SCIENTIFIC ABSTRACT LUKIN, F.V. - LUKIN, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030810009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KI)L,r,S'.'V,, Andrey Aleksanarnvicn,, GOEbRICV, Yu,,iy lvanovj@.,h; N7i!j,v.,(,lV.
Yurly LUKLN F.V., ciokror teRhri. naur@-.
ren.5enzent; E0'7HZ`zf!-:_!
nauk.
re-wqenzencu-, Aa-rBFRG, li.Ya., --Pd.
-)14d
-state
ye
dye skl:fmr@. Vcok@ra. 503

.LUKIN, G., kand.tekhn.nauk
Economic efficiency of seawater softening on ships. Mr. flat
23 no.3:29-31 Mr 163. (MIRA 160)
1. Nachallnik kafedry "Sudovyye parosilovyye ustanovikill Vysshego
voye=o-inzhenernogo morskogo uchilishcha.
(Feed-water purification)

LORIN, G,Ya,, kandgtekhn.nauk
E a " ,'! I A. i
ch=bor adiabat Ic continuous flaw evapor-
I
e.to*.'S!i&atroeni9 29 no.9t2O-23 5 163* OCRA 160-1)

LUKIN9,0. YA,
Lukin., G. Ya. -- "Investigation of the Load Capacity of Thrust Bearings
with Immobile Pillow Blocks for Ship Turbines." Leningrad Shipbuilding
Inst. Leningrad, 1955 (Disseration -for the Degree of Candidate in
Technical Sciences)- -
SO: Knizhnaya Letopis'. No. 23,, Moscowt Jun 55, PP 87-104

LUKU, Gariy Yakovlevich; LAPP, M.I., dotsent, retsenzent; OGLOBLIN, G.A.,
Wrred;; ALEKSA L.A., ied.izd-va; TIKHONOTA, Te.A.,
takhn.red.
(Steam turbines on modern seagoing vessels; an atlas] Farovye
turbiny sovremennykh morskikh sudov atlas. Koskva, Izd-vo
'Norskoi transportgg 1960. 64 p. L_,pescription, to the atlas]
-Opisanie k atlesu. 94 p. (MM 13:7)
1. Spetsiallnoye konstraktorskoye byuro Kirovskogo zavoda (for
Ogloblin).
(Steam turaines)

LUKIN. G&,,Akand.tekhn.nauk
"Marine 01-aambDilpra" by B.Lubocilk-in. 4viewed by G.Lukin. Mor.
flot 20 no-1:14-45 Ja '60. (141U 13:5)
1. Rachallnik kafedry Vysahego voyenno-i=henernogo morskogo
uchilishcha.
(Boilers, Marine)

IUKIN Qjrjy-yakov2,evjc@SMfEKA, V.A.., kand. tekhn. nauk., retsenzent;
LUBOCHKIII, B.L., red.; MUGLOVA, Ye.I.I., red. izd-va;
LAVM,'OVA, N.B.., tekbn. red.
[Steam turbines on modern seagoing ships]Paroturbinnye usta-
novki so-vTemenrqkh morskM sudov. Yoslcva, "Morskoi transport.,"
1962. 229 p. OaRA 15:9)
(Steam turbines, Marine)

MAGUIA, Valentin Emmanuilovich, kand. tekhn. nauk; DRUZ', Boris
Ivanovich, kand. tekbn. nauk; KUIAGIN, Vitaliy
Dmitriyevich, kand. tekhn. nauk; Prinimal ucbgwtiye
LUKIN, G.Ya., kand. tekhn. nauk; GORYANSKIY, Yu.V., dots.,
-?9fs-e'8-i`Mnt-7j`GULIYEV, Yu.M., dots., retsenzent; KOKHANOVSKIY,
K.V., dots., retsenzent; LEBEDEV, A.M.., dots., reteenzent;
SPITKOVSKIY, M.I., dots., retsenzent; VASILIYEV, I.V., dots.,
retsenzent; SERKO, G.S., red.; TIKHONOVA, Ye.A., tekhn.red.
(Theory and the structural arrangement of ships] Teoriia i
ustroistvo sudov. Moskva, Izd-vo I'Morskoi transport," 1963.
494 P. (MIRA 17:3)

KOVALIIIKO, V.F.,, kand. tekhn. nauk; LUFM, G.Ya..' kand. tekhn.
!ARMM'lOWi, I.Ya., red.
nauk; IROGALEV, B.M., inzh.; 11
[Water-softening equipment on seagoing ships] Vodo-
opresnitellnye ustanovki morskikil andov. Floskva
Transport, 1964. 302 p. (MIRA 18:1@

DW.Z, G.Ya. p kaml. 4,okhri. muk
Evapcirator-eznnomizer fcr rhipa. SuJcs-t:.c-erz6 YD
.1. 1, F
r.c,7."3-'-33 -TI 1646 (mup-@

LUKIN G.,, kand. tekhn. nauk.. dotsent
I.- --.- - -
Use of ferric chInride as a scale preventing additi7a in seavater
waporators, More flot. 24 no.8t24-25 Ag 164. (MUtA 18-.9)
1. Naliningradakiy tekhnicheakiy institut rybnoy promyshlennosti i
khozyaystva.

e- LUKIN, I* (Sochi)
In a health resort city. Pozh.delo 8 no.2:8-9 F '62. (YIRA 15s2)
(Sochi-Fires and fire prevention)

LUKIN, I.
Drying and processing of tobacco. Pozh. delo 9 no.9:12 S 1610
1. Nachaltnik pozhamogo otryada, Sochi. (MIRA 16:10)
(Tobacco Industry--Fires and fire prevention)

LUKIN, 1.
Nd fires caused by welding. Pozh.delo 9 no.W4 Ag 16-3.
(MIRA 16:9)
1. Nachallnik gorodskogo otryada pozharnay, okbrany, Sochi.
(Welding-Safety,measures)

LUKIIT@ 4, P,,- LUMT, T, S,; GIURVIGH) 1. 8,; _
PSMIMI-IOV3 'k. V.; SOITIMMR) 01. K.
Automobiles - Motors
Determination of optimal conditions for breaking in motors. Avt.trakt.prom. No. 8, 1952.
List of Russian Accessions, Library of Congress, November 1952. Unclassified.

txm
AUTHOR. Lukin, I. I.
32-2-34/60
TITLE: A New Photometric Colorimeter q5 3K-56 (Novyy fotoelektricheskiy
kolorimetr (p-3K-56)
PERIODICAL: Zavodskaya Laboratoriya, 1956, Vol. 24, 1Tr 2, pp. 214 - 215
(USSR)
ABSTRACT: An improved colorimeter of the type 4)3 K-M is described. The
principal advanta.-e of the new apparatus cons-43-ts in its wide
ran-e of measurement reachin, from 313 to 630 m/a. The lay-
-out of the optical and of the electric part of the apparatus
is giren schematically. It should be noticedg that a parallel
light ray is used, and that the measurable spectral range can
be divided into correspording wave lengths by means of various
light filters, that for the ultraviolet range an optical
system consisting of 'CC-Class and a mercury lamp aBA-12 Oa
is employed, as well as a set of cuvettes for a varying layer
thickness. The apparatus can be used for nephelometric mea-
Card 1/2 surements apart from its utilization as colorimoter. The con-

A New Photometric Colorimeter @ @K-56 32-2-34160
siatancy of mcaaurin,3 values amounts to 0,1 - 0,2 absolute
lit. There are 2 fieuras.
AVAILABLE: Library of Congroaa
1. Colorimetry-Equipment
Card 2/2

S/024/60/ooo/o4/olo /013
E140/Z463 82213
AUTHORt Lukin, I.1 (Riga)
TITLE: C_o_m_U-1n_ea-R-e-gu-TbLtion in Systems with I:wo Interdependent
Coordinates with Partial Invariance )V
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdelenlye tekhnicheskikh
nauk, Energetika i avtomatikag 1960, No.4, PP-171-178
TEXTi The transfer functions with respect to the basic
perturbations for invariance of the regulated coordinates are
found. The paper considers a special case in which the object
and regulator are described by first order differential equations,
while the stabilization circuit is an isodromic feedback around
the regulator. The case of partial invariance is then considered.
A specific example is studied concerning frequency and voltage
regulation of a single-phase synchronous generator and a rotary
converter. It is found that the introduction of regulation with
respect to the perturbation and its first derivative permits
making a static system for stabilizing frequency and voltage
astatic with respect to the given perturbation and substantially
improves the dynamic properties of the stabilization system. The
method of representing the solutions of the differential equations
Card 1/2

S/024/6o/ooo/o4/oio-/ol3
B14o/z463 822' 13
Combined Regulation in Systems with Two Interdependent
Coordinates with Partial Invariance
employed here gives the possibility of a qualitative evaluation
of the regulation process for each of the coordinates in a
partially invariant system without actual solution of the
eauations. A numerical example is given. Certain conclusions
regarding the properties of the structure considered here are
given, indicating the advantage of regulation with respect to
perturbations over regulation with respect to deviations and of
the use of the principle of partial invariance. There are
9 figures, 1 table and 3 Soviet references.
SUBMITirEDs October 15* 1959
V<
Card 2/2

SIAVIN, S.V.0 doktor ekon. nauk; GRANIK, G.I., kand. ekon. nauk; LOGINOV,
V.P.j MIKHAYLOV, S.V.; SHAPALInt B.F.p kand. geogr. nauk;
AVAKYAN, M.I.,, nauchrWy sotr.,- ZAKHAROV, G.A., nauchnyy sotr.;
KAMITSERP L.S.p naucbzWy sotr.; TITOVA, N.Lp nauchryy sotr.;
TYURDENEV, A.P., nauchM7 sotr.; CHUGUNOV, B.I.,, starshiy
nauchnyy sotr.; KOGAN, I.L.j MESHKOVSKAYA, L.V,,,, starshiy inzh.;
LUKINL !.Ij-,FAYERS11TEYN, R.I.; Prinimali uchastiye: Agranat,
G.A., kand. geogr. nauk, red.; PUZANOVA9 V.F., kand. geogr. nauk,
red.; KUPRIYANOV, A.B., nauchmyy sotr.,, red.; SOBOLEV, Yu.A.,, red.
izd-va; TIKH(IIIROVA,, S.G.., tekbn, red.
[Problem's in developin Ig the productive forces of 1-11agadan Province]
ProblenV razvitiia proizvoditellyWich sil Magadanskoi oblasti. Mo-
--kva,, Izd-vo Akad. nauk- SSSR, 1961. 301 p. (MIRA 15:1)
1. Akademiya nauk SSSR. Sovet po izacheniyu proizvoditellrykh sil.
2. Glavnyye inshenera proyekta "Dalistroyproyekt" (for Kogan,
Fayershteyn). 3. Institut ekonomiki Akademii nauk SSSR (for Chugunov).
4. Energoupravleniye Magadanskogo Soveta narodnogo khozyaystva, (for
Meshkovskaya). 5. Nachaltnik Oblastnogo otdela po delam stroitell-
stva. i arkhitektury Magadanskoy oblasti (for Wkin).
(Magadan Province-Industries) (Magadan Province-Economic policy)

GORODFIISKIY, SON.; KATETSKAYA, A.P.; KRYLOV, V.I.; LUKIN, I.I.;
LYUBIMOV V.V.,-, KMIMOV, N.V.; , L A.V.,-
p SAVVIN v ; p
SHEVELEVO PON*
Professor G.l. Shturman; on his 60th birthday. Elektri-
chestvo no.11:87 N 163. (MIRA :L6:il)

BLESHINSKIY, S.V.; KHARAKOZ, A.Ye.; L@IKINL I,,N,; BABENKO, V.G.; CHAWVAI
Ye.P.; Prinimali uchastiye: AEPAWVA, V.F.; VINMUMV, V.P.;
USUBAKUNOV, M.; GORBUNOV, V.D.; OSIPGVA, T.P.; NAGAYEVA, A.G.;
MEDVEDEVA, V.A.; ALTYNNIKOVAI P.M.
Fluosilicic metho,. for separating rare-earth elements. Izv.
AN Kir. SSR. Ser. est. i tekh. nauk 5 no.4:23-24 163.
(MIRA 16:10)

vf@=V. S.P., inzhener; LMIK, A.L., dotsent; SHIPRIII. D.M., inzhener;
TAI"V, Y.K., professor, doktor takhnichaskikh nauk, redaktor;
EMMYOM, H.K., kandidat takhatcheakikh nauk, reteenzent; =19.
I.P., Imndidat takhnicheskM nauk, retsenzent;--NELIS094961iy@
professor, laureat Stalinskoy premiTT-ff-bWor tekbnicheakikh
nauk. rodaktor; PCPOVA. S.M., tekhnichookiy redaktor
[study of machinery] Kashinovedenie, Pod red. V.M.Taraeva. Moskva.
Goo. nauchno-tekhn. izd-vo mashinostroit. !it-ry, 1954. 463 Pe
(Mechanical engineering) (MLRA 8:4)

LUKIN, I.U.
Urgent'needo of repair and construction trusts. Gor.khoz.mosk.
36.no.7t42-" J'l 162. (KM 16:1)
I
1. Glavnyy inzhenpr remontp@-ptroitellnogo trest;a Kiyevskolgo
rayons. Moskvy,' (Moscow-Construction indust17)

83160
S/115/60/000/008/010/013
Boig/Bo63
AUTHORS: Simkin, G. S., Naberezhnykh, V. P., Lukin, I. V.
1 410
TITLE: High-frequency Light Modulationl(lo cps)
PERIODICAL: IzmeritelInaya tekhnika, 196o, No. 8, pp@ 41-43
TEXT: The authors of the present paper give a report on an investigation
carried out at the Kharikovskiy gosudarstvennyy institut mer i izmeritell-
nykh priborov (Kharikov State Institute of Measures and'Measuring Ifistru-
ELents) for the purpose of studying the possibility of light modulation
with a frequency of 1010 cps by means of a Kerr cell filled with nitro-
benzene. The Kerr condenser in the experimental arrangement (Fig. 1) is a
piece of a special right-angled waveguide. The high-frequency field is
transferred to the Kerr condenser by means of two waveguides flanged to
the Kerr cell. The high-frequency field was applied to the Kerr dell-in
the form of pulses with a pulse-recurrence frequency of 1200 cps. The
pulses were generated by a magnetron oscillator. These high-frequency
pulses led to the propagation of sound waves in the nitrobenzeneg which-
entailed a change in the refractive index of the nitrobenzene. The change
Card 112

83160
High-frequency Light Modulation (1010 cps) S/115/60/000/008/010/013
B019/BO63
in the refractive index with pulse-recurrence fr.4Uency led to an addi-
tional undesired light modulation which was eliminated with the help of
the experimental arrangement reproduced in Fig. 2. Assuming that the
pulses observed with the experimental arrangement described here are
actually caused by the Kerr effect, it is noted that the voltage depend-
ence of the amplitudes ofthese pulses is the same as in the case of low-
frequency light modulations, and that the pulses exhibit different polari-
zation for parallel- and crossed Nicole prisms. The relaxation time of
the nitrobenzene molecules is estimated to be 3-10-11 3ec, and a depth of
modulation of about 1@- was determined for the capacity of the oscillator
(50 kw). This small modulation effect is ascribed to the fact that the
phase of the high-frequency field changes considerably during the passage
of light through the Kerr cell. There are 2 figures, 1 table, and
3 references: 2 Soviet and 1 German.
Card 2/2

30313
1@5fjoo S/115/61/000/010/002/005
E198/E135
AUTHORS: Simkin, G.S., Lukin, I.V., and Biryukov, L.I.
TITLE: Radio interferometer for measuring large lengths
PERIODICAL: Izmeritel9naya tekhnika, no,,10, 1961, 8-io
TEXT,? The KhGIMIP has elaborated a method using a two-beam
radio interferometer on centimetre waves, designed for checking
large inside gauges and fixed mark measures. The interferometer
is based on Froome's apparatus for measuring the velocity of light.
The operational principle of the instrument is illustrated in the
diagram. The generator (2) radiates energy on centimetre waves
along the wave guide to A, where it is divided; one beam goes
outside through a lens mounted in a conical outlet (7), the other
is directed in the opposite way to a closed limb (8) containing an
interference attenuator. Both beams are reflected back to A, the
outer one having met a plane mirror (5) placed at a variable
distance, 6 to 20 m, and mounted on a carriage (4) which moves
along the rails (6) in the direction of the beam. The two beams
interfere at A and the corresponding effect is observed by means
of an oscilloscope, which is the essential part of a detecting
Card 1/6

30313
Radio interferometer for measuring ... S/115/61/000/010/002/005
E198/EI35
system (9) shown surrounded by a dotted line. The frequency of the
generator is stabili3ed in part (3) containing a volume resonator
of high quality and checked in the measuring system (1) consisting
of a highly stable quartz generator, operation on 100 kc/B, a
frequency multiplier and a counter. As the instrument operates
at two different distances between the outlet lens and the mirror
(the difference being the distance measured), the amplitudes of
the two reflected signals must be made equal without change of
phase, which is ensured by the attenuator. The measuring carriage
(4) moving along the axis of displacement is equipped with three
microscopes, two of which serve to maintain the mirror in the
required direction and the third being used for observing the marks
on fixed mark measures. The measure tested is fixed along the
rails on special blocks below the carriage. For measuring interior
gauges two stays and a reading device are fixed to the rails.
The principle of the instrument resembles very much that of an
optical interferometer; it must however be mentioned that, as the
frequency stability cannot be obtained as high as in the case of
the latter, the frequency should be calculated depending on the
Card 2/6

30313
Radio interferometer for measuring ... S/115/61/000/olo/002/oo4
E198/E135
prevailing conditions, from the formula
% = C (1)
nf
wheret c - velocity of light; X - wavelength, f - frequency;
n - refractive index of air. The correct value of the length
measured, L-.9 reduced to normal conditions, can be obtained from
the formula:
L L + A M--X- -A! AL tc +6 (2)
X N 2 t n
where: L nominal or approximate value of the length; AM-2
computed fraction of the length in mm; A - readings of
the reading device; &Lt - correction for the linear expansion
of the measure; cn correction for the refractive index of air
and water vapour; 6 correction for diffraction.
Values of the refractive indexes, corrected for temperature and
pressure, and diffraction have been taken from tables or worked
out according to known formulae and nomographs were prepared and
uded for quick calculation of 6Lt, cn and 6. A series of
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30313
Radio interferometer for measuring ... S/115/61/000/010/002/005
E198/E135
measurements have been carried out with success, although the
conditions in which the work proceeded were difficult in some
respects, e.g. the lack of a thermostatic installation which
necessitated a number of additional precautions and supplementary
calculations. However, the method proved to be reliable for the
lengths up to about 30-40 M. To minimize tha influence of the
waves' reflection from the walls and other objects, adsorbers of
wooden planks and shields were used, so placed as to disperse the
incident energy as much as possible. Moreover, each measurement
was made twice with a displacement equal to X/4. The mean
square error fo.,5 all the results obtained amounted to
1.6 - 2.o x lo-10. Further improvement in the accuracy of
measurement can be obtained by carrying out the process in
thermostatic surroundings, improving the determination of the
refractive index of water vapou-r and of the diffraction error, as
well as further improvements in the construction of the particular
parts of the radio interferometer. All these tasks are being
currently worked on in the USSR. The aim is to achieve an accuracy
not lower than 2 x 10-7.
Card 4/6

30313
Radio interferometer for measuring .. S/115/61/000/010/002/005
E198/EI35
[Abstractor's note: Condensed translation.)
There are I figure, 3 tables and 7 references: 4 Soviet-bloc and
3 non-Soviet-bloc. The English language re@erences read:
Ref.2: K.D. Froome, Proceedings of the Royal Society, 1952,
ser. A. v.213, No.1112
Ref-3: K.D. Froome, Proceedings of the Royal Society of London,
1954, v.223.
Ref.6: L. Essen and K.D. Froome, Naturej 1951t v.167, NO-4248-
Card 5/6

30313
Radio interferometer for measuring .... S/115/61/U00/010/0v--/O(!
E198/EI3.5
Fig.
Card 6/6

,LUKIN, I.V., inzhener-konstruktor
Increasing the durability of the grating of SY4874 gyratory screens.
Stek. i ker. 20 no.5:41-42 My 163. (MM 16:7)
1. Kopeyskiy mashinostroitellnyy zavod imeni Kirova.
(sieves)

ACCESSION NR: AT4042611 S/0000/64/000/000/0357/0359
AUTHOR: Simkin, G. S., Luldn, 1. V.
TITLE: Measurement of large lengths by radlointerferometry in the centimeter range
SOURCE: Soveshchaniye tochnosti, vzaimozamenyayemosti I tekhniche0im izmereniyarn
v mashinostroyeiiii, 2d, 1962. Tochnost', vzalmozamenyayemost' i tekhnicheskiye
izmereniya v mashinostroyenli (Precision, lntcrchangeability and technical measurements
in machine building); trudy* soveshchai-dya. Moscow, Izd-vo Nauka, 1964, 357-359
TOPIC TAGS: measuring Instrument, length measurement, radiointerferometry
ABSTRACT: The centimeter-band electromagnetic wave sources developed during the
last 20 years are now permitting the use of interference for the measurement of lengths
attaining several tens of meters. Ile authors describe the two-bearn radlointerferometer.
with one closed arm, worldng in the centimeter wave band, developed at the Khar1kovskly
Gosudarstvenny*y Institut Mer I Izmeritellny*kh Priborov (State Institute of Measures
and Measuring Devices in Khar1kov). The schematic arrangement of the interferometer
and a photograph of its transmitting part are shown. After stabilization, the electro-
magnetic energy to split Into two parts, one of which Is used for exact measurement of
@'Car 1/2
d,

ACCESSION NR: AT4042611
the source frequency (accuracy not less than 2.5 x 10-7), while the other is divided into
two parts again. One of these parts p.
asses a diffuser with a tens, leaves the instrument
and Jg reflected by a mirror, while the second part enters the constant arm, is re-
flect6d by the interference attenuator and comes back to the center where it Interferes
with the reflected beam from the mirror. On moving the mirror with the aid of a
calibrated measuring carriage on guide rails, interference maxima and minima are
created; after detection and amplification, these maxima and minima are observed on
an oscillograph. With the aid of this interferometer, length measurements of a 12-
meter geodetic wire, a Class 1 calibrated tape, and an 8-meter pin gauge have been
performed. The minimum accuracy of single measurements over lengths of 10 m and
more was 2 x 10-6. Under favorable conditions, this accuracy can be increased to
5 x 10-7. Orig. art. has: 2 figures.
ASSQCLATION: none
SUBMITTED: 17Jan64 ENCL: 00
SUB CODE: IE NO REF SOV: 000 OTHER: 000

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golot - 0 10000000 000 0 0 a 0 0 * 0 0 0 @

MYTIR, Vladimir Mikhaylovich; V , redektor; BABINTSIV,,U.I..
t
0 --Y
TILIlLtIN tekhnicheskiy redaktor
redaktor 12datelistya; (HIROVA. - @@t
(Structural features of ore fields and deposits] Struktury, rudzwkh
polei i mestorothdanil. Moskva, Goo. nauchno-takhn, izd-vo lit-ry
po geol. i okhrans necIr, 1956. 270 P- (MicrofiW (KLRA 10:3)
(Petroleum geology,) (ore deposits)

LUX-IN, A-.
Nothern grape; practical advice on the cultivation of unprotected varieties of
northern gra pe Moskva, 1953, 90 p.

IIJIQN, Lev Ivanovich. OSMO%!(YV., Valentin Sergeyevich; RYABUSHKIN, T.V.,
doktor e on V nauk.. prof., red.; GRYAZNOV, V.I., red.; VOLCHEK,
V.L., tekhn: red.
(Organization of statistics in foreign cauntries) Organizatsiia sta-
tistiki v zarubezhn7kh stranakh. Pod red. T.V.Riabusbldna. Moskva,
Gosstatizdat, TsSU SSSR, 1961. 245 P. (MIRA 14:12)
($tat,istics)

LUXIN, L. I,
USSR/Geological Prospecting
Ore Deposits
Tectonics
Jan/Feb 1948
"Some Results of the Study of the Structure of Ore Deposits of the USSR," F. I. Vollfson,
L. I. Lukin, 2* pp
"Izv Akad Nauk SSSR, Ser Geol" No 1
Gives some aspects of studies conducted on the structure of endogenous ore deposits in
the USSR. Authors present some concrete examples of ore deposit structures. In
addition, discuss the localization of ore formation in connection with the development of
structuresq as well as the methods used in their study of the various structures.
PA 4IT44

LUXIN, L. I. PA 241T50
USSR/Geopbysics' - Cleavage Nov/Dec 52
'
M
.',he Term 'Cleavage", L. 1. Lukin and I. P.
Kushnarev
"Iz Ak Nauk SSSR, Ser Geol" No 6, pp 118-121
.A brief report on the order of a discussion -of the
term "cleavage". Cleavage is classified as primary
and secondary as determined from meanings given the
term by such prominent geologists as M. P, Billings,
Ch. K. Lizs., B. Willis, M. A. Usov, C. K. Leith and
S. K. Van-Hise.
241T5o

IUKIN,L.I.; KUSHNARZV,I.P.; CHEMSEMV,V.F.
P.W-@
Frequency of the course of differently aged interstitial systems.
Trudy Inst.geol.nauk no.162:25-35 155. (KI2A 8:11)
(Ore deposits)

LUKIM. L. I
Application of microstructuml aualysis in the study of ore deposits.
Trudy I,nst.gool.neuk no.162:55-68 '55- (MLRA 8:11)
(ore deposits)

AUTHOR: Vollfson, F.I., Kreyter, V.M. and Lukin, L.I. 11-11-6/9
-TITLE: Ha1A@CCnc2QA10X CC-the StUA
yof the Structures of Ore Fields and Ore
Deposits in the USSR (Osnovnyye itogi izucheniya struktur rud-
nykh poley i mestorozhdeniy v SSSR)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geologicheskaya, 1957,
# 11, P 58-81 (USSR)
ABSTRACT: When studying geologic structures of ore deposits, Soviet geo-
logists endeavored to establish regularity of ore fields within
metallogen areas. In addition, conformities to established
rules were examined in detail as well as the texture of all
genetic types of mineral deposits. All mineral districts were
studied by Soviet geologists in order to establish the existing
relation between endogen mineralization and regional tectonic
dislocations. The basic peculiarity of mineral zones which
can be shown for many folded areas on small-scale maps, is
manifested by the fact that mineralization takes place only
within the limits of separate fields or belts, segregated by
ore-free intervals of considerable expanse. Examinations have
disclosed that intrusive rocks form relatively long-stretched
massifs consisting either of narrow belts located alongside
Card 1/4 broken disturbances, or of separate mountain rafiges of varying

11-11-6/9
Mgdn Cmc3nnim cetheftUdyCe the Structures of Ore Fields and Ore Deposits in
'the USSR
dimensions. Separate large alkaline and basic rock fields
located on the fringes of shields and plateaus generally con-
tain magmatic deposits of titanilim, niobium, zirconium, rare
earths as well as sulfides of copper-nickel ores. Separate
intrusive mountain ranges in geosyncline regions of minor di-
mensions often contain ore fields of magmatic and pegmatite
composition. Especially in the Urals, individual gabbroic
intrusions, deposited in ancient crystalline layers and marble,
are genetically associated with ore fields of titanomagnetites.
Pegmatite fields of rare metals are generally found in zones
of external contact, on slanting contact areas of intrusive
bodies. In deeply eroded intrusions these minerals are often
found in residual top layers. Interesting statements were made
by Soviet geologists concerning the regularity of deposits of
rare metals associated with quartz veins, found in conjunction
with gneissenization of surrounding rocks. It has been
established that such rocks are mainly associated with cupola-
shaped ultra-acid hypabyseal deposits. The structural-geo-
Card 2/4 logic conditions for the formation of magmatic and pegmatic

11-11-6/9
Mdn'Ccw_Iudd06_oCthe Study ce the Structures of Ore Fields and Ore Deposits in
the USSR
deposits have been studied to a relatively small extent. For
this reason the data submitted by V.K. Kotullskiy and other geo-
logists concerning the structure of sulfide copper-nickel de-
posits are of special interest. Thorough geologic investigat-
ions in the Monchegorsk area and other districts have shown
that the forming process was accomplished in five consecutive
stages. The latest structural examination conducted by B.A.
Yudin have disclosed that the Tsaginsk titanomagnetite deposits
on the Kola peninsula were formed in three stages. Gneiss
formations containing tin, tungsten, molybdenum and other
metals were studied by Soviet geologists. The authDr gives a
brief description of the Bukukinsk deposits, with two schematic
drawings. Examinations of the Turlinek copper skarn deposits
revealed a great structural variety of skarn deposits. Ac-
cording to V.P. Petrov and other geologists, the Turlinsk
group of deposits consists of effusive rocks and limestones,
folded into a sloping syncline fold. Concentrated ores are
associated with places of intersecting pyroxenic skarn zones
of near-contact schistosity, formed in casings of breaks. The
Card 3/4 author subdivided hydrothermal depositsq containing zink, copper,

11-11-6/9
MedrLOaribiAiwa Ce the SbAy CC the Structures of Ore Fields and Ore Deposits in
the USSR
gold, antimony, mercury and other metals into the following
groups:
a. folded structures;
b. structures of pyrite deposits;
C. structures of metasomatic deposits in limestones and
dolomites;
d. crevice structures.
The basic material for the study of structures of ore deposits
are geologic maps, from which the location of fields and thq
regularity of individual deposits within each ore field can be
learned. Special attention is given to underground mapping.
Additional methods employed are: micro-structural analysis,
geo-chemical methods and the aerophotographic method.
There are 8 figures and 112 references, of which 111 are Slavic
(Russian).
AVAILABLE: Library of Congress
Card 4/4

All @- IT,
AUTHORSs Lukin, L.I., Sonyushkin, Ye.P. 11-58-3-1/14
TITLEs Structures of Hydrothermal Uranium Deposits and Some Problems
of Their Study (Struktury gidrotermal'nykh uranovykh mestorozh-
deniy i nekotoryye voprony ikh izuchoniya)
PERIODICALs Izvestiya Akademii Nauk SSSR, Seriya Geologicheskaya, 1958,
# 3t pp 3-15 (USSR)
ABSTRAM This article deals with questions of the connection existing
between hydrothermal uranium deposits and local tectonic struc-
tures. As the exploration and search for new uranium deposits
was intensified during the past years, several regularities of
their distribution and location were observed, although not
sufficient enough to draw any decisive conclusions. In general,
a superficial study shows that main deposits are usually found
in the zones of passage of shields and plateaus into geosynclines,
and also where the sagging of plateaus is observed. Numerous
regional breaks are characteristic for uranium ore deposits. A
lack of information does not permit an average depth of these
deposits to be established. Some indications, such as hypabis-
sal appearance of intrusions and textural peculiarities of the
ore, show that they were formed in relatively shallow geological
Card 1/4 layers. This applies especially to deposits found in Canada,

11-58-3-1/14
Sttuctures of Hydrothermal Uranium Deposits and Some Problems of Their
Study
the Belgian Congo and in Cornwall. A certain structural rela-
tion between uranium deposits and volcanic craters has been
observed, and this circumstance must always be taken into con-
oideration when prospecting for ouch deposits.
Generally speaking, uranium deposits are situated irreLrular-
ly along the breaks. They can be divided in 2 groups: 1.)
found at locations of large breaks and 2.) located in fissures
radiating from the main break.
The structures of the hydrothermal uranium deposits are
defined by folded and disjunctive breaches, with a preponder-
ence of the latter. The article enumerates seven main groups
and gives their characteristics.
The authors further stress the importance of cillecting more
informations on the structural changes in uranium depositsq
occuring when the exploitation reaches a certain depth, because
structural conditions of their formations and the importance
Card. 2,/4 of the deposits can thus be determined.

11-58-3-1/14
Structures of Hydrothermal Uranium Deposits and Some Problems of Their
Study
Finallyp study of structural conditions of
uranium in hydrothermal deposits gives the following prin-
eipal types of ore-bodiest
1@ conformable ore-bodies in extreme steep folds;
2 ore-bodies in the zones of stratified breaks;
3j ore-bodies in folds of ore-bearing crevices;
4 ore-bodies in places of intersection and junction of tec-
tonic zones and crevices;
5) ore-bodies in places of interlinking main crevices;
6@ ore-bodies underlying tectonic dislocations and dikes;
7 ore-bodies in places of intersection of ore-bearing
crevices with dikes, older veins and rocks favorable for
ore-forming;
8) ore-bodies in sections of development of small crevices.
Of the many questions needing further elaboration, the most
important aret
1) a more accurate definition of the depth of formation of
hydrothermal uranium deposits, and of the vertical inter-
vals of the development of their mineralization;
2) Determining the role of folded structures in the distri-
Card 3/4 bution of uranium fields and deposits;

1 11-58-5-1/14
St:"ructurea of Hydrothermal Uranium Deposits and Some Problems of Their
Study
3) further study of the structural relations of deposits and
large breaks;
4) specification of the role of disruptions and folds of
different genetic types in locating uranium deposits and
ore-bodies;
5) study of regularity of structural changes of uranium depo-
sits in relation to their depth;
6) further investigation@of causes of preferential deposition
of ore-bodies in rocks, favoring such formation, and
studyiag the role of metasomatosis in the formation of
uranium ores.
There are 12 drawings.
SUBMITTED: September 5, 1957
AVAILABLEs Library of Congress
Card 4/4

LvKiN.)U.T_
AUTHORS VolIfFon, Y. I.v @';.jutor of Geclogjcal and ',@0-58-4-6/44
Mineralogical Scienceq, ukin
Candidate of UeolofJosa and Ninekilo-ji-a-d-I Sciences
T! T Structure Research of !-:t'Ldojrerv;uz; III:eposits
(Izucheniye struktur endogennykh rudnykq poley i
mestorozhdeniy)
ERI 0 IDI C..,,, LVestnik Akademii Nauk 1958, Nr 4,
PP- 42-47 (USSR)
ABSTRACT: 11ndogenous deposits are formed as a result of the
oi
magmatic processes and include the
development
preponderant part of metallic-ores and non-metallic fossils.
,imongst thtmone can differentiate between magmatic and
pegmatite deposits which are Cormed by cristallization
processes of magiratic masses, as well as hydrothermic ones
which are formed by hot water-solutions. The essential
magma'tic depntiLs contain the main share of the following
ores: nickel, cobalt, chrome, titanium,platinum, osmium,
tridium, phosphorus, and rare earths. The pet.-aatite
deposits: mica, feldspars, berylliunt, lithium, tantalum,
Card 1 /4 columbium, thorium, rubidium, cesium, and otherg. Ambng

Structurp Research of Endogenous Ore-Fields and 3.:)- 5&4-61,!A
Deoosits
the hydrothermic deposits one differentiates between:
such of high, middle, and low temperatures. The fLrst
contain mainly.@: iton, tin, tungsten, molybdenum,
d-', lead, zinc and other metals.
partially gol The deposits
of middle temperatures; copper, leady zincp gold, 3ilverg
arsenic, bismut, sometimes cobalt, nickelv indium, cadmium,
gallium, and others deposits of low temporatures: mercury,
ant imor, arsenic, gold, silver, partly, lead, zinc, copper,
uranium, radium, thalliurn, and others. The dresaing of' ore
increases annually which demands the discovering of new
deposits especially in territories which are close to those
where wofxs are in progress now, as well as in now
territories. For the solution of there tasks it is of great
importance to know the mathematicall interrelationship of
these deposits which depend on the geologic structure of
ore-containing fields. The determination of the particulars
of' the geologic structure which influence the localization
and the form of the deposits is the most importent work.
')irthermore,these researches and all factors which influence
Card 2/4 them are described in detail. It is emphazised that the

Structure Research of Endogenous Ore-Fields and 30-56-4-6/44
Deposits
tasks of the structure research of endogenous deposits
exist in reconstructing the history of the geological
development of orb-containing fields and in the
determination of the influence of tectonic perturbations
and of the composition of rock upon the spatial
distribution and form of the ore-fields in ore-containing
territories, fields and deposits. The main research method
exists in compiling detailed geological maps of ore-
containing territories at a scale of 1:50000 - 1:100000,
ore-fields 1:5000 - 1:10000, and single deposits 1:1000 -
1:2000 with great use of subterranean data (1:200 - 1:500)
and detailed sketches (1-25 - 1:100)-
The author points out that at present ore-fields of great
deposits do not have detailed geologic maps. The works on
the field of modelling.tectonic processes are at present
still in an early stage. The researches want greater
application of geologists, operating- and eoonomioS:..
experts. In the next years all remainders in this fields
should be worked up by considering geophysical research
Card 3/4 methods as far as possible. The research works in the

Structure Research of Endogenous Ore-Fields and 30-58-4-6/44
DepositB
field of the modelling of teotonio deformations should
be organized in the geological institutes of the
Academy of Sciences of '"i USSR.as well as in the Academy
of Sciences of th4 Unioi, lepublics. These researches
systematically carried L, allow to rationalize the search-
and prosbecting works and to increase their effectivity.
1'*"ftopbyvicaI prospecting-USSR
Card 4/4

VOLIPSON, F.I.; KUSHNARDV, I.P.; LUKIN. L.I.; KHOROSHILOV, L.V.
Age relation betveen diabase-porphyry dikes and ore-bearing veins;
reply to I.K. 14irkhodzhaevts article. Zap. Uz. Otd. Yses. m1n. ob-va
no.12-.115-120 158. i_ (MIRA 11:10)
(laramazar Mountaino-nbre deposits)

VOLIFSON9 F.I,,; LUKIN, L.I.9 red.; SERGEMA9 N.A.9 red. izd-va; BYKOVAI
V.V. 0 tbkhu-.-red-.-
[What are ore depositst where And how should prospecting be
conducted3 Chto takoe rudnye mestorozhdeniiap gde i kak ikh
iskat'. Izd.2. Moskva, Gos.'nauchno-tekhn. izd-vo 3.it-.ry
geol. i okhrane nedrq 1959 70 po (MIRA 14:8r
(ore deposits)

Will"
i All
ls@ .41
JAI ID71 E
gal
a 10
All
May ig 12
n
it a
-T r

studying stractures of endogenouO ore leposits. Geol. rud. mesto-
rozh. no.4:3-30 Jl-Ag 160. (KIRA 13:8)
1. InBtitut geologii rudnykh mestorozhdeniy, petrografii, i
mineralogii geokhimii AN SSSEL, Moskva.
(Ore deposits)

BAYMUKHOMOV, Kh.N.; VOLIFS011, F-I-; ZAKIROV, T.Z.; KOROLEV, V.A.;
UETTER, V.M-; KUSHMAREV, NEVSKIY. V.L-;
UIKIFOROV, N.A.; PICK, A.K.; RUSANOVA, O.D.; SOMMSHKIN, Te.P.;
CHMMSHEV, V.P.; SHFMTHO, P.A.
Alekeel. Vasillevich Korolev; obituary. Geol. rud. mestorozh.
no.4:134-135 JI-Ag 160. (KIRA 13:8)
(Korolev, Aleksei Vasillevich. 1897-1960)

KRAVCHOKO, Grigoriy Gavrjlovich; otv.red.; SHLEPOV, V.K.,
red-.Izd-va; ULIYANOIJA, O.G., te]Om.red.
(Geological and structural characteristics of the Kan lead and
zinc deposit] Geologostrukturnye osobennosti Kanskogo 8vintsovo-
tsinkovogo mestorozhdoniia. Moskva, Izd-vo Akad.nauk SSSR, 1961.
U9 p. (Akademiia nauk-SSSR. Institut geologii rudnykh mestorozhdenii,
petrografil., mineralogii i gQokhimii. Trudy, no.57) (MIIIA 14:11)
(Alay Range-Lead ores)
(Alay Range-Zinc ores)

SOKOLOVO G.A., doktor geole-mino nauk) otva red. Prininali uchastiyess VIASO-
VA, D.K.; GLAGOLEV, A.A.; ZHARIKOV, V.A.; LOGINOV, V.P@ j LUKIN, L#1
WAKELYA, R.O.; 014ELOYAIIENKO, B.I.; OSTROVSKIY I.A.; MT-SEV, N.N.,
.1 ip
PODDIZSSKIYp N.V.; RUSDIUVI L.V.; SOFIANO,, T.A.; TIMOFEUVA, L,K.;
SHABYNIII, L.I.; SHADLO, T.N.; IAPIN, V.V., red. izd-vaj FAMII, Ye.V.p
tekhn. red.
(Pbysicochomical problems in connection with the formaiion of rocks
and ores] Fiziko-khimichaskic problemy formirovaniia gornykh porod i
rud. Moskvap Vol.l. 1961. 658 p. (MIRA 14:10)
1. Akademiya nauk SSSR. Institut geologii rudrqkh mestorozhdenii, pet-
rografii, mineralogii i geokhimii. 2. Institut goulogii rudnykh mesto-
rozhdonly, petrografiip mineralogii i geokhimii AN SSSR, Moskva (for
Vlauova, Glagolov, Zharikov, Omellyanenko, Op+rovskiy, Pertsov, Sha-
bynin). 3. Moskovskiy goologo-razvedoebiVy institut im.B.Ordzhonikidze
(for Shabynin., Pertsev.)
(Petrology)

VOLIFSON, F.I.; LUKIN, L,,I.,. ZALESSYIY, B.V.; ROZUGV, Yu.A.
Role of the study of the structures of ore deposits and of the
physicomechanical properties of irocks in the determination of covAitions
of localization of endogenic orb deposits. Trudy IG124 no*41.1,;-14
141, OMA 14:8)
1. Iaboratoriya struktur rudnykh poley i mestoi-ozhdeniy Iastituta
geologii rudnjk@\mestorozhdeniy-, petrografii, mineralogii i
geofiziki J Laboratoriya fiziko-mekhanicheakikh issledovanly
gornykh porod Instituta geologii rudnykh mestorozhdeniy., petrografti,
mineralogii i geofiziki.
(Ore deposits)

S/081/62/000/010/03V085
.316 8/'2 18 0
AUTHORS: ,ol If q on, F. I. , Kushnarev, 1. P.
F),Porc'-,,1mv, i. Ye. , Sonyushkin, Ye. P., ,,in, A.
Tisbi
T' I T L B' Some problems concerning the formation offlijkdrothermal
uranium deposits
PERIODTCA!,: Referativnyy zhurnal. Khimiya, no. 10, 1962, 117,
abstract 1OC111 (Izv. vyssh. uchebn. zaveden'iy. Geol. i
razvedka,Yno. 9, 1961 1 12-24)
eolo@ical study of samples from hYlrothermal uraniurr, der)osits
-ron, various provinces shows that they have many -,ere'6ic.@eatures in
common. T*ie urar.4Lur-bearin-r, prov-inces are characteriLed '@y many stages
of man-matism. Uranium mineralization is due to plutonic bockets of
granite niag.-ma in tile final stage of development. Lar-e-spale chemica'
analyses for one of the provinces showed the mean untnitim- content o' ,he
Barl,,)r lilercynian ma-ma complex to be 2.2-10-411a, that uf the ;@'.iddle
I -
-4;t
lercynian 4.6-10 7.3 and that of the Late 'Hercynian 6.3-10 In each-
separate intrusive complex the quantity of uranium is greater in the
Card 1/2

3/081/62/000/01D/039/0851
Some problems concernint, the B16a/-bin
youn-er roc!,:s. Uranium mineralization occurs duriu- one of t'he final
ota.ges of.the hydrothermal process, The principal paragenetic
associations of Ditchblenrle'are pitch-sulfide, p-tch-carbonate, pitch-
L
-;t;h-quartz-pyrites. The first two associations ar'e
fluorite and
@y- L -
pical of uranium deposits properly speakiap,. Uranium can be
transported in hydrothernal solutions in tetrava-lent and hexavalent
forms, pasoin,- throu,-h the stacer, of true and colloidal solutions.
conditions for the formation of 'he u er part of uran'uzi
7 'ts are found a' 500-700 r, from the former surface of the earth
a e:@I
- nossible vertical mineralization ranre of up to MOD m. D e @.) o 0 it o n
of t@ ccominnied b
,"Ae ores is a - y silicification, chloritization, albi'ization
and sericillization of the enclosin- rocks. Albitization is t,7pical of
.,.e upper parts of uranium ore-bodies. The temperature at which 'he ores
form-, is found to be 150-nooc. Abstracter's note: Comnnlete trans-
lation.:
Card 2/2

VOLIFSON, F.I.,- LUIS@tl_, Lj.- IU';VSKIY, V.A.; PEK, A.V.; SIIEIUITWN, P.A.
"Prospecting for mineral. deposits" by T.M. Kreiter, Feviewed
by F.I. Vollfson and others. Sov-0016' 4 no.12.133-137 D 161.
(MIRA 15:2)
1. Inotitut geologii rudnykh mestorozhdeniy, petrografii,
mineralogii i geokhimii.
(Prospecting)
(Kreiter2 VJQ

PEK, Arnolld Villgellmovich- LUKIN L T otv. red.; FIN'KOJ, V.I., red.
izd-va3 YEGOROVA,
[Geology of the Tyrny-Auz ore deposit] Geolo.gicheskoe stroenier
rudnogo polia i mestcjrozhdeniia Tyrnyauz. Moskva, Izd-vo Akad.
nauk SSSR, 1962. 167 p. (AA'ademiia naulk SSSR. Institut geologii
rudnykh mestorozhdenii pe-trografii mineralogii i geokhimii.
Trudy, no.56.). (MIRA 15:6)
(Tyrny-Aiz region-Gre deposits)

VOLIFSON, Fedor losifovich; LUKIN - Leonid Ivanovich; SERGETEVA, N.A.,
red. izd-va; BYKOVA' V.V.., tekhn. red.
[What are ore deposits, where and how to search for them]Chto
takoe rudEye mestorozhdoniia, gde i kak ikh Iskat'. Izd.3.,
perer. Foskva, Gosgeoltekhizdat, 1962. 77 p. (MIRA 15:12)
(Ore deposits) (Prospecting)

VOLIFSON, Fedor Iosifovich; LUKIN. Leonid Ivanovich; SERGEYEVA, N.A.,
red. izd-va; BYKOVA, V.V., tekhn. red.
(What are ore deposits, where and hoy to search for them]Chto
takoe rudnye mestoroohdeniia, gde i Icak ikh iskat'. Izd.3.,
perer. 14oskva, Gosgeoltekhizdat, 1962. 77 p. (MIRk 15:12)
(Ore deposits) (Prospecting)

VOLIFSONI F.I.; LUKIN, L.I.; SOKOLOV, G.A.
ft@-
In memory of AcMemician Sergei Sergeevich Smirnov. Geol.*ud.
mestorozh. no,6:114-3-16 N-D 162. (MIRA 15:12)
(Smirnov,v Airgei Ser'g'eevich, 1895-1947)

LUKIN, L.I.
"Ccmip2ex metal deposits and metal2ogeny of eastern Transbaikaliaw
by S.S. Smirnov (akademik]. Reviewed by L.I. Lukin.
Vest. AN SSSR 32 no.11:143-144 N t62. (MIRA 15:11)
(Tranabaikalia--Ore deposits)
(Smirncyv, S.S.)

LUKIN, L.I,.., ckv.red.; MPKHIN, S.S., red.izd-va,- ULOYANOVA, talchnerede;
ULURAP V.I., tekhn.red.
(Study of the s"ture of ore zones deposits] V4p*v7 lzadheniia
straktwx z*LVO polei i mestorozMenii. Moskva, 12d-vo Akad. na*
SSSR.,'- 1962. Ul p. (Akademiia nauk SSSH. Institut geQlag"m rmdnykh
wxtorozhdenU,,f.atwgrafii. almmloeii i geokbimii. Trudy, no.82)
(HM 15tlO)
(Ore deposits)

ORLOVA, A.V.; TOMSON, 1.1,1.; F.I.; LUKIN, L.I.;
SHATALOV, Ye.T., red.
[LitholoFical and structural factors @n tba dist-ibution
of mineralization in ore regiopa; baoJ..c principles of
metallogenotic research and the-compilation of metallo-
genetic and forecasting inaps of ore regions] Litologiche-
ekle i otrukturn- faktory razmeshcheniia orudeneniia v
rudnykh raionakh; osnovnye printsipy rietallogenicheskikh
issledovanii i sostavleniia metallogenicheakikh i prognoz-
nykh kart rudrWkh raionav. Moskva., Nedra, 1964. 212 p.
(MIRA 17:12)

VIASOV, K.A.; BELOV, N.V.; VOLIFSON, F.I.; GENKIN, A.D.; GINZBURGJ. A.I.;
-JAKjIJ,_Lj_jt; KORZHINSKIY, D.S.; SALTYKOVA, V.S.; SAUKOV, A.A.;
SOKOLOVI G.A.; SHCHERBAKOV, D.I.; SHADLUX, T.N.
Konstantin Avtonomovich Nenadkevich, 1830-1963; obituary. Geol.
rud. mestorozh. 6 no.1:123-125 Ja-F 164.
(MIRA 17:11)

WIINOVSKIY, Yevgeniy Pavlovich; LUMIN, L. I., karid. gool.-miner. naul,
otv. red.; KRISTALINYT, B.V.P-,red.-"
[Structural conditions for the formation of vein volframite
deposits] Strukturnye u5lovila formirovaniia zhilinykh
vollframitovykh mestorozYdenii. Moskva, llaul@a, 1965. 1965.
162 p. (MIPA 18:9)

102
inieralo tyi i
ri c,

SHCHERBAKOV, DII.,, akademik; CRUKHROV, F.V.; VOL'i.,OON, F.L. doktor geol.-min.
nauk; jRKI4,,,.Lj. _
Scientific vork of Academician losif Fedcrovich Grigarlev. f
12v. AN SSSR. Ser.F-reol. 30 no.IlilIO-114 N-165.
(bYRA 18:12)
le Chien-korreflpondent AN SSSR (for Chukhrov).

VOLIFSON, F.I.; LUKIN, L.I.
Prospecting for hidden endogenetic mineralization. Razved. i
okh. nedr 31 no.7il-6 J1 165. (MIRA 18-M)
1. Institut geologii rudnyk-b mestorozhdoniy, petrografii,
mineralogii i geokhimii AN SSSR.

VINOGRADOV, A.P,; KORZIII.4,-YIY'D.S.; SMIRNOV, V.I.; SHCHERBAKOV, D.I.;
AYDIN-YAN, N.Kh.; VINOGRADOV, V.I.; VOLIFSON, F.I.; GENKIN, A.D.;
DANCHEV@ V.I.; LUKIN, L.I.; OZEROVA, N.A.; PlLEL'PL4N, A.I.; REHARSHY,
V.I.; K.,',,.; SHOLU11, T.N.; spiPnim, F.K.
Aleksandr Aleksandrovich Saukov, 1902-1964; obituary. Geol. rud. mestorozh.
7 no.lil24-125 Ja-F 165. (MIRA 1814)

LUKIN, Leonid Ivanovich; CHERNYSHEV, Vadim Fedorovich; KIJSHIIAREV,
------_Tv_an_Ta=vovTc-H,- PEK, A.V., otv. red.
(Microstructural analysis; methodological textbook for
geologists studying ore deposits] Mikrostrukturnyi ana-
liz; metodicheskoe posobie dlia geologov, izuehaiu3hchikh
rudnye mestorozhdeniia. Moskva@ Nauka, 1965. 123 p.
-[Supplement) Prilozhenie I-XIT. diagra. (in folder)
(MIRA 19;1)

/*
3/058/60oo/bio/oWioo
AO011A1O1
AUTHORS: Lomsadze, Yu. M., Lend'yel, V. I.. Krivskiy, 1. Yu., Puahchich,
Kh.1mich, I'. V., Lukl:n, L. P., Ernst, B. M,
TITLEt On applying modified parturbation method to interpretation of nu-31acn
scattering
PERrODICALs Referativnyy zhurnal. FIzIka, no. 10, 1961, 25, abstract 1OA257
(V ab. "Probl. sovrem. teorii elementarn. chastits", no. 2. Uzh-
sorod, 1959, 211-216 E ngl. summary)
TEM Differential effective arose sections for all types Of M-3catter-
Ing have been determined In the first non-vanishing approximation of the modified
perturbation method (consisting in a special summation over all simplest barion
loops inserted into internal t-meaon lines of the Feynman 2nd-order graph
assumptions are made an existence of scalar T-manons and violation of charge
Independence of nuclear forces at high energies. The cro@s sections calculated
ge 100
for the ran - 600 May agree.sufficiently well with experimental data.
Thereby the results of the preceding study (abstract 1OA2!56) are additionally
substantiated. An interesting possibility is discussed that at sufficiently
Card 1/2

S/058/6i/ooo/oio/oo6hoo
On applying modified perturbation AOOI1AIOl
great coupling constant, the scattering cross seation may be completely in-
dependent of its value.
[Abstricterla notet Complete translation]
Card 2/2

IUM., L.P.; SMEBRYAKOV, V.V.; KOBKOVA, V.I., red.
[Solutions to integral equations describing low-energy
pion-pion scattering] Resheniia integrallnykh uravnenii
nizkoenergeticheskogo pion-pionnogo rasseianiia. Novo-
sibirsk, In-t rat@em. s -rTchislitel1riym tsentrom, 1962.
10, xix P. (MIRA 17:6)

LUKIN, L.P.; -SHEBRYAKOV, V.V.
Solution of a system of nonlinear sinjKalar integral
Sib. mat. zhur. 5 no.6:1422-1424 N-D 164. (YUTF-@ 17@12)

KESELIMAN, G.; LUKIN, M.
Tower substation of precast reinforced concrete. Sell. stroi. 15
no. 2:12-13 F 161. (MIIRA 14:5)
1. Nachallnik proizvodstvenno-tekhnicheskogo otd6ja Moskavskogo
tresta "Sellelektrostroy" (for Keseltman). 2. Starshiy inzh.
Moskovskogo, tresta "Sellelektrostroy" (for Lukin).
(Precast concrete nonstruction)
(Electric substations)

KONDRATIYEV., A., inzh.; LUKIN, M., inzh.
Television system for wellso Radio no,1230-32 J& 164,,
- (NDU 17 t 8)

LTVII-11 t". A.
"Supports for Electrie.-al Trannrission ldvr@s or joirtIcan Ster.1 pij-e.11
SO: P"I'lek. Stan., no, 5, 191.8. Enfir.

ACC NRt AP6026423 M SonCE CODE: URA@7@/66/Vic)/OOV0064/0065
:AUTHOR: Lukin, X. G. (Captain 2d Rank Reserve)
ORG: None
iTITLE: A simplified method for evaluating the accuracy of observations
ISOURCE: Morskoy sbornik, no. 5, 1966, 64-65
1TOPIC TAGS: ship navigation, mathematic method, radio compass, ranging
ABSTRACT: Calculating a ship's position using the mean square error for the position
observation obtained by taking three bearings (or radio compass bearings) is a long
and complicated procedure using known methods. A method is described Whereby average
ranges, rather than the ranges to known objects, are used in a simplified form. A
table, included in the discussion, is provided for obtaining average readings, which
are then used to find the mean square error. Examples of the use of the method are
included. Orig. art. has: 3 formulas and 1 table.
SUB CODE: 17/SUBM DATE: None
Cord 1/1

S/194/61/000/011/066/070
D271./D302
AUTHORS: Kondratlyev, A.G., Lukin, M.I. and Minenko, Yu.G.
TITLE: Objective measurements of quality indices of tele-
vision signa70
PERIODICAL: Referativnyy zhurnal. Avtomatika. i radioelektronika,
no. 11, 1961, 26, abstract 11 K195 (Tr. nauchno-
tekhn, konferentsii Leningr. elektrotelthn. in-ta
sv#azi, no. 2, L.1 19611 3-6)
TEXT: Report on the equipment for objective evaluation of
picture quality which was developed in 1960 by the Television Depart
ment of the Leningrad Elel' trotechnical Telecommunications Institute.
The equipment includes instruments for measuring the definition,
signal-to-noise ratio. horizontal trailing, reflected signals,
levels and non-linearilty of the display. instruments are in devel-
opment for measurin the depth of the picture and contrast comnres-
sion distortions. @_Iustracter's note: Complete translation
Card 1/1

U k / h"" "Pl. le
AUTHOR: Nikolayev, K-Ye. and Lukin, M.R. 94-3-5/26
TITLE: An Apparatus for "Burning-out" HiEh-voltage Power Cables
(Apparat dlya prozhiga kabeley vysokogo napryazhe'niya)
PERIODICAL: Promyshlennnya Energetika, 1958, Vol 13 N0.3'
k pp- 10 - il NSSR).
ABSTRACT: This device is used in faultlocation to develop a partial
fault by applying a steadily rising d.c. voltage to a cable
until metallic short-circuit occurs between the cable core and
sheath. In the half-wave rectifier form, the apparatus can
be used to test 3 - 6 kV cables at high voltage; a micro-
ammeter measures the leakage current. The circuit of the
equipment, given in Fig.1, includes a power transformer,
voltage regulator, valve filament transformer, rectifying valves
and measuring equipment. The high-voltage winding of the
transformer is illustrated diagrammatically in Fig.2 and the
construction is described. The half-wave,..,rectifier circuit
shown in Fig.1 has two paralleled valves, type KPM-110, in
series with a limiting resistance of 30 to 40 Q and gives up
to 40 kV. With the full-wave rectifier circuit of Fig.3, the
apparatus can give 3.5 A at 15 kV. These values are always
Cardl/l sufficient for cables of 3 - 10 kv. There are 3 figures.
AVAILABIR: Library of Congress

PJ@IN, M.V. (Roskva)
Morphine test in cholangisgrapby. X3.kn.med. 39 no.3:91-91*
Nr 161, (KMA 340)
la Iz kafedry rentgenologii i radiologii (zav. - zasluihennyy
dayatel nauki. prof& S,Ae Heynberg) TSentrallnogo instituta
usovershenst7ovaniya vraoheyo
(BILIARY TRACT-RDIOGRAPHY)

IUKIN, IT.
-- ------
0
Cooperation with a factory. Prof.-tekh.obr. 1? no.3:4-6 Mr 160.
(MIFA 13:6)
1. Direktor remeslennogo uchilishcha No.3, g.Gorlkiy.
(3ducation, Cooperative)

LUKIN, N. F. Cand Agr Sci -- "Forest-improvement characteristics of terraces
a- of
Laade by NOW D-20A grader7'. Taslikent)1960, (State Co=ittee of Higher and
Secondary Specialized Education of the Council of Ministers UzSSR. Washkent
AAr Iust). (KL, 1-61, 201)
-301-

LUKIN
Crimean pine (Pinus Pallasiana) in Aman-Katan. Uzb. blol. zhur.
no.3:22-26 '59. (MInk 12:11)
1.1notitut lesnogo khozya3rstva Uzbeksko7 Akademil sel'skokho-
zyayetvannykh nauk.
(Aman-Kutan--Pine)

LUKINP N. G.
"The idle stopping device of the welding transformer," Industrial Energetics, 1951.

LUKINP N.I.- -
Fxperimental investigation of burners with periphery feed of
natural gas. Gaz. prom. 7 no.6zl7-23 162. (yjF-A 1.7.6j"

AUTHOR: 149-58-4-9/15
TITLE: The OptimL Photoelectric Photometer FM -58 ( Vizual'no-
fotoelektricheakiy fotometr FV-58)
PERIODICAL: Priborostroyeniye, 1958, Nr 4, pp. 20-21 (USSR)
ABSTRACT: The new device can be uaed both for oliti&aand photoelectric
photometry.
A description of the "OptimZ"part is given. The latter i,-
essentially a Pulfrich-photometer.
If a double prism is introduced into the course of beams, each
of the two beams of light are directed by means of a mirror
onto a ground-glass plate, where the image of the illuminating
lamp becomes visible. The light reflected from the ground-glass
plate impinges upon an Sb-Cs-photoelement (STsV 6). The latter
is then switched into a differ@ential scheme circuit. The differ-
ence of the photocurrents originating from both photoelements
is amplified and recorded by means of,a zero-galvanometer. The
Card 1/2 gal7anometer has a sensiti-4ity of 10-b A/scale graduation.

The OPtie&l Photoelectric Photometer -58 119-58-4-9/15
Photoelectric photometrization takes about three to five timF,-,s
less time than the apticalmethod. At the sam-@ t@jne, however,
ac,T-aacy is increasea by the two-fola. Them are 3 figures, and
1 tablti.
Cara 2/2

MWMMIO G.A., dottor takhno prof.; BOGATYRW, N.A.. inzh.;
Kethode of determining the heat-produoing capacity of gas fuels
and. o6apaiative awaysis of these methods. Isy. vys. ucheb. zav.;
enork,.no,'4:98-103 AP 1580' (MIRA, 110)
1, LIvoyekly politekhnichookiy institut.
(Gases)' (Calorimetry)