SCIENTIFIC ABSTRACT GINDIN, L.G. - GALKIN, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000614120002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GAMIN, I.F., inzh.; YZVSEYEV, Yu.A., inzh.
I- ---Us a of automatic and remote control in subway power supply.
Blek. i tepl. tiaga 2 no-7:26-27 Jl 158. (MIRA 11:7)
(Leningrad-Subwa") (Automatic control) (Remote control)

01 -

ACC Mi Ar6o,27736 SOURCE CODZI UR/0020/66/169/004/oB65/067
AWHOR: Gindin, L. G.; Vol'pyan, A. Yo.; Galkin, 1. F.
ORGI All-Union Correspondence Polytechnic Inatituto (VGoooyuzW zaoohnyy polltoWhni-~.
c he ti k iy ' I
TIT1,29 Structuralization of sugR~nai6ijsland powders of certain motQla in a constant
electric field
SOWRCEg AN SSSR, Doklady, ve 169, no. 4v 1966, 865-867
TOPIC TAGS: powdor metal, dielectric breakdown , 'el-s-erele- 111,FA0 'e, roe
00 A-' D r., L) , r r1
ABVRAC~7: Suspensions, in -gasoline (B-70) and g,~sqlino-immorr-od no (Lors of Fo, Ni, Co.1
actricfiold.' laitho-
;o"I' Sb IBI Sn Fb'and j~-, were studied in a constant o1
notal particlasworo oxidized as a result of prolonged contact with air. On the baais
of the bnhavior a -f their diGporso systems, the metals studiod are divided into four
groupst (1) Fb, Bi; (2) Fo, Co, Ni, Cr, W, Mo; (3) Sn, Zn; (4) Sb. The difforoncei
between the first throu groups are-shown in Fig. 1, where, the first group is ropro-
sonted by load. The conductivityl8f load up to the breakdown was too low to be mean-
4rod, and became high only after the breakdown (indicated by a broken lino) 7ho soc-
ond group is represented by Fo, and Co, whose structures in relatively weak Loldo (up
to 'the breakdown) display a conductivity obeying Ohm's lavp and as the field increases,-
a conductivity characteristic of thin semiconducting films in strong fields.
J-
r
Card 3 UDCi 34-148

1`)~X 57A i4l~ IA. W-111 ii-~' S U -f:~ il;;- I ~';T' It ~ I, - [;~IZ7~ Il'Ifl 1111; 11 1111 Ili
1,01 IRIMMIMAIAIN 101114. 1 1,41M I
L 05130-67
. . . ......
ACC NR: u,,6027736
Breakdown occurs after E Ecr is reached. The third group is characterized by a
GUU groater Increaso of conduptivi ty with rising El wharoas in Fo And Co tho curro
preceding the breakdown are 10-11 A, they amount to - 10-3 A in Zn and Sn. In gonoral,
the behavior of suspensions and powders of tho metalsitttudied is determined by the na-
ture and primarily by the conductivity of their oxide films. 7he formation of struc-
tures in the electric lield is due to polarization forces of tho particles, this polar-,
,rig. 1. Volt-ampere characteristics of struc-
turos in Fb, Fe, Co9.Zn and Sn powders (broken
lines indicate breakdown leading to the forma-
tion of a bridge).
E-

- - -- --------
L 05130-67
ACC NR, AP602-7736
ization in turn being related to the conductivity-of the surface oxidoo. A conductiv-1
ity low enough to promote the fornation of more or loss stablo structuros up to tho
broakdown is shown by oxides of the metals of the first three 1~roupa. -kno-papor was
presented by Acadomician Robindor, P. A., 11 Wo 65. Authors thank Prof. V. YO. Gul'
for his steady Interest in thi.3 work and for discussing Its results. Grig.
2 figures.
SUB CODES-OZ//1,01 SUBM DATES 040ot65/ ORIG REFS 010/ M REFs OC4
ard

-AT " - - (7
,,, il~, ': .
c ti ve ties s of Vnrious :", thods for Vi'lrter Goncret,~ Reinforced-
Concrete 7orks." Thesis for degree of C-:nd. Technical Sci., Sub 24 jar 49, ','osco-.,;
Engineering Economics Inst Lmeni Sergo Ordzlionikidze.
Summary F2, IF Dec r2, Dissertations Frespntr-d For Dt.,-rtesln. Science ank! T~,riqineertng
1.11 '.!Oscow ill 1.949. From Vqchev!i_va_VT','oskva, Jnn-Dec 1940.

PHASE I TREASURE ISLAND BIBLIOGRAPHIC REPORT AID .146 - I
BOOK Call No.: TA681-G95
Author; GPJAIN, I. G., Bach. Eng. Sci.
Full Titlei SELECTION (F THE EMCTM METHCD OF WINTER COWCFZTE WORK
Transliterated Title: Vibor effektivnogo sposoba simnego, betonirovaniya
Publishing Data
Originating Agency. Constructor's Library on Questions on Economics and Plannin
Publishing House: State Publishing House of Construction Literat~re (Stroyizdat
Date: 1951 Ito. pp. : 91 No. of copies: 4,000
Editorial Staff
Editor: Bq4nevip~,,_L Bach. Eng. Sci. Tech. Ed.t None
Editor-in-Chief: None Appraiser: None
Text Data
Coverage: Methods of computation of the time-temperature relation for different
concrete grades under different winter conditions are given for cm-
parison and selection of the most efficient and economical procedure
in concrete and reinforced concrete vorko under given climatic and
regional conditions. The analysis of technico-economical character-
istics of different methods of mold heating Is presented with tables
and charts.
The book contains analytical and practical solutions of essential
problems on winter concrete works based on the exptriments of promi-
.1/2

GALKIN, I.C.
Vibor effektivnogo sposoba zimnego betonirovanlya AID 146 - I
nent engineers in the scientific research institutions.
Purpose: A handbook for engineers, designers, and technical personnel in
construction works.
Facilitiess Presented data developed from early works of the following Soviet
scientists: Prof. A. V. Ba3ran(nrikiy, Prof. To A. Kireenko, Dr. Eng.
Sci._,, V. So Luklyanov, Prof. V. Do Machinskiyp Laureate of the Stalin
Prize, Dr. Eng. Sci. S. A. Mironov, Bach. Eng. Sci. E. V. Shuipko,
Laureate of the Stalin Prize, BLqch. Eng. Sci. V. N. Sizov, Prof.
B. G. Skramtaev, Laureate of the Stalin Prize, Bach. Eng. Sci.
I. Go Sovalov, Bach. Eng. Sci. V. F. Utenkov and others.
No. of Russian and Slavic Referencest 12
Available: Library of Congress.
2/2

I. _ G.
1 1099- 61JIMAII 1. ij. I A. V. -- Rarvinnyyo raboty. dlya Izd
strolt. prom-sti). Kaunas, uchpedgiz, 195L~. 164 s. s ill. 22 sm. 2. 00' el-z.
3r. 85k. V T)er.--Biblio~~r: s. 161 -- Na litov. Yuz.--(54-57058)
69,~.1/2 & W16/3)
SO: Xnizhnaya Letopsis', Vol. 1, 1955

USPERSKIT. Taelliy Vasillyevich; A"Utj.Gr., kandidat tekhnicheskikh
nauk, redaktor; KMSUOVA, A.A., NXWtor lzdatellstva; MVIDBy,
L-TA.. tokhnicheskiy redaktor
(Lowering the cost of reinforced concrete construction] Salshenle
stolaostl sbornego shelesmobstoss. Isd. 3~-*, dope Moskva, Gone Is4-vo
lit-ry po strolt. i arkhtt., 1956. 100 p. (am 9,17)
(Reinforced concrete construction)

VIAN'. . kandidat tekhnicheakikh mauk; YXALICV. H.F.,
. L
. -C' ; . z
16 nd Wi t - to khhl ; nauk. nauchnyy re"ktor; TYAPKIN, B.G.,
redaktor izdatellstva; GUSIVA. S.S.. tekhnicheakiy redgktor
[Masonry and facing work] lamennytt I oblitsovochuye raboty. Izd.
2-oa. parer. i dop. Moskva, Gog.isd-vo lit-ry po stroit. i arkhit.,
1957. 207 P. (KIRA 10:7)
(Masonry) (Yagades)

(-:~; IN ~ ~--t ~j ; --V,
GATZIN. I., kand.tekhn.nauk.
%W0000-- ---.
Prepa-rTn-g the building site for work in winter. Stroitell no.9:8-9
S '57. (KnU 10:12)
(Building)

r.nKill, I.G., kand.tekhn.nauk
Problems in the rhythmic work of
158.
Trudy MIEI no.9:299-311
(Construction
construction orgganizationB.
A
(MIRA
induBtr7)

,GALKIE 11 a Grig ich, kand.tekhn.XLauk; USPENSKIY, V.V., red.;
ci n
b5*,W- MALYUGIN, V.I.. red.; KASWV, F.A., red.;
CHEMAK, N.Ta., red.; SHASS, M.Ye., red.; TARAYEVA, Ye.K..
red.izd-va; STIPANOVA,.E.S., tekhn.red.
(Rhythmic work in the construction industry] Rltmichnostl
v stroital'stve. Moskva, Gos.izd-vo lit-ry po stroit.. arkhit.
i.stroit.materialam, 1959. 63 P. (Nnti 1-2:5)
(Construction industry)

MTKEKDZHIYAN, Ashot Arutyunovich; GALKIN, I.G., lzand.tekhn,nauk, nauchnyy
red.; MORSKOY, K.L.. red.izd-va; SLIKINA, Z.M., takhn.red.
EConsolidation and specialization of building organizations and
building materials plants in Moscow; practices and economic
effectiveness] Ukrupnenie i Bpetsializataiia stroitelluykh orga-
nizataii i predpriiatii pronyahlennosti stroitellnykh materialov
v Moskva; opyt i skonomichaskaia offektivnost'. Koskva. Goo.izd-vo
lit-ry po stroit., arkhit. i stroit.materialam, 1959. 141 P.
(MIRA 13:6)
(Koscow--Construction industry)
(Moscow--Building materials industry)

IMP
RIP n
tj
all
"i
if
14411 Hill

GATZIN, I.G., dotsent, kand.tekhn.nauk
Methods for lowering costs of concrete and raiaforcod con-
crete construction in winter. Trud7 MIXT no.14'.373-387 '59.
04IRis, 13:1)
1. Moskovskiy inshenerno-ekonomichookiv institut.
(Concrete construction--Cold weather conditions)
(Building--letimates)

-~J!~KINL I Go. kand.tekhn.nauk, red.; SHITOVJ~ L.N., red.izd-va;
SMSTNEVA, N.V., takhn.red.
(Norms and instructions (SN 104-60) related to operation
completion in housing construction] Normv 1 ukazantia po
opredelenHu. zadela Y zhilishchnom strottelintys (SN 104-60).
lzd.2., ispr. Moskva, Goo.izd-vo lit-ry po stroit., arkhit,
I stroit.materialam. 1961. 27 p. (NM 14:12)
1. Russia (1923- U.S.S.R.) GosudarstvenW komitet po delam
stroitel'stva.
(Construction Industry)

GAMIN, I.G., kand.tekhn.naWc, dotsent
The planning of operation completion and its significance in
accelerating commencement of the use of fixed assets and reducing
unfinished construction. Trudy MIEI no-15:338-347 161.
(RIRA 14:12)
1. Moskovskiy inzherc~rno-ekonomick6skiy institut.
(,Construction industry)

TO.I., doktor teWin.nauk, prcf,; KkllfCRXR, S.Ts., kand.takhn.
nauk, doteent; PAR,WB14 G.I., k&ud.tekhn.n&mk, dotsent;
GALKIN, I.G., kand.tekhn.nauk, dotsent; F*ROT, I.A., doktor
takhn.nauk, prof.; ViLmmy, I.D., kamd.tekhn.nauk, dotsent;
DIKOV, N.D., kand.tekhn.nauk, dotsent; SYMSOTA, Te.D., kand.
takhn.nauk, doteent; BRISKUN. I.A.. skonomist; ILOIN, T.H.,
inzh., na=hwy red.; LZYM, B.Pp ekonomist, nauchVy red.;
SKVORTSOVA, I.P., red.izd-va; MASIMOVA. G.S., red.lzd-va;
OMOURG, T.K., takhn.red.,- KASIXOT, D.Ta., takhn.re&.
[Organization and planning In the construotion industi7l Orga-
nizatsils, i planlrovanis stroitallnogo proizvodstva. Moskva,
Gos.1zd-vo lit-ry po strolt., arkhit. i stroit.materialaw,
1961. 526 p. (ERA 14:12)
1, Ghlen-korrespondent Akademli stroltellstrva I afthitektury
SSSR (for Varenik).
(Construction industry)

__,-G4-KAZANSKIY, B.M.,, nauchnyy red.; ILID1, V.M., red.;
GALKI~j I
HWUGD1j V.I., red.; KATSIN, A.S., red.; USPENSKIY, V.V.p
red.; LEYKIN, B.P., red.; SHASS, M.Ye., red.; GLAZM40VA,
Z.M., red. izd-va; BOROVNEV, N.K., tekhn. red.
[Problems of rythm and operation completion in construction]
Voprosy ritmichnosti i zadela v stroitellstve. Moskva, Gos-
stroiizdat, 1962. 168 p. (I a-U 15;9)
(Construction industry)

GALKIN, Illya Grigorlyevich, kand. tekhn. nauk; SINEV, V.S., inzh.,
% -va; MOCHALBA, Z.S., tekhn.
re .) OVA) Z.M., red. izd
red,
[Planning operation completion in bousing construction)Planiro-
vanie zadela v zhilishchnom s.troitellstve; nauchnoe soobshchenie.
Moskva, Gosstroiizdat, 1961. 45 p. (Nauchrye soobshcheniia,
no-14) (MIRA 16:1)
(Apartment houses) (Construction industry)

~- ~ ~ 1:11~ I,; I ,I .. I ~ .1 '!
VARENIK, Yr--. I.; PE.J'PL)V , I A., dol.-tor tckhll , DAlll' - KANI~ui:j,;i
d oktor skon. . muk, GAIKINJ - 1. G. dok tor ekov,, uoakt
PARATJMK, G.E., ka-r,0,.tekbn.n4mkF UNIVO U.N. kand.
nauk; VIKHREV, I.D... kand. LeMin. nauk; SYRIT.".0VA, Ye.D.,
kand.tekhn. nauk; BALIKIIIII, kand. ekon. nauk;
BRIMIAN, I.A.p ekonomist
[Organization and planning oC 0'r
ganizatsila i planirovanifl z~troltellnoc--a prol--voistvE..
2. izd. (By] E.I.Vdvoll;-
531 P. 1,U, i ". A11 8. 2)

LUKAYEV, Lazar' Panayotovicb GkLKIN, I.G.,.,,prof., reteenzent;
KUPERSWIDT, L.S.,
[Cranes for construction assembly and loading and-un-
loading operations] Krany dlia stroitellno-montazbrWkh i
pogruzochno-razgruzocbnykh rabot. Moskva Vysshaia
shkola, 1965. 231 p. NIRA 18-7)
1. Moskovskiy inzhonerne.-ekonomichaskiy-irts~iiitut imeni
S.Ordzhonikidze (for Galkin).

MASAI-OVICH, G.I., kand. tekhn. nauk, dots.; GALKIN, I.N., kand.
tekhn. nauk, dots.; KOSAHEV, A.I., kand. tekhn. nauk, dots.;
NIKOLAYEV, A.A.P assistent
[Outline of lectures in the general course on the technology
of metals] Konspekt lektsii po obshchemu kursu tekhnologii
metallov. Moskva, Pt.3. Sec.6. [Metal cutting] Obrabotka me-
tallov rezaniem. 1963. 235 P. (MIRA 17:7)
1. Moscow. Energeticheskiy institut.

STARSHINOVA., Ye. A.;
Use of explosions as sources of sound in determining the depth of
the sea. Trudy Okean. kom. 10 no.1:152-169 160. (KIRA 14:6)
1. Institut okeanologii i Institut fiziki Zemli AN SSSR.
(I'acific Ocean-Seismometry)

S/169/62/000/005/017/093
D228 D307
AUTHORS Galkin, I. N. and Kichin, N. N.
TITLE: Application of amplifiers of the seism-ic sta-rion cc-
7
30/60 XMI6 (SS-30/060 KM?V) for deep seismic sounding
work
PERIODICAL: laeferativnyy zhurnal, Geofizika, no. 5, 19062, 26, ab-
stract 51%203 (V sb. Razved. i Dromysl.*geofiz., no.
42, M. , 190'19 29-38)
TEXT: A redesigned version of serial station amplifiers is pro-
posed for deep seismic sounding work with the aira of changing over
-.o low-frequency recording on moving for dist *ances of 300 - 400 km
.rom the,explosion point. Frequency characteristics, open left-
wards to 2 c/s (on the 3 db level) and having a large set of right-
hand cuts of variable sharpness in -~he frequency-band 5 - 20 c/QS
were obtained as a result of the redesigning. Th,e improvement in
Uhe left-hand (low-frequency) part of the frequency characteristic*
-is related to the increase in the time constant of the connecting
Card 1/2

S11 6Y62/000/005/01 ~/093
.~Lpplication of amplifiers ... !)228 307
circuits and to the increase in the inductanc-e of the ~Lnput and the
output transformers. Versions of transformerless anode and cathode
out-outs that are sufficiently reliable and simple in their execu-
-Ilion are also considered. The set of the right cuts of the charac-
CD
t-eristuics was successfully increased and displaced to the low-fre-
quency side at the expense of a different switch co=,utation, the 4___100
increased inductance in the filter, and the use of new low-fre-
quency filters -- two-mmesh asymmetrical 10-ahaped filters with in-
creased inductance at the center, single-mesh ?-shaped filters with
doubled inductance, and single-mesh T-shaped filters. The harmoni-
zation of the filters, ensuring the best form of the Ifrequency cha-
racteris-Uics, was thereby accomplished. Experimental data are cited
about the influence of the regime of the amplifier's input on its
I equency characteristic. Several intermediate versions of ampli-
fier redesign are suggested in relation to the problems and the
available parts. Z-Abstracter-s note: Complete translation.-7
Card 2/2

IVANOV, M.I.j PODOL'SKAYA, N.S.; G-ALKIN,.-I.N.-
Dissolution calorimeter with an oscillating reaction vessel.
Zhur.fiz.khim. 36 no.&1838-1841 Ag 162. (MIRA 15:8)
(Calorimeters)

L 71
ACC NRI AI)6()321;17
AUT11OR: Zverev, S. M.; Gal-kin, I. U.
ORG: Institute of Physics of the Earth, Academy o Sciences SSSR (Institut fiziki
ZemliAkademiya nauk SSSR)
TITLL: Methods of observation mid possibilities of' increasing the recording range in
deep seismic sounding at sea.
SOURCE: AN SSSR. izvestiyap Fizika Zemli, no. 9, 1966, 12-22
TOPIC TAGS: deep seismic sounding, seismic measurement, marine seismic measurement,
oceanographic seismic measurement, seismic noise backgroundl
10oxio eQWP1nFAjT,
ABSTRACT: The state-of-the-art of regional microscismic investigations on land and
at sea in the USSR and in non-Soviet countries, primarily the USA, is outlined. On
the basis of data obtained in 1963-1964 by the Pacific Ocean Deer) Seismic Sounding
Expedition of the Institute of Physics of the Earth of the Academy of Sciences USSR,
the pr~oblem of improving the recording range, instrument parameters, and techniques
of seismic measurements at sea is examined. Comparison of the absolute values of
signals recorded during deep seismic sounding with the microseism background levels
at sea shows that during observations at a specific water layer or with the hydro-
phone on the bottom, the level of regional background noise sets certain limits on the!:--
effective sensitivity of this method. The level of regional microseisms is found to

L L-
,k& Nk~ WC632417
be lower on land than at sea. This is in agreement ~dth the high effective sensi-
tivity and recording range observed during coastal observations or marine detonations.
The level and spectral composition of regional interference permit improved param-
eters of apparatus used in deep seismic-sounding operations at sea, especially in
establishing the necessary sensitivity - minimal signal that can be reliably recorded
(0.1 dyne/cm2 in the 2-12 cps band)-and the necessary cut-off characteristics from
the low frequency side, beginning at 2-3 cps. Orig. art. has: It figures. (DMI
SUB CODE: 08/ SUBM DATE: 14jun65/ ORIG REF: 016/ OTH REF: 023/ ATD PRESS:
5093

L 04927-67 Z-IT ! 1) T4
A=W_ 6028734 SOURCE CODE: UR/3152/66/000/010/0041/0047
AUTHOR: Galk1n, 1. N.; Zverev, S. M.
ORG: none
TITLE: Hydrophones for deep- ic sounding
Lea seism
10
SOURCE: Razvedochnaya geofizika, no. 10, 1966, 41-47
TOPIC TAGS: selsmologic instrument, ocean acoustics, seismic wave
ABSTRACT: A novel light-weight piezoelectric hydrophone is described which will record
elastic waves over a wide dynamic and frequency range. It war, developed at the Institute of
Physics of the Earth, AN SSSR (Institut fiziki Zemll AN SSSR). The device makes It possible
to record simultaneously, without distortion, waves originating from deep-lying Interfaced In
the earth's crust and sound waves propagating In the water. The sensors are cylindrical
radially polarized plezoceramics (either barium titanate or lead zirconate titanate), charac-
terized by high mechanical strength, thermal stability, and resistance to moisture. A low-
voltage version of a preamplifier, designed to increase the signal level at the point of recep-
tion and to match the hIgh-resistance plezoelement with the recording circuits, is ftgrRmmed
Card- 112--- -....-

L CLL52-71-':-~7
ACC NR: AT6028734
and discussed. The hydrophone weighs 0. 4 kg, and its parameters are: sensitivity, 35 - 50,
v v/dyne/cm2; transmission oand from 1 cps to I kc; a m Inimum value of 0. 2 dy-ne/cm2 of 49-
nals dotectnble ngainst a noise background; a mnximum undistorted signal of -200 x 10 dyno'/
cm2; and a dynamic range of the order of 120 db. Orl g. art. has: 1 table and 4 figures.
SUB CODE: 08/ SUBM DATE; none/ ORIG REF: 006
kh

ACC INR: Ai'6o'-16361 SOURCE CODE: UB/0357/6'6/ooo/011/0100/0107
AUTHOR; Galki n,
ORG: Academy of Sciences SSSR, Institute of Physics of the Earth (Akademiya nauk. SSSR,,.
~:Institut fizilsi Zemli)
i TITLE: Use of absolute amplitude characteristics of waves for the adjustment of appa-
~ratus used in deep seismic sounding at sea
';SOURCE: AIN SSSR. Izvestiya. Fizika Zemli, no. 11, 1966, loo-lo7
TOPIC TAGS: seismic prospecting) geophysic -research facility, submarine relief, 08- 1
icilloscope, magnetic recording
,ABSTRACT: The author proposes a method for adjusting the gain of seismic apparat-
us on the basis of a determination of the absolute amplitudes of the useful waves and
accurate calibration of the receiving apparatus. This is to replace the presently
employed intuitive procedure of adjusting the equipment to minimize the bqckground.
17he signal-amplitude transformations occurring in each element- of the recording appa-
ratus are traced, and ways of determining the minimum and maximum electric-output sig-
!nals for a specified apparatus sensitivity are described. The experimental data used
Ifor the anal~p;ls were obtained during the 1963-1964 deep scismic-sounding expedition
P;5.cific. The data show that the dynamic range of the seismic waves produced at
i distances of 10-200 km by exploding a charge of 130 kg TNT spans 4 - 5 decades. For
!correct signal registrationit is therefore necessary to have an exact calibration of
Card 112 UDC: 550-834

ACC NR- AP60,J,636-1
lChe amplifiers for each gain setting, and to use parallel channels having different
I
;sensitivities. A comparison of oscillographic and magnetic recording is bbtained. Thel
iformer has a wider range (a ratio of 6 orders of magnitude is possible, against about 1
12 orders with magnetic recording), but the latter is essential when the operator cannot
lobserve the seismic signal for some reason. A diagram which facilitates the choice ofl
!the amplification apparatus for seismological- profiling is presentedand its use
is explained. It is concluded that the use of absolute signal magnitudes can be use-
ful for the comparison of the results of different seismic methods such as seismolog-
ical profiling deep, - seismic sounding, and low-frequency seismic prosl
Orig. am. has: 3 figures, 2 formulas, and 1 table.
SUB CODE: 08, oq/ suBm DAis: i6jui6,5/ ORIG MW: 0111 ATD PRESS: 5108
2/2
LCard

ACC NR: AI(3036361 SOURCE CODE: UlVO387166loooloiVoicDloiLr(,.r
1UTHOR: Galkin, N. . /
ORG; Academy of Sciences 33SR,# Inrtitute of Physics of the Earth (Akademiya wuk SSSRp,
'Institut fiziki Zemli)
TITL--: Use of absolute amplitude characteristics of waves for the adjustment of appa-
~ratus used in deep seismic sounding at sea
:SOURCE: AN SSSR. Izvestiya. Fizika Zemli, no. 11, 1966, ioo-io7
i TOPIC TAGS: seismic prospecting., geopbysic research facility, submarine relief; oa-
1cilloscope, magnetic recording
;ABSTRACT: The author proposes a method for adjusting the gain of seismic apparat-I
!us on the basis of a determination of the absolute amplitudes of the useful waves and
iaccurate calibration of the receiving apparatus. This is to replace the presently
I er-.,ployed intuitive procedure of adjusting the equipment to minimize the bqckground.
!The signal-ariplitude transformations occurring in each element of the recording appa-
I ratu. are traced., and ways of determining the minimum and maximum electric-output Gig-
,nals for a specified apparatus sensitivity are described. The experimental data used
iffor the anal~ysis were obtained during the 1963-1964 deep seinmic-Gounding e-%pedition
P--cific. The data show that the dynamic range of the seismic waves produced ati
distances of 10-200 km by exploding a charge of 130 kg TNT spans 4 decades. For !
J correct signal registratior4 it is therefore necessary to have an exact calibration of
Card 1/2 UDC: 550-634

ACC N
636-1
!the amplifiers for each gain setting, and to use parallel channels having different
I
sensitivities. A comparison of oscillographic and magnetic record-ing is obtained. Thel
I
former has a wider range (a ratio of 6 orders of magnitude is possible, against about 1
12 orders with magnetic recording), but the latter is essential when the operator cannot
Icbserve the seismic signal for some reason. A diagram which facilitates the choice of
the amplification apparatus for seismological- profiling is presentedand its use
iis explained. It is concluded that the use of absolute signal magnitudes can be use-
ful for the comparison of the results of different seismic methods such as seismolog-
Iical profiling deep, - seismic sounding.. and low-frequency seismic prospecting.
I Orig. arr.. has: 3 figures., 2 formulas, and I table.
'SUB CODE: 08, Oq/ Sam DATE: 16ju165/ ORIG REF: 011 / ATD PRESS: 5108
i Card 2/2

GALKIN, ~.; VERYTIN, U.D.; KARPOV, V.1.
Soma pbysicochomical properties of amoniumurarql penta-
fluoride. Zhur. neorg. kh1m. 7 no.8-12020-2022 Ag 162.
(MIRA l6a6)
(Uranyl compowids)

I
TOSINOV"KAY"', 6AJ~Klpj~ L.P.
~ o of tuber.,uILs-'s of the bones of the. Cranial vault. Probl.
IL W
t. Ub. -!III. 164. IKIRA 18.8)
I. Ob"Yedinaniya ,~helezriodorozhnnya bol'ni0a (glavny)r vrach Yp..P.
Balwa,~ 9t. Veiik`lva Dikl.
I

GALKXN. I.R.
Regulation of carbohydrate metabolism in hypotonia. Klin.mad.,
Moskva 28 no.5:71-73 Kay 50. (CLKL 19:4)
1. Of the Hospital Therapeutic Clinic (Director - Prof. M.W.
1-fandellshtam) Leningrad Pediatric Medical Institute, Leningrad.

VCUOVA, K.A.; GAUKHKAN, R.P.;.qAgjNj,_S., prof., otv.red.;
KUIRTAVTSIVA. A.I.. red.; MOROI, Ij., dotment, red.;
BY. , Ye.Ye.. bibliograf-rodaktor
(Alskmandra Andrasyna Glagolova-Arkadleva, 1884-1945-, a bio-
graphical sketch] Alokmandre Andreevns Glagol9vm-Arkad'~T&#
1884-1945: biagraftebasidi echerk. Soot.K.A.Volkovs. Moskva,
1947. 31 p. (KIRA 12:6)
1. Moscow. Universitat. Bibliotaka.
(Glagoloya-Arkadleva, Aloksmndra Andreevna, 1884-1945)

GAMIN, I.S., lmireat Stalinakoy premii, in2hener.
Telescopic hoisting Jack. Nekh.stroi.4 n0-3:8-10 Mr. 147.
(MLRA 9:2)
l.Prometallmontash.
(Hoisting machinery)

,GALKIN, 1. .11 inzh.
Using twisted double OtrAnd ropes In reinforcing procaet prestraasod
reinforced concrete construction elemonts. Bet. i zhel.-bet. no.9:
336-340 S 158. (MIRA 11:10)
(Precast concrete)

YERIJSAIJM.SKIY, A.S., doktor ist. nauk, otv. red.; AYZIN, B.A..,
kand. ist. nauk., red.; GAUDS, I.S.9 doktor ist. nauk, red.;
- 1 -6 1=1 'd
GOROSHKOVA, G.11., kand. _sT.-na-M.-,fe .; SU ~ 1, M.M., olktor
ist. nauk-, red.; TARTAKOVSKI-Y, B.G., red. izd--va; NOVICHKOVA,
N.D., tekhn. red.
[German labor movement in the modern period lGermanskoe rabo-
chee dvizhenie v novoe vremia,- sbornik statei i materialov.
Moskva., Izd--vo Alcad. nauk SSSR, 1962. 405 P. (Mit 15:10)
1. Akademiya nauk SSSR. Institut istorii.
(Germany-Labor and laboring classes)

47 Z) eellivit)
f / :3 0
AUTHORSI Artemenkov, L.I.,
30305
8/109/61/006/011/020/021
D201/D304
and Galkin
TITLE: A high-frequency rotating field in a cylindrical
resonator
PERIODICAL: Radiotekhnika i elektronika# v. 6, no. 11, 19619
1939 - 1941
TEXT: The experiments were carried out with a copper c~l~lndricaall
resonator 255 mm dia. The supply generator wave length was ap-
proximately 40 cm. The indication of the fields inside the resona-
Tor was obtained by a loop and two pins. The loop was placed in
the bWond-cut-off section of a circular waveguide and could be ro-
tated around the axis of the latter. The dimensions of the loop
(,,jlO x 10 mm) and its distance from the end face surface of the
resonator were chosen in such a manner that the loop would not dis-
tort the field patterns inside the resonator. The rods were orien-
ted in the direction of the electric field of both passive and ac-
tive polarization. The depth of their insertion could also be va-
Card 1/2

303o5
8/109/61/'006/011/020/021
A high-frequency rotating field D201/D304
ried. The experiments showed that with resonant curves of both Do-
larizations superimposed on each other and with accurate tuning zo
the frequency of the resonance f p of the passive polarization, the
curve of dependence of the detector current on the angle of rota-
t0ion has a nearly elliptical shapep independently of detuning with
respect to the actual polarization frequency f a# the axes of the
ellipile being oriented in the required direction with an accuracy
of t 100. The conclusion may be made, therefore, that wl* the ge-
nerator is tuned to the resonant frequency of passive polarization,
a phase shift of Sf/2 occurs between the components of the Hill
fieldo This corresponds qualitatively to a 112 phase shift between
primary and secondary currents in inductively coupled circuits with
lumped parameters when the secondary is tuned to the generator fre-
quency. There,are 5 figures and 1 Soviet-bloc reference.
SUBMITTED: March 3# 1961
Card 2/2

M iMIN, I*. general-mayor intendantskoy sluzhby, GALKIN,',K.2 polkovnik
veterinarnoy sluzhby
Military state farms of Transbaikalia have improved their operation.
TYZ-I anab.Sov.Voor.Sil 21 no.2:16-19 F 161, (MIRA 14:6)
(Tranobaikalia-State farms)

GALKIM, K.A., inzhener.
~ -
traightener for parquet strips. Der.Drom 5 no.12:17-19 D 056.
(KLRA 10:1)
1. lostopollskiy domostroitelinyy kombAnAt.
(Phrquetery) (Wood4orking machinery)

GA i ~x 11111) K . I.
21083 Galkin, K.I. 0 Kompelktovanii aspirantury. Vestnik vy ash. shkoly, 1949, No. 6,
s. 41-42
SO: IL-TOPIS ZHURNAL STATEY - Vol. 28, K)skva, 1949

ATHOR: Galkin, K.T., Candidate of Pedagogical Sciences. 3-9-10/31
TITLE: From the History-of
Pedagogical Cadres
kadrov)
the System of Conferring Degrees on Scientific
(1z &Vtorii &ttestataii nauchno-pedagoicheskikh
PERIODICAL: Vestnik Vysshey Shkoly, 1957, # 9, Pp 44 - 48 (USSR)
ABSTRACT: The author gives a description of the history of gradua-
tions during the post-kevolution period.
Scientific ranks and titles were abolished at the begin-
ning of the post-revolution period, but they were re-intro-
duced. Since then the numbed of holders has increased.
More than 11,000 doctors of sciences were graduated from
1937 to 1956, 27% of them during 1951-1955. This general
figure is broken up among the various sections as follows!
30% of the doctor's degrees were conferred in medical
sciences, 23% in engineering, 1C~o in biology, 6% in physics
and mathematics, 5.6% in agriculture, 516 in geology and 4.9%
in geology and mineralogy. During the same period the degree
of candidate of sciences was conferred to 95,000 persons.
This figure was reached in the following proportiont 12,000
applicants obtained the degree of a candidate of sciences
from 1937 - 1940v 22r700 from 1946 - 1950, more than
Card 1/2 50,000 from 1951 - 1956.

From the History of the System of Conferring Degrees on Scientific 3-9-10/31
Pedagogical Cadres
The highest'p ercentage of candidates is in technical sciences.
In social sciences, physics, mathematics, geography, pedagogy
and the study of art, doctors and candidates are in demand.
During 1957 - 1955, 9,700 professors and nearly 36,000
dotsents were graduated. In 1956, more than 400 persons ob-
tained the degree of a professor and more than 2,500 the degree
of a dotsent.
The Supreme Commission of Attestation exercised severe
control and during 1947 - 1956, 956 contestants for the degree
of candidate were rejected. Nevertheless the situation is still
unsatisfactory and various deficiencies were stated in the report
made by N.A. Bulganin at the XXth Congress 9f the KPSS. The
Supreme Commission of Attestation was directed to increase
qualification requirements for doctor's and candidate's theses
and to pay special attention to the scientific and practical
value of the submitted works.
In a report made at this Party Congress, N.S. Krushchev stated
that, with regard to the pre-war period, the number of special-
ists possessing a higher education has increased considerably.
The article contains percentages of specialists for nationalities,
republics and regions.
AVAILABLE3 Library of Congress
Card 2/2

PHASE I BOOK EXPWITATION 802
Galkin, Konstantin Tikhonovich
Vyssheye obrazovaniye I podgotovka nauchnykh kadrov v SWR (Higher
Education and Training of Professorial and Scientific Personnel in the
USSR) Moscow, Gos. izd-vo "Sovetskaya nauka", 1958. 174 P. 3,000
copies printed.
Ed. (title pagL-*.,: Konstantinov, N.A., Professor: Ed. (inside book):
Gorbachevskiy, B.S.; Ed. of Publishing Hov;.de: Lipkina, T.G.;
TL-ch. Ed.: Pavlova, V.A.
PURPOSE: The book is a brief review of the development and status of
higher education In the USSR.
COVEROLGE: The first part of the book traces the origin and development
of higher education in pre-Revolutionary Russia. It portrays the
card 1/4

Higher Education and Training (Cont.) 8o2
status and methods of training professorial and scientific personn 1 in
this period and points out the role and significance of scientists and
socio-pedagogical workers who had an affect on the institutions of higher
learning, on the training of Russian professorial and scientific personnel,
and on the development of Russian and world science. The second part of
the book emphasizes the role of the Communist Party and that of the Soviet
socialist intelligentsia in creating the new Soviet school. It also points
out the special. features of Soviet higher education, describes the
creation and development of a new training system, and presents some of
the important results attained in building-up higher education and in the
training of professorial and scientific personnel in the USSR daring the
forty years of socialism. No personalities are mentioned. There are
129 Soviet references.
TABLE OF CONWNTS:
Introduction
3
card 2/4

Higher Education and Training (cont.) 802
PART I. HIGHER EDUCATION AND THE PROFESSORIAL AND
SCIENTIFIC PERSONNEL IN PI;M-REVOUMONARY RUSSIA
Ch. 1. Fitzher Education in Russia and the Training of Professorial and
Scientific Personnel During the First Half of the 19th Centuxy 7
Ch. 2. The Socio-pedagogic Movement of the Sixties and the Training
of Professorial and Scientific Personnel for Institutions of
Higher Learning During the Early Part of the Second Half of
the 19th Century 21
Ch. 3. Training Professorial and Scientific PerADnnel and Higher
Education in Russia During the Latter Part of the 19th Century 4o
Ch. 4. Institutions of Higher Learning Dur1mg the Early Part of the
20th Century 54
card 3/4

Higher Education and Training (Cont.) 802
PART II. HIGHER EDUCATION, TRAINING AND ACCREDITATION
OF PROFESSORIAL AND SCIENTIFIC PERSONNEL IN THE USSR
Ch- 5. Training Professorial and Scientific Personnel Daring the First
Years of the Soviet Regime (1917-1925) 77
Ch. 6. Beginnings of Organized Training of Prof.-ssorial and Scientific
Personnel During +he Period 1925-1930 90
Ch. 7. Development of Higher Education and Increase of Pr9fessorial
and Scientific Personnel During the Period 1930-1940 lo6
Ch. 8. Training Professorial and Scientific Personnel in the Postwar
Period (1945-1955) 116
Ch. 9. Accreditation of Professorial and Scientific Personnel in the
USSR 146
Conclusion 1-67
Bibliography 171
AVAITABI : Library of Congress JG/ksv
Card 4/4 11-4-58

GALKIN., KONSTAINTIN TIKHONOVICH
The Training of Scientists in the Soviet Union. Moscowj Foreigh Languages
Publishing House, 1959.
203 p. Tables.
Translated from the Original Russian: Podgotovka Nauchnyld,. Kadrov v &SSR.
Moscow, 1958.

GAIXIN, K. V.
and Zlotnikov, Z. N. Col',ectlm of Refractory Scrap.
Ogneupory,8,370 (1940).--A review of work carried out bv the Refractory Scrap
Organization at Kharkov is giv~~n.

~rj
*
Mir
Ki -,,- 1 ~,1
Lp -
19
5
1u

GALKIN, L.A-
On gas logging problems. Prikl. geofiz. no,18:232-245 158.
(Iogging (Prospecting)) (XIU U-5)

YUROVSKIY, Yu.M.; VIADIMIROV, B,V.; GAIXIN. L.A.
Chromathermographic analysis of h7drocarbon gases in gas surve7s.
Razved. i prom. geofiz. no-30:60-70 '59. (MRA 12:12)
(Gases--Analysis)

YTTROVSKIY, Tu.M.; GtbK-IU,-IwA-
Calibration of thermochemical gas anal7zers used in gas surveys.
Razved, i prom. eofiz. no-30:74-75 '59. (MM 12:12)
fGaees-Anal3rsis)

VIADIMIROV. B.V. ; GAIKIII, LJL. -
Apparatus for the production of ethylene and the preparation
of gas mixtures. Bazved.1 proo.goofix. no.33:67-69 '59-
(MIRA 13:4)
(Ethylene) (Games--Analysis)

~4~,74-66 E4T (n) !JP(c) JD
/El"P(WETI
ACC NRt AP.01570, rA SOURCE CODE: UR/0413/66/000/009/0101/0101
I NVE NTOR: Galkin, L. A.; Gurevich, S. M.
ORG: none
TITLE: Method of chromatographic analysis of gas mixtures. Class 42,
No. 181375
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no.. 9,
1966, loi
TOPIC TAGS: chromatographic analysis, argon, oxygen, molecular sieve,
gas carrier
ABSTRACT: An Author Certificate has been issued for a metMod of
chromatographic analysis of gas mixtures containing Argo kfnd other
low-boiling gases in the presence of oxygen. The gas mixtUre to be
analyzed Is separated In a chromatographic column and filled with
molecular sieves In the gas-carrier flow, with subsequent rectification
of the separated mixture components at the outlet of the column. To
shorten the time required for analysis and to increase its accur":-~y,
oxygen is used as a gas carrier. (Translation] [NT1
SUB CODE: 07/ SUBM DATE: 2lApr65/

t c~f oc,'Ssi-or.~ Vo I

S/08Y60/033/010/011/025
D216 D306
AUTHORS: IFlyerov, V.N.p Shchegollp Sh.S.p Armenskaya, L.V., and
Galkin, L.G.
TITLE: Electrolysis of hydrochloric acid solutions of
bivalent copper
PER.IODICAL: Zhurnal prikladnoy khimiip V, 33, no. 10, 1960p
2245 - 2252
TMT: The regeneration of chlorine,from hydrochloric acid formed
in large quantities during the synthesis of DDT, polyvinyleliloride
etc. presents a very real problem. 'In their experimental work, the
authors studied the electrode characteristics, of hydrochloric so-
lutions of cupric chloride. The equivalent potential for the reac-
tion Cu" + 3C1' + e CuCl" was..det_0rmin.,Pjd with-..E% 'P_Q;L:LPh_q.d.pla-
3
tinum electrode in a series of solutions with constant FIC1 concen-
trations 20 %) and varying concentrations of CuC12 and CuCl.
Card 1/4

S/080/60/013/010/011/029
Electrolysis of hydrochloric ... D216/D306
The sum of the molar concentrations was determined with a potentio-
meter type PPTV-1. To avoid oxidation of the monovalent copper the
measurements were taken in an atmosphere of CO 2; cupric chloride
in solution was analyzed iodometrically, cuprous chloride using
permanganate and iron-ammonium alum, Hydrochloric acid was titra-
ted with sodium hydroxide s6lution using methyl orange as indica-
tor. The equivalent potential for the reaction CuCl" + e Cu +
3
+ 3C1' was determined with a copper electrode in a series of solu-
tions with constant 11C1 and varying CuCl concentrations (from 29
to 138 gm/1). To prevent cupric ions appearing in the solutiont
copper metal powder was sprinkled in and the experiment was conduc-
ted in an atmosphere of CO 2* The article shows the normal poten-
tials of certain oxidation-reduction reactions; the relationship
between cathode potential and current density; the relationship
between potential a~d current density in hydrochloric acid solu-
tions of cupric and cuprous chlorides. Cathode-impervious rraphite,
Card 2/4

S,;08,0/'6( 0/037, -0 11 /0 2
E,lectrol,ysis of hydrochirric ... D~16/D3,36
temperature 8011); the relationship between the cathode potential
and cui:rerit der.,.3it'y in var~_jous electr'olytes., the change of poten-
tia'L of a parau~~ graphite oathode with curren, densjzy a-t, various
C>
of flc~w of the i~`Lectrolyte; anode Pol-7--,rization curves in HC1
sul,jI.:ons of Cu.C~l 2' The electrolyzer for ele-rolysIo of ITC1 solu-
ti-Ons Of CUC'L.:, at 40 amps 'Loading; relationship between current
C-ff'_,_,ien2y ana carren-, deensalty, Itk is zor_c1,Lid,2.d that 1) The 11mit-
r
i.ng curreat deno-Lty wit-h J_mperv:Lo,_is graph.-a- eie:trodes is increa-
sed wi~ii decreasing monoval-ent C,..i ions in solution and rising tem-
pera',-._ir;?. Fc~r roro_js ele~~trodes the bas-12 factor is the raTe of
f OV~ 01 'Ile ej,~.-?rolyT~=; the temperature and thickness of these
...athodes ha-e :ompara,~-,rely 14ttle effect. 2) Polarization when
" U L U , I V
chlorine Ls e-;olved from HCl solut-Ion of bivalen-, Cu. is comparati-
vely small ai h-_'gher c.d. '~) The c-urrent efficiency depends on the
'~,pe of cahode 0-_T-aph_--,e *, the --urrent densi-ty and the rate of flow
oil the There ure 7 firsuros, 2 t-ables, and 15 referen-
,~ee: 5 Sov-,et-.bloc. and 10 non-Sovie t -bloc. The references to the
Card

S/060/A-cll.0 3 3/10.10/011/0 2 9
Electrolysis of hydroOhlori-c D2!6/"D*1:;06
EnglIsh-languagre pliblications read. as follows: 1, Gordon, Chem.
Eng., 5~ 187, ---953.: Ch-F, Roberts,, Chem. Eng. Pi-ogr-, .46, % 456,
1950.
k'3UMlITTED: 0--7ober c", 1959
C:,.rd 4/4

FLEROV, V.N.,- SHCHEGOLI; Sh.S.; AIMNSKAYA, L.V.;. ~ALKIII, L.G.; )~rinimali
uchastiye: KALININA, R.N.; IGUMNOVA, N.N.
Electrolysis of hydrochloric acid solutions of cupric Woride.
Zhur.prikl.khim. 33 no.10:2245-2252 0 .160. . (NIRA 14:5)
1
(Copper chloride)

GALKIS, L.M.; AFANASIYEV, F.K.; KIROSHNICHIINKo, M.T.
Landscaping and playground improvements near housing projects.
Gor.khoz.Mosk. 28 no.6:25-27 Je '54. (MLRA 7:7)
1. Upravlyayushchiy domani domoupravlaniya no. 53 Koskroretsko-
to rayous (for Galkin) 2. Upravlyayushchly domami dozoupraylentya
no. 11 Oktyabrlakogo rayons (for Afanaslyev) 3. Upwavlyayushchaya
domami domoupravlonlya no. 65 Trunsenskogo rayon& (for Wroshni-
chenko)
(Moscow--Landscape architecture) (Landscape architecture--
Noscow) (Moscow--Playgrounds) (Playgrounds--Noscow)

CI-)
Photolurninescence of lead anjill je In the infrare&
Wkip and N. V-j%.nrol:X_-Po&[cdy Mud. Pank-S.S.S
9,2~'52W-30(1953); (Engl. translation issucti as U.S. Afmnic
Comns. NSF-tr-151, 2 pp.(1953)).-When a Plx1j
is placed behind the exit slit or the mono0rornator
and a detecting system cons6tin~, of an arnplificr and an
oscillograph is usedi. it Is observed that at room ienip. the
photoluminesance of PbS lies in the wave length region
above 2 g. The max. of the observed signal is in the vicht-
Ity of 2.8 is, This phenoutenou Is very shniLir in many te,
spects to the effect described previously by LLAknrev and
Kosonogora C.A. 41, 3371f) who observed intrared lurni-I
ne-cence In and 6 of interest for the physics of senti-
conductors. Georse M eister.

I q
Ic
,;~

4'
SUBJECT: USSR/Lumineacence
AUTHORt Galkin L.N.
TITLEt Infra-Red Photoluminesoence of Lead Sulfide (Infrakrannaya
fotolyuminestsentsiya sernistogo avintea)
PERIODICAL: Izvestiya. Akademii Nauk SSSR, Seriya Fizicheakaya, 1957, Vol
21, #5, p 6eo (USSR)
ABSTRACT: The photoluminesconc* of lead sulfide subjected to thermal
treatment in the air was investigated. Special receivers,
mirror optics, were applied for studying luminescence, and a
diffraction lattice was used as a dispersing element.
The luminescence of lead sulfide is inherent to samples showing
a noticeable internal photoeffect, and is located in the infra-
red region of spectrum. The maximum of emission band was ob-
served at 2 a8 Ili at room temperature and shifted to longer
wavelengths with the cooliikg of the sample. The-power yield
of luminescence at the excitation by the green mercury line
was estimated to be 0.1 % at 200C.
Card 1/2 The report was followed by a short discussion.

0/5 6
TITLE; infra-Red Photoluminescence of Lead Sulfide (Infrakrasnaya
fotolyuminestsentaiya sernistogo svintma)
No references are cited,
INSTITUTION3 Not indicated.
PRESENTED BYt
SUBMITTEDs 'No date indicated
AVAILABLE: At the Library of Congress.
Card 2/2

LUTHORSt Galkin, L. N., Falofilov, P. P. 2o-114-4-18/63
TITLE: The Luminescence of Trivalent Uranium (Lyuminestsentsiya
trekhvalentnago urana)
PERIODICALt Doklady Akademii Nauk SSSR, 1957, Vol. 114, Nr 4, PP. 745-747
(USSR)
ABSTRACTs First some previous papers dealing with this subject are re-
ferred to. When investigating artificial monocrystals Of CaF2,
SrF2 and BaP2, which contain about o,A,% uranium and were bred un,
der strongly reduced (?) conditions, the authors discovered a
strong luminescence. The spectrum of this luminescence is lo-
cated in the ultrared domain at about 2,o - 2,5ti. The monocry-
stals investigated here were bred from a melt in the vacuum and
the process of breeding is here discussed in short. The crystals
bred in this manner were colored intensively, viz. CaF2 red,
SrF2 orange-red and BaF2 orange. This coloring is caused by the
existence of strong absorption bands within the visible domain
of the spectrum. The spectrum of the CaF2-crystal containing
uranium, which was bred in this way, is shown in a diagram. The
absorption spectrum consists of some absorption bands in the
Card 1/3 ultraviolet visible and infrared domain of the spectrum. The

The Luminescence of Trivalent Uranium
2o-114-4-18/63
position of the maxima valid for room temperature is given
here. The absorption spectra of the uranium-containing cry-
etals of SrF2 and BAF2 are of similar character. The number and
the shape of the bands remains unchanged for these crystals,
but the intensive bands are shifted towards the short-waved
side. The device for the investigation of the luminescence
spectrum is described in short. The luminescence of the C&F2
crystals is very intense already at room temperature and con-
SiStB of some bands located within the domain 2,1-2,5tL- At
room temperature four bands are observed. The luminescence
spectra of the crystals BrF2-U and BaF2-U are located in the
same domain but differ with respect to structural details.
Several reasons indicate that the here discussed luminescence
is due to the trivalent ions U+++. The reasons are enumerated
in detail. There are I figure and 16 references, 6 of which
are Slavic.
Card 2/3

The Luminescence of Trivalent Uranium 2 o - 114-4-18/63
PRESENTED: January 14, 1957, by L.N. Terenin, Member of the Academy
SUBMITTEDs January 8, 1957
Card 3/3

67163
51 -7- (j-',11'38
~3 1~ / 0
AUTHORS Galkin, L.N. and Feofilov, F.F.
TI TLE lumineacence Spectra of Trivalent Uranium Ions
PERIODICAL: Optika i spoictroskopiya, 1959, Vol 7, No 6, pp 840-841 (USSR)
ABS MCT In 1967 the authors recarted absorDtion and infrared luminescence spectra
of trivalent uranium ions in artificially grown calcium, strontium and
barium fluoride monocrystals (Ref 1). In the prosent paper the authors
report more detailed data on the luminescence spec-rru of these crystals
at room tempera-sure and at -1500C. The crysti.1r. wrere grown by
I.V. Stepanov and M.4. Vasillyeva from nialt using a techniqae developed
under the leadership of V~ Stapanov (Ref 2). Strongly reducing;
conditions, which are necessary to obtain crystals with uranium ions of
low valency, were ensured by putting some graphite powder into the charge.
The amount of uranjuia in these crystalFj was 0.1-0.37.. The luminescence
spectra were recorded in the same vpty as before (Ref 1). Luminescence
was excited using a nercury lamp SVD-Sh-250; a cell containing water and
heat-absorbing glass was placed between the lama and the samples in
order to cut out infrared radiation. The exciting light was modulated
at 300 c/s. A mirror monochromator with a diffraction Grating
Card 1/3 (300 lines/m) was used to analyse luminescence. A lead sulphide

67163
-'LOV/151 -7 -6-31/u
Luminascance Spectr-t of Trivalent Uranium Ions
photocell was employed as a receiver and a signal was recorded by ineanG
of a potentiometer EPP-39. The comparatively high sensitivity of the
apparatus made it possible to emPloy narrow slits (10-30 cm-1 in -.11he
2.5 It rev-ion) and to observe fine structure in the luminescence of these
crystals at low temperatures. It was found th3.t on cooling to -1500C the
intensity of luminescence rose by a factor of 2-31 and this made it
possible to use still narrower slits. The isain results are shown in a
figure on p 840; the left-hand part of this figure shows the luminescence
spectra of CaF2-U, SrF2-U and BaF-U at 200c, while the right-hand part
of the figure shows the luminescence spectra of the r-Euaa crystals at
-1501C. The positions of the emission bands and their rreneral nature
do not differ greatly between the three types of crystals employed.
Cooling produces a clearer pict-are of the fine structure of the spectrum
and shows the effect of variation of the crystalline-lattice parameters
on the luminescence spectra Table 1 p 481 lists the positions of the
luminescence band maxima at-IWC. '%.n extremely narrow aud intense band
observed at-1600C near 2.2 ~L is displaced monotonically towards shorter
wavelengths on transition from oaF2-U to BaF2-U * On both sides of this
band there are wider bands whose positions aporoach the former on increase
Card 2/3 of the lattice constant of the base crystal. Such a displacement may be
/K

67163
Luminescence Spectra of Trivalent Uranium lolls
regarded as the result of a change in the intensity of the internal
electrical field in the crystal. It is also possible that the
luminescence spectrum structure may be partly of vibrational nature.
The authors suggest that the observed infrared luminescence of
trivalent uranium ions is due to forced electron transitions within
the 6 f-shell, i.e. transitions 4111/2-10 41p/2. Accordiag to Jorgensen
(Ref 3) the separation between the t1vio levels Just quoted amounts to
4100 cm-1 (2.44 4) nhich is in satisfactory agreentent with the authors'
data on the absorption spectra Of U+3 ill MOF2 crystals. There are
I figure, I table and 3 references, 2 of which are Soviet and 1 Danish,
SWITTED: July 2, 1969
card 3/3

,2q,3f&-O (alco 1137"113F)
-7, '// 7 7 (4 /-ca orl )
AUTHORSi Galkin. L.N., Kurbatov,
TITLE~ The effect of oxygen on
sulphide films
PERIODICAL: Optika i spektroskopiya
3364.)
S/051/62/012/001/011/020
E032/E414
L.N.
the photoluminescence of lead
v.12, no.1, 1962, 95-98
TEXT,, It is pointed out that although there is extensive
published literature on the electrical and photoelectric
properties of lead sulphide, the optical properties of these films
have not been investigated to the same extent. In particular,
there hits been no work on the effect of sorption of oxygen on the
photoluminescence of lead sulphide films, which is claimed to have
been discovered by the first of the present authors (Ref.l: DAN
SSSR. -.92, 1953, 529; I7,v. AN SSSR, ser. fiz., v.21, 1957, 68o),
The aim of the present work was to investigate changes in the
conductivity, photoconductivity and photoluminesceiice during the
absorption of oxygen at room temperature. Vacuum lead-sulphide
photoresistors prepared by Ye.V.Prokoflyev in accordance with the
method of I,,G,Kopilevich were investignted.. The resistance was
determined by a dc method and the photoeffects were measured
Card 1/0

331o43
S/051/62/012/001/011/020
The effect of oxygen E032/E414
"in the usual waytt in modulated light and with a germanium filter-.
The luminescence was excited by a mercury lamp, The emission of
the specimen was examined through crossed filters and was measured
with a cooled lead sulphide photoresistor. Fig.1 shows a typical
result obtained on first contact with oxygen. The resistance of
the film is plotted along the horizontal axis on a logarithmic
scale, The points refer to different times of contact with oxygen,
Displacement along the horizontal axis to the right corresponds to
an increase in the amount of sorbed oxygen and the displacement of
the Fermi level towards the valence band. The values of LWR2
which are proportional to the photocurrent AAA and the
intensity of the luminescence Ipj are plottedtlong the vertical
axis (in relative units). It is clear from this figure that
chemisorption of oxygen gives rise to a change in all the three
quantities, namely the resistance, the photocurrent and the
luminescence. The salient points aret the quantum yield is
small arid the effect of oxygen on the luminescence is very much
smaller than on the photoconductivity or conductivity, These
results are interpreted on the basis of a model which takes into
Card 24 -7;

f.(4!)
s/o5l/62/012/001/011/020
The effect of oxygen ... E032/E414
account the effect of capture of minority carriers by traps of
non-recombinational type during the lifetime of a majority
carrier. It is assumed that adsorbed oxygen molecules play the
part of these traps. From this point of view, the effect of
oxygen absorption on the conductivity and photoconductivity is a
primary result of absorption. The effect on the luminescence is
an indirect result associated with the redistribution of the
population of recombinational levels. There are 3 figures and
4 references: 2 Soviet-bloc, I Russian translation from non-Soviet
publication and 1 non-Soviet-bloc. The reference to an
English language publication reads as follows:
Ref-3: H.T.Minden. J. Chem. Phys., v-25, 1956; J.C.Slater. Phys.
Rev., v-103, 1956, 1631.
SUBMITTED: January 14, 1961
Card 3/0 '_1_)

In th& 16P6
;o thel.. te
cdited,'- ltb
li ght
6 lwah~
:i~~
~i~

the*! J~~4i4e ln`tix~..
t6 p~,bsqntt
hCel ip~otw;ldlj it
~vl X
the'll
e
.!Vh~ds,ly c 'd.anj
d d
otur:
p
r th
ii ld~endent ~)f 1 v
ed th6i:~roPerties
e eW;r' ent,
lihich -in
ionij;~ d. =.Mid 1 Tox'

rif pfmss.
200

1. J I - ~ I I I I I ; I ~ I .
(;I*IL~-Mlt ,
. I I- N, .
Recombination rad"at-Lon from lead selenicle
160 no.2:308-310 ra ?(')r (A"'..". 18..~)
i.. Submitted July 27, 1964.

L W?464% rArP1(e)/teTr(m) "FWP(0/FTT I T:'
kc)
ACC NR- AP6032274 SOURCE CODE: LTR/0020/66/170/002/0315/0316
AUTHOR: Galkin, L. N.
I----------
ORG: none
TITLE: The "illwnination" effect in AnS(Co) crystals induced by a giant-pulse ruby
laser - - I
0 v
SOURCE: 91 SSSR. Doklady, v. 170, no. 2, 1966, 315-316
TOPIC TAGS: ruby laser, giant pulse,laser, zinc sulfide 5 1ci_urn.,Ajtq771oV OP771 C,5)
CR~'Sr,q,i_ oP7-le ,0
Ffeol ^,q0jq-r,,0AJ -1, 1
A13STRACT: The transmission spectrum of cobalt-doped (NCO = 2 x 1016 cm-3) zinc
sulfide cr-)rstals (1 mm thick) under the effect of a high-intensity ruby laser radia-
Fig. 1. Setup for the measurement of
nonlinear transmission of saturating
~filters
6 1 - Single-pulse ruby laser; 2 - system of
;neutral filters with D 3 - test
10 = 2.5; 1
specimen; colori-meter-, 5 - diaphragm;
.6 - FEOU-15 ainplifier; 7 - spectrophotometer;
7 18 - uxiliary colorimeter; 9 - color-selecticr
;- -f- ~ - mirror.
Card 1/2 UDC: 535.345.1

L L6,746-66
ACC NR.. AP6032274
tion was investigated at 694 mp. The experiments were carried out by means of the
setup shown in Fig. 1. The results indicate that a 50% "illumination" was attained
2
at an incident intensity of ap roximately 50 Mw/cm , in a process during which a
considerable portion of the Co3+ ions migrated from the 4A2(F) state to the 4TI(P)
state. The relaxation time of the inverted transition was found to be high,
T = 1-10-9 SeC, assuming a = 1.6-10-17 cm-2. This indicates that only a neglisible
number of ions remains in the metastable 4T2(F) state, transition from which into the
lower 4A2(F) state is radiative and requires tens of Usec. Thus, the 4T (P) ---j-
4A2(F) and 4T2(F) --~ "A2(F) transitions remain quasi-independent when tAg? Co ions
are exposed -to short optical pulses. Orig. art. has: 3 figures. [YKI
SUB CODE: 20/ SUBM DATE: l2Aug65/ ORIG REF: 003/ OTH REF: 001/ ATD PRESS:
5089
P~5:511 I/Y -2, (C
-2
0 5 Ij6
160510

centers into the metastable state. The balance on a metastable level when the switch
is excited with a photon flux E quanta/sec-cm2 is expressed by
I dnt N
where N, is the concentration of q'enters on the ground level, nj is the concentration
on the metastable level; a, is the effective cross section of the light absorption of
the pump lamp, and Tj is the time relaxation constant from the metastable level. At
low pumping, EalT I is less,than I and the transmission decreases linearly with the
increase of E. At a sufficiently high pumping level (EG T >1) the transmission
aoes' not depend on E. The-author thanks M. P. Vanyukov lorl proposing the topic and
discussing the results. Orig. art. has: 12 formulas and 2 figures. (WA-141
SUB CODE: 20/ SUBM DATE: 11Dec65/ ORIG RM 001/. UTH REP: 004/
Card 2/2

GALKIN, L. P.
Case of rachisohisis. Ortop., trim. i prote%. no.11:72-74 161.
(HIRA 14:12)
1. I-s Velikolukskogo protivotuborkulasnogo dial-Ansem (glavnyy
vrach - zaeluah. vrach RSFSR V. S. Grebennikova) Adres avtora::
Velikiye Luki, u1. Sibirtoeva, d. 45, Protivotaberkuleznyy
dispanaer,
(SPINA BIFIDA)

oil,, ciassjnca4~',o,-- of c.,'-tahird
Izv. Kr--r
.,. astrofiz. obser. 1c,52.
Licit. c P.11S."-an Acc~fzsicns. Lil-.rn!--l cj' Con-rc~-s
Jime l'-"'r3. '-":CL.

0ALKPi' T_ T
"Spec trophotometry of Gamma Cassiopeiaell
Izv. Krymsk. Astrofiz. Obseri., 11, 195h, pp 510-73
A total of 12 spectroCrams of gamma-Cas. obtaincd by mean-- of the 13200 ran
reflectors of Crimea Observatory and the spectrograph constnicted by V. A.
Albitskiy are analyzed. Iron-arc spectrum was used for comparison. Micro-
photograms were obtained by self-recording Moll's microphotometer. Data
are tabulated and compared with quantum number n of Balmer series. (RZhAstr,
No 11, 1954)
SO: W-31187, 8 Mar 55

GALKIN, L. S. and MUSTEL, L. 133.
"Stddy of Stars of Spectral Classes A and F With Anomalous Intensities of Metallic Lines"
Izv. Krymsk, astrofiz. observ., 12, 1954, 148-161
The relatively small content of neutral and singly ionized atoms of some metals
in "metallic" stars may be due to several causes: deviation from normal state, i. C.,
from the state, i. e., from the state to which most of the main sequence stars belong
and anomalous excitation conditions, as producted by strong ultraviolet eadiation
fields, created by recombination of ionized H atoms. It is exhibited by the
difference of profiles of Balmer series and confirms a real deviation of the chemical
compound from that of main sequence stars. (PZhAstr, No 10, 1955)
SOY Sum-No. 787, 12 Jan 56

NUSTELI, E.R. ; GjUXIII, L.S.
11 ~--- I--
Investigating stare of spectral classes A and F with anomalous
intensities of metal lines. 1zv.Krym.astrofiz.obsor. 13:9-22
155. 041RA 13.- 4)
(Stars--spectra)
04,

MUSTELI, N.R.; GLLKIN, L.S.
Investigating A and F-type stare with anomalous intensities
of metal lines. Part 3- Spactrophotomstry of Castor B. Izv.
Krym.astrofts.obser. 15:136-139 '55. (MIRA 13:4)
(Stars--Spectra)

.I; -. I ' f :N P. 'i :11 , "~ I ; 11 ~ r 1. .- : I I f . ~ I I - ' I , I 1 1 t z , I . . I ;
GAIKIII, L.
"Crimean Astrophysics Observatory.," Isvestiya,, No.211# P. 3.9 6 Sep :L955
Scientific Secretary, Crimean Astrophysics observator7
Summary translation D 332651, 19 Oct 55

Conference revoted to Fr6blems of AstroT)hysics
I X
Astronomiche ski v :,hurnal, Vo . X.,X111.
Translation M-3~053,057, 4 J.,in 57