SCIENTIFIC ABSTRACT LOZINOV, A.B. - LOZINSKI, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930620019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-:,7
reladw tam=Ogl=A -we. Za. Zb4r 31
6&3-05(1241,2), Bid. i, tl,e
0 uptakc of I S- to 7-manth-old Sturetea (Acipenw rtdZGfus
S&j-0 fddiij were st ied dusing exbatistion rA 0
=Uefs, Over a limited range of 0 ouncus,
the rate of 0 uptake w43 independent of the 0 pressure P., -
the coat iner. Below a crit. level the rate of uptake W,'
during deaeue in Oconcu. With continued decreas--of 0
concia. a point was reached w1me the rate of uptake fell":
rapidly to zem or "0 thrz:04W.- At higher tanV..
the crit. 0 corca, and tlu-- 0 thresholld were greater. but
increase in; crit. 0 ccacn. was less than the increas;e In
threshold. Crit. 0 concn. vzried from IS to over () .0 mv,
0/1. at teraps. betwma 11 and 28'. T:,"-.&Id caaq~.-.
vurfed freAu 1.4 to 3.1 mg. 0/1. over the satne tmp. range.
Comparafivi; data for younG Perc~fluviaiilix and Tinca lisca
K. L

LOZIMV, A,B,
On, optimam oxygen conditions for young Acipenseridas. Dekl.AN SSSR 107
i&9.2:337-339 Kr 136. (MMA 9:7)
l.Konkovskiy gosudarstyeazyy univarsitet imeni M.V.Lomon*sova. Pred-
stavlazo akadamikom K.I.Skryabinym.
(Sturgeons)
5,j

LOZINOV, A.B.
-- Coaference of the SocietY of American Bacteriologists. Mikrobiologiia
26 n0'.'1:134-135 Ja-F 157. (KIRA 10:6)
(BACTERIOLOGY)

USSR / Microbiology - General Microbiology.
Abs Sour: Ref Zhur-Biol., No 9, 1958, 38350.
Author Lo B-.-,--Brmachenko, V. A.
Inst 0 given.
Title Accumulation of Organic Substance by Cultures of
Nitrosomonas Europea Cultivated on Vinogradsky
Medium.
Orig Pub: 14ikrobiologiya, 1957, 26, No 2, 154-159.
Abstract: Four pure cultures of N. europea, 2 cultures with
an accessory - mycobacteria, and a faixed culture
of 4 heterotrophic microorganisms - Pseudomonas
fluorescens, Mycobacterium phlei, H. citreum and
YI. rubrum, were cultivated on a mineral medium
with complete exclusion of organic substances
from outside (including air), in retorts hermet-
ically sealed by rubber corks or soldered. The
mixed heterotrophic cultures were also cultivated
Card 1/2 61

USSR / Microbiology - General Microbiology. F
Abs Jour: Ref Zhur-Biol.j No 9, 1958, 38350.
Abstract: in retorts with cotton plugs. Organic carbohy-
drate was estimated in cultures, accumulated as
a result of bacteria developing in a mineral
Vinogradsky medium, by the method of Frideshan
and Kendal. A marked growth increase (6-? times)
was found in the quantity of organic carbohydrate
in the process of development in N. europea cul-
tures. In heterotrophic cultures, hermetically
sealed, no growth of organic substance was ob-
served. Only the autotrophic C02 assimilation
could serve as a source of the accumulated or-
ganic substance.
Card 2/2
W

-lDZINOVj A.B.; rERMACHENKO# V.A.
Physiological changes in Saccharomyces cerevisiae during adaptation
to NAF. Trudy Inst. mikrobiol. no. 6:165-171 159o (KM 13:10)
1. Institut mikrobiol4ii AN SSSR.
(SACCHAROMYCES CEMISIAE) (SODIUM FLORIDE-PHYSIOLOGICAL EFFECT)

LOZINOV,,.-A.B.,-- YKWCHMO, V.A.
Iffect of certain factors of the medium on 1114+ oxidation by nitrite
bacteria. Report Wo.lt Nffect of (Mk)2SO4 concentration. Mikrobio-
logiia 28 n0.5.724-729 S-0 159. (MM 13:2)
1. Institut mikro'blologii AN SSSR.
(NITROSOMONAS chem.)
(AMMONIUM COMPOUNDS chem.)

LOZINOV, A.B.; YIIRMACHENKO, V.A.
certain environmental factors on Ut oxidation by nitrite
bacteria. Report No.~t Iffect of temperature. Mikrobiologiia 28
no.61835-837 W-D '59. (MRA 13:4)
1. Institut mikrobiologit AR SSSR.
(NITRDSOMDNAS metab.)
(A)MNMM COMPUMS metab.)
_5
t

LOZIINOV* A,Bs; UdMCIIEMOp V,A,
Pigmented form of Nitrooomonas europaea, Mikrobiologiia 29
no. 4:523-528 n-Ag 160. (MM 23:10)
1. Institut mikrobiologii AD SSSR.
(NITROSOMONAS)

DDZINOV, A.B.
Organi2ational congress of the AU-Union Microbiological Society.
Mikrobiologiia 29 no. 4:627-628 JI-lig f60, NIRA 13 10)
(MICROBIOLOGICAL RESEARCH-CORGRESSES)

LOZIMV, A.B.. kand.biol.nauk
Organization congress of the All-Union Microbiological
Society. Vest.AN SSSII 30 no.5:104-106 Itr 160.
(MIFLA 13:5)
(Microbiological societies)

LOMOV A. YHMACHHNKO~ V.A.
Pbysiological role of cytochrome in nitrifying bacteria. Klkro-
biologiia. 31 no*6:972-979 N-D t62. (MIRA 160)
1. Institut mikrobiologii Ali SSSR.
(BACTERIA, NITRIFYING) (CYTOCHRGW)

LOZINOV, A.B,
~ ~
Se oa"-Congreas of the All-Union Mderobiological Society.
Mikrobiologiia 32 n0-4:740-741 Jl-Ag 163. (MIRA 17:6)
i

IMSHENETSKIY9 A.A., akademik; MISHUSTIN, Ye.N.; LOZI-NOV,,A.B.,-.kand.biolog.
nauk; KRINOV, Ye.L., doktor geol.-.4miner. nauk; KVASHA, L.G., kand.
geol.,miner.nauk, starshiy nauchnyy sotrudnik; YAVNELI, A.A., kand.
fiz.-mat. nauk, starshiy nauchnyy sotrudnik
Concerning reports on the Pdiscovery" of microbes in meteorites.
Biul. VAGO no.34-58-61 163. (NIRA 17-4)
1. Direktor Instituta mikrobiologii AN SSSR (for Imshenetskiy).
2. Chlen-i-korrespondent AN SSSR (for Mishustin). 3. Uchenyy
sekretarl Komiteta po meteoritam AN SSSR. (for Krinov). 4. Komitet
po meteoritam AN SSSR (for Kvasha, Yavnell).

L
LOZINIGV, L. Z., SOLOD-NMN, 1'. Ye.
Currants
"Planting times of currant shoots.11 Sad i og. no. 8. 1952.
Monthly List of Russian Accessions, Library of Congress, Oct. 1952. Unclassified
-0-ate"'MyW-60
:c'~; ILXII-k'j

LOZINOVA V.H. Imiididftt tekhnicheokikh nnuk.
Some disadvantages of representing erosion relief on maps with a scale
of 1:10.000. GsodA knrt. no.4:54-57 Js '56. (KW 9:10)
(Erosion) (R"lief maps)

L -- ~ - .1 - ~-. - ~ . .
LOZIA.UVA V M , Candidate of Tech. Sal.; Kellner, Yu. G., Cand.-Goog. Sci.; and
ijFt ~NWI' ~A'-~'
"Experiments in Making Composite Physicogeographic Maps of th 'e USM for Use in
Schools of Higher Learning," P- 39 Issled. pr Kartografil (Resoarch in
Cartography) Moscow Geodezizdat, 1957. 057 P. (its: Trudy, vyp. 117) 1700 c*s printed.
Cent. Sci. Res. Inst. Geodesy, Aetial Photoqap and Barto a hV
SPONSORING AG~".:CY: Glavnoye Upravleniye goedezii i artograflifti'Mis
R
Ed. Bashlavina, G. N.
I,. The author emphasizes the importance for schools of higher learning, of
composite landscape maps, i. e., maps showing all the topographic features
of the given region. As an example, the author describes the map "Prirodnyye
usloviya SSSR," scale 1:4,000,000, intended to show natural conditions of the
country as a whole. This map was prepared in 1950-53 in the cartographic div.,
Cent. Sc.1. Res. Inst. of Geodesy, Aerial Photography and Cartography. In 1943-47,
the study and preparation of col-posit maps in the Inst. of Geography of the Acad.
Sci. USSR was led by Gerasimov, I. P. and Lavrenko, Ye. M. Analytical landscape
maps were also compiled b7,, students of "oscaw and Leningrad Universities. The
author commends Ivanov, N. N. for introducing a better method of showing the
amount of htmididy in a given area by usin.- different colors. The article
contains suggestions on how to deal with various types of vegetation (e.
coniferous forests) and with phenomena like drainage or evaporation in the
preparation of a composite map. There are 18 drawings and 8 Soviet references.

KELIMIR, Yu,G',, kand. geogr. nauk; LOZINOVA, V.M., kand. tekhn. nauk; NAUMOVA,
A* 1,
On the compilation of complex physical geographic maps of the U.S.S.R.
used in college review courses. Trudy TSNIIGAIK no.117:39-55 157.
(Physical geography--Maps) (MIRA lOrl2)

~__ Fj Z_ i N 0 V tA) V 11 -
3(2) PHASE I BOOK EXPLOITATION SOV/2266
Tsentrallnyy nauchno-isaledovatellakiy institut geodezii, aeros"yemki i kartografiL
Issledovaniya po kartografii (Studies in Cartography) (Moscow] Geodezizdat, 1958.
34 p. (Series: Its: Trudy., vyp. 126) Errata slip inserted. 1,500 copies
printed.
Spondoring Agency: Glavnoye upravleniye geodezii i kartografii MVD SM.
Ed.* Yu.G. Kellner; Ed. of Publishing House. T.A. Shamarova; Tech. Ed.: V.V.
Romanova.
PURPOSE: This issue of the Institute's Transactions is intended for cartographers
and geographers.
COVERAGE: This work is devoted to the study of two topics in cartography, topo-
graphic syaols and generalization. Maps, diagrams and photos accompany each
article.
TABLE OF CONTENTS:
Lozinova, V.M. [Candidate of Technical Sciences] Improvement of the 1:100,000
-Ta-rd-17-2

Studies in Cartography SOV/2266
Scale YAps 3
This article treats in detail methods reco-menclecl for inq=ovIng the for-
mat, contents, and standard symbols of the 1: 100 000 scale series which
gives complete and uniform coverage of the Soviet Union. Each map detail
is discussed separately, i.e., roads, rail oads, dxainage, etc. with spe-
cific recommendations for ii3provement. Among the changes proposed are
better use of colors, especially for city plans and the elimination of ticks
in railroad portrayal to make engr-aving easier. Proposed standard synbols
are XLven in color as are sample map cut-outs. The samples given are of
nonexistent areas. There are 35 references: 27 Soviet and 8 German.
Yefimenko, Ye*'I. [Candidate of Technical Sciences] Examples of Generalization
in Reducing Maps FTom. 1:10,000 to 1: 25,000 Scale 23
In this study the author describes some experimental compilations of
1: 25,000 scale maps based on 1: 1,000 scale souarce materials. Several
111ustrat-tons in the back of the text show sample terrain and town plans
at 1:25,000 scale after a direct reduction and after various methods of
selective compilation. There are 9 references, all Soviet.
AVAILABLE: Library of Congress
Card 2/2 MM/Sft.
9-15-59

LOZOOVA, V.M., kand.teldin.nauk
Irmroving the 1:100,000 nap. Trudy TSIIIICAIX no.126:3-22
(MIU 12: 8)
(Rua a ia-- M-ps)

S10061611000100210011005
B116/B202
AUTHOR: Lozinova, V. M.
TITLE, Remarks on the content and the representation of topographic
maps on a scale of 1 : 25,000
PERIODICAL: Geodeziya i kartografiya, no. 2, 19619 19-26
TEXT: In recent years surveys on a scale of 1 : 25,000 have been made in
the USSR almost only by the stereotopographic method. On the maps the da-
ta obtained by air photography are, however, not fully utilized. In this
connection the author points to various typical errors which were disclosed
when studying this map of sections of a hilly moraine plain, an erosion
plain, and a flat plain in the zone of semideserts and deserts. Unless
the river bed is covered by vegetation, its outlines can be distinctly
seen on the aerophotographs. These outlines can be well entered on the
aerophotographic map by a fine line (Fig. 1). On the maps concerned, this
line is, however, rough and irregular with a thickness of 0.2 - 0.4 mm.
The smallest dimensions for sage were determined by G. P. Davydov and
Yu. V. Filippov. If width and "height" of the sags are at least 0.4-0.5mil,
Card 1/5
71~

Remarks on the content ...
S10061611000100210011003
B116/B202
they are well readable. This is not taken into account in the maps on a
scale of I : 25,000, nor is the difference between artificial canals,
canalized sections of brooks, and small rivers on the one hand, and the
winding natural course of rivers and brooks on the other. In the relief
the "stilizationfl, the artificial "tracing" of contours, the monotony of
shapes, and several other shortcomings are pointed out (Figs . 7 (correct)
and 8 (wrong)). When simplifying the contours only 0.4 mm sags can be
levelled. With a contour interval of 5 m all forms can be represented
On the other-hand, the reverse error occurs, i.e., optical breaking of the
map (Fig. 9)a Fig. 10 shows the correct representation of the same case.
Fig. 13 shows the wrong and Fig. 14 the correct representation of various
forms of erosion. When representing estates no distinction is made
between the boundaries of partial estates (e.g. fields) and those of the
entire estate (Fig. 15). On the map these boundaries are shown in the same
way as in Fig. 16. The signs for thin forest and for individual trees
are wrongly applied. Especially in semideserts and deserts where the
plant cover is of great importance, the cover is incompletely and erro-
neously reproduced on the map on the scale of 1 : 25,000. Some buildings
are reproduced much larger than they actually are, and the entire repre-
sentation and orientation are distorted. The admissible enlargement of
Card 2/5

Remarks on the 'content ... S/0061611000100210011003
B116/B202
the bui 1dings amounts to 0-4 mm. There are 16 figures and 2 Soviet-bloc
references.
bv.
LA
Pffe. 7.- PHC*. 8. PMC. 9.
Card 3/5
:5
:-3 10 M
- 777-

4_..'
IZZIROVAp V.M.
Sow notes on the contents aoid delineation of the 1:25,000
-topographic map, Good, i kart. no.2;19-26 F 161. (MM 14:9)
(Topograpbic mapa)
R:
15k
"N R"52 T~'Ri

--~a author rev.
ez e e s e 5 n - J n
-312

~ - -j6-~,t
1: 17.1-,-,-
. - -11 - I - .1 -~. I- ,

LOZINOVA, V.M.; SOROKINA, N.G.
Requirements for the content of topographic maps in soil and geobotanical
surveying for agricultural purposes. Trudy TSITIIGAIK no.161:67-79 163.
(MIRA 17:12)

LOZINOVA, V.M.
Mapping sand an a 1:25..0o0 scale* Geod. i kart. no.ll.,43-51 N 164.
(MIRA 18:2)

SURDAN, C.; CURE, C.; WEGFMR, ?4.-, DUMITRIU, E.; BLIFTMSCU, A.;
LOZINSCHL Al.
Epizootiological, anatomico-clinical and exptirimental study of
Aujamsky's diseasm. Stud. corcet. inframicrobiol., Bucur. 7 no.
3-4:355-W2 JUIT-Doc 56.
1. Comunicare prezentata in sedinta Inatitutului do
inframicrobiologle al Academlei R.P.R.
(RABIES
Aujeszkyls din., episootiol., anatomico-clin. &
exper. study)

RMMMA/Soil Science. Soil BioloMr J-2
Abs Jour Ref Zhur - Biol., 110 101 1958, No 43825
Author LQ~I~,
~!chl C.
Inst Not Given
Title Several Results of the Experiments MAde at the Shack Labor-
atories in Timisoara Region in Rumnia
Orig Pub Frobl. aerie., 1957, 9: No 7, 47-51 (Rumnian)
Abstract No abstract
Card 1/1

A7-TMCV-A nn",t+m- SIANOZECKA, Eizbieta
Analysis of the indication for exchange blood transfusion in
serological conflicts according to our observations. Polski tygod.
lek. 15 no.40:1515-1520 3 0 160a
1. Z Oddzialu Polmniazo-Ginekologimego Instytutu Gruzlicy i Studium
Doskonalenia Lekarzy w Warszawiel kierownik Oddzialus prof. dr med.
M.Bulska, dyrektor I.G.,- prof. dr med. J.Misiewlcz [deceased];
dyrektor S.D,,L.8 prof. dr med. S.Lukasik.
(BLOOD TRANSFUSION)
(ERYTHROBLASTOSIS FETAL ther)

i "'.21 -IINSK4 , Danu ta I A 140 "1 EG KA , Fbi e ta
Coin, I ications foillowl.nF17 exchtvige tra n r f ;.3J ru il~
no.9:955-96J. S :65.
I. Z KllnlKi PoloznicUra I Chorob Krit-,scych Studium
La'varzy vt Waramidia i z CdJzia-ia
'r
sl z.atu Gruzli.cy w Warsziiw-.:Le k-Lsrc;mik: prof dr. ::-d.
i

LADZINSK Ap Teresa
Achievements and aims of Polish chemistaj interview with
fins.] Mieczyslaw Haber, General Secretary of the Association
of Engineers and Technicians of the Chemical industry.
Przegl teohn 86 no.61lO 7 F 165.

ThF3 future o-,' T-,,ibiisz Province. P-:-zeg'.' techr. 86- no.!S,~ 2< It; '65~

LOZINSKA, Teresa
From the experiment in islsk to practice all over the country.
Przegl techn 86 no.814 21 F 165.

LOZINSKA, Teresa
Achievements an,~ goals of the metallurgical workers. Przegi techn
86 no.9!14 28 F 165.

LOZINSKA, T.
Achievements and aims of the textile engineers and technicians.
Przegl techn 86 no.14:9 4 Ap 265.

LCFZINSKAYA7,--A-;-
W-Ith Vesulov, K. Ye., Golumb, V. Z., Kalishelm, L. V., Kulymf.-m, B. '~"a.)
Review of P. 1. Lukavahenkols "Gravimetric Exploration for Oil and Gas"
-0. .24/5-ft book-A olledAMPM-91913.. Collection of Art;lclai, No. 19 Hoscow,
The articlais are de*fta to a disloussion of wthods of interpretinS various
types of electrical logo, mathc4s ar datsmalniDg the porooltj., pommbillty.. W
--pecifte our"Lace chametarlatics of vmtar bearing rocks,, arA cathods of datermining
the Pk-Siza.1 Properties off SiderInts emd the abaracter-Isicles ce varims "Ice.1
;vxamatwrx., A dancription of plezoolectric pressme reco-rdora v-sed in ceiamic
mzplcration Is alzo given.
T-,

AUTHOR! Chekalin,_~L, Ti!ukhin, V. I.; Lozinskava, A. 1.
Lnve r, t a c i ") ri
C ax 1 a i
SOIJRGE i All SSSR. Energeti, -heakiy irtatitut. Fizicheakaya gazadi-
naraika L avoystva gazov pri vv*sokikh temperaturakh (Physical gas
dynamics and properties of gases at high temperatures), Moscow, Izd-
'In Nauka. 1964 , 59-72
C T A (IS, - c!a s ci ! Q rh a r po a a q r. i- t 7. 11 v d r n (i ~ n am c;
T RACT T h e paper iaves i :7 a ta sL -i u, L :1 o a p 1 a s m a i P, s , d e an.
dcceleraLor equlopeu with coavtal elecLro..~ei, The dlst.-Luuclon oi
the velocicies of the luminescent plasma fronr~ inside Lhe accelerdtor
I!Fas inve s t i gated for a wide r-~Inge of ini tial ai r pressures in th-e
Cbserv at ions -,,,e re a ~ 5 a ,-, e3 ntue !a s r. n a r ge o p as M. a
C K L - b e .
the coaxial acce 1e rator -.Lo L e Ci C k t ub a an -4 0 -.. t a e r aI lec-
rion or p Lasma j rom the rar end a r. the anocK, tub_e_. The time varL-3-
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SUB CODE: ME EC
ATD PRESS. 3143

LOZINSXAYA, A. M.
"Development of the Gravimeter With a Spring Ring." Thesis for degree of Cand.
Mysicomathematical Sci. Sub 27 Apr 1.9, Geophysics Inst., Acad Sci USSR,
Summary 82, 18 Dee 52, Dissertations PrPsented for Degreps (in Science and-Engineering
in Moscow in 1949. From Vechernyaya Moskva, Jan-Dee 1949.

LOZINSKAYA, A.K,
(The GV-52 gravimeter-altimeter; description of the instrument
and directions for use] Gravimetr-vysotomer VG-52; opisanle
pribora i neatavlenie po mbote a nim. Moskva, Gos.nauchno-
tekhn.izd-vo neftianoi i gorno-toplivnoi lit-ry, 1953. 42 p.
(KL'RA ?:2)
(Barometric hypsometry) (Altimeter)
vri-S

LOZINSKAYA A. M. and FEDYNSTIY, V. V.
"Gravimeter - Altimeter". Prikl. Geofizika, No 10, pp 3-28, 1953.
The desiagn of the instrument is described and the price of the micro-
meter calibration and of barometric indicators is evaluated. PhotopTaphs
of the operating of the instrument are included.
SO: Sum. No. 443, 5 Apr 55

VISHOT, K.Te.; LUKAVCHENKO, F.I.; PHILROVA, Te.M.; LOZINSKATA, A.M.,
redaktor; KOTALVA. A.A., vedushchty redaktor;
tekhnichaskly redaktor
[GAK-3K astatized quarts gravImeter; tbeory, design and use]
Kvartnevyl astasirovannyl grarinetr GAR:-eK; teorlis. ustroletvo I
ffposob primenentia. Koskya, Gas. nanchno-tekha. izd-vo neftianot I
gorno-toplivnot lit-ry, 1954. 36 p. [Microfilm) (MLRA 8:2)
1. Moscov. Nauchno-iseledovateliskly institut goofitichaskikh metodov
razvedki.
(Gravinsters)
V

15-57-8-11499
Translation from; Referativnyy zhurnal, Geologiya, 1957, Nr 8,
p 203 (USSR)
AUTHORS: Lozinskays, A. M., Tsimel'zon, 1. 0., Laskina, V. V.
___1
TITLE: Application of Bottom Gravimeters, to a Regional Survey
on the Caspian Sea (Opyt regionallnoy s"yemki na
Kaspiyskom more s donnymi gravimetrami)
PERIODICAL: Pr1kl. geofizika, Nr 14, 1956, pp 115-128
ABSTRACT: A DGPE bottom gravimeter was used. The elastic system
of the Instrument was designed according to the prin-
ciple of the GKA gravimeter, with the difference that
the iinear displacement of the movable end of the lever
is observed and not the angular displacement of the
lever. This displacement is measured with a high
precision ultramicrometer capable of accuracy to 1/10 of
a micron. The rmter is fastened on a Cardan universal
joint affixed to an immovable body by means of shock-
absorbing springs. The weight of the device with the
Card 1/2 tripod is 60 kg. Remote control of the device is

15-57-8-11499
Application of Bottom Gravimeter to a Regional Survey (cont.)
accomplished from the ship. The test showed that the DGPE is stable;
operation is simpler than with previous bottom gravimeters; the
elastic suspension of the Cardan universal joint provides good shock
absorption for the meter. Measurements were distinct even with a
rough sea, and only in shallow waters on a muddy bottom were the
readings unreliable. In 1954, the Marine Geophysical Expedition of
ttie--.NIIGR*fN-auchno-isAlbdovtitellskiy institut geofizicheskikh metod6v
razVodki'(Scientific Research Institute of Geophysical Prospecting
Methods)7 conducted a regional survey with DGEE gravimeters in the
northern part of the Caspian Sea, where the depths do not exceed
50 m. The gravimetric measurements were made by day and by night at
every 20 km point on the course. Each point was investigated once
with two positions of the instrument on the bottom. The accuracy of
the single measurement was &1.7 mgal. ~The survey supplemented
substantially the gravity map of this area and showed the superiority
of the DGPE gravimeter over marine pendulum devices.
Card 2/2 V. M. Golldenberg
4.

3W SOV/154-59-2-17/22
AUTHORS: Lozinsks'ya,.A. M., Mindlin, L. Ye.
TITLE: Phase-heterodyne Method of the Radio-geodetic Charting of Geo-
physical Aerial and Marine Surveys (Fazovyy geterodinnyy metod
radiogeodezicheskoy privyazki aero i morskikh
geofizicheakikh s"yemok)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i
aerofotOB"yemka, 1959, Nr 2, PP 113-126 (USSR)
ABSTRACT: The radio-geodetic method of charting of points of geophysical
surveys has been used in the USSR since 1950 for geophysical
marine work. A common radio-geodetic coastal service has been
organised since 1954 by the Glavneftegeofizika (Main Administra-
tion of Geophysical Prospecting of the Ministry of the Petroleum
Industry of the USSR). This service is using the radio-geo-
detic phase-system "co-ordinator" developed by the industry.
The installations Of the "co-ordinator" system are too big,
complicated and expensive. In 1956, the Radio-geodetic Labora-
tory of the VNII Geofizika started with the production of a
special set of radio-geodetic phasestations, which take into
Card 1/4 consideration the special conditions during geo-physical sur-

SOY/154-59-2-17/22
Phase-heterodyne Method of the Radio-geodetic Charting of Geophysical Aerial
and.Marine Surveys
veys. While developing this system, the following requirements
were taken into consideration: The device must be simple and
cheap. As far as possible, mass-produced transmitter-receiver
sets should be used. The phasometer should be quick-acting and
reliably observe the increase of phase-cycles even at high
flighing speeds up to 400 km/h. The current consumption of the
movable station including the recording devices must not be
higher than 150 Watt. The first requirement could only be met
by using the radio-geodetic phase-heterodyne principle. This
principle has already been suggested in 1930 by the Soviet
Academicians L. I. Mandel'shtam and N. D. Papaleksi, and has
found a wide use in the USA and other countries since 1947-
This principle for the measuring of differences in distances is
explained in the article. Different variants of radio-geodetic
heterodyne systems were built and tested at the VNII Geofizika
between 1956 and 1957. They are; a system with 3 base trans-
mitters which work at close frequencies, a system with fre-
quencies spaced in pairs and a system with a movable trans-
Card 2/4 mitter.'The block diagram of the first variant is shown in
-'X

SOV/154-59-2-17/22
Phase-heterodyne Method of the Radio-geodetic Charting of Geophysical Aerial
and Marine Surveys
figure 2. The photographic registering device of this variant
was designed and manufactured under the guidance of Engineer
V. I. Shillinger. The first field trials show that at great
differences in intensity of the emitted signals, one of these
signals is attenuated by the other, and the range of the system
is considerably reduced. The second variant with frequencies
spaced in pairs proved to be free of this deficiency. The block
diagram of this variant is shown in figure 8 and described.
Both variants were tested in the summer of 1957 in the Azov Sea
(Azovskoye,more) (L. Ye. Mindlin, A. A. Belov, L. I. Balakin,
a.m.o.). TIf%,method of radio-geodetic charting is explained.
For the testing of the heterodyne system, the radio-geodetic
charting of gravimetric points with the help of the "co-ordina-
tor" system was carried out parallelly. It proved that the
heterodyne system Is far simpler to operate, of considerably
higher interference resistance and shows the same accuracy in
radio-geodetic charting as the "co-ordinator" system. Besides,
the heterodyne system was tested on board of the LI-2 airplane,
Card 3/4 on which an aeramagnetometer belonging to the group of the
~t7

SOV/154-59-2-17/22
Phase-heterodyne Method of the Radio-geodetic Charting of Geophysical Aerial
and,Marine Surveys
ASSOCIATION;
Card 4/4
Trust Spetsneftegeofizika (Group-leader V. M. Rymanov) and a
heterodynephaseprobe (geterodinnyy fazovyy zond) were installed.
The experiments proved that the heterodyne system can be used
even with base stations of small output for the radio-geo-
detic charting of aeromagnetic routes at medium heights
(500-700 m). There are 9 figures and 6 Soviet references.
Vsesoyuznyy nauchno-issledovatel'skiy institut geofizicheskikh
metodov razvedki (All-Union Scientific Research Institute for
Geophysical Survey Methods)

S/049/59/000/03/006/019
AUTHOR: lo
TITLE: A Wire Gravimeter for Measurements of Gravity at Sea
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geofizicheskaya,
19599 Nr 3, pp 398-409 (USSR)
ABSTRACT: The idea of a wire gravimeter was first suggested in
1937 bD3 L. N. Mandellshtam and N. D. Papaleksi
(Ref 2 ; in 1938 the same principle was described
by Bertrand (Ref 3). The first wire gravimeter,
later tested in a submarine, was constructed by
Gilbert (Ref 4). The sensitive part of the wire
gravimeter consists of a mass M suspended by a
thin vertical wire whose upper end is attached to
a fixed frame. The frequency of transverse
vibrations of the wire depends on its tension, and
therefore on the force of gravity. For a thin
wire of rectangular cross-section, whose thickness
Card 1/4 is small compared with its width, the author shows

S/049/59/000/03/006/019
A Wire Gravimeter for Measurements of Gravity dt Sea
that the change of frequencyg df, due to a change
of gravity, dg, is'given by
dg = (2g/f)df (3)
where is the acceleration due to gTavity and
f is the frequency of transverse vibrations of the
wire. It follows that to ensure an accuracy of
+ 0.1 milligals it is necessary to measure the ?
Zhange in frequency, df/f, to within � 0.5'x 10-
i.e. it is necessary to have a,frequency standard of
high stability. Such frequency stability is obtainable
in currently produced portable quartz oscillators.
The-author shows how to allow for horizontal and
vertical accelerations (e.g. those of a ship) and
describes a prototype gravimeter developed under her
direction at the All-Union Scientific-Research
Institute of Geophysical Prospecting Methods, Ministry
Card 2/4 of Geology and Nature Conservation of the USSR. The

S/049/59/000/03/006/019
A Wire Gravimeter for Measurements of Gravity at Sea
principal parts of the graAmeter are shown
schematically in Fig !. A load of 70 g (2 in
Fig 1) is suspended by a -xrezrtical beryllium-bronze
strip (1 in Fig 1) of 52 mm length and
0.02 x 0.37 mm cross-section. The upper end of
the strip is attached rigidly to a fixed frame and
the load is damped magnetically. The strip hangs
betwa.en poles of a permanent magnet whose force
lines are horizontal arid parallel to the longer
axis of the cross-section of the strip. When the
strip vibrates across th-a magnetic force lines
alternating potentials are generated at its ends
and the freqi-,en,-,y of these potentials is equal to
the frequency of -1ribrations. These alternating
potentials are amplified and part of the amplified
e.m.f. is fed back to the strip in order to support
the vibrations. The vibrations are excited with a
Card 3/4 transistor oscillator (circuit in Fig 2) and their
_0.4

S/049/59/000/03/006/019
A Wire, Graviineter for Measurements of Gi:s-ii-ity alu Sea
f re quency is measured by ccn-paring it~j with 1000 cls
from a qudrtz standard (a *72 kc/s quartz oscillator
and a 3-stage frequency divider). The author
descril~es also the au-,omatic recoider of the 5ravimeter
freq!aenc.7 (counting and photographic' methods . In
measurements over time intei-irals of 8-10 min the
fi,equency can be measured to within � 0.001--0.002 cls,
which corre-sponds tc.~ � 2-4 millig-als. The paper
concludes with a descript.-Lan of tests at sea which
pro%--d t'hat the gravimenter worka satisfactoril-.v.
Therek are 6 f -igares and 6 -refeivn3es, 2 --if *hieh, are
Soviet, 2 English, "i French and 1 translation from
English into Russian.
ASSOCIATION: Vsesoyuznyy nauf;,nno-i5sledovatellski-y Institut
geofizicheskikh metodov razvedki (All-.Union Scientific-
Card 4/4 Research Institute of Geophysical Prospecting Methods)
SUBMITTED: Febraary 13, 1957

SHCM, Pantelaymon Fedorovich; BUWZHIC, TV.P., ratisenzent; W~;NMATA,
kre.'
rateanxent; VASSUN, K.Ye., retsenzent; MMY TS.
reteenzent; MAKARM, N.Pe. rateenzent; KAXAROT, N.P.. retaenzent;
ALMAHMOV, S.Te., red.; VASILITBVA, T.I., red.izd-va; ROKAHOTA,
Y.Ts,,tekhn.red.
[Gravinetry; apparatus and wthade for gravity masurementel
Gravimetriia; pribory i metody imareniia sily tiazhesti. Moskva,.
Izd-vo goodez.lit-ry# 1960. (MIRA 13:5)
(Gravity)

ir
kill
PH

VESELOV, Konstantin Yevgrafovich; LOZINSKAYA, AA-11.1. red.; DEVIENTIYEEVA, T.A.,
ved. red.; FEDOTOVA, I.G., to . red.
(Quartz astatized gravimeters; theory of the instruments, their desigL,
and use] Kvartsevye astazirovannye gravimetry; teoriia priborov, ikh
ustroistvo i rabota s nimi. Moskva., Gos.nauchno-tekhn.izd-vo neftA
gorno-toplivnoi lit-ry.. 1961. 1?5 p. (MIRA 14-12)
(Gravimeter (Geophysical instrument))

POLEVOY, Vyacheslav Alekseyevich; 1!9~ZINSKA~A, I.,, kand. tekhn. nauk.,
__Ajk-
retsenzent- IAPIDIG, K.A., kand. tekhn. nauk, retsen2ent; LITVINOV,
B.A, izd
.. kand, tekhn. nauk.9 dotsent, red.; ZUBAKOV, A.G., red.' -va;
VOROWOVA, V.V., tekhn. red.
[I'undamentals of the mathematical processing of the results of
radiogeodetic measurements] Osnovy matematichaskoi obrabotki rezull-
tatov radiogeodezichskikh izmerenii. Moskva; Izd-vo eodez. lit-ry,,
1961. 205 p. (Radar in surveying) MRA 14:11)

FEDYNSKIY, V.V., doktor fiziko-matem. naukq red.; SHIHOKOV, A.S..,, red.; KO-
VAIEVA, A.A., red.; GRATSIATIOVAJ, O.P., nauchn. red.; BORISOV, A.A.,
nauchn. red.; FEDYUK , V.I., nauchn.' red.; KOTLYAREVSKIY, B.V.,
nauchn. red.; POMERANTSEVA, I.V., nauchn. red.; MOZZM,,=, A.r,.,,
nauebn. red.; nauchn. red.; MUETERSON, M.B.;
nauchn. red.; BOGDANOV, A.Sh.., nauchn. red.; NIKITSKIY, V,Ye.., nauchn.
red.; KUDYMOV,'B.Ya., nauchn. red.; PETROV, L.V., nauchn.red.; KOMA-
ROVI S.G, nauchn. red.; GORBUNOV, G.V.p nauchn. red.; DUNCHENKOI I.A.,
nauchna red.;:FELIMIXT, I.I.,, nauchn. red.; Pa-T',TUN, D.Ye., nauchn.
red.; BEWAN, Yu.K., ved. red.; VORONOVA, V.V., tekhn. red.
[Status and prospects for developing geophysical methods for mineral
prospecting] Sostoianie i perspektivy razvitiia. geofizicheskikh meto-
dov poiskov i raz-;edki poleznvkh iskopaemylffi; materialy. Pod red. V.V.
Fedynakogo. Moskva, Gos.- nauchno-.tekhn. izd-vo neft. i gorno-toplivnoi
lit-ry, 1961. 623 p. (MIRA JJ,. 11)
1. Nauchno-tekhnicheskaya geofizicheskaya konferentslya, Moscow, 1959.
2. Ministerstvo geologii i okhrany nedr SS&I (for Fedynskiy, Petrov).
(Prospecting-Geopbysical methods)

S/10/62/000/007/014/149
D228/D307
AUTHORS: Lozinskaya, A. M. and Solntseva,*N. T.
TITLE: A marine string gravimeter
PERIODICAL: Referativnyy zhurnal, Geofizika, no.,7, 1962, 17, ab-
stract 7A112 (V sb. Sostoyaniye i perBpektivy razvi-
tiya geofiz. metodoy poiskov i razvedki polezn. isko-
payemykh, 14., Gostoptekhizdat, 1961, 423-429),
TEXT: A marine string gravimeter with a frame suspension has been
developed. It is fitted with horizontal string accelerometers and
a gyro-vertical for taking into account horizontal disturbing ac-
celerations and tilts. In the device apparatus is provided for mea-
suring and continuously registering the high-frequency disturbing V
accelerations of the_qhjp'..~___yjibration. The-equipment.'s separate
~B--621_ - of _* two string gravim
units are described. Naixtical"f . eter proto-
types were made on the Caspian Sea. 45 nautical measurements, con-
fined to 13 marine coordinate pointst were carried out during 9
r-days. Sdmple records of string gravimeter readings are presented.
.Pard 1/2

S/169/62/000/007/014/149
A marine string gravimeter D228/D307
for different swell conditions and for different degrees of vibra-
tion of the ship's hull. The accuracy of one measurement with the
string gravimeter at sea points was about + 14 milligals. CAb-
,stracter's note: Complete translation.-7
ICard 2/2

3 79~56
S/035/62./000/005/083/093
A055/A101
AUTHOR: Lozinskaya, A. M.
TITLE: State and prospects of the radio geodetic bridging of the geophysi-
cal surveys in the USSR
PERIODICAL: Referativnyy zhurnal, Astronomiya i Geodeziya, no. 5, 1962, 27,
abstract 5G169 (V sb. "Sostoyaniye i perspektivy razvitiya geofiz.
metodov poiskov-i razvedki polezn. iskopayemykh". Moscow, Gostop-
tekhizdat., 1961, 429 - 433)
Tr-.KT: A short description of the phase sonde principle is given. It is
pointed out that a phase-heterodyne system of a similar type has been worked out
for acrogeophyzical surveys in the radiogeodetic laboratory of the VNII (Geo--
physics). The system consists of four stations and of the "sonde", ai~d operates
in the 2.15.- 3.3 Me. The distance range of the system is eWial to 100 km. The
measurenent of the phase is effected on a frequency -j700 c.. The weight of the
ground stations does not exceed 90'kg. The weight of the "sonde" is 60 kg. The
recording of the cycles is made on a paper roll.- The reading precision is 0.05
cycle. This system is widely used in sea and aerogeophysical surveys.
(Abstracter's note: Complete translation] A. K.
Card 1/1

45255
S/55 "/62/OU0/034/003/0Q3
E032/E3811
AUrHOR*. M-
TItLE: A .-s+ring- microbaromet er
-Issledovatel'skiy institut
SOURCM o V auchno
scowo-~ sesoyuznyy n
'~edfizicheslcilch metodov razvedki. Prikladnaya geofizika.
no o` 34 1962.'. 186 - 197
'Thi-s -isfkijis'~arometer, which is of high sensitivity over
T=r:
a- ~wide pressure range, was developed early in 1961 at the radio-
geodizIche4kaya 'laborator.iya (Radiogeodesic Laboratory) of
VNII!Q&0f:Lzi~,i*. Th -sensitive device is an evacuated metal
e:.pressure
elio, - fikid'~; nt. end' to 'the fratzie and at the other to a string
ws
iii h ~Id -An .' t eni; itoa, Changes in atriozpheric pressure acting
on, tile.; hel'!.owq~ 'alter 'the -tension in the string and so its natural
'frequency. -which.. serves as a measure of the pressure change. To
lce'Op the.'strLng vibirating it passes between the poles of a
Termpnen~,, magnat ",d'its ends are connected to a transistorized
"amplifler. with, positive feedback. By selecting the
ri 'idj -500 - 3 000 c-P-s- the output signal
v;trIng-X eq u4p. An ~'th*e, range
-,:.Can:be a.,field radio transmitter and accurately

S/5~)2/62/UOO/0311/003/00'3
.-A steii 'is ."croboironiete'r E032/1,;381,
-re"t loikiil he':Upper bend of the string may be fixed to the
4
this arrangement increases the
ex-suro-zan u
b t 'limits the sensitivity. Moreover,
i*ink., are, is less change in-the strain of the bellows
_rror,,ib -less. An expression is derived for
a ure-
JL nd spring stiffness, frame dimensions
ilill~fteo.. reque,1974;.; a
*&sth;-'-.-w ch roesult from temperature changes. Oth
hi
er
"A Lon"
er ved.from this expression and their appli-
timum design is discussed. In the final
0- PrOQUCWAW~ OP
" i'tr"unexit bellows was made of
15 mm o
'06 6 p/mb (with
Sr3~1, UN-4 thick - flexibility
'Im 40 iahid) -'Arh e'st ring was a beryllium-bro'nze tape,
*--'OA 4io. ion -rigidly fixed to the brass frame. The
.9
ji0ift,v*Sq1aOM -2
1. - - - . y --VAs 50 -0 cp.s. at normal atmospheric pressure
t 1.5 c.p.s/mb. The frequency was
.-.0.w '-copes* by-comparison with a quartz-
111i"ard,", oscillator o The romes. error of measurement

A string microbarometer 6/50/62/000/61~/O~/0.03
203 .384,
2/3
when the microbarometervrAs compared with. 6thir- sitandards4as.:
+ 0.03 mb. Altitude tests madeevery five, floors-!:. 64 "A', 25-NtOV4
'building ga:ve an error of + 50 cm. The'.zeio
stable in tests lasting 1. 0 . on:pr.AssUre
months and iauit 'sudd
changes did not affect the accuracy.. Th6 accurticy otight be
increased by further attention to temperature compen"iiow
There are 6 figures.
Card 3/3

S/2604/63/000/049/0080/0085
ACCESSION NR: AT4016747
AUTHOR: Yegorov, A. P.; Lozinakayd, A. M.
TITLE: Comparative teats of high accuracy microbarometers
SOURCE: Moscow. Vaeae n.-L. inet* geofiz. metodov razvedki. Razvedochnaya i
promy*slovaya geofizika (Prospecting and industrial geophysics), no. 49, 1963,
80-85
TOPIC TAGS: surveying, high accuracy stirveying, barometer, aneroid barometer,
microbarometer
ABSTRACT: In almost inaccessible regions of Siberia and the Soviet Far Eastj
barometric levelling is of great importance. Barometric levelling is also
widely used for gravimetric prospecting at scales of 1:1,000,000 and 1:200,000
when the mean square error in the determination of height is approximately �5.0
and 2.5*m. Two types of highly accurate instruments have recently been designed
by VNIIGeotizika - an aneroid level with a microeopic micrometer and a string
microbarometer. The following barometers have been designed by other institutions:
an optical microbarometer (SNIIGG324S), a microbarometer with a flexible trans-
mission (Gidrometeopribor plant in Moscow) and a microbarom:eter with a micro-
scopic micrometer (VNIV= neftegaz). A diagram of the first aneroid level is
Card

ACCESSION NR: AT4016747
shown in Fig. I of the Enclosure. In the string microbarometer, which is-designed
for use as a field barometric station, the sensitive element is a hermetically
sealed sylphon. Practical use of these instruments will permit an increase in the
number of 'meteorological stations for detailed gravimetric prospecting in a
given area. Orig. art. has: 3 figures and I table.
ASSOCIATION: Vses. n.-i. inat. *geofiz. metodov razvedki, Moscolw (All-Union
Scientific Research Institute of Ge6physical Prosp~cting)
DATE ACQ; 13Feb64 ENCL: 01
SUBMITTED. 00
SUB CODE: ES NO REP SOV: 003 OTHER: 000
Card 2/3.

Fig. L. Schematic illustration of a microba:romdter with a microscopic ticro-
meter. The sensitive element consists of four aneroid boxes (diameter 77 mm)
rigidly fastened to a plate. At the free and of the senVitive element is a
glass-plate with a linear scale read by a microscopic micrometer, the optical
axis of which is perpendicular to ihe plate.
3/3

64;-'0, )o Oq6 0 123 /0 13
:-Vey P:,.I, L- f
t. r "I
r a6 n
The autho
c, A ae r o f o t o s
Cord

AF-
L 6
Scv: 004'

3 61/ O'd (/0,5'// 11'06
AUTHOR: Lozinskiy, A.M.
c--dn-the
3301V, R
0/037/005/021/024
E032/Eil4
TITLE:
Photography of Space Rockets
PERIODICAL: AstronomicheEkiy zhurnalg 1960, Vol-37~ No.5,
PP. 937-938
TEXT: The present paper describes a modification of the
Abele plate-holder described by M.K. Abele in Ref,5. The
moving part of the plate-holder is kept in motion by a special
cam rotated by a synchronous motor. The plate-holder made by
Abele for the M K-75 (MK-75) camera set up at Zvenigorod station
of the Astrosoviet is provided with a small flywheel at its rear
end which is used to start the motor. In the present modifica _
tion this flywheel carries a cylindrical rod which disrlaces the
plate by 1.6 mm when its end is displaced through a 6o arc.
With a focal distance of 75 cm, this corresponds to a displacement.
on the celestial sphere of 9*. The rod can be set in any one of
250 Positions and the displacement at the end of the red by one
such division corresponds to a displacement of 6-7 V, on the
photographic plate (i.e. about 21f), The arrangement is used to
Card l/$ 1,

33017 R
S/033/60/037/005/021/024
E032/E114
O'n the Photography of Space Rockets
keep the image of the space rocket at the same point on the plat e~-~
so that the effective exposure time can be increased. When thc-
space rocket moves with an angular velocity of I" per second the
exposure time can be increased up to 9 minutes. A general view
of the device is shown in the figure.
There are I figure and 5 Soviet references.
ASSOCIATION3 Astronomicheskiy sovet Akademii nauk SSSR
(Astronomical Council of the AS USSR)
SUBMITTED,. July 12, 196o
/7
Card 2/4 L~-

1. LOZINSKAYA, A. S.
2. USSR (600)
4. Primroses
7-0 Primroses in flower gardening. Trudy Bot.inst.AN SSSR. Ser. No. 2 1952
9. Monthly list of Russian Accessions, Ubmry of Congress, March 1953. Unclassified.

2.
LOZIRSKAYA, B.I. (Stanislav)
Late complications of tonsillectomy. Vrach.delo SUDDlement
157;53-55 (MIRA 11:3)
(TONSILS--SURGERY)

LOZINSKAYA, B.I.
Knapple syndrome in the symptomatology of tumors and abscesses of
the right temporal lobe of the brain. Zhur. ush., nos. i-gorl. bol.
20 no.1:80-81 Ja-F 160. (MIRA-140)
L Iz kliniki bolezney ukha, gorla i nosa (zav. - prof. Ye.N.Navik)
Stalinskogo meditsinskogo instituta i nevrologicheskogo otdeleni~a
oblastnoy bollnitsy.
(BRAIN-DISEASES)

SUKHAPY,11,
Production of s.jrfa~-e-q.~.-cive substcnne--i frcm !~T'CSr "- ~ondensa,6s
for the treatment. of dr.111ing mud~, Kh-im- tekh ~opl. i lrxsel
10 no.10t27-29 0 '65.
1. Krarmcdarskly fill-lal Vscacyuznag~~
iasledovatellskcgo insl,'J.Lut-A.
-- 0-h-'sEwiffin

XXITIN,.A.V.; Prinimali. uchRstiye: SHCHEGOLI, V.M.; KUR, I.P.; ANTONIK, I.V.;
ZFIERBUYH, I.N.; kq~T,NS-KAYA, K.A.; BASHINSKAYA, L*I#
Finishing television cabinets by polyester varnishes. Bum i der. prom.
no.2:53 AP-Je '63. (MIRA 17:2)
A

41J491
S/033/6-2/o39/005/oO/oli
E032/E314
AUTHORS: Lozinakaya, T.A. and Kardashev, N.S. -
TITLE: Deformation of the gaseous disc of the galaxy
PERIODICAL: Astronomicheskiy zhurnal, V. 39, no. 5, 1962,
84o - 848
TEXT: F. Kahn and L. Wolfjer (Astrophys. J., 130, 705, 1959)
have suggested a systematic deformation in the distribution of
interstellar hydrogen which is due to the effect of the inter-
galactic medium on the galactic halo. It is therefore of interest
to investigate the hydrogen distribution *in'the galaxy. This
was done between August, 1960 and 1961, at Krymskaya stantsiya
FIAN (Crimean Station of FIAN) using thd 21-cm radiotelescope
described by B.M. Chikhachev and R.L. .Sorochenko (Tr- 5-go
.Soveshchaniya po vopr. kosm. Proceedings of the 5-th
Conference on Cosmological Problems).
The antenna was in the form of a paraboloid with a half-power
beam-width of 451 X 113'. The frequency-modulated receiver
had a noise factor of about 4, a b~indwidth of about 20 kc/s and
..a time constant of 50 see- Fig, 3 shows the distribution of
'Card 1AA&
3-

Deformation of ....
S/033/62/039/005/004/011
E032/E314
hydrogen in the galaxy as deduced from the present results.
The numbers indicate the height above the galactic plane
(for the circular-rotation model). Fig- 5 shows the hydrogen
distribution using the data of Oort, Kerr and Westerhout
(Monthly Notices Roy. Astron. Soc., 118, 379, 1958) and the
present results. In this figure, all the distances were cal-
culated by taking the K-effect into account with K = -2 km/seclq3c.
The open circles show regions of maximum hydrogen concentration
(Genkin's model). The overall conclusion is that Genkin's
model.(Astron. zh., 38, no- 5, 1961) is a reasonable first-order
approximation to the observed distributions. The most probable
exp1miation of the observed d-eformation of the gaseous disc is,
that due to Kahn and Woltjer (Astrophys. J., 130, 705,, 1959).
There are 5 figures and 2 tables.
ASSOCIATION: Gos. astronomicheskiy in-t im. P.K. Shternberga
(State Astronomical Institute im. P*K. Shternberg)
SUBMITT M-: August 11, 1961
Card 2/4
M

LOZINSKAYA TOA ; KARDASHEV, N.S.
Thickness of the gas disk of the GalwW from observations at
21 cm. wave length. Astron.zhur. 40 no.2:209-215 Mr-Ap %3.
(MIRA 16:3)
1. Gosudarstvennyy astronomicheskiy institut im. P.K.Shternberga.
(Milky *y)
Fk

ACCESSION NR: AP4043951 B/0033/64/041/004/0601/0607
AUTHOR: Kardashev, N. S., Lozinskaya, T. A. , Sleptsova, N. F
TITLE: Spiral structure of the Galaxy from observations at 21 cm
SOURCE: Astronomicheskiy zhurnal, v. 41, no. 4, 1964, 601-607
TOPIC TAGS: astronomy, Galaxy, galactic spiral, galactic disk, Interstellar hydrogen
ABSTRACT: The distribution of interstellar hydrogen In the Galaxy, determined from
radio observations at 21 cm, does not reveal a clearly defined spiral strucbire. The
presently available pattern of distribution of hydrogen masses in the Galaxy generally
reflects reality and if there is a spiral structure the angle of torsion cannot differ greatly
from 90% In order to clarify this problem, the authors exploited all presently known
profiles of the 21-cm line near the galactic equator. The radial velocities of the intensity
ma;dma of these profiles were plotted on a graph as a function of galactic longitude. This
graph, Fig. I of the Enclosure, represents the distribution of radial velocitioB of hydrogen
clouds along the galactic equator; the velocities of hydrogen clouds along the galactic
equator; the various symbols represent observations made at Leyden, Sydney, Moscow,
Bonn and in California. Fig. 1. makes It possible to distinguish the chains and loops which
Cord 1/

ACCESSION NR: AP4043961
usually are Identified with the spiral arms. After a full analysis of data in the literature
for observations at 21 cm, it was possible to construct Fig. 2. of the Enclosure, in
which arm I is denoted by a solid line and arm 11 by a dashed line. The central part of
the figure to based on data of G. W. Rougoor and J. H. Oort (Proc. National Academy of
8 1 46, 1, 1960). The distance to the nearest outer arm (Orion) Is 800 parsecs- the
siInce to the Inner arm (Sagittarius) Is 900 parsecs. The spiral represented In'the
9
ce mdde for the continuous
figure agrees quite well with observations. With an allawan
spectrum It is concluded that the most probable regular form of the spiral arms of the
Galaxy is a logariflunic spiral conaiating of two a=s, as shown, with an angle of torsion
-which varies smoothly from 830 In the central parts W 860 In Uie outer part of the
galactic disk. OrIg. art. has: 4 formulas and 6 figures.
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LOZINSKAYA# T.A.; KARDASIIEV2 N.S.
Observations at the 21 cm. line for investigating the shape
of the gas disk of the Galaxy. Soob. GAISH no.131:37-41 164.
(MRA 17:8)

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SOURCE: Refo zho Astronmiya* Otdo vW*# A05* 2&51.409
Kirdsahav, N. S,i L-Miaukaya T Gltp,~5
structure of the Galaxv 'a;', rp-'eaIr-r I-v -ndlo at 21
_i) SOLIRCE, AstrQn. tatckul.var, no. 289, a-arFa ~4, lq64, I
Cilawy, galactic Ptructure. radio ~,,qt ronfm-y. plactic hydro-gen, apirral
7he authurij rePort the or Lho spirili
ions az 21 t:~I-

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IHOR: ~p:zinsVaji, T, A,
CITED SOURCE: As~ron. tSirk'.'1';A-- n-.
TOPIC TAGIS: neutral hydrogen, Galaxy, galactic spur
7RANSLATION: From a caniparison of the most detailed isophots in the region of ~he
17.9 ands' s, r t 2.
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M.I.: DAVYDOVA., A.A.
LOZTNSKAYAP T.M.-, SOKOLOV,
Variability of influenza virus in the process of passhges at
lower temperatures. Von. virus. 10 no-4t4116,439 il-Ag 165.
(VIRA 18:8)
1. Institut virusologil imeni D.I. Ivanovskogo A1414 SSSR,
Moskva.

SOKOLOV, M.I.; LOZINSKAYA,q T.M.
Controlled variation in influenza viruses due to the effect of
temperature . Peport No.l. Variation in the infectious activity
of influenza virus during adaptation to low temperature. Vop.
virus no.6s692-697 N-D 163. (MIRA 17:6)
1. Institut virusologii imeni D.I. IVanOVBkogo AMN SSSR, Moskva.

BAYUIA, A.G,; IOZINBUTA.~-J
Studying the effect of arsenin on the results of determining tin by
the iodometric~methc4e Soob.WFAN SSSR no.12:49-52 160.
(KM 13: 11)
1. Daltnevostoohnyy filial imeni V.L.Nomarova Sibirskogo otdeleniya
AN SSSR.
(Arsenic) (Tin--Analysis) (Iodometry)

OZHIGOVI Ye. P.) WZINSKAYA; V.S.; KRASNITSKAYAO A.L.
Detection of boron in silicate oreb by the grinding method.
Zhur.anal.khim. 16-no.3015-318 My~-Je 161. (14IRA 14: 6)
1. Academy of Sciences of tho U.S.S.R., Siberian Department Far-
Eastern Branch) Vladivostok.
(Boron--Analysis)
(Silicates)

RWIANIA
GURGHIS, St., Veterinarian, and Chemist, of the
Faculty of Veterinary Medicine (Pacultatea de Medicina Veterina-
ra), Bucharestj and COSTEA, Tr., Veterinarian, of the Razvad
State Farm (Gospodaria Agricola de Stat Razvad), Ploiesti
Regiune.
"A and D Avitaminoses in Young Cattle Being Fattened."
Bucharest, Revista de Zootehnie si Medicina Veterinara, Vol 13,
No 6, Jun 63, pp 29-36--
Abstract (Authors' English summary modified]: After about 3
months R fattening on industrial residues and poor quality
wheat straw or hay in shelters with different luminosity
coefficients (1/44 for lot 1, 1/20 for lot II), young cattle
developed vit-min A avitaminosis. Carotene contents in the
blood serum was only 29.6t-percent, on the average, per ml of-
blood serum in those with eye trouble and 34.8 for those
without. Twenty days after administering green clover, serum
carotenes reached an average of 302.4 Twenty-two percent
of the animals in lot II, kept in ver~-aark shelters, also
developed vitamin D avitaminosis with rickets and tetanus
crises. About 20 percent of this lot had to be sacrificed.
It is recommended that one forestall vitamin A and D avitami-
noses by providing 1.5 to 2 kg of good hay and using shelters
with luminosity coefficients of 1/25 to 1/30. 2 tables,

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IDZINSKI., Jan; MASICKA,, Halina
Studies on heavy minerals in the shore sands, of Danzig Ba7.
Rocs geol Krakow 32 no.4t579-599 162.
1. Stacja Morska Polskiej Akademii Nauk, Sopot, i Katedra
Mineralogii i Petrografii,, Uniwersytet Tagiellonski, Krakow.

LOZINSKI, J.
New therapeutic agents in hemolvtic diseases with special
reference to pernicious anemia. Polski t7goci. Isk. 6 nos.9-
10:319-326 5 Mar 1951* (CIRL 20:11)
1. Of the Internal Department (Head - Prof. Witold
Orlowski, M.D.) of Wnicipal Hospital No. 2 in Warsaw.