SCIENTIFIC ABSTRACT GORKIN, V.Z. - GORKOV, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000616220005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

HR U, YO ZW , L. V. ; .!~O!-
1~ew spectrophotometvic method 1',)r de.-terminitiF monoamlne oxiam~e
tictivItY ~') lAver homogenates. Vop. mt-d. W
jp_-Ip 164, (J,'JJU-~ 17:19)
. I _
Institute of Biological and ~'~edlcal ~~eadezy of
Medical Sciences of the U.S.S.R., Xosc~,,w.

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--n:,,1jtijta- biologichenkry I N
!4oakv&. Submitbed April -1:, !?61

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i3~nlilne oxidas6)
AVf-l-oll Of rlj~. b'lc(,,l
ac-I.-Drity bY* jv'-rfftzAJv k1- I:" Ap
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Instituta bl.C l.L,giCheS'ir:)y i ;Y"ll SSS',R, R--.)Skva.

VEREVKDIA, V.Z.; MIDNIEVA, L.I.;MMO, M.I.; RU-1101,1011A, L.A.
KHODERA, (Pol'sha)
lnh~ibition of the actiiQity of mitochondrial amine oxidasea
by s=e tricyclic compotihds. Dokl. fill SSSR 157=-,I.*191-193
Jl t64 (MA 17:8)
1. Institut biologicheskoy i meditsinakoy khimii_ALU SSSR.
Predstavleno akademikom A.I. Oparinym.

GORKIN, V.Z.; KLYASI?rCRIII, L.B.
Simple method for the preparation of the manometric liquid for
work with Warburg's apparatus. Lab. de1c. no.1:58-59 165.
0,11-'a 18. 1)
1. Laboratoriya biokhimii aminov i drugikh azotistykh osnovaniy
Instituta biologicheskoy i meditsinskoy khimii AI~Ui SSSR, Moskva.

BRTJSOVA, L.V.; VIYUGOVA, L.A.; GCRKIN,-V..Z.
Method of determining the monoamine oxidnse activity in the brain.
Ukr. biokhim. zhur. 37 no.3t463-4.71 165. (MIRA 18:7)
1. Institut biologichaskoy i meditsinskoy khimii AMN S9SR, Moskva.
2. Sotrudnik Instituta psikhiatril MAN SSSR, Moskva (for Vlyugova).

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GWK]q~.V.Z.; KMOSSKIY, N.A.; KLIASWORIN, L.B.; KOMISSAR(ArA, N.V.;
Wift'YEVA, r..A. --~PWHKCV' V.A.
Substrate specificity of amino acid oxidase. Biokhimiia 29 no.l*.
88-96 Ta-F 164. (IURA 18:12)
1. Institut biologicheakoy I meditainskoy khimii AMN SSSR I
Inotitut khimU,-prirodnykh soyedineniy AN SSSR, Moskva,
Submitted Alwil 28s, 1963.

on
e Vc.
1. . 1 .1:.

CORKIN$ V.Z.-, KRIMIEKKOVA, R.S.
Effect of cysteamine and other mercaptoamino compounds on the
activity of mitachondrial monoamino oxidase. Biokhimiia 29
no.51992-"8 JI-Ag 164. (MIRA 18:11)
1. Laboratorlya blokhirdi aminov i druglkh azotistykh oanov&niy
Inatituta biologicheskoy i meditsinekoy khimii AFN SSSR, Moskva.

GRINBATIN, F.T., -professor. nsuchn;yy ruk-ovoditell; KRWISEV, F.N., %amestitell
elarnogo vracha; MINMV, A.M., glavzi~y vrach;
zaveduyusbehiy; KMIKOV, Yu.A.. starshiy nauchnyy sotrudnik.
Decision of the joint conference of the Gorlkiy branch of the All-Union
Hechnikov Society of Microbiologists, Epidemiologists and Specialists in
Infectious Diseases and of epidemiologists and bacteriologists of the
Gor'kiy Rrovince, Municipal and District Sanitation and Epidemiological
Stations of May 15, 1952. Zhur.mikrobiol.P.Did.i immun. no.3.-96-99 Mr 153.
OaM 6:6 )
1. Gorlkovakiy institixt epideniologii i mikrobiologii (for Grinbaum and
Kulikov). 2. Gor1kovskaya oblastnaya sanitarno-epidemiologicheskaya stan-
tsiya (for Krutsev). 3. Gor1kovskaya gorodskaya sanitarno-epidemiolo-
gicheskaya otantBlya (for Mineyev). 4. Klinika detakikh infektsiy Gorl-
kovskogo neditsinskogo inatituta (for Gorkin). (Typhus fever)

GORKIN. Ye.N., dotsent.
Effect of syntomycin upon the course of measles. Pediatriia no.l:
71-72 Ja-F 154. (MLRA 7:3)
1. Iz kliniki detskikh infektBionnykh boletney Gortkovskogo
meditainskogo institute im. S.M.Kirova (direktor - doteent
N.N.Mizinov). (measles)

Golucill., YE. N., KOMM, Z. A., YEROFFIEVA, 0. P.
"Salmonalloses in adults."
repoit submitted at the 13th All-Union Congress of Hygienists, Epideilliologista
and Infectionists, 1959.

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GMMij, Z. D.
U-ItIeVIAIA IrsedUtIm a* a ftictor IncreaidnS pbpdologLcal
actlvtty In subUrnom work. Gig., sanit., Mo*u No. Us
NOV. 50. P. 19-=
la Ot the Ukrainlan Central InetAtute of Lab*r Hygimmi and
Ompktiaml Diwases,
CLHL ws 38, Narch- 1931

I , L.;
.L G ) E~ I " ~ , -. ; "K." ;'- -.- ~ , -, -J- w ~~
2. USSR (600)
)4. IiiduEitrial hyriene
7. lrl,7nual an practical studies in indusLriz-il K. L'~Drevova,
Z . i. isra.4ellson, YE- :1). 1A. 1 cq:ilevskaya; revieweau
by ;~. Gorhin, ''I. K,~niiinikiy, L. YE. kllbiLskaya, G. iwtashenko,
G-.IF. i Sar., no. !~, 1953.
9. Month]. List of Russian Accessions, Library of Congress, Inril 1953, Uncl.

GORKIN, Z,P.; KARMINSKIY, M.S.; MjKjjAYLOvsKAyA, ye.F.; ALBI"TSKAYA, Ye.S.;
`*~J'*VMTOV, Ye.S.
Physiological and hygienic basis for an effective program oir indus-
trial training for locksmiths In trade schools. Gig.i san. no.12:
18-22 D 153- (nRik 6:12)
1. Is Kharikovakogo meditainakogo instituta I remeslennogo %ichili-
Bhcha no. 4..
(Technical education--Curricula) (Fatigue)

GORKIH, E.D., doktor meditsinskikh nauk, professor.
~~j :~h,
.biltraviolet ray clinics In the coal industry. Svetotakhnika 2 no.4:
4-7 j1 156. (KLU 9: 10)
I.Xharlkovekly moditainakiy institut.
(Coal miners--Diseases and hygione)(Ultraviolet rays--Therapeutic use)

ISTAVET, A.; XHOTSTAMOV, Z, ; ARKHIPOV, A., SIMAXLYANSElY, Z,; KIKBAROVSKIY, Ta.;
PASTWWK, A.; TONGAUZ, M.; ARROLIDI, l.; BYKHOVSKIY. B.; qQ4KJ&_Z.;
2HISLIN, I..- ZAD20M. I.; KOYIUNSKIY, B.; MILL&R. S., jUVTRDTSjjfV.
Professor B.M.Aranovskii; obituary. Gig. i san. 21 no.10:62 0 156.
(MLRA 9:11)
(ARANOVSKII, SOLOMON MOISIUVICH, 1885-1956)

AVBITMYA. Ye.F.; GORKIN. Z.D.. professor
Time mflax as az Udex state of the higber nervous activity
72 U, k
Mai 'LQ-.?l
2, -2z kJfV417 919JJVZV tTW8 X)29J-')r0VB)r0gD MV1WfiJJ2B)rVgV IAWWR,
~Mwmo w1wrEmmo
conlitioned time reflex In etw1ento of vocational
schools aa higher nervous funct. test (BU13))
(SCHOOLS.
same)

ALIBITSKAYA, Te.F., GORKIII, Z.D., WO'IIISKIY, 14.S., MIMUMVSKATA, YE.F.
Phyciological and hygienic basis for the orennizntion of stop training
in machinery trade; Gig, i Gans 23 no-9:35-38 S'58 OIDU 11:11)
lo Iz kafedry gigiyeny truda Ehartkovskogo meditsip-skogo instituta;
(INSDUSTRY A14D OCCUPATIONS,
machinery indust. schools in Russia (Rus))
(SCH00iis,
hygiene (Rua))

7lj '(7
A12-

GORKIN, Z..D. (Khar'kov)
Ultraviolet radiation of industrial workers and experience in
ita application. Gig.truda i prof.zab. 3 ne.4:36-39 Jl-Ag
'59- (14IBA 12:11)
1. Xafedra giglyany tnts Meditsinskogo instituta.
(ULTRkVIOLBT RAYS-TH30urmic USE)

GORKIN, Z.D., prof.; POPOV, I.D,, dotsent (2iarlkov)
Introduction of nev technology and further tasks in the
improvement of labor conditions. Vrach.delo no.6:621-623
je 16o.' 01IRA 13:7)
(IlMSTRIAL HYGIENZ)

GMKIN, Z.D.; CHJ2U=VSKIY, H.I. (Kharlkov)
Teaahing labor hniene in the 12th term at the 3--nitation and
Hygiene Famaty of the Xharkov Medical Institute. Gig. truda
i prof. zab. 4 no.2%36-37 P 160. (MIRA 15:3)
(KOMOV-INDUBMUAL HYGIENE--STUDY AND TFAACHING)

GORM Z D.; SkKHNOVSKIX, *Ya.D.
===n1_=
Caustruction of buildings without skylights and vindowa.
Gig. i san. 26 no.7:120-Jl 161. (MIRA 15:6)
(INDUSTRIAL BUILDINGS-HYGIENIC ASPECTS)

ACC-',\4' J-
Z.
AUniOR: A b i t s k a va, 71' eo r
ORG: Department of Labor Hygiene, 1"harkhov 'I'lvdicni -Institute (KI if,lcivn 1 j~, --ny ruda
Khar'khovskogo meditfilnsko5~o instituta)
TITLE: Vie effect of ultraviolet irradiation on 'he. Nuctional. -.ondi!ioq OHSIC
cerebral nervous processes ill MMI
S
SOURCE: Cigijlena i sanitariya, no. 6, 1966, 1.7-20
TOPIC TACYS: ultraviolet radiation, cerebral cortex, humin nervour,
system, condiLione(~ reflux,
ABSTRACT: The effect of ultraviolet radiation on tile hi6ier nervous acti-~itv of
15-16-yr-old technical school students was stu(lied. The riotor-speech i-,iethod of
Ivanov-Smolenskiv and t"ie method of directed speech reactions (association test)
were used to est~m;-te the function of both signa'l systems (Pavlov). I'he radiation
source was a P11K-2 riercury-quartz lamp with a wavelength of 136-400 mp. B-J'o6oses
were determined for each student, since indivi6ual sensitivity to IN ra'jiill.ion varies
widely. Doses were given ,vingly (1 1/2, 1, 1/2 biodose) or repeatedly (1 1/2 -in--~
1 biodcjse). The si)b,jectsplaced 75 cm from the source, were exposedi k.ro thc w~ilit)
to UV rays simu.1tancously Frro-,,,, two sides. Indices of higher ner-vous ~-,cti.vftv cmployed'
inclx.,I(d the ac~~ur,icy of conditioned reflexes, the length of the peried
Card 1/2 - ------ UDC: 615.831. 76-0119. 71-.07:6-11-82Y. 1---

ACC N R: AP6018714
motor and speech rvactionf;, the quality of re!iponnes, absence of or
tion of words, and ervors in pressing buttong. Ton 51,iidentc- wer.. stw!ied in 500
experiments with rvpvate(l iryadintion with 1 1/2 I)Lodo.~-,e (237.9
ments Ghowed Tio changc in the accuracy of conditioned reflexes o,- in the len,
g t of
the latent period of a m,:)cor reaction to a word st 'mulus. llowevr2r, repeated irradizi-
tion with this dose Lhe functional colidi lion of Lhe )nd ~;i ,w!." :,V;:t
the.following ways: 0e latent period of the speech reaction de--rew;ed
response reactions improvc!d, and the number of avoidance reactio-is dcoppcci. [10
incompleteness of thj!; iviprovement In the functional condition of the second
systei-ii was demonstrated by the nu-mber of rvpeLitlvc~ or erropeous response,-;. L Z, s
concluded that thl", SeCOnd si~,,nal systum, iI,'I,'4k2d L-II ~;!)LeCll, jS MOre M1
the first system (sensory), since it can be stimulated by ultra-vtolez
Orig. art. has: 4 --ables.
SUIB CODE: 06/ SUBM DATF, 19ju165/ ORIC REF, ~00/ ,~T D P RE S S
Card

GORKINAP I.S.
Effi,etiveness of a progressive piecework system for paying the
wages of drilling crews and ways to perfect this system. Trudy
VNIIBT no.10:127-135 163. (WRA 17:4)

QORK I NA14-J,5 ,
Economic efficiency in the use of drilling pipflf3 ninde frati
light alloys. Trudy VN11BT no.12:93-97 164. (MDIA 1824)

Penzonakoy obinsti).
/ -
After 42 years in the public health services. Felld. i akash,
23 no.,11159-60 N158 (Mru litil)
(VITUSOVSKAYA, RATALI IA GRIGCRIEVRA, 1896-)

TONGUR, V.S.; SPITKOVSKIY, D.M.; TSEYTLIV, P.I.; GORKNA1, N.B,
Relation between the configurational stability of desoxyribonucleic
acid and its molecular weight; radiosensitive and radioresistant
forms of desolyriborrucleic acid. Biofizilm 6 no. 1:9-14 161.
(MIM 14; 2)
1. Institut eksperimentallnoy biologii MIN SSSR9 Mosk7a.
(DHSOMIBONUCLEIC ACID) (MIATION-PMIOL-OGICkL EFFECT)

KUZINJ, A.M.; GORKIIih, N.B.; KOPYLOV, V.A.; KRYUKOVA, L.M.
Nature of metabolites produced in irradiated plant leaves.
Radiobiologiia I no.5:659-662 161. (MIRA 14: 11)
1. Institut, biologicheskoy fiziki AN SSSRJI Moskva.
(PLIUITS-EFFECT OF RLDIATION ON) (PIANTS-METABOLIS14)

S/205/61/001/005/003/005
D299/D3o4
AUTHORSi A.M. Kuzin, E.B. Gorkina, V.A. Kopylov, and L,M, Kryukova
TITLEs The nature of the metabolites which form in the irradia-
ted leaves of plants
PERIODICAL: Radiobiologiya, v. 1, no- 5, 1961, 659 - 662
TEXT: Experiments were conducted to determine whether extracts
from Vicia faba leaves inhibit cell devision only in homologous tissue or
whether this inhibiting action extends to the cells of other species. An
attempt was made to determine whether extracts from irradiated and non-ir-
radiated leaves affect the cell division of Eacherichia coli B, The leav.-
es were irradiated with an P 9 [1 -1 (RUP-1 ) apparatus in a dose of 15 kr
at an intensity of 212 r/min. Some 24 hr after irradiation, extracts were
macie from the leaves and were added to the meat-peptone broth in which the
E. coli were cultured. The results confirmed the authors, previous obser-
vations (Ref. 6: Dokl. AN, SSSR, 137, 4, 970, 1961) that 3ubstances form
in the irradiated leaves of plants which strongly inhibit cell multiplica-
tion., It was found that the semiproducts of the fermentative oxidation
Card 1/ 2 L/

S/205/61/001/005/003/005
The nature of the ... D299/11304
of tyrosine had a similar effect on E. coli B as did the meristematic
radicle cells of Vicia faba. Only the low-molecular producta of tyrosi-
ne oxidation, and not the high-polymer melanines, inhibited cell divis-
lon, The results conform to a hypothesis that the phenol compound meta-
bol~sn is dititurbed in irradiated leuvon, in wh"'ch there form oxidt0Jon
semiproducts of a polyphenol and semiquinoid nature, responi3ible for dis-
turbance of cell division. There are 5 tables and 7 references.. 6 So-
viet-bloc and 1 non-Soviet-bloc.
ASSOCIATION: Institut biologicheskoy fiziki AN SSSR (Institute of
Biophysics, AS USSR), Moscow
SUBMITTED% May 19, 1961
Card 2/2

BOGATSKIY, V.V., otv. red.; C;ORII'LIY,, Yu.l.~ red.; DO~~CVOL'SKIYY,
YIFh-l,,!EUYTE, Sh.D., red.;
MIA., red.; KO;?.OPET,,, .9 a
PELITEK, Ye.I., red.; FNYIJBERG, W.S., red.; KHAZAGAROV,
A.M.j, red.; SHESTAKOV, Yu.G.~ red.; LIFSHITS, L.., red.
[Geio'oa Rnd gooebomiatry of the mineral resources of
Krasnoyarsk Territory] Geologiia i geckhipiiia pole-.nylch
isl:opaerVkh Krasnoiarskogo kraia; sbornik statei. Krasno-
iarsk, Krasnoiarskoe knizhnoe izd-vo, 1964. 197 p.
(1-111RA 18:9)
1. Ki-asnoyarsk.Va kompl-el,,snava ekspoditsiya.

14- V /~ - 14.
0
AID P - 611
Subject USSR/Electricity
Card-1/1 Pub. 27 - 15/35
Author : Gor1kov, A. A., Eng., Moscow
Title:, : An improvement in the use of welding transformers
Periodical : Elektrichestvo, 8, 65-67, Ag 1954
Abstract The arrangement described permits a considerable improve-
ment in the efficient utilization of the transformers and
the obtaining of 15 to 20 per cent of economy in power
consumption. Three diagrams.
Institution : Not given
Submitted : Ap 6, 1954

.. .. .. ....V
AID P - 3001
Subject USSR/Electricity
Card 1/1 Pub. 29 - A/28
Author : Oorlkov, A. A.
Title : Voltage Etabilization in a lighting network
Periodical : Energetik, 6, 23-25, Je 1955
Abstract : The author describes methods employed in large city
networks to remove voltage vibrations. He presents
stabilization connection diagrams and gives formulae
for the computation of transformer capacity and other
data. Two diagrams.
Institution None
Submitted No date

GQR'KOV, A.A.
L~)erating system for welding transformers. Elektrichestvo no.2:
64-65 Y 156. (MLRA 9:5)
(Blectric transformers)

GORIKOV, A.A., Inzh.
-1 , , :
,'tp ~
Using mounted sy-nchrOnDUS generators In construction machinery.
Stroi. pred. neft. prom. 2 no.12:25-27 D t57. (MNRA 11:3)
(Electric Generators)

--GORJ40V, A.A. , insh.
Ittroie
Hlodtric nafety neaBures in pipeline conatructions.
- 3 no.9122-25 S 158. -12)
t ruboprov (MiRil 11.
(Blectric ryAchinery-Safety measuron)

i
GALIFMIN, A.I., ka~nd.tekhn.nauk,-,.90R'KOV, A.A., inzh.
We need mRobines vith electTic and hydraulic driving. Strol.
truboprov., 5 no.lltl4-16 N 160. (MIRL 13:11)
(pipelines)
i

GCIRIKOV,A.M.; SOKOLOV,L.S.; CHERKPANOV,V.A.
On the problem of a radical improvement in Moscowla municipal
and suburban transportation system. Gor.khoz. Hook. 29 no.6:
3-7 Je 155. (KLRA 8:8)
1. Metrogiprotrans (for GorIkov). 2. Moskovskiy metropolitan
(for Sokolov) 3. Institut generallnogo plana g. Moskvy (for
Cherepanov)
(Moscow--Rapid transit)

1. GORIKOVI A. V.*-I EME -
2. W>SR (600)
4. Sieves
7* Sifting in stationax7 sieves. Mekh, trud, rab. 6,, No. 9. 1952.
9. Monthly List 2f Russian Accessions, Library of Congress, j.,,Mry -1953. Unclassified.

GORIKOV, A.V.. inzliener, laureat Stalinskoy premii.
Loading of sand into barges and reloading it from barges into railroad
cars. Mskh.trud.rab. 7 no-7:43-45 JI 153. (XLU 6: 7 )
(Sand-Transportation)

GORIKOV,::AIV., in2hener, 1MIreat Stalinskoy promit.
I
,,, I, I I :. ~ - I, ' N . ' '- i,1,'-
Quarrying at the Kuybyshev hydroelectric construction proj,~ct. Mekh.trud.rab.
7 no.10:38-42 O-N 153. MRA 6*0
((~aarriee and qwwrying) (Khybysh-ev hydroelectric power station)

Cr- OR J
Cira VI jPub~ 70."!~~ 7/9
:Gpr,4kov'A. V.p Engineer) Recipient of Stal-in Award
Titae
2 Experiments froin the stone crushing plants (quarries)of the Kuybyshev
Itrdroelectric Plant
S'Heki'~. str~o;i. 3,p 27-301 Har:h 1931)
Aitxvv~u IDati on the machinery (stone crushers, sifters, load feeders, etc.),
emriloyed 'by quarries supplying structural mterials for the Kuybyshev
I~ydroelacbric Plant on the Volga River, are presented. Drawings;
illtstration.
Instd.tution
SubW.tteid

AGAPOV, D.S.; ARTIBIWV, B.H.; VIKTOROV, A.M,; GINTS, A.N.--GORIKOV~ A
GUSYATINSKIY, M.A.; KARPOY, A.S.: KOLOT, I.I.; KOMARJCVMTr,
KORYAGIN, A.I.; KRIVSKIY, N.H.; KRAYNOV, A.G.; NESTHROVA, I.E.;
OBJIS, LS~. kandidat takhaicheakikh nauk; SOSNOVIKOVI K.S.; SUKHOT-
SKIY, S.F.; CHLIKOV, G.O.; YUSOV, S.K.; ZHU, S.Ya., ekademik, glavnyy
redaktor; KOSTROV, I.N., redaktor; BAROKUKOV, A.V,, professor,
doktor tekhnicheskikh nauk. re"I.-tor; KIRZML&R, D.M., professor,
doktor tekhnicheakikh nauk, redaktor; SHESHKO, Ye.F., professor, doktor
tekhnicheakikh asuk, redaktor; AVERIN, N.D.. inzhener, redaktor
[deceased); GCIRIKOV, A.V., inzherier, rodaktor; KONARWHY, V.T..
inzhenar, redaktor.- ROGOVSKIY, L.V.. inthenar, redaktor; SHAPOVALOV.
T.I., inzhener. redaktor; RUSSO, G.A., kandidat takhnichaskikh nauk,
redaktor; YILIMONOV, N.A., inzherer, redaktor; VOLKOV, L.N., inzhener,
redaktor; GRISHIN, H.M., professor. doktor takhnicheBkikh aauk, redak-
tor; ZEIRIII, V.D., professor, doktor takhnichookikh nauk, redaktor;
LIKHACHNV, V.P~, inzhener, radakt6r; KOVIWICV, V~H-, kandidat takhni-
chaskikh nauk, redaktor; MIKHAYLOV, A.V., kendidat tel:hnichaskikbn *auk,
reduktor; PATROV, G.D., inzhaner, rednktor; RAZIN, N.V,, redaktor;
SODOIAV, V.P., Inzhener, radektor; FMINGER, B.P., inrhaner, redaktor;
TSYPLAKOV, Y.D., inzhoner, redaktor, ISAYXV, N.Y., redaktor; TISTROVA,
O.N., redaktor; SXVO.WSOV. I.M., tekhnicheskiy redsk-tor
[The Volga-Don Canal; technical report on the construction of the
Volga-Don Canal, the TSimlyanakays IWdro development and irrigation
works (1949--1952); in five volumes] Vblgo-Don; takhnichmskii otchet
(continued on next card)

AGAPOV, D.S. -- (continued) Gazd 2.
o otroitalletva Volgo-Donskogo audokhodnogo kanala imant V.I.Ianirja.
TSimlianskogo gidrousla i orositellnykh sooruzhanii (1949-1952) v
piati tomakh. Glav.red. S.IA. Zhuk. Moskva, Goe.energ. izd-vo.
V01-5. E(Zaarry management] Karlernoe khozinistvo. Red.toma I.B.
Koatrov. 1956. 172 p. (MLR.A 10:4)
1. Russia (1923- U.S.S.R.) Ministerstvo elektrestantaii. By-uro
tekhnicbeskogo otcheta o Btroitellstva Volgo-Doaa. 2. Daystvital'ayy
cheln Akademil stroitelletva, i arkhitektury SSSR (for Razin)
(Qaarries and quarrying)

GURIKOV, A.V,-, laureat Stalinskoy premii.
Providing the Kuybyshev Hydroelectric Power Station site with
nonmineral building materials. Mekh.trud.rab. 9 no.12:18-22
D 15$. (MLRA 9:5)
1. Gluvnyy inzhener upravleniya nerudnykh materialov Ktiybyshev-
gidrostroya.
(Building materials) (Kuybyshev Hydroelectric Power Station)

GORIXDV, A.V., inzhens-?, law-eat Sta"Unski-'v praird-le
Problem of supplying mn-mineral building materlall~ ~,,, lwyk
engineering projects. Mekh.strci.32 rin.1:14-18 Mr '5-51. (MLRA 8:4)
(Qmrrieg and quarrying)

GORIXDV. A,V., Inzhener.
1.
2xperience in operating
28-3 of cover Jl 156.
(Crushing
rock crushing plants. Mekh.trud.rab.13 no-7:
(MIRA 9:9)
machinery)

GERASIMOV. N.A.. inzb., nauchnyy red.;
red. 'ftd-vs, ; STEPANOVA, B.S., tekha. red.:
MIMKINA. T.H., tekhn. red.
(Gonstriotion and operation' of large stone crushing 1plants]
Stroitellstvo i ekspluatatsiia krupnvkh kamnedrobiltnykh zavodov.
Roskva, Goo. tzd--;vo lit-ry po stroit. i arkhit., 1957. 130 P.
(MIRA 11:10)
(Stone, Crushed)

AUTHOR: Gor1kov, A -V.p-Engineer
TITLE: reased__!~i_iEtion to the Production of
Materials (Bol'she vnimaniya proizvodstv-a
stroitellnykh materialov)
PERIODICAL: Mekhanizatsiya Stroitel'stva, 195?,
pp. 8
100-9-3/11
Natural Building
kamennykh
No.9,
- 11 OSSR).
ABSTRACT: According to the directives of the 20th Congress of
the Soviet Co=iunist Party, unproductive stone quarries and
ballast- and sand-pits should be closed and large regional
crushing and sorting plants for stone agCregates should be
built. A 1.8-fold increase in the output of natural stone
material is foreseen during the 6th Five-year Plan. However,
this branch of the industry has been rather neglected and even
the bloscow building organisation faces chronic shortage of
these materials. There is no mocbrn sorting and crushing plant
in the Moscow region. Various building organisations have
erected small crushing plants in different places, e.g. in
Karansk (in the Stalingrad region). 2 crusLing plants were
erected: one by the Ministry for Coal Production and the
second by the Donbasskanalstroy. The Soksk stone-crushing
plant, together with the KuybyshevSidrostroy are working
Cardl/5 number of small quarries; the output reaches 2 million m of

100-9-3/11
Increased Attention to the Production of Batural Bu-';_ldin- Materials
ballast/year. The Soviet 1.1inistry for Transport is completing
the assembly of a stone-cr4shinG plant in Ishinsk with an
annual output of 100 000 m--). The 1,,Pinistry of Power Stations
envisages bie construction of a stone-cr-ashinL- nlant rith an
3
annual output of 400 000 m Roads and all -necessary bridges,
as well as ancillary services are constructed to all these
plants. Sinall quarries are not equipped with excavators and
up-to-date machinery. Large rc--6ional plants are to be erected
to achiev 5 complete mechanisation (capacity 350 000 to
400 000 m /year). The first vol~~a-Donstroy plant appears to
be the best planned plant, altl-DuGh it is not quite up-to-date
in desiFn. Basic chanGez were carried oat in, the design of
the crushing plants of t-he Kar-sk, Kalil-.hhovok and i4ovosibirsk
Power Stations. Tbe expacted outil~it could lot be achieved at
the Kamsk stonc-crushin~; plant. hc crashing: r.zchines
W4 -1500 - 1200 mm cannot bc used in con,-~unction with U1.1-11.
The plant has only 1 sieve, CM-60, vihichcbes not f~rade to
25 mm fractions. In consequenCe, t'..ecc fractions are wasted.
The drive to the receivinC, bunlizcr is in thc form of a header
which limits the supply and conseqaentul.7 lorers the out-put.
The crushinG plant at iqovosibirslk- .ias built at -,,he same time
(jard2/5

100-9-3111
Increased Attention to the Production of vatural Buildin-Irr, 11'aterials
as the concretinG plant. Both are 100 km fror. the quarry.
The materials have to be convc--ed by rail and up to 405% of the
material is returned by rail, the rest beinG waste. There are
many shortcomin---s with reCard to the planninC. The receiving,
bunker is not di-L7-nsioned correctly, the concretinG yard is
too small and the work of the crushing plant is virtually
paralysed. A second crushinE nlant had to be designed to
secure the sup!)ly of ballast necessary for the construction
of the i4ovosibirsk 1-1,7dro-electric Power S-ation.
U mihe Kakhovsk
Power Station has a very larGe output (800 - 850 /hour). So
far, the improvements planned by tEe Gosstroy, to arrive at
a standard type of crushinf---- ?,!ant, have not been very success-
I
ful. Uipronemetrud have proposed 4 scheme for lurifyinE, sand
P
the planned output being 400 000 m-)/year. 1 -2 rm. -rain sand
0
containing 1(Y16 impurities is Lised. The receiving bumker of
the Zhirnovsk stone-crushinE plant of the Mlinistry for Ferrous
Metallurgy is constructed with a restrictinis wall. rig. 1
shows the correct couplin,- of the bunter with thne conveyor
belt. NIIOMS has carried ont tests on the r,radin[~ of ballast
usinG vibratinC sieves. A forrula was calculated, r-ivin,,- the
output capacity of there i)lants. Tl-iis forumla, sho7;inC that the
Card3/5 output is iiLdependent of !Aie accuracy, of sievini-; and trying to

100-9-3/11
Increased Attention to the Production of Aatural BuildinS Materials
prove that the larger the quantity pas-sed throuffh the sieve
the bigger the output, ,,.,as proved incorrect. The Bratsk
Hydro-electric Power Ptation is located on thecrossing of the
Angara and the diabasic strata, the latter bein:7 a hard
building material. On the sitc of the power station sand
gravel deposits, containinr-- sand are found. This site
, 2 50% 1
was chosen because sand occurred there and laruge quantities of
gravel are obtained which hitherto could not be used because
the majority of machinery vas designed for crushing of diabase.
Only 505/0' of the required quantity of sand is produced. To
increase the outrui of sand, the srall fractions of ballast
should be crushed. A large variety of crushinZ~ and gravel
sorting machines has been manufactured recently. However,
defects bave been observed on some of these machines, e.g.
the lamellar feeders are i.;ade without devices for cleaning
the drums (which often causes brcah,dovins). The height of the
border does not permit correct jointin;,-, of the bunker and of
the lamellar feeder. The side plates of the "jar" crushin-
machines are fixed ri-ith :!rotrudin,,: bolts ~'.,hich tend to break
off due to the constant iir!-a-1ts caused by the tones. This also
(;ard4/5 causes frequent breakdowns. The-::e defects can be eliminated

100-9-3/11
Increased Attention to the Production of Natural BuildinC liaterials
by the type of fixinC indicated in Fig.2.
There are 2 figures.
AVAILIBIS: Library of Congress
Card 5/5 1. Construction materials 2. Construction-Equipment
3. Construction industry-USSR

GORIKOV, A. V-
V.M., kandidat tekhnicheskikh nauk; GORIKOV, A.V., Inzhener.
Conference of workers of the no=lneral materiqls enterprises.
Gidr.stroi. 26'no.6:6k62 Je 157. (MLRA 10:7)
uilding materiRls--Congresses)

GORIKOV, A.V., Inzhener.
Xxperience operating rock products supply organizations at Bites
for hydraulic Btructures. Gidr.stroi. 26 no.8:8-15 Ag 157.
(MIRA 10:10)
(Quarries and quarrying)

AUTHORs Gor1kov, A.V., Mining Engineer 127-58-6-17/25
TITLE: On the Planning of Crushing and Grading Units (0 proyektiro-
vanii drobillno-sortirovochnykh ustanovok)
PERIODICAL: Gornyy Zhurnai, 1958, Nr 6, pp 60-63 (USSR)
ABSTRACT: Almost all new crushing and grading units are faulty and
need readjustment after a few days. The author describes
many such cases. lie finds that the main cause of it is an
inadequate approach to the problem of the construction of
such units. At the request of Gosstroy, different organi-
zations designed various types of such units, but every one
of them is adaptable only to a specific requirement of a
given industry. Gosstroy must revise the methods of preparing
general projects and instead, collect projects for individual
units and from this mass find a satisfactory project-type.
There are 3 figures.
ASSOCIATION: Gidroproyekt
AVAILABLE. Library of Congress
Card 1/1 14 Gradera-Maintenanoe

GORIKOV. Aleksandr Yasillyevich; CRI-RK, Yuriy Isaakovich; SHLAYR, I.B.,
tatsenzent; )GIBOY, R.V., inzh., retsenzent;
PETROV, G.D., inzh., nauchnyy red.; KARIYAjJSKIY, L.P.. red.;
AKULOV. D.A., red.; SOKCILISKIT. I.F., takhn.red.
[Reconstruction of quarries supplying building materialB to tba
Stalingrad Hydroelectric Power Station] Rokonstruktaiia karle--Uo-
go khoziaistva dlia stroitel*atva Stalingradskoi GES. Moskva,
Gidroproakt. 1959. (miRA 13:6)
Hydroelectric Power Station)
(Quarries and quarrying) (Sand and gravel plants)

GOR'KOV, Alel:sandr Vanillyevich- BOGOSLOVSKIY, V.A., inzh., red.;
I-
-,red.; IMEIEVA, L.V., tekhn.red.
(Organization of storage and transportation of nonmetallic
materials at construction sites of large hydroelectric power
installations] Organizataiia transporta i skladov nerudnykh
materialov na stroitallstvakh krupnykh gidrouzlov. Moskva,
Orgenergostroi, 1959. 62 p. (HIIL4 12:10)
(Hydroelectric power stations)

28(l) SOV/118-59-4-22/25
AUTHOR: Gor1kov, A.V., Engineer
~ -1-- ----- ----- --
TITLE: Engineering Abroad - The Production of Non-Metallic
Building Materials in the GDR
PERIODICAL: Nekhanizatsiya i avtomatizatsiya proizvodstva, 1959,
Nr 4, PP 58-61 (USSR)
ABSTRACT, The article deals with exp2oitation methods in the
quarries of the GDR and describes
various drilling machines for the boring of inclined
and horizontal Dlast holes, rock crushers, a machine
for the washing and sorting of sand and pit gravel
mixtureS7 and various transportation means (belt con-
veyers, elevators, etc.) There are 7 diagrams.
Ca-rd 1/1

GOR IKOV, A.V. , inzh.
-411 ..
Means and inothods for improving tho quality of crunhod stone.
Stroi.mat. 5 no.7:18-21 JI '59. (MIRA 12:10)
(Stone. Crushed)

GORIKOV, A.V., in2h.; CHLEK, Yu,I., inzh.
AutomtIon of stone-crusbing plants. Makh.stroi. 16 no.11:
10-14 N 159. (MIRA 13:5)
(Crushing mchiner7) (Automticn)

RATIKOVSKIT, Leonid Petrovich; BOGOSMVSKIT, V.A., inzh., reteenzent,
nauchnyy A.T., inzh., reteenzent; BUSHUYRVA,
N.A., rod.1zd-va; RUDAKOTA, N.I., tekhn.red.
(Producing concrete aggregates using rock products] Proizvodstvo
nerudnykh materialov - sapolnitelel dlia betonn. Hoskva, Goo.
izd-vo lit-ry po strolt., arkhIt, i stroit,.wterialam, 1960,
203 p (HIRA 13:5)
jAggregates (Building materials)) (Quarries and quarrying)
(Sand and gravel plants)

67243 5
14~( 30 ( 5)
AUTHORS: '~antoroviQh.L.Il.,Corresponding M&ember SOV/20-129-4-5/68
of the AS USSR, and
TITLE: Some Functional bat Arise in Analysing a Single-
Product Economic Model /---
PERIODICAL: Doklady Akademii nauk SSSR,1959,yol 129,Nr 4,pp 732-735 (13SSR)
ABSTRACT: For the investigation of economic processes the authors recommend
mathematical models which lead to differential- and integro-
differential equations which can be integrated numerically step
by step. Thus it is possible to determine the influence of
several factors (parameters of the model) to the economic
characteristics of the process. The models may serve also for an
examination of the exactness and legality of several methods of
calculation usual in economy. Three cases are considered,e.g.:
Let t be the time, T(t) be the set of work at one's disposal,
H(t) be the raw materials at one's disposal. Let 10(R,T) be the
set of goods produced in the unit of time. If U(R,T) is assumed
to be a homogeneous function, then
n
I l n- a&
k ) TJ (R, T) =IR41T cip (CO)
Card 1/2 0

67 24 3
Some Functional Equations That Arise in Analysing SOV20-129-4-5/68
a. Single-Product Economic Model
where p(*:,) is a weight function. Let n-1. Let the function
U(R,T) characterize optimal methods of production. Then the
curves U-const. are convex; for this it is sufficient that
p(W) is not decreasing. Let the part (1-t) of the production
be consumed, let the remainder be stored; then
(3) dR - rU(R(t),T(t)).
dt
ASSOCIATIOII:Leningradskoye otdeleniye matemp-ticheskogo instituta imeni V.-A.
Steklova Akademii nauk SSSR (joeningrad ~eqji y
D.athematical Institute imeni V.A.Steklov AS_U-"~
2Z)n)
SUBMITTED: August 22, 1959 X
Card 2/2

I M1101114 fill 111V11 If I I I IR'l I I IV !.*I-, V T-'7;1;1R 19 Ilk', Il
L 22249-66 EWT(1) IJP(o) 00
rACC Mt. AP6010996: SOURCE CODE: UR/0056/66/050/003/0738/0758
AUTHOR: ~ychkov, Yu. A.;' Gor'kov, L. P.; D--yaloshinskiv, I. Ye.
ORG: Ustitute of Theor4itical Physic Aca-demy of Sciences SSSR Sinstitut
teoreti0eskoy fiziki Akademii nauk SSSR)
TITLE. Ibe possibAity of effects similar to superconductivity in a one-dimensJ
system
SOURCE: Zhurnal eksperimntal'noy i teore-ticheskoy fiziki, v. 50, no. 3, 1966,
738-758
TOPIC TAGS: superconductivity, superconductor, Fermi particle, BCS theory, electron
pair
ABSTRACT: It is shown that the Fermi state of a one-dimensional system Is unstable
relativi6 to an arbitrarily weak attraction between the particles. In distinction to
the three-dimensional case, it is the particle quartets near the Ferimi surface which
exhibit specific properties similar to those of the electron pairs in the BCS theory.
Instability changes ~ the ground state in Such 2 Way that a spectrum gap appears and the
structure period doubles. However, the new ground state is c4able of passing a cur-
rent without energy,dissipation. Interaction with the lattice leads to the appearance
of an effective interaction between the nectrons. If the effective interaction be-

L 2224~_66
ACC NP4 AP60109196
bet:wYeen the electrons. If the effective interaction is repulsive (tut weak), the
system renains in:thse metallic state of all temperatures. The problem of fluctuations
is discusbedo [CS)
SUB CODE: 20/ SUM DAT16-1 060et65/ OnG REF: 006/ OTH REF: 005/
-Card 21?" not

-p
7;1
ON TF.I,i;'*'
411SY-NIPTOTIC APPEARANCE
sa ot
G01-1421= amd IDw znetrv),d (p~,,yjj. Rev,
CorrEmons are Inlro bCPd In Groen'ti
eleclrm~jtuZctlon for the 0 c)rjt,,., c~f %L L

GGRIKCV, L. P.
GOR'KOV, L. P- --"The Quantwu Electrodynamics of Charged Particles -Ath Zero
Spin." Moscow, 1956. (Dissertation for the Degree of Candidate in
Physicomathematical Sciences.)
So.: Knizbnaya Letopis'. No 7., 1956-

SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1225
AUTHOR ~GORIROIVJ _L_P_
TITLE I'ge-dREENIS Functions of Charged Particles within the Domain of
the "Infrared Catastroph.9".
PERIODICAL Zurn. eks i teor. fis, ~20, 790-791 (1956)
Publ. 4 ~*1956 reviewed 8 / 1956
This report deals with a derivation which explains the additional singularity
2 2 2 (e2/2n)(-X_d
(M Ap -m )) .1 1(0)) in the GREEN'S function of a charged paitiole inde-
pendently of the nature (spin) of this particle. GREEN'S function is here de-
fined in the usual manner: G(x,xl)= < (V(x), T(xl)),~oand the FOURIER'S compo-
nent of G(X,xl) within the domain p 2 M2 . is defined by the matrix element
< 0 17(x)1 p > , where p 2 - M2, i.e. it is sufficient if, in the FOURIER
series of the operator T(x), only the part of the spectrum with p 2, m2 is de-
2 2
termined. In the state with p _ M there exists a particle which is in inter-
action with the electromagnetic field, and the quantity A _ IP2_m2 I m-2 is a
measure for the energy of the photons which this particle is able to emit cir
to absorb. The assumption is made, which is confirmed later, that with this
effect only coupling with the low frequency part of the electromagnetic field
is of essential importance. On the occasion of the selection of a system of re-
ference in which the motion of a particle is nonrelativistic, the following

Zurn.eksp.i teor.fis, 30, 790-791 (1956) CARD 2 / 2 PA 1225
nonrelativistic SCHROBDINGER equati-v applies,
m + eA0 (x) + (1/2 m)(D eA(x))~j Y(x), where
This equation is suited for the description of the interaction of the "free,'
part of FOURIER'S series T(x) (p 2 _ m2) with the low frequency part of the
electromagnetic field. After some transformations the following GREEHIS
function is herefrom obtained: t t
G(x,xl)=G x,x1) < P P i A (XI, x) d-r exp f i ~ j A,.(x I , -r d-r
0C T TI(exp Y 13 Q 0
where G O(x,xl) is the GREEN'S function of the free particles. This expression
is averaged over the vacuum of the photons and is several times transformed.
In the case of an adiabatic interaction the values of all integrals extending
over the lower limit may be omitted. Integration is described. The high fre-
quency domain leads to renormalization effects which, however, cannot be worked
with accuracy by means of this method. Eventually 2 2))(e 2 /2n)(3-dl(o))
G(p) (p) (m2 / (p _m
is found. G o(p) is thus distinguish.: GJ(?om the GREEN'S function of the free par-
ticle by a renormalization factor. Thus, the occurrence of the aforementioned
singularity in the GREEN'S function of the particle on the ocoasion of inter-
action with the electromagnetic field is connected only with the classical
properties of the electric current due to the uniform motion of the particle.
INSTITUTION: Institute for Physical Problems of the Academy of Science in
the USSR.

1,1W 4P1;R1M%,I1WMM
C-4 L) kov, i, P.
SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1885
AUTHOR GORIKOV,L.P., CHALATNIKOV,1.11.
TITLE The Electrodynamics of the Charged Scalar Particles.
PERIODICAL gurneekep;i teor.fis,.Ll,fase.6,1062-1078 (1956)
Issued: / 1957
L.D.LANDAU, A.A.ABRIKOSOV and I.M.CHALATNIKOV investigated the asymptotic be-
havior of GREEN'S functions in the case of high momenta of electrodynamics
with spin 1/2 by means of the direct solution of integral equations. The
corresponding steps are taken in the course of the present work with respect
to the electrodynamios of the Particles with spin zero in KEMIERIS formalism.
At first IC RIB 0-formalism is discuseedi it is very similar to DIRAC'S
equation for the electron. Also the interaction between mesons and the elec-
tromagnet~c field can be described by means of the KLEIN-GORDON- and also by
means of P-formalism. The scattering of light by light results in a finite
expression in the case of summation over all permutations of the emitted
quanta. The following is discussed in detail: GRWIS function of the photon,
GREEN'S function of the meson, the basic equations, and the gradient trans-
formation of GREEN'S function of the meson.
Summary: The present investigation shows'that the electrodynamics for spin
zero is formally similar to that for spin 1/2, but conditions in this in-
stance are, in general, more complicated. When deriving the integral equa-
tions the results obtained by the perturbation theory must be widely used.

Zurn.eksp.i teor.fis,~1,fasc.6,1062-1078 (1956) CARD 2 / 2 PA - 1685
When selecting d1~wdtan equation with three "summits" can be written down for
summit parts. If d1 is selected in this manner, it is sufficient, in the
approximation investigated, to determine GREEN'S function of the photon and
meson and of the summit part. The COMPTON diagrams are then equal to their
zero-th approximation. In this case employment of the equation with three
summits leads to the correct expression for GREEN'S function of the photon.
This is brought about by comparison with the results obtained by other methods
which make use only of the perturbation theory and the postulate of renorma-
lizability. For GREEN'S function of the meson both methods furnish the same
results.
At dl ~ dt the equation for the summit part cannot be applied. In this case
the expression for'GREENIS function of the meson must be determined by gra-
dient transformation (any dl) of such expressions as were determined on the
condition d1 = dt. It is interesting that the difference between the exact
GREEN'S function of the meson and its zero-th approximation is not reduced to
gradient transformation alone as is the case in ordinary electrodynamics.
INSTITUTION: Institute for Physical Problems of the Academy of Science in
the USSR.

9 MEMOMMIF111111 031HE. off 311111111;1 lill vill 1111 ME U1111ful fill I It,;: .fh.t~ I V:--
El
~j [)j-7_j jili ......
Pltfl:. -IF. I
bf hiwlor of -.jj,~ I
mmlmw
iN
OaLh;
IUM

AUTHOR GORIKOV L.P. F$, - 2685
TITLE N-o Limiting Momenta in Scalar Electrodynamics ---
(Dva predollrqkh impullsa v skalarnoy slektrodinamike - Russian)
PERIODICAL Zhurnal Eksperis. i Toorst.Fiziki, 1957)Vol 32, Nr 2, PP .359-362 (USSR)
Received 5/1957 Reviewed 6/1957
ABSTRACT In connection with the conclusion drawn by 1. Ya. POMERANCHUK (Dokl.Akad.
nauk-1957, Vol lo3, loo5 (1955), that.charge, on the occasion of transi-
tion to punctiform interaction, becomes equal to zero, the '-wo-limit-
value scheme becomes especially interesting. The present wyork investiga-
tes this problem in th eloctrodynpmics of the parti-l-r with spin zero.
Two cases are possible: I-Q)A,. Here the i ate gr ilftoii' domain can
be subdivided into two arti domiLi >>k., b)Ak~> jW14 k.
P mi &)Ap p
The author investigates the summit part r,,t p~>1. integration over k is
carried out iia the doinaixA?~k&. The domain b) makes Ino contribution to
the expression for the pola? za ion tonsor. Thus P At_AY\ only the li-
lit valu*Ap is noticeable in theor au~
2 Ap))j/1k. The au hor investiga-
tes tke equation of the summit part'~orIil;his case. Let p,~'l apply. For the
auxmit part and for G(p) the solution is sought in the following form:
G'(p) - rp -aI(p")IMP"), Mpo -'1,1) - Pa(pO). For the limits of the
integration domain/iJk~p be valid. AtA /M~1.' B"(P.,P-1,1) YQ(P a)+
ut in the case of the
(fl~-pdl*)p-lal(p")d(p*)SO(pl,ll) applies,
integral furnisken no logarithmic contribution and B,,(p.,p
Card 1/2 applies.

Two Limiting Momenta in Scalar El*ctrodyiiamics PA - 2685
Now the equation for GREENIS function of the photon is doiait with:
If k)).Ak, it applies that dt(k*) - 1. k(Ok holds. Then, like f ormerly
in tke aase of the integral for tke pol.A~ftzation tessor, two integrati-
Z~l
Ak>~k. Bk this method the
on domains occur: a)4y>>.Ak~p~k b)Ap),)p~
following equation are found:
dt(O)a -1+(**/3Tf)vln(Aa -0~' -- at. kk
I V %
1 1 at k ~~N
For the charge apparently 0 0 ;8/,. a-1 ap ii...
3. P
Polarization of the vacuum of the particles with spIn zero changes GREEN'S
function of the photons in exactly the same manner as in ordinary electro-
dynamics. Gradient transformation on any dl can be carried out.
ASSOCIATION Institute for Physical Problems of the Academy of Science of the U=
PRESENTED BY
SUBMITTED 15.12-1955
AVAILULE Library of Coxgress
Card 2/2

-IvIrl alurr-rwomimiyu,
,J k L L;
AUTHOR s GorIkov, 56-2-13/47
TITLEi Stationary Conyeetion in a Plane Liquid Layer Near the Critical
Heat Transfer Point (Statsionarnaya konvektsiya v ploskom sloye
zhidkost~\Iblizi kriticheskogo rezhima teploperedachi)
PERIODICALt Zhurnal Eksperim. i Teoret, Fiziki, 1957, Vol. 33, Nr 20),
pp. 4o2-407, (USSR)
ABSTRAM The ascertainment of the symmetry and the amplitude of motion in
the case of overcritical conditions necessitates the study of non-
line equations. The present paper discusses the results from such
investigation for the nearly critical conditions. The plane hori-
zontal layer of liquid with the thickness h is bounded by two
planes, which are kept at a temperature difference; Three diffe-
rent kinds of boundary conditions can be imagined: a) two fixed
planes, b) one fixed plane and one free surface, c) two free sur-
faces, For the case c) the formulas are particularly simple. At
the outset the equations of stationary convection are written
down. Then the boundary conditions are given add every quantity
occuring here are expanded into fouries series. The solution of the
equation derivated here is given; The amplitude of the convection
motion is proportional to the square root from the parameter'A~'
which characterizes the overcritical state of the heat transfer.
In the equations obtained here only the moduli of the absolute
Card 1/2 values of the amplitude of the motion X appear, which means, that

Stationary Convection in a Plane Liquid Layer Near the Criticil
Heat Transfer Point. 56-2-13/47
ASSOCIATION:
BUBMITTED:
AVAILABLE:
Urd 2/2
the proportion between their phases cannot be determined. With
the help of the relation X -jXjei6 a connection between the pha-
ses is obtained. By a transformation of the coordinate origin all
phases can be set equal to zero. The principal term of the solu-
tion is given explicitly. This solution shows hexagonal symmetry,
and a periodic structure in the x,y plane consisting of regular
hexahedron prisms. In the centre of these prisms the liquid moves
upwards and near the walls downwards. The solution is also given
for the second case. The corresponding flow permits rotations of
third order with respect to the vertical axis and it is symmetri-
cal with respect to the x-axis. The intensity of motion in the
case of stationary heat convection in a plane layer of liquid un-
der nearly critical conditions is proportional to the root from
that parameter, which characterizes the overcritical!-state of the
conditions, The significance of Prandtl's number, too, is shown.
There in 1 Slavic reference and no figure.
Institute for Physical Problems AN of the USSR (Institut fizi-
cheskikh problem Akademii nauk SSSR)
FebruarY 5, 1957
Library of Congress

Ps
56-3-14/59
AUTHORS: Gor1kov, L.P., Pitayevskiy, L P. 4
TITLE: The Scattering of Light in He - He Mixtures. (0 rasseyanii
eveta v smenyakh H*3 i H94)
PERIODICAL: Zhurnal Eksperim. i Teoret. Fiziki, 1957, Vol-33, Nr 3, pp.
634-636 (USSR)
ABSTRACT: The scattering of light in He3 - He4 mixtures below theX -point
in theoretisally treated. It is shown that the spectral de-
composition of the scattered light ctntains 5 lines. For these
lines formulae for the calculation of their intensity are given.
The width of the liqes can be estimated and for ~-/Ly near the
oriticial.point -1o-7 is obtained, which is less 1han the distance
between- the linemA'f the inside doublet. There are 2 Slavic references
ASSOCIATION: Institute for Physical Problems AN USSR (Institat fizicheskikh
proble Akaaenii nauk SSSR)
:
SUBRITTED: March
5, 1957

AVAILABLE: Library of Congress

Card 1/1

AUTHOR: Gortkov, L, P. SOV/56-34
TITLE: On the Spectrum of Energy of Superconductors
(Ob energeticheskom spektre sverkhprovodnikov)
PERIODICAL: Zhurnal Eksperimentalinoy 4- teoreti,:11eskoy Fiziki; 1958;
vol. 34, lir 3, pp. 735-739 (USSR)
ABSTRACT: First, brief reference is made to 4 preliminary works
dealing with this subject, A method based upon an idea
developed by L. Cooper (k1uper) (Ref 1) is proposed in the
present report. According to this idea * all results can be
determined in a short and simple way by means of the
apparatus of the quantum theory of the fields, First the
Hamiltonian of the problem is wr,-tten down explicitely,
The interaction is put equal to zero everywhere, except the
range of the particle energy 2-4 in the visinity of the
Fermi-limit 6 F (from le, C, + The author
to 'F
subsequently passes over to the version developed by +
Heisenberg. The conditions for the operators LF and I
Card 1/3 which depend on the time, are written down., The Green

On the Spectrum of Energy of Superconductors S7V/56-311 -3-31155
function Gap(x - x^,) is defined as mean value of the
basic state of the syatem~ Gap (x - x1) - -i