravity made by the
observatory in 1933 (59 Points), 1932 (54 points), 1931 (58 Points).
New reduction of observations made in 1899-1914 ( 44 points). Complete de-
tails of reduction,
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Bazuk,-P.M.: G:ravime-tricheskiye raboty 1931 g. v Temirskom rayons:
Gravimetric wor'c in 1931 in Temir region.
Trudy Heft. Geol.-Razv. Inst., Ser. A. Vyp. 47, 1934, pp. 3-24
DLC TNg60.L37 MY 110-M P-337
Anomaly map 48?451-49?301N;55?-57?1? Contour interval -2 mlg.
Belousov, V.V.: Gravitatsiya i tektogenez: Gravitation and tectogenesis.
Izvestiya Akade;nii Nauk SSS$,Ser. Geogr, i Geofiz., 1941, pp. 149-167
General consideration of the problem. Some application to USSR.
DLO AS262 A6246 MF 144-H P-426
9. Belyayev, Y.I. and Kppylov, N.A.: Katalog Astronomicheskikh, Trig-
onouttricheskikh, Magnitnykh IGravimetrieheskikh Punktov, Kazakhstana:
A catalogue of astronomical, trigonometric, magnetic and gravity
points in Kazakhstan.
Mat. Komiss. Ekspedits. Issled., Vyp. 6, 1929
DLC Q115.A45 MF i-E G-I
This catalogue containes 90 gravimetric points determined in the
territory before 1927.
9. Belykh, S.Ya.: Astronomo-Gravimetricheskiy Metod Obosnovaniya Melkomoshtab-
nykh Topograficheskikh SNyemok: Astronomic-#ravimet*ic Control of
Topographic Surveys of Small Scale.
Voyenno-Topograficheskiy Sbornik, No.3, 1945, pp.3-22
Maps of gravity anomalies for sheets L-42,43 and 44 44?-49?N; 56?-94?5.
10. Bogdanov, A.A., et al.: Anomalii-Silt' Tyazhesti i ikh Svyas' s Glav-
neyshimi Tektonicheskimi 3lementami Zapadnykh-Obisr Ukrainskoy SSSR:
Anomalies of the Force of Gravity and their connection with the most
important tectonic elements in the Western part of the Ukrainian Republic.
Izv. Ak. N. SSSR. Seriya Geograf. i Geofiz., Vol. 14, 1950, pp..223-231
DLC A8262.A6246 MY 106-B P-172
Several maps of'-gravity anomalies (Bouger) are given, which vary from +30-to
-90 mlg.
Area covered: 49? - 51?30'N; 22?-26es.
Valuable references to recent work in this region.
Three anomaly profiles.
14-
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11. Bogdanov, A.A., Datskevich, A.A. i Navrotskiy,N.M.: Allaguvatovo-Novyy
razvedochnyy rayon Ishembayevskoy gruppy tresta Vostokneft':
Allaguvatovo - New region for investigation in the Ishimbayev group of
trust?Vostokneft'
Neftyaniye khosyaystvo, Vol. 27, No.1,1935, pp. 41-46
DLC TN960 N465, Maps 109,109 MF 165-P P-403
12. Bogdanov, A.A.: Solynyye Kupola Nizhnego Zavolzh'ya:-
Salt domes of lower trans-Volga region.
Byull. Mosk. Obsh. Isp. Prirody, NS Vol. 42, 1934, PP- 315-36s
OU Q6o.MSg MP 130-G P-391
Three gravity maps: (1) East of the lake Milton 49?051 - 49?20'N;
46?401 - 47010' E; contour interval 5 mlg. (2) Lake Baskunchuk 47?071-
4go N; 160451..47?; contour interval 2 mlg. (3) General map, contour
interval 10 mlg.
13. Bogolepova, A.P.: Resul'taty Gravitatsionnykh Nablyudeniy v Uralo-
Embenskom Rayons v 1931-1932 g.g.
Results of Gravity Observations on the Region of Ural Emba in 1931-1932
2 ft1tr. Inst. No. 37, pp. 3014-311, 1935
English abstract.
Gravity measures for 94 points, in the area of 25,000 square kilometers
in the region Dossor River Emba-Uil
14+. Bonch-Bruyevich, M.D., ed.: Geodeziya, Tom 1, 1949: Geodesy
DLC TA545.G3 P-24 MF 41-A P-25
Examples in text:
p. 322s Tsioris-Tskhali 41?3716N, 49?59:6 E, h 267 met.
g = 990.142. Isostatic reduction of this point. This is 27954
p.329: 6 groups of 71 stations in Caucasus, various corrections.
P. 337:Gravity anomalies in Baku region 39? - 42? N, 47? - 50? E.
given on map 1:100,000. Description p. 351, Contour intervals
25 mtg.
p. 336:'Gravity anomalies in Moscow region 54?50' - 57?10'N, 360 - 39? E.
given on map,. Description on p. 351-
15. Borisenko.: Kratkiye svedeniya o rezul'tatakh gravometricheskikh rabot
na okrainakh S.K, Donbassa:
Brief communication in the results of gac*v 11 c work in the $.I. outskirts
of Donbas. Geologiya na fronts industria.lizatsii.
Vol. 3, No. 1-3, 1934, pp. 19-22
DLC qEl G4915 MF 1k8-BB P-397
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16. Borisenko,: 0 roll i zadachakh gravimetrii i seysmometrii v Geologo
Razvedochnykh Rabotakh na 0krainakh Sev-Kav Donbassa:
On the role and problem of gravimetric work on the S.E. outskirts of
Donbas.
Geologiya na fronts industria.lizatsii, Vol, 2, No. 10-12, 1933, PP- 82-94
DLC QE1 G4915. MF 14g-CC -P-388
17. Borisov, A.A. and Fotiadi, I.E.: Nekotoryye vyvody iz Obahchey Gravitatsionnoy
s"yemki v oblasti Prikaspiyskoy depreseii:
Some conclusions from the general gravitational survey in theregion of
Caspian depression.
Neftyanoye khozyaystvo, Vol. 18, No. 12, 1937, pp. 63-66
DLC TNg6O.N465 Maps 106, 107 MF 165-0 P-410-2--
19. Bronshteyn, K.G. i Babiyenko, D.V.: Magnitnyye anomalii tsentra i yuga
yevropeyskoy chasti SSSR.
Magnetic anomalies of Center and South of -European part of USSR.
Byulleten' Moskovskogo Obshchestva'Ispytateley Prirody.
Novaya seriya,-tom XLIII (2).
DLO Q60 M8 pp. 264-272. Map 98, p. 265 MP 130-I P-420
19. Bulanzhe, Yu.t.: Opredeleniye Sily Tyazhesti v rayone Mookovskoy
gravitatsioxuicy anomalii.
Determination of the force of gravity in the region of Moscow gravitational
anomaly.
Trudy Seysmol. Inst., Ak. N. and USSR, No. 103, 1940 - p. 1-56
DLO Q$531?A45 MF 106-Y P-4.63
Detailed invePtigation of 41 gravity points determined in 1939. General
discussion of the status of the problem and of previous determinations.
20. Bulanzhe, Yu.Ii.: Novoye Znacheniye Uskoreniya Sily Tyazhesti dlya
Geofizicheskoj;o Instituta Akademii Nauk SSSR.
A New Value of the Acceleration of the Force of Gravity at the Geophy-
sical Institute of Academy of Sciences, USSR.
M ki zloh. Instituta, Ak. N. No. 5 (132), 1949. pp. 76-93
MF 74-A P-124
Gravtmetric Ls~b. of Geofiz. Inst., Moscow, 3 Pyzhevskiy Pereulok
the baseof ms.ny recent determinations of gravity.
N.N. Pariyskiy determined for the gosudarstvenny Astronomicheskiy Institut
im. Shternberga in 1935 g = 991.55911*0.74
,~.g (Goa. Astr. Inst. Sht.-Geof. Inst.) -12.3?0.14
Geofiz. Inst. g - 981.546.8?0.75
Detailes of desterminati-on, by Bulanzhe and-Ryleyeva.
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21. Bul:anzhe, Tu. D.: 0 Vychislenii Oshibki Gravimetricheekoy Svyazi
dvukh Punktov.
on the' calculation of error for the gravimetric connection of two
points.
Trudy Seysmolog. Inst., Ak. N. No. 9g, 1940, pp. 1-23
DLC 4P531. A45 MF 1O6-BB
Improvement of Borraa1 formula. Application of a new formula to the
results of several expeditions. Only errors are given, not measured
values of g.
22. Bulanzhe, Tu.: On the determination of errors of a grazimetric
connection between two stations. 166-169.
o a1k. N. SSSR Vol. 22, 1939, PP-
Article in English
Development of Borras' method. Gravity for 5 Caucasian stations,
given : Lars, Kazbek, Gudauri, Pazanauri, Dushet.
23. Bulanzhe, Yu. D.: Predvaritel'nyye Rezul'taty Opredeleniya Garvi-
metricheekogo Punkta pervogo v seleniyi Obi-Garin.
Preliminary Results of Determination of a Gravimetric Point of First
Order in Obi-Garm Village.
1949' pp. 94-99
%afiz. Inst., A. N. NoMy. 5, (132),P
Expedition of the Geophysical Institute to Garm area in 1945.
Obi-Garin seysmological station of Tadzhik Filial of Ak. N.
38?4217, 6904213, h 1333 met.
Obi-Gaxm-Moscow ( Geof. Insta) g = -2.010.6* 0.000.4
For obi-Garry 6 = 979.536.3 f 0.000.78
24. Bulanzhe, Tu. D.: Novaya Gravimatricheekaya Svyazt Vaeso11znogo
Nauchno-Issledovatel'skogo Institute Metrologii s Pulkovom.
A New Gravimetric Connection of All-Union Scientific Research
Institute of Metrology with Pulkovo.
26,W58dfizich. Inst. A. N., No, 5 (132), 194 , pp. 100-111.
MF-74--A P-12
Institute of Metrology, Leningrad, Mezhdunarodnyy ProsPekt,
No. 19; Gravimetric laboratory.
Pulkovo - Inst. of Met. -`g = +31.4 + 0.18 mg.
For the institute g = 9$1.93O.8 * 0.00059
25. B lanzhe, Tu. D.t Mikhaylov, A. A. and Pariyskiy, N. N.
Formtaly i Tablitsy dly obrabotki gravimetricheskikh nablyudeniy:
Formular and tables for the reduction of gravimetric observations.
Izd. Geod, i Kart. Literatury, Moscow, 1949, . 227
DLC 4,B 331.B8 MF 50-3 P-Sk
.Introduction pp. 9-69 gives the current methods and point of view
adopted in the USSR.
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26. Bulanzhe, Yu. D. : 0 Vliyanii sokachaniya pri nablyudeniyakh a
Maytnikami.
On the influence of swaying at pendulum observations.
Geodezist, Vol. 15, No. 12,1940, pp. 35-42.
DLC QB296.R813 MIS 65-1 P-105 (also MF 72-J P-112)
Detailed discussion of the swaying of support.
27. Bulanzhe, Yu. D. : Ob opredelen.ii vysot gravimetricheskikh punktov
metodom barometricheskogo nivelirovaniya:
On the determination of elevations of gravimetric points by the
method of barometric levelling.
Geodezist, Vol. 15, No. 6, 1940, pp. 24-30
DLC Q~ 296.R813 M r 6s-P P-102
Aneroids of Paess and Metpribov compared. With the latter,elevations
can be determined within 1 met., which is considered satisfactory for
-gravity surveys.
28. Bulanzhe, Yu. D.: Vliyaniye Magnitnogo Polya Zemli na Invarnyye
Mayatniki:
Influence of the Magnetic Field of the Earth on -invar Pendulums.
Tr. Geofiz. Inst. No. 2 (129), 194&, pp. 32.
DLC M F 75-I
Variation in the magnetic field of the earth may produce systematic
errors of the order of 4 mtg.
29. Bulanzhe, Tu. D. : Ob uchete vliyaniya sokachaniya pri mayatnikovykh
nablyudeniyakh:
On calculations of the influence of swaying with_pendulum observations.
Trudy Seysmol. Inst., Ak. N., No. 107, 1941, pp. 41-55
DLO QZ531.A45
30. Bulanzhe, Yu. D. : Opredeleniye temperaturnykh koefitsientov mayatnikov:
Determination of temperature coefficients of pendulums.
Trudy Seysmol. Inst., Ak. N., No. 92, 1940, pp. 1-36
DLC QL531.A45 M F 1o6-AA
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31. Bulanzhe, Yu.D. : Ob uchete vliyanii variatiii khoda khronometra pri
mayatnikovykh nablyudeniyakht
On the influence of variation of chronometer with pendulum observations.
Trudy Seysmol. Inst. Ak. N. No. 117, 1945.
DLC QE531.A45 MP lob-cc, MF 84-P P-201
32. Bulanshe, Tu.D. 0 vekovykh izmeneniyakh sily tyazhesti:
On secular changes in the force of gravity.
Trudy Soveehch. po Metodam izucheniya dvizheniy i deformatsly Zemnoy
kory.
1945: pp. 175-182 DLC R-52
Comparison of values of g in 14 stations in Caucaus made with the average
interval of 25 years. No secular changes evident, contrary to Abakelia.
33. Bulanzhe, Yu.D.t 0 tochnosti i izmereniy anomaliy sily tyazhesti
gravitatsionnym variometrom:
On the precision of the measurement of the force of gravity by means
of gravity variometer.
Trudy Seysmol. Inst., No. 117, 1945, PP- 344O.
DLC qX531.A45 M.P. 106-CC, MF 84-P P-201
35.
Bulanzhe,Tu.D.: Opredeleniye sily tyazhesti v tsentral'x+.om rayone
Moskovskoy gravitatsionnoy anomalii:
Determination of the force of gravity in the central region of the
Moscow gravity anomaly.
Trudy Seysmolog. Inst., No.' 91, 1940, pp. 1-34
DLC QB531.A45 MP lo6-z P-462
31 gravity points determined in 1937. Gravity map brought up to
1938. 550201 - 560N; 370-3902?
Bulanzhe, Tu.D.: 0 tochnosti izmereniy anomaliy lily tyazhesti
gravitatsionnym variometrom:
On the precision of the measurement of the force of gravity by means of
gravity variometer.
Izv. Ak. N., Ser. Geogr. I Geofiz., Vol. 8, No. 5, 1944, pp. 28rj-291.
DLC:.AS262.A6246 M.F. 106-L P177
Two maps of anomalies for Spasskiy and Pokrovka, in Ishimbay region.
Contour interval 1 m1g.
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36. Bulanzhe, Yu.D.: Chetvertaya Vsesoyuznaya konferentsiya po gravimetrii:
The fourth aU union conference on gravimetry.
Izv. Ak. N., Ser. Geogr. I Geofiz., Vol. 11, 1947, pp. 509-510
DLC AS262 A62'.1L6 MF 105-AA P-164
37. Bulanzhe, Yu?D.: Ob obrabotke mayatnikovykh nablyudeniy.:
On the reducl;ion of pendulum observations.
Geodezist, Vol. 14, 1939, No. 5, pp. 4+9-54+
DLC QB 296-U813 MF 119-L P-21
38. Bulanzhe, Yu?D.: 0 Nekotorykh Sistematicheskikh Oshibkakh Kvartzevykh
Gravimetrov n Gorizontal'noy Nit'yu:
On some systematic errors of-gartz gravimeters with a horizontal wire.
Izv. Ak. N. $SSR, Seriya Geofizich.,1952, No. 2, pp. 31-37
Gravimeter -oi Novgorod is investigated.
DLC QC801.A35 MF 190-A P-493
39. Bulanzhe, Yu?D.: Ob uchete vliyaniya variatsiy khoda khronometra pri
mayatnikovykh nablyudeniyakh:
On the influence of variation of chronometer on pendulum observations.
Izvestiya Akfademii Nauk SSSR, Ser. Geogr. i Geofiz.1945, pp. 49-62
DLC AS262 A6216 MF 144--K P-369
40. Bulashevich, Yu.P.: Svyaz' mezhdu elektricheskimi i gravitatsionnymi
anomaliyami:
Correction between electric and magnetic anomalies.
Trudy gorno-geol. inst., Vyp. 19, Geofiz. Sbornik No. 1, 1950, PP. 3-13.
DLC Slav. Unci. Ml' 199-? P-500
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41. Buynitskiy, v.:
Scientific Observations made during the drift of the icebreaker
N. SSSR, Vol. 27, 1940, pp. 122-127
Article in English
During the drift from Novo-Sibirskiye islands to Greenland, 66 gravity
observations were made by I.D. Zhongolovich.
No data in this article.
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1. Dyukov, I. A. et al : Opredeleniya oily tyazheati v oblasti Vyatakikh
uvalov I na Urals v 1931 g.
Determination of the force of gravity in the region of Vyatskiye Uvaly
and in the Urals in 1931,
Izv. Astr. ]tngel'hardt Obs. Kazanskogo Univ. No. 15, 1932, pp. 1-80.
2X.1 PgiP.1 &izanskogo Univ. Vol . , 92, Kniga 1.
Abstract in German.
Gravity in 158 point&, 530 171 - 580 191 N., 48?211 - 69?251 E. Same
material in G7. All details of reduction. 4 anomaly profiles.
2. Dubovskoy, 13. V. : Obosnovaniye gosudarstvennykh s1yemok v masshtabe
1:100,000 1 1:200,000 na astropunktakh.
Controls for maps of scale 1:100,000 and 1:200,000 based on astro-
points.
Geodezist, 1Tol. 16, 1940, No. 11, pp. 12-20
DLC QB296.Th i3 M-p 72-I P-102
Area 4O? - 14? N, 57? - 62? E is considered. The existing network
of gravimetric and astronomic points makes it possible to establish
the deflectiLon of the vertical with a mean error 1!56 in NS and 1!68
in EV direction which is considered adequate for controls of 1:200,000
maps.
Map of deflections.
3. Dubyago, A. D.: I voprosn ob integratsot gradientov ally-tyazheati:
On the problem of integration of the gradients of the force of
gravity.
Isv. Ak. N., Seriya geograf. I geofis., vol. 8, 1944, pp. 57-60.
DI,C AS 262,4 6246 M F-106a P-176
4. Dobrokhotov, Tu. S. :, Differentsial'nyy barometer D. I. Mendeleyev:
Mendeleyev'a differential barometer.
TsNlIGAII, ilbornik To. 3, 19391, PP. 75-89?
AMS
Application to gravimetry.
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1. Erola, V. : On the structure of the 34rth's cruet in the neighbor-
hood'of the Fergana Basin.
Pubi. of the Isostatic Institute, No. 10, 1941, Helsinki, pp. 77?
Based on 195 gravity determinations 1902-1932.
Gravity anomaly map 370 - 44? N; 66? - 76? E. Contour'interval 25 mlg.
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1. Fedorov, E. E. : Geophysical and Astronomical Observations.
25' aCk. N. SSSR, Vol. 19, 1938, pp. 5&4-597
R-59
Article iln 8nglish.
21 gravity observations obtained at the North Pole Station ( drifting
floe), 71.?5O' - 99025' No May 21, 1937 - Apr. 10, 193g.
2. Fedynskiy, V. V. and Molendenskiy, M. S. : Tridteat' let Sovetekoy
Gravimetrii (1917-1947):
Thirty years of Soviet Gravimetry
Izv. Ak. N., Ser. Geograf. i Goof it., Vol. 9, 1947, pp. 395-409.
DLC AS262'.. A6246 M F 15--B P-32
A-detailed reveiw of the progress of gravimetry in the USSR both
from the-theoretical and practical points of view.
&ztremely useful.
3. Fedynskiyr, V. V. and Shreydev, I. A. : S mayatnikami po Yugo-
Zapadnoy Turkmenii:
With peWcmlums in S-W Turkmenia
Mirovedereiye, Vol. 22, 1933, pp. 32-46
DLC 01.1*33 M F lo6-q P-181
General description of work near Nebit-Dag.
4. Fedynskiy, V. V. : Kratkiy otchet o gravimetrirheskoy svyazi Neft.
Geologorizr. Inst. s podvalum Astro. observavorii Moekovskogo
Unirersitetas
Brief report on gr4virnetric connection of the Oil Research Institute
with the basement of astronomical observatory of Moscow University.
Izv. Vs. Tresta Osn. Geodez. i Grav. Rabot.
T7p. 1, 3,936, pp. 100-101
AMS
5.
Ped7nskiy, V. V.: Barometricheskiy effect r-gravimetrakh:
Barometric effect in gravimeters
Izv. Ak. N., Ser. Geogr. i Geofis. 1945, pp. l09-111.
DLC A$262.A246 M 7-144-h P-369
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6. lotiadi, E. E., Ed.: Geofizicheskiye Metody Razvedki v Arktike:
Geophysical Methods of Survey in the Arctic.
Trudy Ark. Inst. Vol. 151, 1940, pp. 104
DLO G600 L4 MT 17-d--1 P-132
Geophysical work in Nordvik, Ust'Port, Yugorakiy Peninsula.
Magnetic survey in Aldych-Tana region. Gravimetric, electromagnetic and
seismological methods of surveying for deposits. List of all surveys up
to year 1939. Gravity anomaly maps ( contour interval 1 mig.) (a) Usti
.Port, 69?30' - 69?42' N; s4?15' - 85? E (b) Yurung Tums 73?57' -74004' N;
111? - 111?40' E (c) Bay Kozhevnikova 73?35' - 73?45' N; 1100301 -111? 3-
7.
Prolov, A. I.: 0 dinamicheskom temperaturnom Koefficiente Mayatnikov:
On the dynamic temperature coefficient of pendulums.
Sbornik NT i PS Vyp. 24, 1949, pp. 35-39
DLO QB301.RS P-12
Experiments with twelve pendulums in 1940-45. Influence of stratification
of temperature.
S. Prolov, A. I.: 0 Viiyanii Vertikal'nogo Temperaturnogo Gradients na
Opredeleniya Stly Tyazhesti Svobodnymi Mayatnokami:
On the influence of temperature gradient on the ditermination of gravity
by free pendulums.
Sbornik NTPS, Yyp. 16, 1948, pp. 9-22
I W QB301.Rg P-S
Discussion of errors obtained with various instruments. S determinations
of g for 4 places in Eastern Siberia are given (1936-)43). Adopted g:
Yakutsk 952.047 Isit' 991.927
Ust'Kut 991.513 0lekminsk 991.881
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1. Galushko,P.Y.-: Do Pitannya pro Beregovy Anomalii:
On coastal anomalies.
jjic1heenoy Observatorii, Kiev, Vol. 6, pt. 29 pp. 169-193, 1936
Ukrainian text, abstract in Russian and English. Derivation of formulae
for computation of gravity anomalies at sea-shore or on islands.
2. Galushko, P. Ya.: 0 proi=sichozhdenii solyanykh kupolov:
On the origin of the salt domes.
Trudy Neftyanoy Konferentsti 1939 goda, pp. 217-226.
DLG TNS63.N4 My 105-7 P-159
Two gravity anomaly maps; contour interval 10 mlg.
(1) Ukral'. e, scale 1:4,000,000, 4+60-520 N; 26?-41? E.
(2) Dnepr-Donets Depression, scale 1:2,000,000, 49?30'-52?30'11=
30?-37? E.
Gravity profile: Priluki - Romny
Gamburtsev, G.A. andPolikaWv, M.I.: Vychisleniye defekta massy po
gravimetrichesk'.lm nablynaaeniyam as Shuvalovskom ozere.
Calculation of defect of mass on basis of gravimetric observations on
Shuvalovo lake.,
Zhurnalpriklwdno7 fiziki,
Vol. 7. vYp- 5, 1930, pp. 13-36
DLG qo1. 2476 my 126-B P-4155
4. Gamburtsev,G.: K izucheniyu Kurskoy gravitatsionnoy anomalii.
On the Study of Kursk gravity anomaly.
Zhurnal prikladnoy-fiziki
Tom 2, vyp. 1-2, 1925, pp. 95-100
DLG QG1 Z'+76 MY 126- L -P-41S
Gamburtsev, G.A.: Ob opredelenii elementov zaleganiya beskonechno
prostirayushchilhsya tel po gravitatsionnym nublyudeniyam.
On the determination of elements of infinitely extending bodies on
the basis of gravimetric observations.
Izvestiya Akade:nii Nauk SSSR, Ser. Geogr. i Geofiz. 1940, No. 3, pp. 363-372
Izd. Ak. Nauk. SSSR, 1940
DLG AS262 A6246 Ml' 144-G P-370
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6. Gamburtsev, G.A.: Ob odnom sposobe opredeleniya raspolozheniya podzemnykh
mass na osnovanii magnitnykh i gravitatsionnykh nablyudeniy.
On the method of determination of position of subterraneous masses on the
basis of magnetic and gravimetric observations.
Zhurnal prikiadnoy fiziki, Vol. S. Vyp. 2, 1930, pp. 103-105
DLO qal, Z476 MF 126-A P-415
7. Gamburtsev, G.A.: Geologicheskaya interpretatsiya magnitnykh i gravitatsionnykh
nablyudeniy a pomishch'yu priborov dlya mekhanicheskikh vychisleniy:
Geologic Interpretation of magnetic and gravitational observations by means
of instruments for mechanical computation.
Zhurnal Prikladnoy fiziki, Vol. 6, Vyp. 1, 1929, pp. 62-67
DLC W1 Z476 MF 126-D P-416 and 417
8. Gamburtsev, G.A.: Geologicheskaya interpretatsiya gravitatsionnykh i
magnitnykhs l x3eniy s pomoshch' yu priborov dlya mekhanicheskikh
vychisleniy.
Geologic interpretation of magnetic and gravitational observations
by means of instruments for mechanical computation.
To*, V, Vyp. 3-4+, 1928, pp. 227-234
1928
DLC qpl z476 MF 126-E P-417
9. Gaykin, V,: Organizatsiya i znacheniye obshchey osnovnoy gravimetricheskoy
smyemki.
Organization and significance of the general fundamental gravimetric survey.
Geodezist, No. 1-2, 1934, pp. 18-25j
DLO 0 296 B813 MF 131-P P-429
10, Gaykin, V.A.: Vsesoyuznaya konferentsiya po razvitiyu geodezicheskikh
rabot vo vtroroy pyatiletke.
A11-Union conference on the development of geodetic work in the Second
Five Year Plan.
Mirovedeniye, Tom 21, No. 6, 1932, pp. 45-51.
DLO QB1 R933 Ml' 155-N P 397
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11. Geltfand, I.S,: Pryamyye metody interpretatiot gravitatsionnykh
i magnitnykh anomaliy of dvukhmernykh tel.
Direct methods of interpretation of gravitational and magnetic anomalies
produced by tyro-demensional bodies.
Pryamyye metody interpretatsii gravitatsionnykh i magnitnykh anomaliy
of trekhmernykh tel. -
Direct methods, of interpretation of gravitational and magnetic anomalies
produced by three-demensional bodies.
Trudy gorno-getolog, instituta Vyp. 19,
Geofiz. sbornik No. 1, 1950, pp. 51-50
DLC Slav. Uncl. MP 199-P P-500
12. 'Gizhitskiy,A.: Opredeleniye Sily Tyazhesti v Severo-Zapadnoy Oblasti
v 1927 g:
Determination of the force of gravity in N-W region in 1927.
,r "A
1C5Aatr. Inst. No. 21, 1929, pp. 10-12.
Abstract in German
Gravity measures at 10 points S. of Leningrad. Map of gravity anomalies.
13. Gizhitskiy, A.: Opredeleniye Sily Tyazhesti na Belom More v 1910'g:
Determination of the force of gravity in the White Sea in 1910.
2IA,5ft1tr. Inst., No. 49, 1939, pp. 273-275
Abstract in English
4 gravimetric points, measures recently reduced.
14. Gizhitskiy,,A.: Opredeleniye Sily Tyazhesti Vdol' Mariinskoy Vodnoy
Systemy i v Prilegayushchikh Rayonakh v 1913 g.:
Determination of-the-force of gravity along the Mariinskaya Water System
in-neighboring regions in 1912.
I~Wr. Inst.. No. 49. 1939. p7n_ 275-277_
stract in English
Measurement of the force of gravity in 6 points.
15. Gizhitskiy, A.: Opredeleniye Sily Tyazhesti.na o-ve Alande v 1914 g.:
Determination of the force of gravity on Aland Island in 1914.
^r"
. 1tr. last., No. 49, 1939, pp. 277-275
Abstract in English
Gravity at one point on the island.
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16. Gizhitskiy, A.: Opredeleniye Sily Tyazhesti Vdol' Linii Zheleznoy
Dorogi Vologda-Arkhangelsk:
Determination of the force of gravity along the Vologda-Archangel
rail-road.
2 A501tr. Inst. No. 49, 1939, pp. 279-281
Abstract in English
Gravity at 5 points
17. Gizhitskiy,A.: Opredeleniye Sily Tyazhesti na Urab i v Prilegay-
uehchikh k nem rayonakh v 1931 g.:
Determination of the force of gravity in Ural and neighboring regions in
1931.
A5AJtr. Inst. No. 33, pp. 176-194
Abstract in English
Gravity measures at 58 points 53?53' - 58?191 N; 49?21' - 69?28' E.
made by Dyukov (Dl).
42 points by Tkhorzhevskiy; 23 by Pariyskiy; 27 points by Tsukervanik
and 25 points by Musselius.
19. Gizhitskiy, A.: Opredeleniye Tyazhesti na Urale.
Determination of gravity in Ural region in 1924.
i4.5adtr. Inst. No. 9, 1935, pp. 63-67
Abstract in German
Gravity at 10 points 57?271 - 57?41'N; 56?55' - 59?48'E.
19. Gizhitskiy,A.: Opredeleniye Sily Tyazhesti v Bashkirii v 1926 g.:
pptermi tion of the force of gravity in Bashkiria in 1926.
1i 5 tr. Inst.. No. 19, 1928, pp. 213-215
Abstract in German
Gravity at 6 points 55?06' - 56?03sN; 60?131 - 61?00'x;.
20. Gizhitskiy,A.: Opredeleniye Sily Tyazhesti po r. Severn. Dvine i
Teye Pritokam v 1929 g.:
Determination of force of gravity along the river, North Dvina and
its tributaries.
1%5agtr. Inst. No. 23, pp. 25-29, 1929
German abstract
Gravity determination in 9 points, latitude 61?27' to 640421 N;
longitude 42?34, to 49?17) E.
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21. Gizhitskiy,A.: Opredeleniye Sily Tyazhesti po Sukhone, Yychegde i
Sev. Drina:
Determination of the force of gravity along the Sukhona, Vychegda
and North Dviia.
Byull. Astr. Inst. No. 3, 1924
Yerkes Observatory, William Bay, Wis. Q$+.L538
French abstract
Gravity in 11 places: six astronomical determinations of coordinates.
22. -Gizhitskiy, A.M.: Opredeleniye Sily Tyazhesti na Ladozhskom Ozero:
Determination of the force of gravity on Lake Ladoga.
)(113A5 tr. Inst. No. 49, 1939, PP- 271-273
R-82
Abstract in English
Determinations made in 1908 but more recently reduced; 4 points.
Iskhodnykh Puxktakh:
Determination of the Force of Gravity in the Leningrad Fundamental Points.
. Gizhitskiy, A.M.: Opredeleniye Sily Tyazhesti v Leningradskikh
5kaltr. Inst. No. 39, pp. 361-366, 1935
Abstract in ExLglish
Determination of the force-of gravity in Leningrad Astronomical Institute,
Institute of Metrology and Standards and Astronomical Observatory at the
University.
24. -Gizhitskiy, A. i Savkevich,P.: Katalog Punktov Gravimetricheskikh
Opredeleniy Proizvedennykh v Rossii do 1922 g.:
Catalogue of Points of gravimetric determinations made in Russia up to
1922.
Rueskoye Astrenomicheskoye Obehchestvo, 1923, Moskva - Petrograd.
R-iS
A detailed caiialogue of 532 gravimetric determinations.
25. Gizhitskiy, A.. and Takhontov, Y.: Opredeleniye Sily Tyazhesti v
Severo-Zapadnom Rayons v 1923 g.:
Determinations of the force of gravity in the N.W. region in 1923?
2*vV1J.5altr. _:[not., No. 5, 1924
Abstract in Xiglish
Gravity at 9 points S.W. of Leningrad
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26. Gizhitskiy, A. M.: Opredeleniye sily Tyazhesti v Zapadnoy Sibiri v
1930 g.:
Determination of the force of gravity in western Siberia in 1930.
A5IJtr. Inst., No. 30, 1931, pp. 109-113
Gravity in 1 points between Chelyabinsk and Petropavlosk.
Gravity profile: Zlatoust - Omsk.
27. Gizhitskiy, A. M. : Opredeleniye Sily Tyaahesti v Vyritse i Detskom
Sele:
Determination of the force of gravity in Vyritsa and Detskoye Selo.
2*6WaMtr.Inst. No. 30, 1931, PP- 1Q$-109.
2g. Gizhitskiy, A. M. : Opredeleniye Sily Tyaazheati po profilyam: Kotel'-
nich - Perm' i Vyatka - Kotlas:
Determination of the force of gravity along the profiles Kotelynich -
Perm' and Vyatka-Kotlas.
A5agtr. Inst., No. 33, 1931, PP. 163-168.
Gravity in 17 points.
29. Gizhitskiy, A. M.: Gramitricheskaya avyas' Pulkova s Kazan1yu i
iskhodnymi punktami v Leningrade:
Gnpistetric connection of Pulkovo with Kazan' and Thndaanental points
in Leniri ad.
Izv. Vs. Tresta Osn. Geodez. i Grav. Rabot
VyP . 19 1936, Pp- 53-74
AMS
30. Gorshkov, P. M.: Uspekhi Gravimetrii:
Achievements of Gravimetry
Ak. N. 1936, pp. 122
DLO gB331.G6 P-160
A semi-popular exposition; pp. 60-1&4 deals with determination of
gravity and a general survey of tize gravity field in the USSR from
Leningrad to Vladivostok. Rather detailed descriptions of individual
gravity regions and a catalogue of 312 points isostatically reduced.
Also a gravimetric survey of the Volga delta with 10 points given.
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31. Gorshkov, P.M. Gravimetriya i Figura Zemli:
Gravimetry and the figure of the Earth.
Izv. Vses. aeograf. Obsh. Tom 78, Vyp. 3, 1946, Pp. 307-324.
DLCG23 R6 MF 42-D
32. Gorshkov, P.M.: Zadachi Gravimetrii v Arktike:
The Problems of Gravimetry in the Arctic.
Arctica, Kniga 5, 1937, pp. 103-116
DLC G600-A7'5 MF 105 R-50
A list of 4(, gravity determinations North of 62? N, in the Soviet
Arctic known up to 1935.
33. Gorshkov, P.M.: Gravimetricheskaya S"yemka Kuzbasa i Gornoy Shorii
1931 g.:
Gravimetric Survey of Kuznetskiy-Basin and of Mountainous Shoriya in
1931.
Trudy Soveti po Is. Proizv. Sil: Ser. Kuzbaskaya, No. 1, 1932, P? 38
NNA
Gravity measures in 38 points in the region are given with all detail.
34. Gorshkov, P.M.: Gravimetric Investigations of Priirtysh'ye
Bol'ahoy Altay Vol. 2, pp. 38-57, 1936
DLC Q6o.A6 MF 105-B P-155
Report on the Gravimetric survey along the river Irtysh. Data for 62
stations ar(a given, Gravity map: 51? N - river Irtysh; 80?30' - 85? E.
Gravity Profile: Karaganda - Semipalatinsk.
35. Gorshkov, P.M. and Gorshkov, G.P.: Gravimetricheskaya Kharateristika
Odnogo is Uchastkov Severo-Zapadnogo Kavkaza:
Gravimetric Characterization of one of the sections of N.W. Caucasus.
Izv. Tees. CGeograf. Obsh. Vol. 79. 1947oPP? 57-63
DLC 023.R6 MF 29-A P-465
6 gravity d(sterminations. Gravity anomaly in the Sukhumi region
discussed. Reference made to the catalogue of gravimetric points in USSR
Vol. 1, 19414.
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36. Gorshkov, P.: Gravimetricheskaya suyemka of zapadnoy granitsy SSSR
do Viadivostoka:
Gravimetric survey from the Western boundary of the USSR to Vladivostok.
Izv. Vs. Geograf. Ob. Vol. 53, 1931, PP- 379-401.
DLC G23.R6 M P 66-G P-103
An outline of the problem. Gravity profiles: Leningrad-Vladivostok
and Sverdlovsk-Omsk. 12 gravity measures for the latter.
37. Gorehkov, P. M.: Geofizika Zapadnoy Sibiri po gravimetricheskim dannym
Akademi Nauk SSSR:'
Geophysics of Western Siberia on the basis of gravimetric data of Academy
of Sciences.
Trudy ervogo vsesoyuznogo geogra.ficheskogo slyezd&. Yyp. 3, 1934, pp. 79-90
DLC G56 VS M P 14O-E P-371
38. Govorova: Opyt kratkovremennogo opredeleniya oily tyashesti:
Experience of determination of the force of gravity in a short interval
of time.
TeNIIGAIB, Sbornik No. 7, 1941.
AMS; CGS
39. Gromov, S. V.: Ob odnom metode Regulyarizateii Zemlii:
On a method of regularization of the Earth.
Obs. Leningrad Univ., Vol. 16, 1952, pp. 194-276
Inversion method of Rudzki considered and developed. Tables and
application to 86 gravimetric positions in USSR for which are given:
coordinates, altitudes,.A g by method of inversion,4 g ( free air) by
Helmert'e formula,4 g by International formula.
40. Gromov, S. V.: Inversiya i Ukloneniye Otvesa:
Inversion and Deflection of the Vertical.
Oba. Leningrad Univ. Vol. 16, 1952, pp. 277-322
I'll
0 Application of theory developed in proceeding article.
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41. Grushinskiy, N,P.: 0 Temperaturnom Dinamicheskom Effekte v Gravimetrii:
On the Temperature Dynamical Effect in Gravimetry.
Trudy TsNIIGA I. K, Vyp. 51, 1948, pp. 117-134
DLC Q75.M64 P-78
Theory and experiments with gravimeters, not supplied with a thermostat,
42. Grushinskiy, N.P.: Ob Ispol'zovanii Gravimetrov dly Opredeleniya
Punktov I i II Klassov:
On the use of gravimeters for the determination of points of I and II
order.
Sbornik NT i PS, Vyp. 23, 1949, pp. 16-21
DLC QB3O1.R8 P-11
I order m.e. less then 1 mlg. II order less then 2 mlg. Gravimeters of
Molodenskiy and Norgaard used. For Kiyev Observatory g = 981.072.3 ? 0.78.
.dg Moscow Airport - Gos. Astr. Inst. Shteynb. -28.1.# 0.20 mig.
Poltava " - Observatory + 1.1 0.16
Kiyev - Observatory + 3.9 - 0.18
Pirtit order points at presents Pulkovo, Moscow, Kazan', Poltava, Tbilisi
43. Gubkin, A.M.: Ytoraya neftyanaya baza soyuza i Uralo-Embenskiy
Neftenosnyy Rayon:
Second oil base of the union and Emba oil region.
Sots. Rekonstr. i Nauka, Vyp.-2, 1936, PP. 31
DLC T4-87 )47 105 ' P-156
Gravimetric maps of (a) Makat (47?40' N; 52? 55' E)
(b) Baychinas (47?l4' N; 52?55' E)
Contour intervals: 2 mig.
44. Gubkin, I.M.: Dfevaya neftyanaya baza SSSR na vostoke:
A New Oil Base of USSR in the East
Goa. N. Tekh. Gorno-r0eol. Neft. Izd., 1934
DLC TNS74 R9 v6
4 maps at end of book: 80,81,82,83. Maps photost. MP 125-U P-357
45. Gubkin, I.: Dokiad o Kurskikh magnitykh anomaliyakh.
Report on Kursk magnetic anomalies
Gornyy Zhurnal, God XCVIII. No. 10-12, pp. 453-454
Izd. Glav. Upr. (}orn. From. V.S.N.Kh.., 1922
-DLC TN4 G8, No 'naps, photost. MF 127-B P-376
1 -
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e son, . , . $ Tiber die Bestimmung der Figur der Erde Aus.Schwerkraft-
messungen:
On the determination of the shape of the earth from gravity measures.
Baltic Geodetic Commission, 7th meeting, Comptes Rendus, Pt. 2, pp. 9-23.
1935?
Text in German. Same in Russian Trudy Baltic Geod. Komiss.Typ. 1, pp. 21-32
DLC Slavic Uncl. P-414
A general survey of the problem with a special attention to Russian
sources.
2. Idel'son, N. and Malkin, N.= 0 Vyvode Formuly Stoksa W& Rasstoyaniya
Per vat on of Stokes' Formula ford g without the introduction of
spherical harmonics.
3.
4.
Mezhdu Geoidom i R].lipsoidoms
On the Derivation of Stokes, Formulae for the distance between Geoid
and Ellipsoid.
B l r. Inst., No. 26, 1931. pp. 69-70
Ivanov, V. K.: Ob Opredelenntj Garmonicheskikh Momentov Vozmushchayushchikh
Mass po Proizvodnoy aravitatsionnogo Potentsiala, Zadannoy na Ploskosti:
On the determination of harmonic moments of perturbing masses from the
derivation of the gravity potential given in .a plane.
Izv. Akademii Nauk SSSR
Ser. Geograf. i Geofiz.
Tom 14, 1950 -06 p. 403-1115
DLC A262.A624 K F lo6-c
Izotov, A. A.: Razvitiye Geodezicheskoy Wauki Za Gody Sovetskoy Vlasti:
Development of Geodetic Science in the years of Sovet Power.
Sbornik NTLPS, Vyp. 21, 1948, pp. 19-35?
DLC 0301.R8 P-9
Considerable portion of this review hag a bearing on gravimetry,
5. Izotov, A. A.: Forma i rasmeny zemli po sovremennym dannym:
Shape and dimensions of the earth according to modern data.
Trudy TgNIIGAiI, Vyp. 73, 1950, pp. 204 R-75
6. Izotov, A. A.: Opredeleniye rasmerov zemli dlya geodezicheskikh rabot $SSR:
Determination of the dimensions of the earth for geodetic work in the US$!.
Sbornik NTiPS, Yyp. 20, 1949, pp. 3-116
DLC QB301.R8 M F 18-D P-205
Application of gravity
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1. Katalog Spravochrlk laboratornykh priborov i oborudovaniya:
Reference cataloE;tie of laboratory instruments and equipment.
Vyp. 36, 19116
DLC MF 1011-I:
Detailed description of (a) Universal pendulum apparatus; (b) gravity
variometer
No. S-20; (c) Moiodenskiy'a gravimeter GKM - NIIPG-5
2. Kazanskiy, I.A.: Anomalii Sily Tyazhesti v Moskovskom Rayons
Anomalies of the-Force of-Gravity in the Moscow Re ion.
AiatIr. Zhurnal, Vol. 2,1925, VYp? 4. PP- 36-51?
Abstract in Germiin
Gravity measures for S points.
3?
Nasanekiy,I.A.: i3oobrazheniya ob Ustanovlenii Osrednennogo Znacheniya
Absolyutnoy Sily Tyazhesti dly Mirovoy Gravimetricheskoy SMyemkit
Reflections on the Establishment of the Mean Value of Absolute-Force
of Gravity-for the World Gravimetric Survey.
Trudy TBNIIGAiK, vyp. 51, 1948, pp.-61-62.
DLC QB275.M611 MF 61-L P-79
Detailed investigation of the value of g for Potsdam, Teddington,
Washington, and Ottawa.
4. Kazanskiy, I.A.= Sovremennoye Polozheniye i Perspektivy Gravimetrieheskogo
Izucheniya Mira:
The 'resent Status and Possibilities of the World Gravimetric Survey.
Trudy Te fIIGAiK-, Vyp. 51, 1914g., pp. 3-15
DLC q)275.M611 MF 61-L P-78
A detailed review of the status of gravimetry in various countries
including the USSR.
5.
Kazanskiy, I.A.t Znacheniye Napryazheniya Sily Tyazhesti dly Moskov-
skoy Observatoriii
Values of the Acceleration of the Force of Gravity at the Moscow
Observatory.
Russ. Astr. Zhurnal, Vol. 2, 1925, Vyp. 11, PP. 57-61
Abstract in French
Detailed discussion of all determinations. Adopted value g 961.556?0.0012
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6. Kazanskiy, I.A.: Prakticheskiy Opyt Gravimetricheskogo Vyvoda
Ukloneniya Otvesa i Formy Geoida:
Practical attempt to deduce from Gravimetric data the deflection of the
verticle and the form of the Geoid.
Trudy TONIIGAiX, Vyp. 11, 1936, pp. S-58
DLC 4B275-M614 MF 74-H P-123
Abstract in English
Moscow region gravity anomaly is considered. 97 gravity determinations
in the region are collected and.given in a table (54?151 - 57?10' N).
(35?40' - 39?40' E). Maps of anomalies and of deviation of the vertical.
7. Kazanakiy, I.A.: 0 Gravimetrichesko-Geodezicheakikh Rabotakh TsNIIGAMS
On gravimetric-geodetic work of the TBNIIGAiX.,
Trudy TsNIIGAil, Vyp. 11, 1936, pp. 3-7
DLC QB275.M614 MF 714-H P-123
.General discussion.
$. Kazanakiy, I.A.: 0 rabotakh TsNIIGAU po geodezicheakoy gravimetrii:
On the work of TsNIIGAil in geodetic gravimetry.
Trudy ThNIIGAiK, Vyrp. 17, 1937, PP. 5-g
NNA 7014; DLC QB275.M64 MF 86--H P-150
General description.
9.
Kazanskiy, I.A.: Prakticheskiy opyt gravimetricheakogo vyvoda
otkloneniya otvesa:
Practical attempt of gravimetric determination of the deflection of the
vertica3.
Dokiady Sov. Deleg. VII Konfer. Baltiyskoy Geodet. Komiss., vyp. 7,
1931, pp. 3-43-
DLO }U 65-0
Moscow anomaly is considered. Map of anomalies 5140201 - 57?101 N;
35?50' - 39?201 E.
10. Kazanskiy,I.A.: K nekotcrym voorosam, evyazannym scbsluzhivaniyem i
iepol'zovaniyem gravimetricheskoy s"yemki SSSR:
On some problems connected with the organization and use of'gravimetric
survey of the USSR.
TeNIIGAiX, Sbornik No. 3, 1939, PP- 3-10?
AMS
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11. Kazanskiy, I.A. and Brand, VA.: -Ispytaniye nalichiya dolgotnogo
chlena v figure Zemli po dannym obachey gravimetricheskoy sNyenki
SSSR:
Test for the presence of the longitude term in the shape of the
earth according to data of general gravimetric survey of USSR.
TsNIIGAig, Sbo:^nik No. 3, 1939, pp. 26-45-
12. Kazanakiy, LA,.: 0 sostoyanii gravimetrichaskogo dela i problemakh
yego razvitiya v SSSR:
On the status of gravimetry and its problems in the USSR.
Mirovedeniye, ~Pom 21, No. 6, 1932,-PP- 3 - 4O
DLO 01 R933 My 155-N P-397
13. gazinskiy, V.A.,: K Voprosu o Teorii Izmereniy Sily Tyazhesti na More:
On the problem of a theory of measurement of the-force of gravity at
sea.
Sbornik NTiPS, Vyp. 8, 1945, PP. &-s8
Theoretical discussion
14. gazinskiy, V.J .:
On the estimation of the accuracy of the variometric method of measuring
the deflection of plumb lines in the gravitational field of the -eart..
aA. N sssR, Vol. 54, 1946, pp. 131-1311
Article in;lish
Theoretical discussion.
15, gazinskiy, V.A,: K Istorii Izmereniy Tyazhesti v Rossii:
On-the history of determination of the force of gravity in Russia.
Sbornik NTiPS, Vyp. 16, 1949, pp. 23-27
DLO 0301 -R8 P-8
History of firitt determinations of L. Delisle and Lomonosov.
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16.. Kazinskiy, V.A.t Astazirovanngy Gravimetr:
The Astacised Gravimeter.
Geoclezist, Vol. 15, 1940, No. 2, pp. 21-27
DLC QB296.R813 MF 66-N P-102
Discussion of Ising's Gravimeter
17. Kazinskiy, V.A.: K Tekhnike Vychisleniya Sily Tyazhesti:
On the technique of calculation of the force of gravity.
Trudy Inst. Theoret. Geofiziki, Ak. N., Tom 2, Vyp. 2, pp. 108-111, 1947
DLO Qc801.A4 P-208 MF74
18. Kazinskiy, V.A.: 0 Sootnoshenii mezhdu otkloneniyami otveza, gradi-
yentami i radinsami krivizny geoida:
On the correlation between the deflections of the vertical, gradients
and radii of curvature of the geoid.
Trudy Inst. Teoret. Geofiz., Ak.N., Tom 2, Vyp. 2, pp. 112-114, 1947
DLO MP 74-M P-208
19. Kazinskiy, V.A.: 0 slozhenii kolebaniy dvukh gravimetricheskikh
zayathikov, na korablet
On the composition of oscillations of two gravimetric pendulums on
board ship.
Izv. Ak. N., SSSR, Ser. Geograf. i geofiz., vol. 8, 1944, pp. 393-.405.
DLO AS262.A6246 MF 106-M P-178
20. Kazinskiy, V.A.: 0 kempeneatsii vliyaniya vertikal'noy kachki korablya
na sredniy period gravimetricheakogo mayatnika:
On the compensation of influence of ship rolling on the mean period
of gravimetric pendulum.
Izvestiya Akaderaii Nank SSSR, Ser. Geo , i Geof. 1945, pp. 543-546
DLO A8262 A6246 MF 144-O P-369
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21. Kheyfets, ''N. E. : Pervyy Opyt Proizvoddstvennykh Rabot s Uprugimi
Maytnikami:
First Experience of Organizing work with Elastic Pendulwns.
Sbornik NTiPS, Vyp. 1, 1941, pp. 119-131.
DLC QB301.,R$ M F 150-A P-256
The pendulum is of-the Lejay-R dakovskiy type, but no description
of it is given. 293 determinations of gravity were made by means of
this pendulum and the results are analyzed.
22. Kheyfets, 1!4. E.: Issledovaniye Uprugikh Mayatnikov:
Investigation of Elastic Pendulums.
Trudy TsNIIGAiX, vyp. 66, 1949, pp. 93 R-74
Data for seven stations in the Kara-Ks desert.
23. Khramov, D. N.: Ob Opredelenii Anama1In7kh Znacheniy Vertical'nogo
Gradients Sily Tyazhesti no Anamaliyam Sily Tyazhestis
On the determination of anomalous Values of the vertical gradients
of the force of gravity from the anomalies of the force of gravity.
8 ; 6a-4. N. SSSR Vol. 7, 1935, pp. 457-464
24. Khramov, D. N.: K Gravimetricheskoma Vyvodu Ukloneniy Otvesa:
On the Grarimetric Deduction of the Deflection of the Vertical.
Wait. Theor. Astr., Vol. 4, 1949, No. 3, (56), pp. 126-133-
25. Khramov. D. N.: I Voprosu o Vychisleaii Popravki za Sokachanie
dlya dvukh Mayatnikov, Kachayashchikhsya Odnovremenno v Odnoy
Ploskosti.
On the question of calculation of correction for-two pendulums
swinging simultaneously in one plane.
2 ezt. abstract in English.
the formula for correction for gravity pendulums.
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26. Khramov, D. : K Praktike Vychisleniya Perioda Mayatnika po Izmereniyam
Fotozapisi:
On the Practice of Computation of Pendulum's Period by Measurements of
the Photographic Record.
~rv
LT
UY
)
? r. Inst., No.+7, 1939, pp. 209-211.
R-S2
Study of the records of pendulum oscillations in application to measures
of the force of gravity.
27. Khramov, D. N.: Nomogramffia dlya Vychisleniya Popravki za Plotnost'
Vosdukha pri Mayatnikovykh Nablyudeniyakh-Nomogram:
For the calculation of the Correction for the Density of the Air
with the Pendulum Observation.
1 5JWtr. Inst., Mo. 37, 1935, pp. 299-289.
Qi
Reduction to vacuum in pendulum observation of gravity is calculated
according to a complicated formula. A nomogram for this calculation
is given.
28. K}aramov, D. N.: 0 Primenenii formul.y Stoksa i eye Anal.ogov:
On the Application of the Formula of Stokes and of analogous
formulae.
2B,.,rull A tr.$Inst. AIcademi Nauk, No. 49, 1939, pp. 259-271.
Study of the formulae proposed by Stokes, Saltykov, and Malkin for
the reduction of the measures of the force of gravity.
29. Shramov, D. N.: Opyt primeneniya gipotezr chastichnoy izostaticheskoy
kompensatsii:
Attempt of application of partial isostatic compensation.
Iz'v. Ak. N. Ser. Geogr. i Qeofis., Vol. 8, 1944, pp. 281-284.
DLC A262.A6246
Application to Caucasus region.
30. Khramoy, A. I.: 0 gravimetricheskoy s"yemke v usloviyakh alozhnogo
rel l yefa:
On the gravimetrie survey in conditions of complex relief.
Prikladsy-a ?eofizike, Vyp. 3, 1947, pp. 139-149
m e Q006.A518 M 7 131-G P-373
Comparison of pendulum and gravimetria measures in Bashkiria
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31. Kislov, A.L.t !aeofizicheskaya izuchennost' zapadnykh oblastey USSR
i BSSR:
Status of Geoph;tsical study of Western areas of Ukraine and Belorussia.
Razvedka, Nedr IS, 1940, pp 50-55
DLC TN4-R23, Maps 65,66 and profile 29 MI I13-Q P-363
32. Kolbin, M.T.: '.qovyye danyye po geomorfologii, tektonike i gravitatsionnoy
kharakteristike kupolovidnykh podnyatiy na pravoberezh'ye r. Volgi,
nizhe g. Stalin,ada:
New data on geomorphology, tectonics and gravitational characteristics
on the Volga rkrer.
Byulleten' Moskovs. Obshch. ispytat. prirody, 1948, pp. 83-91
DLO g60. M8 MF 150-0 P-189
33. Korzun, Lt. Colonel: Otnositel'nyya Opredeleniya Sily Tyazhesti na
Kavkaze v 1909 13odu:
Relative determinations of the force of gravity in Caucasus in 1909.
Zap. V. T. 0., 'roi. 66, pt. II, 1911, pp. 37-59
Me gB296.R P-69
Determinations of gravity at 11 points.
34+. Korzun, Lt. Colonel: Otnositel'nyya Opredeleniya Sily Tyazhesti na
Kavkaze v 1910 ;g.:
Relative determinations-of the force of gravity in Caucasus in 1910.
Zap. Y.T.O. Otdel. II, Vol. 67, pt. 2, pp. 115-131l
DLC gB296.R8 MP 59-G
Gravity at 13 points based on Tbilisi.
35. Koshlyakov, N.S.: Primeneniye metoda Greena K resheniyu osnovnoy
zadachi gravimetrii: Application of Green's method to the solution
of the basic problem of gravimetry.
Trudy Mat. inst. Ak. Ii USSR, Vol- 4, 19339 pp. 71-76
DLC Qal.A4 MF 121-N P-365
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36. Kovner, B.S.: Uspekhi Sovetskoy geofiziki za 25 let:
Progress of soviet geophysics for the last 25 years.
Izv. Ak. Nauk SSSR, Seriya Geograf, i Geofiz., 1943, pp. 1-28.
DLC AS262.A6246 MF 106-N P-179
Deals partially with gravity.
37? Kozlov, A.L. and Shipel'kevich, V.M.: Tektonicheskoye stroyeniye
Nizhnego Zavolzh'ya po dannym geofizicheskikh issledovaniy:
Tectonic structure of the Lower Trans-Volga region on the basis
of geophysical investigations.
Sovetskaya Geologiya, Sbornik 4, 1945, pp. 24-45
DLC Q!1.P7 MI 121-B
Gravity anomaly map 450-500 N; 450-55? N, contour interval 25 m].g.
3S. Kozlovskiy, B.: Resultaty Mayatnikovykh Nablyudeniy po Beregam
Finskogo Zaliva:
Results of Pendulum Observation on the Shores of the Bay of Finland.
Byull. Astr. Inst.. No. 34. ion. 22-222. 1933
4b4* aAO-uin lish
Gravity observation in 6 points on the Russian side of the Bay of
39. Kozlovskiy, B.: Nablyudeniya Sily Tyazhesti v SeVero-Zapadnom
Rayons v 1921 g.;
0 sere t one of the force of gravity in the NW region, in 1921.
tr. Inst., No. 5, 1924, PP. 26-27
Abstract in French
Gravity at 5 points S.W. of Leningrad.
40. Krasovekiy, F.N.: 0 nekotrykh nauchrykh Zadaahakh astronomo-
geodezii, v svyazi s izucheniyem stroyeniya tverdoy obolochki
zemli:
On some scientific problems of geodetical astronomg in connection
with the study of the solid surface of the earth.
1rndy Inst. Teoret. Geofiz.,, Ak. N. Tom 2, Vyp. 20 pp. 3-21, 1947
DLC C 801.A14 P-209 MF 7141
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41. Krasovskiy, F.N.= Rukovodstvo po Vysshey Geodezii:
Manual of Higher Geodesy
Part 2, 1942 MP 239-A P-566
Chapter 9, pp. 294-364 deals with application of gravimetry to-the
calculation of the deflection of the vertical.
42. Krasovskiy, T.N.s Uberlegungen uber die Bestimmung eines fur die
geodatischen Arbeiten in der USSR geeigneten Ellipsoids:
Considerations on the determination of an ellipsoid suitable for
geodetic measurements in USSR.
Baltic Geodetic Commission, 7th meeting, Comptes Rendus, pt. 2,
pp. 174-192
German text
General considerations. Present status of the geodetic and gravimetric
work in 'USSR.
43. Krasovskiy, F.N.s Zur ?rage det gemeinsamen Anwendung astronomisch-
geodatischen,;end gravimetrichen Material fur die Bestimmung der
Gestalt des Geoids:
On the question of simultaneous application of astronomic-geodetic
and gravimetric material to the determination of the shape of the
geoid.
Baltic Geodetic Commission. Comptes Rendus, 9th meeting, pp. 199-202,
1937.
German teat. Yo abstract.
Description of work carried out in USSR or the-solution of this
problem.
44. Kruglyakova, G.: 0 polozhenii pogrebennogo batyera mezhdu Moskvoy i
Leningradom:
On the location of buried barrier between Moscow and Leningrad.
Neftyanoye khozyaystvo, 1947, No. 3, pp. 45-51
DLC TN96o x 465 2 profiles.(32,33) MF 165-AL P-333
45. Kuztminov, G.: Otnositel'noye Opredeleniye Sily Tyazhesti v Moskva v
1926 g.:
Relative Determination of the Force of Gravity in Moscow in 1926.
31tr. Zhurnal, Vol. 4, 1927, pp. 225-229
44 Bol'sbaya Yakimanka, A. 55?4318 N, 37?36!9 R, h 140 met. in the
cit7 of Ne"ov compared with Moscow University Observatory.
Observatory g 981.557, B. Yak. g 991.536.
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46. Kazanskiy, T.A., Mikhaylov, A.A. and Numerov, B.V.: Katalog
gravimetricheskikh punktov opredelennykh v SSSR do 1933 g.:
Catalogue of Gravimetric points determined in USSR up to 1933?
Goo. Treat Osn. Geodez. i Grav. Rabot, 1934, pp. 104
This catalogue carries 2716 gravimetric determinations.
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1, Laymin, K.P.: Otnositel'nyye Opredeleniya Sily Tyazhesti v Zapadnoy
Sibiri v 1915 g*du:
Relative determinations of the force of gravity in Western Siberia.
Zap. Y.T.O., Tom. 73, pt.2, pp. 55-SO
DLO QB296.R$ MF 57-N P-71
Gravity at 13 points based on Omsk.
2. Laymin, K.P.: Otnositeltnyye Opredeleniya Sily Tyazhesti v Zapadnoy
Sibiri v 1916 godu.:
Relative determinations of the force of gravity in Western Siberia in 1916.
Zap. Y.T.O., Vol. 73, pt. 2, pp. S1-101
DLC QB296.Rg MY 57-N P-71
Gravity-at 16 points based on Omsk.
3.
Lazarev, P.: Magnitometricheskiye i gravitatsionnyye issledovaniya
v rayons KMA:
Magnitometric and gravimetric_observations in the region of Kursk
Magnetic Anomaly.
Gornyy Zhurnal, God XCVIII No. 10-12, pp. 454-455, 1922
DLC TN4 GS Mf 127-8 P-376
Lizunov, S. M.: Opyt-rabot po izgotovleniyu chetverekh-mayatnikovykh
gravimetrichesk:ikh priborov:
Experience in construction of four-pendulum gravimetric apparatus.
TeNIIGLil, Sbornik No. 3, 1939, pp. 45-74.
CMS
5.
Lukavchenko, P. I. and others : Gravimetricheshaya Bazvedka Neftyanykh
Mestorozhdeniy-SSSR:
Graviasetric Oil Prospecting in the USSR.
Reftyanoye Khos:yaystvo, Vyp. il, 1947, p? 9
DLC TNS6o,N465 M F 105 P-162
General description of gravimetric ?.ethods-and instruments. Gravity
anomaly maps (a) of the middle course of the Volga River (between
Saratov and !urbyshev) and (b) Kuban - Black Sea (44? - 4S? N;
34030+ - 40?30' Z), contour intervals 10 mlg. (c) Aseraydzhan.
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6. Lukavchenko, P. and Ivanin, A. $ Gravitatsionnyye raboty $
variometrami v Prikaspiyskoy nismennosti i Turlanenskoy SSR:
Gravity work with variometers in the Caspian Depression and Turkmen
Republic.
8azvedka Nddr. 2-3, 1910, pp. 41-17
DLC TN1 R23, Maps 57, 59, 59, 60. M P 113-0 P-363
7. Lukavchenko, P. I. and Sazhina, N. B.: Kvartsevyy gravimetr Isinga i
result'taty nabiyudeniy ? aim v Ivanovskoy oblasti:
Ising Quartz gravimeter and results of observations in Ivanovo Oblast'.
Razvedka Nedr. 9, 1940, PP. 37-16
DLC TN1 R23 M F 113-S P-363
Two profiles, general description of operation.
9. Lyustikh, Ye. N.: Opyt interpretatiii Moskovskoy gravitatsionnoy
anomali:
An attempt of interpretation of the Moscow gravity anomaly.
Sovetskaya Geologiya, Sb. No. 28, 191S, pp. 121-139.
DLC 0.Z1.P7 M P 121.11 P-361
Gravity anomaly map 510-57010IY; 36?-39?2. Contour interval 10 mlg.
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1. Magnitakiy, V. A. 0 Reduktsiyak Sily Tyazhesti:
On the Reduction of the Force of Gravity.
Trudy TsN'IIGAiK, Vyp. 51, 1948, pp. 46-61
DLO gB275.M611 P-79 and R-34
Discussion of various methods of reduction, including those of
Malkin and Molod43nakiy.
2. Magnitskiy, V. A K voprosu o vydelenii lokal'nykh gravitatsionnykh
anomaliy:
On the problem of separation of local gravity anomalies.
Izv. Ak. N., Ser,, Geograf. i Geofiz., Vol. 13, 1949, Pp? 556-562
DLC A3262.A6246 MP 105-CC P-166
Example of treat.lent: The Samara bend of the Volga.
3.
Magnitskiy, V. A,,: Issledovaniye shirokikh voln geodia putem sovmestonogo
ispol'zovaniya go9odezicheskikh i gravimetricheskikh dannykh: Investigation
of undulations o:r the geoid by the use of geodetic and gravimetric
data.
Izvestiya Akademai Nauk SSSR, Ser. Geograf. i Geofiz., Vol. 13, No. 3,
1948, pp. 213-211;
DLO 65262 A6246 M 7 135-7 P-383
4. Makarov, N. P.: 11 Voprosu o Redukteii Sily Tyazhesti dlya Opredeleniya
Figury Geoida:
On the problem of reduction of force of gravity for the determination
of the figure of the geoid.
Trudy Astr. Obs. Kazanskogo Gas. Eniv., Vol. 28, PP- 33-95, 1936
11$A6alin Ez lash
General review of existing methods for reduction of the force of
gravity. Rudzki's method is applied to an example.
5. Malkin, N.:
Conditions for uie of Stokes' formula in determining the Earth figure
from observations: of gravity.
11W41. N. SSSR, Vol. 35, 1942, pp. 8-10.
Article in English
hsf
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6. Malkin, N. : 0 Priipenenii i Tochnom Vychislenii Reduktsii Preya-
Puankare:
On the application and exact calculation of the Prey-Poincare
reduction.
Agtr. Inst. No. 47, PP. 199-203, 1939?
Discussion of the methods of Prey and Poincare for the reduction of the
force of gravity in case of a non-regularized earth.
7. Malkin, N.: Sur La Determination du Geoide d'Apres lea Observations
Gravimetriques:
On the determination of the geoid from gravimetric observations.
Astronomicheskiy Zhurnal, Vol. 16, 1939, pp. 67-72.
25a4t5kt, abstract in Russian.
Theoretical investigation.
8. Malkin, N.: Ob Opredelenii Vertical'noy Proizvodnoy Sily Tyazhesti
is Niblyudeniy s Krutil'nymi Vesami:
On the determination of the vertical derivative of the force of
gravity from observations with a torsion+balance..
Astr. Zhur., Vol. 13, pp. 495-498, 1936.
2fiNIMiPlext, abstract in Trench.
Derivation of formulae for the gravity observations with torsion
balance,
Malkin, N.: 0 Vybore Poverknosti Redukteii Gravitatsionnykh i
Geodezicheskikh Izmereniy:
On the choice of surface of reduction of gravity and geodetic
measurements,
Astr. Zhurn., Vol. 12, 1935, PP* 360-367.
26a U05atext, abstract in English.
Theoretical discussion of various methods of reduction.
10. Malovicbko, A. K.: Sposob analiticheekogo prodolzheniya gravitatsionnykh
anomaliy:
Method of analytical extension of gravity anomalies.
Izvestiya Akademii Nauk SSSR, Ser. Geofis. No. 1, 1952 pp. 35-39
DLC QC.801.A35 M I' 164-K P-395
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11. Markovskiy, D. P.: Priblizhennye Bllipeoidnye Figury Ravnovesiya
Vrashchayushcheyaya Z1idkosti i ikh Prilozheniya k aravimetriit
Approximate Ellipsoidal figures of rotating fluid and their
application to gravimetry.
Astr. Zhurn. Vol., 10, Pp. 51-52 and 202-239, 1935.
25&1415ta to English
Detailed theoretical investigation of the figures of equilibrium..
Derivation of formulae for the force of gravity.
12. Migal', N.:
A few words on the reduction of gravity.
Ile a&. N. SSSR, Vol. 23, 1939, PP . 145-146.
Article in English,
Theoretical.
13. Migal', N.t
On the determination of gravity anomalies from the astronomical-
geodetical deflection of the plumb line.
25A1&d61k. N. SSSR, -Vol. 21, 1939, PP- -232-234.
Article in English,
Theoretical -treatment.
14. Migal', N. : Vyvod Tochnoy Formuly Uskoreniya Sily Tyazhesti na Urovennoy
Poverknoeti, imeyushchey figuru Trekhosnogo Zllipsoida:
Derivation of exact formula for the acceleration of the force-of gravity
on the surface of the triaxial ellipsoid.
Astron. Zhurn., Vol. 14, 1937, pp. 531-534.
d1in Ena;lish,
Theoretical investigation. If the figure becomes a spheroid the derived
formula is redv.ced to the one derived previously by Somigliana.
15. Migal', N. K.t Uber die Bestimmung der Lotablendung aus den Anomalien
im Horizontalgradienten der Erdachwere:
On the determination of the deflection of the Vertical from the
anomalies in the horizontal gradient of the Earth's gravity.
"i& 1k. N. sSSR, Pol. 16, 1937,-PP. 169-171.
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16. Mikhaylov, A. A.: Spisok Gravimetricheakikh Punktov, Opredelennykh v
1921-1925 gg. v Rayons Kurskoy Magnitoy Anomalii:
List of Gravirnetric points determined in 1921-1925 in the region of
the Kursk Magnetic Anomaly. -
2E)(" 5Istron. Zhurnal, Vol. 5, 1925, pp. iS3-186.
Abstract in German
List of 55 points 500511 -51?52'N; 360301 - 37036, E, in detailed
reduction.
17. Mikhaylov, A. A. : Tablitay dly Privedeniya Sily Tyazhesti po Metooa
Kondensatsit:
Tables for the reduction of the Force of Gravity by the Condensation
Method.
Uch. Zap. Mosk. Univ., Vyp. 101, 1945, pp. 71
2 6 1 in English.
Introduction occupies the first 18 pages.
18. Mikhaylov, A. A. : 0 Gravitatsionnykh Rabotakh v SSSRt
On Gravity Work in the USSR.
2e1AF;~Astron. Zhurnal Vol. 4 1927. pp. 291-297
Abstract in German. Review of gravimetric measures 1921-1926.
19. Mikhaylov, A. A.: Zia statischer Schweremesser:
A static gravity measuring apparatus. Development of apparatus
along the lines first proposed by H. Haalck. At present such an
apparatus cannot give sufficiently precise data.
German text.
2,U1 deodetic Commission, 7th meeting. Comptes. Rendus, pt. 2,
pp. 232-239. 1935.
20. Mikhaylov, A.t Bericht uber die gravimetrischen Arbeiten:
Report on gravimetric work.
Baltic Geodetic Commission, Comptes Rendus, 9th meeting, 1937,
Pp- 109-113.
German text.
Report on work carried out in 1935. Altogether during the year,
1262 gravimetric stations were established.
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21. Mikhaylov, A. A. : Bericht uber die gravimetrischen Arbeiten:
Report on grarimetric work.
Baltic Geodetic Comm., 8th meeting, Comptes Rendus, 1936, pp. 95-99
German text.
Report on gravimetric work carried out in USSR in 1934.
During the
year 22 exped;Ltions were sent out, total number of gravity stations
determined during the year, 1075.
22. Mikhaylov, A. A. : Gravimetricheskiye Raboty v SSSR:
Gravimetric work in the USSR.
Sbornik NTIPS, Vyp. 5, 1941, pp. 49-59
DLC QB301-R8 R-5
The status of gravimetry in USSR is discussed. The catalogue now
in print (19411) gives gravity measures for -9,052 points. Total
number of gravity measures on Jan. 1, 1942, on the territoryof the
USSR was 12,377. The goal is toget at least one gravity measure
per l,ooo sq. km., that is about 25,000 for the USSR.
23. Mikhaylov, A. L.: Uber die Anwendung der 1'ormel von Stokes and die
dabei gebrauchende Reduktion der Schwerkraftt
On the application of Stokes' formula and -the necessary for this
purpose reduction of the force of gravity.
Baltic Geodetic Commission, 9th meeting, Comptes Rendus,-1936, pp. 207-231-
German text.
-The reduction of Prey-Poincare cannot be used when Stokes' formulae
are applied, Aumerical examples.
24. Mikhaylov, A. A.: Dvadtsat' Let Sovetskoy Gravimetrii:
TentyJyears of Soviet Gravimetry. -
Vol. 14, 19325)ft,0tM-412.
vey o the development-1917-1937.
By the end of 1936 over 7000
gravimetric points were determined. In 1937, 2000 more are planned.
25. Mikhaylov, A. : Uspekhi gravimetrii:
Progress of gravimetry.
Front nauki i tekhniki, No. 7, 1937, pp. 47-58.
DLC Q4 F7 M P 139-D P-261'
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26. Mikhaylov, A. A. : Sovermennoye sostoyaniye gravimetricheskikh rabot
V Soyuze:
Present status of gravimetric work in the Union.
Mirovedeniye, tom 21, No. 6, 1932, pp. 41-44
DLC 01 R933 M F 155-N P-397/
27. Mikhaylov, N. N.: Uchet iskazhayushchikh anomaliy pri rabotakh 8
gravitatsionnym variometrom:
Taking into account disturbing anomalies in work with gravity
variometer.
Problemy Arktiki, No. 1, 1940, PP- 99-93
DLC G600 P7 M F 121-0 P-366
28. Mikhaylov, N. N.: Zastosuvannya mas nayprostishikh geometrichnikh form
do geologichnoy interpretatsii gravitatsiynikh sposterezhen':
Interpretation of gravity observations
Geologichniy Zhurnal, vol. 7, vYP- 1-2, 1940, pp. 181-230
DLC Vi G1+9145, M F 146-Q P-427
29. 'Mironov, S. : Novo-Bogatinskoye Mestorozhdeniye Nefti:
Novo-Bogatinsk Oil Deposits.
Neftyanoye Khozyastvo, Vol. 12, No. 5, 1927, pp. 653-659
DLC TNS60 N465, Map 97, m F 164-P P-39S
30. Moiseyev, N. : 0 Reduktsii Sily Tyazhesti na Poverknost' Geoida:
On the reduction of the force of gravity on the surface of the geoid.
Astr. Zhurn., Vol. 10, 1933, pp. )+3a-432.
25t'b&6m1n English.
A new elementary derivation of the Prey-Poincare formula for the
reduction of the force of gravity.
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31. Moiseyev, N.: Ob Opredelenii OtkLoneniya Otyesa dlia Neregulyarizovannoy
Zemli:
On the determination of plumb-line deflection on the non-regularized
-earth.
2`tr1A n. vol. 1.1 l934. . 7,79-384.
Abstract in English
Formulae for the deflection-of vertical if the gravity anomalies
are known.
32. Moiseyev, N.: Dpredeleniye Figury Geoida Neregularizovannoy Zemli:
Determination of the-figure of the geoid of-the non-regularized earth.
Astr. Zhurn., Vol. 10, 1933, pp. 421-429.
$i4581in English.
Derivation of formulae in case the inner or extraneous masses over
theadopted geoid are not removed.
33. Molodenskiy, MI S. : Osnovnyye,Voprosy, Svyazannylrt a Yypolneniyem
Astronoma-Gravimetricheskogo Nivelirovaniya na bol'shoy Territorii:
Fundamental Problems connected with the organization of astrononmic-
gravimetric leveling in a large territory.
Sbornik NTiPS, Yyp. 4, 1944, pp. 3-11.
DLC 0301.R8 R-4
Theoretical.
34. Molodenskiy, M. S. : Raboty pro Gravimetricheskomu Instrumentostroyeniyu:
Work on construction of gravimetric instruments.
Geodezist,.Vol. 15, 1940, pp. 21-22 No. 5.
DLC gB296.R813 M F 6a--o P-102
35. Molodenskiy, M. S.: 0 Reduksii Sily Tyazhesti k Urovnyu Morya dly
Ner-egulyanizov.annoy Zemli:
On the Reduction of the Force of Gravity to Sea-Lev-e1 for the non-
regularized Earth.
Trudy TsNIIG&i;K, Yyp. 11, 1936, . 73-81
DLC QB275.M64 M F 7H -P-123
Abstract in English
Theoretical discussion of the problem.
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36. Molodenskiy, M. S.: Bestimmung der Gestalt das Geoid.a ureter gemeinsamer
Anwendung Astronomischgeod&tischer Lotabweichengen and Schwerestorungen:
Determination of the shape of geoid with simultaneous application of
astronomic-geodetic deflection of the vertical and gravity deviations.
Baltic Geodetic Commission, Comptes Rendus, 9th meeting, pp. 203-223-
1937.
German text.
For this problem astronomical points should be 70-100 km. distant from
each. other on plains, 10-20 km. In mountainous regions.
37. Molodensky, M. S. and Fedynskiy, V. V. : Trid.satt Let Sovetskiy
Gravimetrii (1917-1947):
Thirty years of Soviet gravimetry (1917-1947).
Izv. Ak. N., Ser. Geogr. S Geofiz., Vol. 9, 1947, PP. 395-1108
DLC AS262.A6246 P-32
A detailed review of the status of gravimetry, field work, theoretical
investigations and instrumentation.
38. Molodenskiy, M. S.: Opredeleniye Figury Geoida pri sovmestnom ispol'zovanii
astronomo-geodizicheskikh ukloneniy otvesa i karty anomaliy lily tyazhesti:
Determination of the Figure of the Geoid by means of astronomic-geodetic
deflections of the vertical and of a map of gamity anomalies.
Trudy TsNIIGAi.K, V . 17, 1937, pp. 9-32.
NNA 704; DLC 275.M7 M P s6-H P-150
Abstract in English
39. Molodenskiy, M. S. and Lozinskaya, A. M.: Astronomo-gravimetricheskoye
nevilirovaniye po 51-y 155-y pararellelyam of 30-go do 56-go meridiana:
TsNIIGAiK, Sbornik No. 3, 1939, pp. 26-45. Astronomic- vimetric leveling along
the 51-ct and 55-th parallel from 30-th to 56-th meridian.
40. Molodenskiy, M. S.: Vneshneye gravitatsionnoye pole i figura fizicheskoy
poverknosti zemli:
External gravity field and the figure of the physical surface of the
earth.
Izvestiya Akademii Nauk SSSR, Ser. Geogr. I Geofiz., Vol. 13, No. 3, 1948,
PP- 193-21
DLC AS262 A6246 M F 135-F P-383
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41. Molodenskiy, 14. S. : Gravimetriya:
Gravimetr~* .
2) A6a~'h Bo:L. Sov. Fntsiklopediya, Vol. 12, 1952, pp.374-378
An excellent exposition of the status of gravimetry in the USSR
42. Molodenskiy, H. S.: Osnovnyye Voprosy Geodezicheskoy Gravimetrii:
Basic problems of geodetic gravimetry.
Trudy'TsNIIGA'.LK, Vyp. 42, 1945,-pp. 107 R-49
Detailed exposition of application of gravity data to geodetic
problems.
Two maps of influence of zones 300-1000 km. for the derivation
of the deflection of the vertical, extending to longitude 92?E.
One map of tho elevation of the geoid over the Srasovskiy ellipsoid
covering the name area.
43. Molodenskiy, N. : Zur Aufgabe der Berucksichtgung der Mitschwingens
des Stativs beii Gegeneinanderschwingen sweier Pendell
On the problem of allowance for the oscillation of support with two
oppositely swinging pendulums.
Baltic Geodeti.c-Commission, 7th meeting, Comptes Rendus, pt. 2,
pp. 307-318, 1935.
German -text.
Theoretical i=nvestigation of the problem.
44. Monin, I. F.: B Voprosu Issledovaniya Figury Geoids Gravimetricheskim
Sposobom:
On the problem of Investigation of the Figure of the Geoid by
Gravimetric Method.
Izv. Ak. N. SEESR, -Ser, Geofizich., 1952, No. 2, PP-38-45
M ,C QCSOl.A3!' MF 190-A P-493
Study of N. K. Migal's formula. AM$ translation available.
45. Mudretsova, E. A.: Izostaziya i yeye roll v deformatsiyakh Zemnoy Eory:
Isostasy and Its role in the deformation of the terrestrial crust.
Trudy Soveshchsnniya po Metodam Isu.cheniya Dvizheniy i Deformatsiy
Zemnoy gory, Geoilsdat, 1949, pp. 80-90 R-52
Gravity anomaly map of central Asia, 36?551 - 42?42'N; 63?101-74?0515
based on 167 gravity points reduced isostatically.
Gravity profiles: Bogorak-$arykamysh (37?37'N; 69?50'E -41?46'N;73?54')
Xurgovad-Andiahan (3g?2 'N; 71?0513 -40?45'1;72?2215)
$urkhan-Chaadag (37?4 1N; 67?31'5 -40?57'N;7O?45'5)
- 56 -
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46. Mushketov, D. I. and Nikiforov, P. t Gravimetric and Seismic
Expedition to Central Asia.
Article in English.
Trudy Seys. Inst. No. 1, 1930 pp. 499-502
DLC QE531.A45 M P 59-H
Gravity at 16 points in Fergana Vallgy determined in 1925.
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1. Nechiporenko, ]'. K.: Do Pitannya Pro Geologichne Tlumachennya
Gravitatsionnylch Anomaliy:
Geologic Interpretations of Gravitational Anomalies.
Analy AstronomlLchnoy Observatorii, Kiev. Vol. 6, pt. 2, pp. 147-167, 1936.
2W text'. abstract in Russian and English.
Article of a gurneral nature on the necessity of isostatic compensation
based on detailed discussion of Crimea,-Caucasus and Ukraine.
2. Nechiporenko, P. K.: Vyznachennya Zbnrent Drugikh Pokhidnykh Potentsiala
Prityaganiya:
Evaluation of Perturbations of second derivatives of the potential of
attraction.
2 '1 %Ironom1.chnoy Observatorii, Kiev., Vol. 6, pt. 2, pp. 115-146, 1936.
Ukrainian text, abstract in Russian and English.
Evaluation of topographic influence on the force-of gravity. Use of
Leontovskiy's device for calculation.
3. Nechiporenko, 1. K.: Gravitatsionnaya karts Ukrainy:
Gravity map of Ukraine.
Problemy Sovetikoy Geologic, Tom 5, No. 11, 1935, pp. 1035-1043.
DLC QB1.P7 M F 9g-H P-170
Based on 450 gravity anomalies. Two maps of isogams ( fries-air and
Bouger), contour interval-10 mtg. Local anomaly at Dovzhik (near
Chernigov) + 104 mig.
4. Nepomnyashchikh, A. A.: Logarifmicheskiye Gravitatsionnye Paletki:
Logarithmic Gravitatsional Nomograms.
Izv. Ak. N. SS;JR, Ser. Geofiz. 192, No. 1, pp 40-46
DLC Slavic Unc].ass. M P 164-K P-395
5. Neklyudova, N. 1.t Ob odnom metode operdeleniya figury Zemli:
On a method of determination of the shape of the Earth.
2ulA`JEtlist. Tenor. Astron., Vol. 4, 1950, No. 8, (61), pp. 408-112.
Theoretical discussion of formulae of Stokes and of Molodenskiy.
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6. Nikiforov, P. M.: Problems izostazii:.
Problems of isostasy.
Doklady Sov. Deleg. VII Nonf. Baltiyskoy Geodz. Xomissii, gyp. 7, 1934.
PP. 53-59
DLC QB2 1.x6 M T 65-0
General consideration of the problem.
7. Nikoforov,?P. : Wanomalie de la gravity dans la region de Kursk:
Gravity anomalies in the region of Kursk.
Izv. Fiziko-Mat. Inst. Ross.
Akademii Nauk, tom I, 1,1922
DLC Slavic Uncl. pp. 1-57 M 7 168-D P=305
S. Nikitin, M. P.: Opredeleniye Sily Tyazhesti,v Vostochnoy Sibiri v
1915 godu:
Determination of the force of gravity in Eastern Siberia-in 1915.
Zap. V. T. 0. Vol. 73, Pt- II, pp. 103-119
DLC gB296.Rg M P 59-A P-71
Gravity at 12 points based on Irkutsk.
9. Numerov, B. V. : Reduktsiya Nablyudeniy Gravitatsionogo Variometra za
Topografiyi:
Correction of the observations with a gravitational variometer for
Topography.
B i. Astr. Inst. 1o. 17, 1927, pp. 193-210
Y tM&A I n English.
Treatment of observations made with a torsion-balance variometer.
Extensive tables. 2 diagrams.
10. Numerov, B. : Issledovanie. Temperaturnogo i Dinamicheskogo Ioeffitsientov
Pribora Shtyukratta:
Investigation of thersscl and dynamical coefficients of Stuchrath' apparatus.
A qtr, Inst., No. 6, 1925 pp. 38-40-
;5& i v,..^..s,
Investigation of Stuckrath's pendulw used for gravimetric work.
s 59 -
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11. Numerov, B. ,t
On the.prob:lem of the Determination of the Geoid on the Basis of
Gravity Obs,arvation,
Doklady Ak.N.SSSR, vol. 6, 1935, No. 1,_pp. 21-25
Development of a method for calculation of the derivatives of the
force of gravity with respect to height. Reduction to a height of
rs.
English
21k &n
12. Numerov, B. V.: K Voprosu of opredelenii geoida na osnovanii
gravitatsioanykh nablyudeniy:
On the problem of determination of thegeoid on the basis of
1 . N. SSSR, Vol. 6, 1935, PP. 1722.
AW
Abstract in English
Discussion of various methods of reduction.
13. Numerov, B. V.: Grundsatze der Methodik der Bestimmung des Geoids
auf Grund Gravimetrischer anal Astronomtsch-geodatischer Bedbach-
tungen:
Foundations of methods for the determination of the figure of the
geoid from gravimetric and astronomic-geodetic-observations.
;5_'1 g 1AIc. N. SsSR, vol. 12, 1936, pp. 269-270
In German
General consideration of the problem.
14. Numerov, B,. V.: Resultaty Gravitatsionnykh Nablyudeniy v
Groznensko:a Rayons v 1928 godu:
Results of gravimetric observations in the Region of Grozny in 1928.
B~yyuu1~..1. Astrr. Inst., No. 23, 1929, pp. 21-23.
21Ys' 1 in German
Report on :Large program of gravimetric observations in the region of
North Caucasus. Actual data published elsewhere, (see No. 33). small
scale map of anomalies.
15. Numerov, B. : Uchet vliyaniya Topograficheskikh Mass Na Nabliudeniya
S Gravitatsionnym Variometrom:
Calculation of the Effect of Toppgraphic Masses on the Observations
with a Gravitational Variometer.
Byuil. Ast,r. Inst.-, No. 26, 1931, pp. 60-67
2 s1f&a1ia English
Tables for calculation of the effect of the outside gravitational
masses for work with a torsion balance.
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16. Numerov, B. F.: Gravitatsionnyy Varimetr s Tremya Rychagami:
Astr. Inst, No. 30, pp. 103-107, 1931.
A new variometer developed by Numerov and constructed by the
Bamberg Firm in Germany. Two half-tones showing the instruments.
17. Numerov, B. : Opredeleniye Sily Tyazhesti na Belom 1921 goda:
Determination of the force of gravity on the White Sea in 1921.
1. Astr. Inst., No. 5 . 25-1
2W U tin ch 25M587
Gravity on island, Khabarka 'N; 4O?l+3'E) and Sosnovets
(66029'N; 4o?44%.
19. Numerov, B. : Obshchaya Kharakteristika Gravitatsionnogo Metoda Razvedki
Po Rabotam b. Geologieheskogo Komiteta 1925-29
General description of Gravitational Methods of Survey based on the
work of the former Geological Committee in 1925-1925.
Trudy Glavnogo Geologo Razv. Upr., Vyp? 36, 1931 pp. 3-8
DLC QE276.A163 Also NNA 701E
85 pendulum measures and 4, 54+3 variometer measures were made.
Several articles'on gravimetric methods and practice follow this general
survey (see N25-N35; A15 and S15).
19. Numerov, B.: Normal'noye Deystviye Zemnogo Ellipsoids Na Proizvodnye
of Potentsiala Sily Tyazhesti:
Normal Effect of Earth Ellipsoid on the Derivatives of the Potential
of the Force of Gravity.
Byull. Astron. Inst., No. 26, 1931, pp. 59-60
25Jt 661in En lish.
Short Theoretical note on the calculation of the intensity of gravity
as a function of latitude.
20. Numerov, V.: Interpretatsya Gravitatsionny'kh Nablyudeniy;
1
`Ee
t t., No. 15, 1927. pp. 1 =6a
Three methods for the reduction of the observed force of gravity are
discussed. Two diagrams in the text.
61
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21. Numerov, B. : Vyc;hisleniye Ukloneniya Otvesa i Vtorykh Proizvodnykh
of Potentsiala po Nablyudeniyam Sily Tyazhesti:
Calculation of the Deviation of Plumb-Line and of Second Derivatives
of the Potential from observation of the force of Gravity.
Bya1 1. Astr. Inst. No. 34, 1933, pp.195-212.
2Ts t1 in Engl%sh.
Derivation of tho formulae and an example of calculation. The derivatives
may be calculated by using a gravity map with isograms or from the ob-
servations with a torsion-balance.
22. Numer-ov, B. V.: 'Graficheskiy Metod Ucheta Topograficheskoy Popravki i
Vliya iya_Podze=.ykh Mass na Gravitatsionnyye Nablyudeniya:
Graphic Method of calculation of the topographic correction and the
influence of _sub~3trraneous masses on gravimetric observations.
Astro. Zhurn., Val. 2, No. 1, pp. 32-36, 1925.
I1_in German.
Corrections to gravimetric observations with torsion balance are
-evaluated graphically.
23. Numerov, B. V. and Khramov, D. N.: Ob Opredelenii_Figury Geoida Na
Osnovanii Nablyuleniy Sily Tyazhesty:
On Determination of the Figure of the Geoid on the basis of observation
of the Force of Gravity.
Byull. Astr. Inst., No. 40, 1936, PP- 395-397.
tA5fi tin German.
Development of the potential of the force of gravity by means of
spherical harmonics including the terms of fourth order.
24. Numerov, B. V. and Khramov, D.: Uber die Bestinmiung der Figur des
Geoids $chwere- 'essunen:
On the determination of-the figure of the geoid on-the basis of gravity
. N. $SSR, Vol. 12, 1936, pp. 265-26S
In German.
Development of expression for force of gravity as a function of latitude
and longitude.
25. Numerov, B. : Teoreticheskiye Osnovaniya Primeneniya Gravitatsionnykh
Metodov v Geologii:
Theoretical foundation for the application of gravimetric methods in
geology.
Trudy G1. Gsologo-Razv. Upr. Vyp. 36, 1931, pp. 9-26 M B 185-B
DLC gJ276.A163 ins 7O4 P-301
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26. Numerov, B.: 0snovnyye Formuly dlya obrabotki nablyudeniy s gravitat-
sionnym variometrom:
Basic Formulae for the reduction of observations made with a vario-
meter.
Trudy G1. Geologo-Razv. Upr., Vyp. 36, 1931, pp. 27-41
DLC QE276.A163 NNA 704 M F 185-B P-301
27. Numerov, B. : Normal'noye Deystviye Zemnogo ellipsoida na proiz vodnyye
of potentsiala sily tyazhesti:
Normal effect of the terrestrial ellipsoid on the derivatives of the
gravity potential.
Trudy G1. Geologo-Razv. Upr., Vyp. 36, 1931, pp. 42-50
DLC 0276.A163 NNA701 M F 185-B P-301
29. Numerov, B. : Reduktsiya nablyudeniy gravitatelonnogo variometea
za topografiyu:
Reduction of observations of gravity variometer for topography.
Trudy G1. Geologo-Razv. Upr., Vyp. 36, 1931, PP'. 51-73
DLC Q.E 276.A163 NNA7o1+ x r lg5-B P-301
Theoretical..Tables for reduction.
29. Numerov, B.: Analiticheskiy metod ucheta vliyaniya topograficheekikh
mass:
Analytical method of calculating the influence of topographic masses.
Trudy Cl. Geologo-Razv. Upr. Vyp. 36, 1931, PP. 74-95
DLO QE276.A163 1NA704 M P 195-B P-301
30. Numerov, B. : Vliyaniye vneshnikh mass na gravitatsionnye nablyudeniya
v sluchaye beskonechnogo proatiraniya:
Influence of extraneous mass on gravity observations in the case of
infinite extension.
Trudy G1. Geolog-Razv., Upr., VyP? 36, 1931, PP. 97-107
DLC 4 276.A163 NNA704 M F 185-B ~ P-301
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31. Numerov, B. ; Rezul'taty gravitatsionnykh nablyudeniy na Shuvalovskom
-ozere simoy :L927-192g gg.:
Results of gravity observations on Lake Shuvalovskoye during the
winters of 14)27-192g.
Trudy GI. Geologo-Razv. Upr. Vyp. 36, 1931, pp. 108-125
DLC QQ276. A:L63 NNA 704 M P 185-B P-301
189 variometer observations on ice of the lake ( near Leningrad).
Maps of gradients. (No. 94).
32. Numerov, B.: Gravitatsionnye nablyudeniya v Solikamskom i Bereznyakov-
skom rayonnal:h na severnom TJrale v 1926-1927 gg.:
Gravity observations in Solikamsk and Bereznyakovskiy regions of the
North Urals i.n 1926-1927.
Trudy G1. Geologo-Raze. Upr., Vyp. 36, 1931, PP- 126-139
DLC QE276.A163 NNA704 M F 185-B P-301
Maps of gravity gradients (3 x 4 km.) based on 362 variometric ob-
servations around Solikamsk and reference to 336 observations made
near Bereznyoki.
33? Numerov, B.: Rezul'taty gravitatsionnykh nablyudeniy v Groznenskom
rayone v 192E; g.:
Results of gravity observations in the Grozny region in 1929.
Trudy Gl. Geologo Razv., Upr. Vyp. 36, 1931, pp. 140-147
DLO QW76.A163 NNA7o4 M F 195-B P-301
Date on 14 pendulum observations and reference to 902 variometer
observations. Maps of gravity anomalies 43?-45'N; 14?-17']C (Pulk.).
Maps 123, 12L; also coordinates.
34. Numerov, B. and Samsonov, N. : Rezul'taty gravitatsionnykh
nablyudeniy blizozera Baskunchak v 1928 g.:
-Results of gravity observations near Lake Baskunchak in 1929.
(4g?05l - 48C,20IN);
460451-47oE).
Trudy Gl. Geologo-Razv. Upr., Vyp. 36, 1931, -PP- 148-151
DLC q 276.A163 NNA 704 M F 195-B P-301
Reference to 268 variometric observations in the neighborhood of the
lake. Map of gravity anomalies, 5 x 5 km.
35. Numerov, B.-amd Kozlovskiy, B.: Rezul'taty gravitatsionnykh
nablyudeniy Embenskom rayons 1927-1928gg.$
Results of gravity-observations in Emba region in 1927-1929.
Trudy G. Geolog.-Raze. Upr., Vyp. 36, 1931, PP- 132-134
DLC Qa276.A163 NNA 704 M 1' 185-B P-301
Reference -to 1978 variometer observations in this region.
(47?151-47?0'1; 52?30' -53?15'R). Map of gravity anomalies
30 x 15 km., including Dossor, Bursay, Tyulegent, Baychiunas,-Iskene
and Tuboyak.
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36. Numerov, B. : Rezul'taty gravitatsionnykh nablyudeniy na Shuvaloskom
ozero zimoy 1927 i 1928 gg.:
Results of gravity observations on Lake Shuvalovo in the winter of
1927 and 1929
Gornyy Zhurnai, God izd. 106, No. 12, pp. 108-117, 1930
DLC TN4.G8 M F 127-E P-378
Map 31, 5 sketches on Lake Shuvalovo. Shuvalovo village: 60?04'N 30?17'E.
(Russian 1:100,000, sheet P-36-133 - Shuvalovo ozerki).(SeeN p.6, No. 31,
M F 185-B)
37. Numerov, B. : Rezul'taty gravitatsionnykh nablyudeniy v Solikamskom i
Bereznyakovskom rayonakh v 1926, 1927, 1929 gg.
Results of gravimetric observations in Solikamsk and Berezniki regions
Gornyy Zhurnal, Vol. 106, No. 8-9, pp. 104-111, 1930
DLC TN4.G8 M F 127-D P-379
38. Numerov, B. Rezul'taty opredeleniya lily tyazhesti na vostochnykh
sklonakh Urala:
Results of determination of force of gravity in the Eastern slopes
of Ural.
Gornyy Zhurnal, Vol. 107, No. 6, p. 51, 1931
Gravity at 28 points.
DLC TN4.G8 MF 127-F P-4379
39. Numerova, V. : Primeneniye Vertikal'nogo Mayatnika Golitsyna k Opredeleniyu
Sily Tyazhesti:
Application of Galitsyn's Vertical Pendulum to the Determination of the
Force of Gravity.
Byul1. Astr. Inst. No. 379.1935. pp. 279-297.
WM 1in En lish.
Formulae for the use of Galitsyn's Seismic Pendulu* for gravity measures.
I.O. Numerova, V.; Teoriya Gravimetra-Poplavka Noorgaard'a:
Theory of Floating Gravimeter of Noorgaard.
B 11 Astr. Inst., No. 1+0, 1936, pp. 297-407.
20145W in English.
Theory of the Noorgaard Gravimeter is developed. Formulae for the
adjustment of the position of equillibrium.
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141. Numerova, V. : Opredeleniye Popravok za Sokachaniye Shtativa pri
Odnovremmenom Nablyudenii Mayatnikov, kachayushikhaya v perpendikul.l-
yarnykh Ploskostyakh:
Determination of Correctionsfor_Penduhams Swinging in Perpendicular
Planes.
1. Astr. Inst., No. 149, 1939, pp. 247-259
~1in English.
Study of interaction of pendulums used for the determination of the
force of gravity.
42. Numerova, V. V. and Khramov: 0 Raschete i Podgonke Minimal'nykh
Mayatnikov.
On the design and regulation of minimal pendulums. Pendulums
used for gravity surveys: Theoretical treatment.
Abstract in German.
2FPAIA. ` h&rn. Vol. 12, pp. 205-215, 1935.
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1. Ochapovskiy, B.L.: Gravimetricheskiy Raboty na Pamirs:
Gravimetric work in the Pamirs.
Tadzhikskaya Kompleksnaya Ekspeditsiya 1932 g. Pp. 394-399
DLC TN 110.T3T3 P-54
General discussion of the situation. Gravity anomalies in 19 points.
More detailed data in Beitr. zur. ang. Geoph.
2. Ochapovskiy, B.L.: Sila Tyazhesti na Pamirs. Sila Tyazhesti v Karelii:
Force of gravity in the Pamirs. Force of gravity in Karelia.
Izv. Gos. Geograf. Obshch., Vol..Gs, 1936, pp. 3'+g-366.
DLC G23.R6
Determination of the force of gravity (a) in the Pamirs (19 points) and
(b) in Karelia (45 points). Maps 11&A,B, and C P-35
Ochapoweki, B.L.: Schwermessungen mittels Pendein, ausgefuhrt auf dem
Pamir and in Karelian in den Jarhen 1932 and 1933:
Gravity measures by means of pendulums carried out in the Pamirs and in
Carelia in the years 1932 and 1933.
Beitruge zur angew. Geophysik, Vol. 5, 1936, pp. 451-479.
IOU s501.B403
Article in German.'
19 measures in (a) Pamir and (b) 45 in Carelia. Only anomalies are
given based on Helmertjs formula of 1909.
4. Offman, P.E.: 0 Geologicheskoy Interpretatiii Geofisicheskikh Bart
Ishimbayskogo Priural'ya:
On Geological Interpretation of Geophysical Maps of the Ishimbayskoye
Priural'ye
Neftyanoye Khozyaystvo, Vyp. 9-10, 146, pp. 30-36.
DLC TN860.N465 MP 105-W P-407
Interpretations of electrometric and gravimetric maps, barred on geological
data, for location of deep-seated oil-bearing strata.
2 maps; one of gravimetric anomalies, region Timashevka, Ishimbay,
Tat'yanovka, Kinsikeyeva (53?15' - 53?3O'1; 56?-56?30' E). No gravimetric
observations.
5. Orlov, A. Ya.: Poltavskaya Gravimetricheskaya Observatoriya litsom k
sotsialisticheekomu stroitel'stvu:
Polkava Gravimetric Observatory facing socialistic construction.
Mirovedeniye, Vol. 20, No. 3-4, 1931,pi. 16-33
DLC QBl.R933 R-4g
In this article is given: 120 gravimetric measures in ten Ukraine by
Polkava Observatory 1926-1930; 17 made in 1926-27 by Voyenno-Topogo-
Upr. and 3 made by Astronomicheskiy Institut. Also gravimetric map of the
Ukraine 46?-52? N; 270-390 S.' Iso-anomalies each 25 milligals.
Chernigov gravity anomaly discussed in.dptail.
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6.. Orlov, A.Ya.: Opredeleniye sily tyazhesti v Gornom Altaye v 1916
i 1917 ggt
Determination of the force of gravity in Mountain Altay in 1916 and
1917.
Izv. Vs. Tresta Osn. Geodez, i Gravim. Rabot
Vyp. 1, 1936. PP. 7-18
AMS
7, Orlov, A.Ya.: Uskoreniye sily tyazhesti Poltavy, Glavnoy Palaty Mer
i Vesov i C:hernigova:
Accelleration of the force of gravity in Poltava, Mails, Office of
Weights and Measures and in Chernigov.
Izv. Vs. Tre sta Osn. Geodez. -i Grav. Rabot
Vyp . 1, 193S, pp. 38-40
AMS
8. Orlov, A.Ya,,: Opredeleniye Sily Tyazhesti v Zapadnoy Sibiri:
Determination of-the force of gravity in Western Sibiria.
M Mtw Obs Novoross, Univ. No. 1, 1914
Gravity at dine points determined in 1912.
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1. Parenago, P. P.: Istoriya Gosudarstvennogo Astronomicheskogo
Instituta im. Shternberga: 1931-1939:
History of the Shternberg State Astronomical Institute 1931-1939.
Uch. Zap. Moskovsk. Gos. Univers., Vyp. 59, 1940, pp. 139-163-
DLO Q6o.Mg6s
History of gravimetric work is given on pp. 145_144. During the
years 1933-37,Sorokin made submarine measures of gravity; 120 points
in the Black Sea, and 169 points in the Okhotsk and Japan Sea.
Detailed study of the Moscow gravity anomaly was carried out.
2. 'Pariyskiy, N. N.: Acceleration de la pesanteur dans le point
gravimetrique principal do Transcaucasie a Tbilissi:
Acceleration of gravity at the principal gravimetric point of
Transcaucasia at Tbilisi.
216 N. SsSR, Vol. 49, 1945, pp. 25-30
Article in French.
Determinations 1903-1936 discussed. Place: seismological station of
the Georgian Ak. Sc., Plekhanov Avenue 41?13'08"N., 44?4742"E.,
h.400.7 met. Adopted value g. 950.1771 ? 1.0 mlg.
3.
5.
:'ariyskiy, N. N. : Teoriya dinamicheskogo temperaturnogo koefitsienta
mayatnikov:
Theory of dynamic temperature coefficient of pendulum.
Geodezist, Vol. 15, 1939, No. 11, pp. 32-47
DLC Q,.296.R813
Comparison of theory with laboratory results obtained by Bulansze
and others.
Pariyskiy, N. N. : Uskoreniye Sily Tyazhesti v osnovnykh Punktakh
Soyuza:
Pulkove, Moskve, Poltave i Kazani:
Acceleration of the Force of Gravity in basic points of the Union:
Pulkovo, Moscow, Poltava and Kazan.
Izv. Vs. Tresta Osn. Geodez. i Grav. Rabot, Vyp. 1, 1935
AMS
Detailed reduction of gravity determinations at the four stations
to the Potsdam system.
Pariyskiy, N. N. and Kazanskiy, I. A.: Opredeleniye sily tyazhesti
v punktakh po razezu P. K. Shternberga v oblasti Moskovskoy gravitatsionny
anomali:
Determinations of the force of gravity at 6 point* in the Sternberg
section in the region of Moscow gravitational anomaly.
15&1urn. Vol 99 1932, pp. 238-268
Abstract in German. Detailed disc&Bsion of the problem. Beside the
new six points other determinations of 17 points are given anti discussed.
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6. Pariyskiy, jr. N.: Uskoreniye Sily Tyazhesti v Tbilisi:
Acceleration of Porce of Gravity in Tbilisi:
Trudy Geofi::. Inst. Ak.N. No. 7 (131+), 1949, pp. 93
DLC QC801.A35 M B 711--G P-122
Detailed investigation of 10 determinations 1903-1936 including
connection with Moscow made by Abakelia (1936) and Teyeznerly (1937).
Final results for Tbilisi 980. 177.7 ? 0.9 mig. ( See P2)
7. Pariyskiy, N. N. and Sorokin, L. V.: Opredeleniye Sily Tyazhesti
v Rayons Moeikovskoy Gravitatsionnoy Anomali v 1926 g.:
Determination of the force of gravity in the region of Moscow
gravity anomaly in 1926.
Izv. Assoc. N. L. Inst. pri Piz. Mat. Fak. MGU, Tom 3, 1930,
vyp. 1-2B, pip. 3-35.
DLC Qf O.MS6F,5 M F 143-D Not reproduced
Detailed determination of gravity in 6 points.
S. Pariyskiy, N. N.: Gravimetriya v Sovetskom Soyuze za 20 let:
Gravimetry i.n the Soviet Union in the last 20 years.
Mirovedeniye, Vol. 26, 1937, Pp- 333-31$.7.
DLC QB1.R933 M F 106-T. P-183
9. Pariyskiy, ii. N.: 0 vliyanii mikroseysm na opredeleniye oily tyazhesti
metodom kachaniya mayatnikov:
On the influence of microseisms on-the determination of the -force of
gravity by oscillation of pendulum.
Trudy Geofi:. Inst. Ak. N. No. 12,(139), 1950, pp. 3-21
DLC QC8010.35 M F 121F4 P-367
Theoretical treatment. Possible influence 0.3 mlg.
10. Permyakov, :1. G.: Usloviya zaleganiya nefti i daleneysheye napravleniye
razvedki v ]hnbenskom rayone:
Conditions of oil deposits in Emba region.
Neftyaniye IChozyaystvo, No. 4, 1936, pp. 26-30
DLC TNg6o N1465, Map 103. M F 165-P P-1101
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11, Poletayev, S.: K Voprosu interpretatiii Gravitatsionnyyh Nablyudeniy:
On the Problem of interpretation of gravity observations.
3I 5MMtr. Inst., No. 314, 1933, PP- 212-21S
Procedure for calculation of anomalous gradients of gravity in cases
when the perturbing mass has the shape of a layer.
12. Poletayev, S. P.: Kupol Shubar-Kuduk:
Dome Shubar-Kuduk
Trudy Neft. Geol. Razv. Inst., Ser. B , Vyp. 44, 1934.
DLC TN86o.L37 Mir 110-8 1-338
Anomaly map 19?151-i19?20'x; 56?45'-57?L. Contour interval 1 mlg.
13.
Poletayev, S. P.: Gravimetricheskiye nablyudeniya v Berekoyskom
neftenosnom rayone v 1927 1 1929 g :
Gravimetric observations in Berekoy oil region 1927-1929
Neftyanoye khozyaystvo, Vol. 19, No. 10, 1930, pp. 395-391
DLC TN86o N1465, pp. 385--391 Maps 110,111. M F 165-Q P- 014.
14. Poletayev, S. P. : Gravitatsionnaya razvedka v Turkmenistan:
Gravity reconnaissance in Turkmenistan.
Neftyanoye Khozyastvo, No. 2, 1935, PP- 32-37.
DLC TN$6o.N1465 M 7 109-0 P-334
15. Poletayev, S. P.: Razvedlca s gravitatsionnym variometrom v Ferganskoy doline
Reconnaisanee with a gravity variometer in Fergana Valley. (In 1931-33)
Neftyanoye Khozyastvo, No. 7, 19314, pp. 37-42
DLC TN96o.x1465 M 7 109-a P-336 and P-Moo
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16. Popov, N. A.: Gravimetricheskaya svyazt Poltava-Ltvov:
Gravim t is connection Poltava-Ltvov.
2 int. Obs. Vol. 2, 1948, pp. 8)4--105
g for astronomical observatory 980.944 ? 0.0018, two mig. less
than previously determined by Sviatkovskiy.
IT, Popova, I. V. editor, : Inzhenerno-geologicheskiye otchety i zapiski k
proyektam.
Inzhenerno-geologicheskiye issledov.aniye dlya gidro-energeticheskogo
atroiteltstva, tom 11, 1950, pp. 240-263.
Goa. izd. Geol. Lit. 1950, PLC TC147 G5., pp. 240-263
Gravity methods up to 1950. M 1 165-JJ P-1108.
Igo Presnyakov,_B. A.: Geodezicheskiye Anomalii v Rayons Baykala:
Geodetic anomalies in Baykal Region.
"Problemy Bur;yat-Mongol Iskoy ASSR"
Tom 1, Akad. Nauk SSSR, pp. 197-192
Moskva, Leningad, 1935.
DLC DK771.B8K6) M P 28-E
General discussion of the problems based mostly on data obtained by
Akhmatov 1902-1906.
19. Pyaskovskiy, D. V.: Cpredeleniye Sily Tyazhesti po linii Moskva-
Kazant$
Determinationis of the force of gravity along the line Moscow-Kazant.
Byull. Astr. ;(nat., No. 33, 1933, PP- 169-171.
Abstract in German
Me4surement o:f gravity at 14 points. Reduction to Leningrad and
Kazan'.
20. Pyaskovskiy, 1). V.:Opredeleniye Sily Tyazhesti v Kusnetskan Bassyne v
1932 g.:
Determination of the-force of gravity in the Kuznetsk Basin in 1932.
"4.AW rn V . 11, pp? 397-)03, 1934.
Abstract in English.
Gravity at 21 points, 3 astronomical points.
21. Pyaskovskiy, D. V.: Gravimetricheskaya evyazm Poltavy a Pulkovom:
Gravimetric connection of Poltava and Pulkovo.
Izv. Va. Trest,a, Osn. Geodez. i Grav. Rabot
V.vp? 1, 1936, :pp. 19-23
AMS
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1. Razdymakha, G. S.: Zamechaniye k TeoriiMinimal'nogo Mayatnika:
Notes on the theory of the minimal pendulum.
A5alrn. Vol. 21, 1943, PP. 50-56.
Abstract in Lnglish.
Kohiachuter's formula for the minimal pendulum are analyzed. Two
examples of pendulum design are considered.
2. Razes, G. S.: Tsentrobeezhnyy gravimetr:
Centrifugal gravimeter.
TsNIIGAiK, Sbornik No. 7, 1941
AMS;CGS
3.
Razdymakha, G. S. Opytnyy pribor TsNIIGAiI s minimal'nymi kvartzevymi
mayatnikami:
Experimentak apparatus of TsNIIGAiX with minimal quartz pendulums.
TsNIIGAiX, Sbornik No. 7, 1941.
AMS; CGS
4. Rozanov, L. N.: Geofizicheskaya Razvedka v Srednem Povolzh'ye:
Geophysical prospecting in the Middle Volga River.
'Neftyanoye Khozyaystvo, Vyp. 6, 1949, PP. 31-37.
DLC TNS6o.N465 M F 165 77
Description of the magnetometric, gravimetric, electro-prospecting
and seismographic geophysical exploration of the-above-named region.
No numerical data.
Rudakovskiy, G. I. Opredeleniye oily tyazhesti uprugimi mayatnikami:
Determination of the force of gravity by means of elastic pendulums.
Geodezist, Vol. 14, 1938- No. 5, pp. 37-49
DLC ga296.Rg13 M a 119-L P-244
Theory and practice of the Holiweck-Lejay pendulums. Determination
of gravity in 14 points of the Sterngerg section of the Moscow anomaly
with all detail.
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1. Samoylova, N. S.-and Yakhontov, E. G.: Die relative Bestimmung der
Intensitut dar Schwerkraft im Uraigebiete in Jahre 1925.:
Relative determinations-of the intensity of the force of gravity-in
Ural region in 1925.
21AS tr. ]:net. No. 16, 1927, pp. 189-191
Article in Garman
Gravity-at 9 points 58?40, - 59?55'N; 57034 - 60?49? L.
2. Samoylova, N, S. and Takhontov, Ye. G.: Otnositiel'nyye opredeleniya
roily tyazhesi,i na Urals v 1925 g:
Relative determinations of the force of gravity in Ural in 1925.
Izv. Geodezioh. Kom. za 1925 god. Moskva 1927.
Tom II, Otde]. 2, pp. 1-19
DLO gB296.R9:L6 M B 59-C
Same observational material as in S 1.
Samsonov, N. : Graficheskiy metod ucheta vliyaniye topograficheskikh
mass na nabl;rudeniya a gravitatsionnym variometrom:
Graphical method of calculation of the influence of topographic masses
on the observations with a gravity variometer.
Trudy G1. Geol. Razv. Upr., Vyp. 36, 1931 pP. 86-96.
DLO gE276.A1G33 NNA 704 M F 195-B P-301
Theoretical.
4. Sazhina, N. 'B.: Resul'taty gravitatsionnykh variometricheskikh rabot,
provedennikh v tsentral'noy chasti Dneprovsko-Donetskoy vpadiny:
Results of gravity variometer work in Dnepr-Donets depression.
Razvedka Ne&r 5, 1940, pp? 39-4g
DISC TN1I-R23. Maps 61, 62, 63, 64, and profiles 27, 28.MT 113-P P-363.
5. Sel'skiy, V.:K voproso o stroyenii Zaterechnoy ravniny:
On problem of structure of Trans-Terek plain.
Neftyanoye khozyaystvo, Vo. 21, No. 8-9, 1931, pp. lO1l-113.
DLC TN86o -N465 . Map 114. M F 165-U P-333
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6. Sergeyev, M. N. : 0 Potentsiale Bezkonechno Tonkoy lllipticheskoy
Plastinki;
Dn the Potential of an infinitely thin elliptic plate.
Trudy TsffIIGAig, Vyp. 51, 1948, pp. 112-116
DLC QB275,M64 P-79
Theoretical.
7. Sergiyevskiy, Capt.: Doklad v Kommiesii Imp. Russ. Geograf. Obshch.,
po Izsledovaniyu Sily Tyazhesti v Rossii.
Report of the Commission of the Imperial Russian Geographic Society
on investigations of the force of gravity in Russia.
Izv. Russ. Geograf. Obshch. Vol. 39, 1903, pp. 508-542.
DLC G23.R6 M F 61-M P-77
8. Shneyerson, B. L.: Ob odnom metooe vydeleniya lokal'nykh i regional'nykh.
gravimetricheskikh poley:
On a method of separation of local and regional gravimetric fields.
Izvestiya Akademii Nauk SSSR, Ser. Geog. i Geofiz., Vol. 10, No. 5, 1946,
pp. 449-454
DLC AS262 A6246 MF 143-H P-270
Shtol'tser, E. : Opredeleniye sily tyazhesti na o-ve Dikson i v
Arkhangel'skO:
Determination of the force of gravity in Dickson Island and at
Archangel
.
l~aatr. Inst. No. 49, 1939, pp. 291-292
Determination made in 1933-
10. Shtol'tser, N. E.: Opredeleniye Sily Tyazhesti v Uralo-labenskom
Rayons S. 1927-go po 1930 yi god.:
Determinations of the Force of gravity in the Ural-lmba Region from
1927 to 1 30.
2 fPAI 1r. Inst. No. 39, PP- 379-384, 1935.
Abstract in German
Measures of the force of gravity in 95 points.
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11. Skvortsov, V. P.: Puti-ispol'zovaniya geofiziki pri polzkakh nefti v
Sterlitamakskom rayone:
Ways of the ulse of geophysics for location of oil in Sterlitamsk
region.
Neftyanoye Khozyaystvo, Vol. 26, No. 8-9, I L34, PP. 30-32
DLC TNg6o N46'5 Map 102. M F 165-E P- 0
12. Skvortsov, V. P.: 0 napravlenii razvsdochnykh rabot v mestorozhdenii
Kairovka.
On the progreiss of reconnaisance work at Kairovka.
Neftyanoye Khozyaystvo, No. 7, 1936, pp. 51-54
DLC TN86o N46'5, maps 104, 105 M F 165-H P-401
13. Skvortsov, V. P.: Vyvody iz idei o smysle gravitatsionnykh izogamm v
Eaibemskom rayone:
Deduction fron Gravity isogams in Raba region.
Neftyanoye Khozyaystvo, Vol. 25, No. 10, 1935, I)P. 14-17
DLC TNg6O N46!5, 4 sketches out of which two are located; maps 115, 116.
MF 165-w P-4o5. .
14. Smirnov, L. and aurushin, A.: Opredelenie Szhatiya Zemnogo Sferoida
is Nablyudeni;r Sily Tyazhesti dlya Territorii SSSR.
Determination of the flattening of the terrestrial sj2heroid from the
observations of the force of gravity on the territory of the USSR.
2J AI45aburn. Vol. 14, pp. 168-171, 1937
Abstract in English.
Study based on 1545 points available before 1933.
Flattening ways determined 1:301.5
15. Sorokin, L. V1,: Sposob Peredelki Khronometra diya Opticheskogo
Schetchika:
Methodof Mod!Lficationof a Chronometer for an Optical Counter.
%urn. Vol. 10, pp. 490-493, 1933?
Abstract in English
Adaptation of a chronometer for the determination of time of pendulum
oscillations Ix-gravity measures.
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16. Sorokin, L. W.: in visuelles Verfahren zum Empfang rhythmischer
Seitsignale bei peadelbeobachtungen.
Visual device for reception of rhythmic time-signals for pendulum
observations.
Baltic Geodetic Commission Comptes Rendus, 9th meeting, pp. 257-264, 1937
German text.
Description of apparatus used in USSR. Diagrams in text. Examples given.
17. Sorokin, L. W.: Bin optischer Koinzidenzapparat:
An optical coincidence apparatus.
Baltic Geodetic Commission, Comptes Rendus, 9th meeting, pp. 249-256, 1937
In German.
Improvement of pendulum apparatus for gravimetric measures. The time of
swinging can be reduced to 1 or 2 hours. Diagrams and half-tones in text.
18. Sorokin, L. V.; Uryuson, V. 0.; Ryabinkin,-L. A. and Dolitskiy, V. A.;
Kure geofizicheskikh metodow razvedki neftyantkh mestorozhdeniy:
Course of geophysical methods of prospecting for oil deposits.
M. L.. 1950, pp. 474
DLC TN271.P4K83 N F 92M P-148
Chapters 1-6, pp. 8-104 deal with application of gravimetric methods.
p. 60: Map of free air and Bouger anomalies in Eastern Azerbaydzhan
based on 98 pendulum measures. Contour interval 25 mlg.
19. Sorokin, L. V.: Bestimmung der Schwerewerte auf dem Schwarzen Meere:
Determination of the force of gravity on the Black Sea.
Balt. Geod. Kommiss., Verhandlungen, 6th session, pt. 2, 1934, pp. 240-27g.
Submarine determinations in 36 points in 1930 and in 39 points in 1933.
20. Sorokin, L. V.: Schwerenbestimmungen mit Beobachtungen Kurzer-Dauer:
Gravity determinations with observations of short duration.
Balt. Geod. Kommiss., Verhandlunger,- 6th sl8eion, pt. 2, 1934, pp. 287-306.
5 gravity determinations in the neighborhood of Moscow.
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21. Sorokin,. L. V.: Statichsekiye sposoby otnositel'nykh izmereniy sily
tyazhesti:
Static methods of relative determinations of the force of gravity.
Geodeziya, M. D. Bonch-Bruyevich, ed., Vol. 9, 1949, pp. 5-21.
DLC TA545.G3 M 7-41-A P-25
22. Sorokin, L. V.: Gravimetriya.i Gravimetricheskaya Razvedka:
40iNIAPffk, and Gravimetric Prospecting, 1951, pp. 479, 2-nd Edition.
pp. 167-219:. description of Russian gravimetry:(1) Rudakovskiy,
(2) GKM, (3) GKL, (4) VIRG
23. Sorokin, L. V.: Gravimetricheskaya razvedka:
Gravimetric-reconnaisance. -Partl, pp. 9-104.
Goo. Nauchn.-~tekh. izd. neft. 1 g, lit. 1950
DLC TN271 P4 k93. Map 68, pp. 1-10 (MY 92-M). MF 119-H P-411.
Also Part -5, p. 454, map 69.
24. Stepanov, A.: ?unksional'nye grugovye Lineyki Dlya Vychisleniy
Popravki za Topographiyu pri nablyudeniyakh s Gravitatsionnym
Variometrom.
Functional Circular Scale-for the Computation of Correction for
Ta ograph~y iLL Observations with the Gravity Torsion-Balance.
t tr. Inst. No. 37, pp. 299-303. 1935. _
English abstract.
Reproduction of the scale and instructions for its use are given.
25. Stepanov, A. N.: Nekotryye Vyvody iz Rezul'tatov-Gravimetricheskoy
S"yemki Pravoberezh'ya Nizhney Volgi:
Some conclusions from the Gravimetrie Survey of the right hand bank of
the'Lower Volga.
1. Moak. Obshch. Ispyt. Priorody,' Otd. Geologii.
1 1 1 , 4 o- 62
Abstract in German.
Gravimetric purvey in the neighborhood of Chernyy Tar (47045' -48?15'N)
(45?501 -460251 E.) Map of anomalies, Contour interval 1 mlg.
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26. Stepanov, A. N. and Navrotskiy, N. M.: Rezul'taty gravimetricheskoy
s'yemki v rayone Kairovki.na Yuzhnom Urale:
Results of gravimetric survey in the region of Kairovka in. Southern
Ural.
Neftyanoye Khozyaystvo, No. 6, 1934, Pp. 39-46.
DLC TN86o.N465 Mr 109-q, P-333
.Map of anomalies 15 x 15 km., contour interval 1 m1g.
27. Stepanov, A. N.: i Navrotsliy, N. M.: Rezul'taty gravimetricheskoy
spyemki v rayone Kairovki na Yuzhnom Urale:
Results of gravimetric survey in the region of Kairovki, in South Ural.
Neftyanoye Khozyastvo, Vol. 26, No. 6, 1934, pp. 34-16
DLC TN960, Maps 98, 99, 100, 101. M F 165-c P- 00.
28. Stepanov, A. N.: Gravimetricheskaya s"yemka v 1929 g. v Groznenskom
rayone:-Gravimetric Survey in 1929 in Groznyy area.
Neftyanoye Khozyaystvo, Vol. 20, No. 4-5, 1931, pp.360-373
DLC TNg60 N465, Maps 112, 113. M. F. 165-T P-406.
29. Subbotin, S. I.: Rezul'taty gravimetricheskikh rabot v Romenskom
solenosnom rayone:
Results of gravimetric work in the Romny salt deposit region.
Razvedka Nedr, No. 13, 1935, pp. 24-29
DLC TN4.R23 M F 109-W
Anomaly map 57?36' -50?56'N; 31?05' -31?20'E. Contour interval 1 m1g.
30. Subbotin, S. I. : Ispol'zovaniye krivizn pri interpretatiii
gravitatsionnykh dannykh:
Use of curvature in the interpretation of gravimetric data.
Prikladnaya geofizika, Vyp. 3, 1947, pp. 150-159.
DLC Slv. Uncl. My 131-G P-373
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31. Sudakov, S. G. : Razvitiye Gosudarstvennoy Geodezicheskoy Sluzhby
SSSR za 25 let:
Development of the Federal Geodetic Service in the USSR during
25 years.
Sbornik NTU S, Vyp. 5, 1944, pp. 3-24.
DLC 0301-RE: R-5
A reviewof theGeodetic work in USSR during the years 1919-1944.
Maps illustrating the status on-Jan. 1, 1944 of
(1) Triangulation of -I Order
(2) Leveling of I and II Order
(3)Gravimetric measures.
32. Sudakov, S. G.: Sostoyaniye-i Perspektivy Obshchey Gravimetr-icheskoy
SNyemki v S.>SR:
Statusand Perspectives of a general gravimetric -survey in USSR.
Geodesist, No. 11, Nov. 1940, pp. 5-12.
DLC QB296.Rfs2 MY 23-L P-113
33?
Shokin,-P.F..: 0 Tochnosti Mayatnikovykh Opredeleniy proizvedennykh
Moskovakim Aerogeodezicheskim Predpriyatiyem-v 1936 g.
On the precision of pendulum observations made by the Moscow AGF in
1936.
Geodesist 1939- No. 4. PP- 35-47?
DLC Q)296.R313 P 409
Analysis of 1161 gravity -determinations. Meanerror of connection
with the initial point was found to be 1.1 mlg., and the mean error
of the anomaly of gravity 2.8 mlg.
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1. Tikhonov, N. A. and Bulanzhe, Yu. D,: Ob osrednenii gravitricheskikh
poley:
On taking mean values of gravimetric fields.
Izv, Ak. N., Ser. geogr. i geofiz., Vol. 9, 1945, pp. 240-260.
DLC AS262.A6246. Maps 93, 94, 95, 96. M F 144-M P-369
2. Tovchigrechko, S. A.: Vychisleniye izostati.cheskoy reduktsii sily tyazhesti
dly gravimetricheakikh punktov Kryma i Chernogo Morya:
"Calculation of isostatic reduction for gravimetric points of Crimea and
Black Sea.
TsNIIGAiK, Sbornik No. 7, 1941
AMS ; CGS
Isosta.tic anomaly for 1.7 points.
3. Tovchigrechko, S. A,: 0 temperaturnom Posledeystvii na Invarnyye
,Maya.tniki.
On temperature hysterisis of invar pendulums.
Geodezist, Vol. 14, 1938, ho. 4, pp. 35-40.
DIC QBs296.R813 M F 11,8-K P-244
Discussion of results of gravimetric expedition to Kazakhstan. The effect
of former temperature on the behaviour of pendulums is confirmed.
4. Tsukervanik, Y. P.: Gravimetricheskiye Raboty Tashkentskoy Astronomicheakoy
Observatorii
Gravimetric Work of the Tashkent Astronomical Observatory.
5aJh Astr 0 ,, Vol. 5, pp. 117-125, 1935.
Detailed historical survey with valuable references to already published
material and future work.
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Ulanov, A. S.: 0 gravimstricheskikh nablyudeniyakh v Dal'nevostochnom
kraye:
On the gravimetric observations in the Far Last.
Izvestiya Dal'nevostochnogo geofizicheskogo instituta.
Vyp. 11(IX), 1932, pp. 111-116
Slav. Uncl. M F 131-J. P-371+.
2. Uspenskaya, N. Yu.: Nizhnaya Volga kak ob"yekt neftyanoy razved.ki:
Lower Volga as an object of oil prospecting.
Sovetskaya geologiya, Vol. 9, 1939, PP. 38-55 and 110-116
DLC QE I P7. Maps 91, 92. M F 140-J. P-372
3. Uspenskiy, D. G.: Optnyye raboty gravimetricheskim metodom na
zhelezorudnykh mestorozhdeniyak Kol'skogo poluostrova:
Experiments with gravimetric method at ferrous deposits of the
Kola Peninsula. `
Zapiski Leningradskogo GornogoInst.ituta, Tom VIII, 1934, pp. 27-39.
DLC QEI-14. Theoretical article, example map given with 5 profiles
drawn in. M; F 111-L. Not reproduced.
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1. Volkov, V. and Kunegin, V.: Opredeleniye Szhatiya Zemnogo Ellipsoids
iz Gravimetricheskikh Nablyudeniy v Aziatskoy. Chasti SSSR.
Determination of the Flattening of the Terrestrial Ellipsoid from the
Gravimetric Observations in the Asiatic Part of the USSR.
JliAstron. Zhurnal, Vol. 5, 1928, pp. 246-253.
Abstract in German. -
Based on 114 points from the catalogue of the Gizhitskiy and Savkevich.
Reciprocal of flattening 297.7.
2. Vorob'yev, S.: Opredeleniye Sily Tyazhesti v Ural'skoy Oblasti.
Determination of the force of gravity in the Ural Region.
flAieWr. Inst., No. 33, 1933, p. 174-176
Abstract in English.
Determination of gravity at 50 points 53034' - 54053'N; 54?O9' - 69?07'1.
3. Vorob'yev, S. N.: Opredeleniye Uskoreniya sily tyazhesti v Bashrespublike
v 1932 g.
Determination of the acceleration of the force of gravity in Bashkir
Republic in 1932.
2 M. 501tron. Inst., No. 34, 1933, pp. 219-221
Abstract in English
Gravity measures at 17 points 550071 - 55?46' N; 55?32' - 58?53'1.
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1. Yarosh, A. Ya.: Resheniye obratnoy zada.chi gre vimetrii dlya
vertikal'nogo ustupa I vertikal'nogo plasta:
Solution of the reverse problem of gravimetry.
Trudy gorno-geol. institut. Vyp. 19, Geofiz. Sbornik No. 1,_pp. 81-84
DID Slav. Uncl., M F 199-F. P-500.
2. Yekimov, V. V.: Tochnoye Vyrazheniye dlya normal'nogo Znacheniya
Polnogo Gradients Sily Tyazhesti i_yego sostavlya-yushchikh:
Exact Expression for the Normal Value of Complete Gradient of the
Force of Gravity and its Components.
15aAst. Theor. Astron.. Vol. 4, 1949, No. 3 (56). pp. 103-125,
Theoretical Derivation of Brun's formula.
3. Yelistratov, V. A.: Osnovnyye Prichiny Raskhozhdeniy I Nevyazok v
Nablyudeniyakh s bronzovymi Mayatnikanii:
Basic causes of discrepancies and errors in observation with bronze
pendulums.
Geodezist, Vol. 14, 1938, No. 5, pp. 22-37.
DISC g296.R813 P-244
A detailed description of observational technique.
Gravimetric connection Poltava-Tbilisi discussed.
4. Yelistratov, V. A.: 0 Veroyatnom Sushchestvovanii Temperaturnogo
Gis tereziza vP Bronzovykh Mayatnikakh:
On probable existence of a thermal hysteresis in bronze pendulums.
$A5aflrn. , Vol. 15, pp. 48-60, 1938.
Abstract in Pnglish
Study of the behavior-of Stuckrath pendulums used for gravimetric
work by the ?oltava Observatory.
5. Yelistratov, V. A,: Gravimetricheskaya svyaz' Poltavy s Tiflisom:
Gravimetric connection of Poltava with Tbilisi,
Izv. Va. T:resta Oan. Good. i Grav. Rabot
Vyp. 1, 1936, pp. 41-52
AMS
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6. Yelistratov V. A : Gravi'metricheska a svyaz' Poltavy, Moskvy i Kazani:
KQY*q rPMk9$qffl Q? M lt$'3A000100030001-5
Izv. Vs. Tresta Osn. Geod. I Grav. Rabot
Vyp? 1, 1936. pp. 75-88
7. Yelistratov, V. A.: Gravimetricheskaya svyaz' Poltavy s Pulkovom I. lioskvoy:
Gravimetric connection of Poltava with'Pulkovo and Moscow.
Izv. Vs. Tresta Osn. Geod. i Grav. Rabot
Vyp. 1, 1936, pp. 89-99
AMS
8. Yeremeyev, V. F.: Vychisleniye Popravok za Ukloneniye Otvesnykh Liniy
I Astronomicheskiy Koordinaty Punktov, ispol'zyemykh v kachestve
Obosnovaniya topograficheskikh s"yemok melkikh masshtabov:
Calculation of corrections for the deflection of the vertical to the
astronomical coordinates of points used as controls for small scale maps.
Sbornik NTiPS, Vyp. 8, 1945, pp. 3-23. R-8.
Area (41?30' - 44?N; 67?30' - 70?10'E) considered is around Turkestan
43?17'39"31N; 68?16'13136E. Free Air and Bouguer anomaly gravity maps.
Contour interval 10 mlg., scale 1:1,000,000. Also topographic map.
Comparison of deflection found by triangulation and by gravimetric methods
for 12 points: May-Balyk, Turkestan, Zate-Tyube, Arys' Dan -Baba, Kich Burua,
Berele, Besh-Mollo, Chat Kul', Chal Adyr, Zapadnyy and Chul'-Konur.
9. Yevseyev, S. V.: Reduktsiya Sily Tyazhesti v Gornykh Rayonakh:
Reduction of the Force of Gravity in Mountainous Regions.
Trudy TsNIIGAiI, Vyp. 51, 1948, pp. 83-111.
DLC Qa275.M64 P-78
Gravity anomalies in Central Caucasus are studied. A catalogue of 1U0 gravimetric
stations in this region with complete details. Some observations are being
published here for the first time. Maps of the distribution of anomalies.
Tables for various reductions of gravity. Of the 100 gravimetric stations,
21 are not in Zhuravlev's catalogue.
10. Yevseyev, S. V.: Vychisleniye Izostaticheskikh Redukteiy oily Tyazhesti
na Urale i v Povolzh'iyi:
Computation of Isostatic Reductions of the force of gravity on the Urals
and in the Volga region;
Trudy TaMIGAiK, Vyp. 17, 1937, pp. 33-68
NNA 704; DIG 275.M64 M F 86-H P-150. Abstract In English.
Data for (a) 22 points in the Urals and for (b) 13 points in the Volga
region. Maps of isostatic and free-air anomalies:
53?-56?N; 56?-62?E; contour interval 10mlg., scale 1:3,000,000
50?-52?N; 440-48?E; contour interval 10mig., scale 1:3,000,000
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11. Yevseyev, S. V.: Issled.ovaniye topografo-izostaticheskoy reduktsii
ukloneniy otvesa i'sily tyazhesti ispytaniye nalichiya izostatsii na
Kavkaze:
Investigation of topographic-isostatic reduction of deviation of the
vertical in the Caucasus. '
Trudy TsNIIG,AiK, Vyp. 29, 1939, PP. 13-49
AMS QB 275 -? U48. Map 67. M F 116 P-217
12. Yevseyev, S. V.: Izostaticheskiye anomalii sily tyazhesti na severom
Kavkaze i problemy geodezicheskoy grP_vimetrii:
Isosta.tic anomalies of the force of gravity in the Caucasus.
Trudy TsNIIG?AiK, Vyp. 29, 1939, Pp. 50-75.
AMS QB 275448, M F 116 P-217.
-13. Yun'kov, A. A.: -Opredeleniye mestopolozheniya i razmerov odnorodnogo
ellipsoida vrashcheniya okolo vertikal'noy oat po nablyudeniyam-so
statichiskem-grevimetrom i gravitatsionnym variometrom:
Determination of the size of the ellipsoid of revolution.
Izv, Akademia Nauk SSSR, Ser. Geofiz,, No. 6, 1951s pp. 56-59
-Izd. Ak. Nauk SSSR, 1951.
ri,C QC801.i35 P-375 MF 139-Q
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1. Zagrebin, D. V.: Raznosti glavnykh mementov inertsii Trekhosnoy Zemli:
Difference of principal moments of inertia of a triaxial earth.
2 ]%5a$st. Teor. Astr., Vol. 4, 1950, No. 8 (61), PP. 390- 01.
Theoretical development and an application to the new Soviet ellipsoid.
2. Zagrebin, D. V.: Normal'noye Raspredeleniye Sily Tyazhesti na Ellipsoide
Krasovskogo:
Normal Distribution of the Force of Gravity on the ellipsoid of Krassovskiy.
25}X.1, .1 Leningr. Univ., No. 116, 1949, pp. 187-191.'
3. Zagrebin, D. V.: Upredeleniye ondulyatsiy geoida s uchetom chlenov
poryadka szhatiya zemnogo ellipsoida:
Determination of the undulations of the geoid taking into account terms
of the order of compression of the terrestrial ellipsoid.
65clist. Teor. Astr., Vol. 4, 1950, No. 8 (61), pp. 402-407.
Theoretical development and application to the new Soviet triaxial ellipsoid.
4. Zagrebin, D. V.. Ob odnom Reshenii Problemy Stoksa dly Sluchaya Trekhosnogo
Ellipsoids i Vyvod obobshchennoy Formuly Klero:
On a solution of Stokes' problem for the case of a triaxial ellipsoid
and derivation of generalized formula of Clairaut.
35K1A5 . Lening. Univ., No. 116, 1949, pp. 174-186
Use of Lame functions.
5. Zagrebin, D. V.: K Voprosu o Tochnosti formuly Stoksa:
On the Question of Exactness of Stokes! Formula.
2 A,51113t. Teor. Astr., Vol. 4. 1949, 3 (56), pp. 134-141.
Influence of the undulations of the geoid, Normal force of gravity
derived for the ellipsoid of Krasovskiy and for the triaxial ellipsoid.
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6. Zagrebin, D. V,,: Formula Stokea dlya sluzhaya ellipsoidal'noy urovenoy
Poverkhnosti:
Stokes' 1prmu]~a, for the Case of an Ellipsoidal Level Surface
v
lr at No. 52, pp. 447-435, 1944.
Abstract in English.
An integral expression for the undulations of a geoid relative to
an ellipsoidal level surface.
7. Zagrebin, D. V.: Teoriya Regulyarizovannogo Geoida:
regularized geoid.
TD y ns . Teciret. Astr,, Vyp. 1, 1952, pp. 87_224
Not-reproduced.
Tables 5 and 5a: Values of g -for Krasovskiy ellipsoid commpputed for
every minute of latitude: a?-: 918,0490 (1 t 0.0053029 sin240 - 0.0000059 sin22 4, )
Table 6: 49 Kra,sovskiy-International; a g TsNII-International, for every
degree of latitude and 150 longitude.
8. Zagrebin, D. C.: Urovnennyy trekhosnyy ellipsoid i sila -tyazhesti na
yege poverkhosti:
*Equipotential triaxial ellipsoid and force of-gravity on its surface.
Akademia Nauk SSSR, 1948, pp. 112.
DIC H F 126-J P-360
Translation available.
9. Zalesskiy-, P.: Spisok Punkto? Gravimetricheskikh Opredeleniy Polkovnika
Zalesskogo v Turkestane i Sosednikh Rayonakh (1901-1911g.):
A list of points of gravimetric determinations of Colonel Zaleeekiy
in Turkestan ani in .nsighboring regions (1901-1911).
Izd. Turk. Obi. Russ. Imp. Geogra. Obsh., pp. 1-28 and 3140
Q P p.v. 2, No. 7
NN G-30 ?
List of 145 points with a detailed description.
10. Zamorev, A. A.: Ob opredelenii proizvodnykh gravitatsionnogo potentsiala
i sootnosheniy inezhdu romentami vozmushchayushchikh mass po proizvodnoy,
sadannoy -na ploiskosti:
On the detsrminiition of derivatives of gravitational potential, etc.
Izvestiya Akaderuii Nauk SSSR, Ser. Geogr. I Geofis. 1939, pp. 275_286
DIC AS262 16246, M 7 143-L P--272. , -
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11. Zavaritskiy, A. N.: Zadachi gravimetricheskikh issledovaniy v
N.-Tagilrskom rayons, na Urale;
Problems of gravimetric investigations in the Ural region.
Gornyy Zhurnal God 100, No. 9-10; pp. 656-661, 1924
DIG TN4 G8 M F 127-C P-377
12. Zavistovskiy, V. S.: Itogi geofizicheskikh rabot po issledovaniyu
glubinnoy geologii:
Results of geophysical work on investigation of depth geology.
Trudy Neftyanoy Konferentaii 1938 goda
DIC TN863,N4 M F 105-r P -158
Maps of gravity anomalies:
(1) Dnepr-Donets 49020' - 52?4O'N; 29?-37?E; contour interval 10 mlg.
(2) Area NW of Azov Sea from.Melitopol' to Genichesk; contour
interval 1 mlg.
Gravity profile: Ovruch (51?20'1; 28050'1) - Zhlobin - Mogilev.
13. Zemskov, I, G.: Gravimetricheskiye Raboty Leningradskogo Astronomiches-
kogo Instituta po Murmanskoy Zhel. Doroge I v Severnom Kraye v sezon
1933 goda:
Gravimetric work of the Leningrad. Astronomical Institute along the
Murmansk railroad and in the northern region in 1933.
S 'h15kilr, Inst. No. 40, pp. 407-414, 1936.
Russian text, abstract In English.
Determination of the force of gravity in 70 points.
14. Zhdanko, M.: Otnositel'noye opredeleniye sily tyazhesti v zalive
De Kastri v 1911 godu:
Relative determinations of the force of gravity in the Bay de Kastri
in 1911.
Zapiski po gidrografii, vyp. KXXVI, pp. 196-211, 1913.
DLC V1798 R85 M F 125-W P-359
15. Zhongolovich, I: Opredeleniye oily tyazhesti na v Pechora I na
Novoy Zemle v 1924 g.:
Determination of the force of gravity on the river Pechora and ox
Noaya Zemlya in 1924.
--11
. at., No. 9. 1925. pp. 67-68.
ver and one on island Novaya Zemlya. _
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16. Zhongolovich, I: Gravitationebestimmungen auf den Inseln Kolgujew
and Nowaja Zenlis im Jahre 1925:
Gravity determinations on the islands Kolguyev and Novaya Zemlya in 1925.
26M , tk . Inst., No. 15, 1927, pp. 167-168.
Article-in German
Gravity at two points on N.Z. and one on Kolgyev.
17. Zhongolovich, I.: Opredeleniye sily tyazhesti na Novoy Zemle:
Determination of the force of gravity on Novaya Zemlya.
I4AiaAr. Irst., No. 5, 1924, pp. 27-28
Abstract in German.
Gravity at 73C'15;8N, 56?23;8 E on the island Novaya Zemlya.
18. Zhongolovich, I. D.: Opticheskiy Schetchik Dlya Mayatnikovykh Nablyudeniy:
Optical Coincidence Counter for Pendulum Observations.
2 1A59a1tr. Inst., No. 37, PP. 290-293, 1935.
Description of the apparatus which was constructed -at theastronomical
institute and used for pendulum observation of gravity.
19. Zhongolovich, I. D. Geodezicheskiy Otryad na Pamire:
A geodetic party in the Pautirs.
Tadzhiksk. Kompleks. Ekspeditsiya 1932 g., PP. 367-375
DIC TN110.T3T:3
20 gravity and 34 magnetic points.
20. Zhongolovich, I. D.: Opredeleniye oily tyazhesti na Pamire:
Determination of the force of gravity in the Pamirs.
5clltr. Inst. No. 47, 1939, pp. 219-226
Abstract in English.
Gravity measures in 19 points 37030' - 40031' N; 70054' - 73?56'
Critique of previous determinations by Zaleskiy.
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21. Zhongolovich, I. D.: Opredeleniye Sily Tyazhesti 1/4 - sekundnymi
mayatnikami v 1929 g.:
Determination of the force of gravity with 1/4-second pendulums in 1929.
8 t' 9eatr. Inst., No. 47, 1939. pp. 217-219.
Abstract in English
Gravity determinations in three points: Cape Kanin Nos, Solombala and
Petukhovskiy Shar (island Bol'shoy Oleniy).
22. Zhongolovich, 1. D.: Rezul'taty Opredeleniya sily tyazhesti na Novoy
Zemie v 1926 g. i na v. Yeniseye v 1927 g.:
Results of determination of the.force of gravity on Novaya Zemlya
in 1926 and on the Yenisey River in 1927.
A5AJtr. Inst. No. 47, 1939, pp. 211-215
Abstract in English
Four gravity stations each on N. Z. and in the south of the Yenisey River.
23. Zhongolovich, I. D.: Usloviya Primeneniya Klassicheskoy Formuly Stoksa:
Conditions for the Application of Stokes' Formula. .
! list. Teoret, Astr.,. Vol. 4, No. 6 (59), 1949, pp. 270-282.
An important theoretical article inasmuch as numerical computations
are carried out both for the Krass?vskiy and the International ellipsoids.
24. Zhongolovich, I.. D.: Nekotryye Stoksovy poetoyannyye dly urovennogo
trekhoznogo ellipsoids;
Some constants of Stokes for triaxial ellipsoid.
2 'he5a&t. Teor. Astr. Vol. 14, No. 8 (61), 1950, pp. 375-388.
Theoretical investigation. Numerical examples for the Soviet ellipsoid.
25. Zhongolovich, I. D.: Opredeleniye oily tyazhesti na polyuse:
Determination of the force of gravity on the pole.
Nauka i Tekhnika, No. 12 (610), 1937, pp. 4-6
DIC AP50.N38 1H? 94N.
Description of apparatus and program of work for the drifting station
"Severnyy Polyus" (see'A 7 and 7 1)
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26. Zhoolovic I 11 . Gravimetriye na Polyuae:
Gravimetry at the Pole.
Meteorologiya i Gidrologiya, Vol. 3, No. 6, 1937, pp. 89-92
DISC QC 851.M2'7 M F 122-Q P-412
Description of work, no -concrete -data.
27. Zhongolovich, I. D.: K Istorii gravimetricheskikh rabot v Arktike:
On the history of gravimetric work in the Arctic.
Problemy Arktfki, 1940, No. 2, pp. 86-110.
DIC G600.P7
List of determinations with positions but no values of g. Especially
important are determinations of Zemsko.v in Taymyr Peninsula (1936-38),
51 points, Zhongolovich on board of the "Sadko" (3935-38), 163 points,
and of Buynitiskiy on board of the "Sadko" and "Sedov" (1938-40),
92 points.
MF 121-P P-:366
28. Zhongolovich, I,: Vneshneyye gravitatsionnyye pole zemli i fundamental'-
nyye postoyannyye, suyazannye s nim:
External grav:,tational field of the earth and fundamental constants
connected with it.
Trudy Inst. Tooret. Astronomic. Akademia Nauk SSSR, Vyp. 3, 1952,
1 al
Extensive investigation based on 26,000 determinations of gravity.
Average free air anomalies (Helmert's formula) given for 204 of the 410
sectors (each 100 sq. degrees) covering the whole earth. Derivation
of undulations of the geoid. Maps (a) gravimetric survey of the world.
Only two sectors in USSR do not have sufficient data: Chukotskiy and
Kolyma regionsi. (b) undulations of the geoid in reference to Krasovskiy
ellipsoid; (r) same in reference to triaxial ellipsoid.
29. Zhongolovich, I. D.: Opredeleniye sily tyazhesti na more pri pomoshchi
mayatnikov:
Determination of the force of gravity at -sea by means of pendulums.
Zapiski po gid.rografii, tom LIV, pp. 1-28, 1928
DLC V1798 R85 M-F 125-V -P-358
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Zhuravlev, N. F.: Opredeleniye Szhatiya Zemnogo Sferoida iz
gravimetricheskikh Nablyudeniy:
Determination of flattening of terrestrial spheroid from gravity
observations.
25 -A t'r. Inst., Vol. 14, pt. 2, Pp. 7-255, 1940.
Abstract in English.
Flattening in general and according to different meridians.
Distortion of meridians. Catalogue of gravity measures 10,712 points
of which about 7,000 in USSR.
Zhuravlev, N. and Maurer, V.: 0 dynamicheskoy temperaturnoy popravke:
On the dynamic temperature correction.
Geodezist, Vol. 15, 1939, No. 1, pp. 20-25.
DISC QB296.R813 P-409
Observations of temperature variation of pendulums.
32. Zverev, M. S. and?Kiselev, N. V.: Metodika Gravimetricheskogo Vyvoda
Ukloneniy Otvesa:
Method of Gravimetric Determination of the Deviation of the Vertical.
Trudy TsNIIGAIK, Vyp. 11, 1936, pp. 59-72
DLC QB275.M64 M F 74-H P-123
Abstract in English
Theoretical discussion and practice of computation.
33. Zverev, M. S. and Lavret'yeva, Ye. V.: K Voprosu ob Opredelenii
Vysot Gravimetricheskikh Punktov:
On the problem of determination of elevation of gravimetric points.
Trudy TeNIIGAiK, Vyp. 36, 1940, pp. 59-98.
M F 38-B P-291.
Zverev, M. S. and Pariyakiy, N. N.: Ob Otsenke Tochnosti i Klassi-
fikatsii Polevykh Gravimetricheskikh Punktov:
On the estimate of precision and classification of field gravimetric
points.
Trudy TsNIIGA1K, VYP. 36, 1940. pp. 3-43
M F 38-A P-290
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35. Zverev, M. S.: Gravimetricheskiye,raboty v SSSR:
Gravimetric work in the USSR,
XX Let Sov-etskoy Geodezii i Kartografii
Vol. 1, 1939, pi?. 137-160,
DLC MF 16B P-264
Report on progress. Maps: Vectors of the deviation of the vertical
(a) for Bessel"s ellipsoid, (b) for normal ellipsoid, covering European
Russia and Central Siberia up to meridian 90?E. Graph: dependence of
deviation of tho vertical on latitude for Caucasus.
36. Zverev, M. S. and others. Spravochnik: Rukovodstvo po Gravimetricheskim
rabo tam:
Handbook and Im tructions for Gravimetric Work.
1936, pp. 167 M F 219-C P-688.
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25X1A5a1
List of Abbreviations and Reference Keys Used in the
25X1A5a1
DIC: AS262.A62 Library Call Number at the Library of Congress;
all other prefixes, (corresponding to "DI C" )' are
those used in the Union List of Serials.
AMS Anny Map Service
CGS U. S. Coast and Geodetic Survey
25X1A5a1
M. F. No. Refers to the on which 1
ence may be found (no longer available at _
Folder No. Refers to photostated material of two types, e.g.:
Folder No. Red 67 (R67) for instance, is a reference
photostated directly from an on inal manuscript
or book, the original o?5 I,4 ~ ld not be made
otherwise available Folder No.
Purple 67 (P67) is a ph otostaL ranted from mac ~5X1A5a1
film already available (no to
available at the
25X1A5a1
95
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CONFIDENTIAL
T
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