SCIENTIFIC ABSTRACT GULKANYAN, N.O. - GULKO, F.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617310019-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 21, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

89483
Torsion of a hollow... SIO 221611014100110031010
Bi 1 2/B202
layers. Moreover, the
boundary conditions.
to the problem. It is
by the equations
r - c z =
e T, ,
displacement
Phe system of
connected wish
t
c e
I
functions must satisfy certain
coordinates tf ~is better adapted
the cylindrical coordinates r, z
/[rT _~ 2
z _7
(F2--'2/c)
t ln r + z
where c is the radius of the parting surface of the layers. In this
system of coordinates the differential equations of the displacement
function take on the following form:
+ 0 2) 1+ 3 j - 4 LaTl~- - 0, if 7*(r(t,~), z(t,P)_T (t1j).
at2 8f 2 at a ~ i j
Together with the boundary conditions, formulated in this paper, the solu-
tions of these differential equations are displacement functions:
Card 2/3

89483
Torsion of a hollow...
00 - It
T (t,J) e 2 A sh 4k+3 t
T jk 2
k=0
3/022/61/014/001/003/010
B112/B202
+ B ch 4k+3 t)pl
ik 2 2k+1
Djk COS ajk t PI1 where the functions P 1 are
2 + is, jk
associated spherical functions (P1 - dP P1 are conical functions, where-
Tx_
as the constants A, B, C, a are determined by the boundary conditions.
Finallyt the authors derive an equilibrium condition for the moments of
torsion to which th6 hemispher6 is subjected. There are 1 figure and
9 references: 6 Soviet-bloc.
ASSOCIATION: Institut matematiki i mekhaniki AN Armyanskoy SSR
(Institute of Mathematics and Mechanics AS Armyanskaya'SSR)
SUBMITTED: November 15, 1960
Card 3/3

GULKANYANX N. 0.
Dissertation defended at-the Institute of Mechanics for the academic
degree of Candidate of Physicomathematical Sciences:
"Torsion and Bending of Tubular Prismatic Rods with Po3ygonal Cross
Section."
Vestnik Akad Naukj No- 41 1963, pp. 3-19-145

GULKANYAN N 0.
Calculation of sums of certain series. Izv. AN Arm. SSR. Ser.
fiz.-mat. nauk 16 no.lill9-127 163. (MIRA 16:3)
1. Institut, matematiki i makhaniki AN Armyanskoy SSR.
(aeries)
v

GULKANYAN, Vartan Anesovich; BATlfakl, G.G., otv. red.
[Cotton surgeryl Khirurgiia khlopchatnika. Erevan,
Izd-vo AN Arm.SSIR, 1963. 436 p. (MIRA 17: 6)
0
il.'~
I

GULKANYANJ V. 0.
"Obtaining Regenerative Shoots from the Cotton, Tobacco, and Tomato Plants,"
in the book, Achievements of Sound Scientific Workers Dedicated to the 20th Anniversary
of the Lenin-Stalin KomsomolJ Yerevan, 1939
1 X

GULKAINU- N, V. 0. and OGANESYAN, S. G.
"Crossing of Tr. Timopheevus with Soft Wheats in Free and Forced PoUirmition',"
Annals of the Armenian Branch of the Acadwq of Sciences USSR, No.8, 1941

.GULKANTAN, V.0.
..-
Inheritance of raat-resistance In Tisopheavi wheat [in Armenian
with aumsary in Russian]. Izv.AN Ars.SSR.2st.nauki no.7:27-52 147
OM" 9: 8)
1. Deystvitel'uyy chlen AN Arrqanskoy M.
(Wheat) (4bridization, Vegetable)

GUMMAN, V.O.; OGAMYAN, S.Ge
Nntxire 6f the sp;itting of wheat hybrid@ obtained by zonal pol-
lination. Dokl,A* Are. SSR 9 ne.5:225-230 048o
(KRA 9:10)
1, Daystvitellary chlon Akadouit mmk Anwanskoy SSIL (for Oulkwwan)
2. Institut Genstiki rastb*4 Akad6ull nauk ArWanskDY SSR,T*reTku*-
(Wheat) (Hybridization, Vegetable)

GULLUff", V. 0, ---
Success of agroblological science in the Armenian S.S.R. Izv.A.N
Arm.SSR.Biol.i sellkhoz.naukt. 2 no.1:3-14 149. (JILRL 9:8)
1. Deystvitellny7 chlen AN Armyanskoy SSR.
(AMMIA-.-AGRICULTURK) ,

GULUNYAN V-0.
Cytological investigation of vegetative tomato hybrids. Izv.AN Arm.
sar. Biol, i sellkhoz. nauki 2 no.3:305-308 149. (MIBA 918)
1. Institut genetiki i selekt9ii rasteniy Akademii nauk Armysuskoy =.
(TOKATOXS)

GULKANYAN) V. 0.
"Deep Trimming of the Cotton Plant. Status of the Problem of Trimming the
Cotton Plant." Iz. Ak. Nauk AxuZSR, Biol. i Sellskokh. nauki, 2, NO-4, 1949

GULWYAN V. 0.
Late defaliation of the cotton plant and its practical application
[in Armenian with stumary In Russian]. Izv.AN Arm.WR.Biol.i sell,.
khoz.nauki. 3 no.12-1071-1086 150. (Idak 9 -. 8)
1. Daystvitellay7 chlen AN Ara.MM.
(Cotton growing)

GULKANYAN, V-0.
Age depression in the hybrids of some wheat varieties. Izy.AN
Arm.SM.Biol.i sellkhoz.nauki. 4 no.11:973-1003 '51. (NLRL 9:8)
1. Deystvitellnyy chlen Akademli nauk Armyanskoy SSR. 2. Inati-
tut genetiki i selektaii rasteniy AN Arr47&nokoy SSR.
(ARVENIA-WIMT)

GULKANYAN, V.O.; STMRNNYAN, G.A.; SAILOTAN, S.S.
Valuable lines of wheat for the mountainous rsgions of Armenia.
Izv.AN Arm.SSR.Biol.i sellkhos.naukt, 5 no.8:3-14 '52. (MLRA 9:8)
1. Institut genetiki I selektaii rastenly Akademil nauk Arayanskoy
!$3R.
(Armenia-Wh"t-Tarieties)

GULUNY&N, V.O.; OGAMESYAN, S.G.
Selectivity of fertilization in wheat with mature and overmature
pistils. Izv.AI Aru.SSR.Biol.i eol'khos.naukl. 5 no.9:33-44 '52.
(MLRA 9t8)
1. Inatitut genetiki i selektaii rastenly AN Arvyanokoy SM.
(Wheat brooding)

GULKANUN, V. 0.
11 - ~4~--
Persicum branched wheat. I&T.AN Arm.M.Biol.i golikhos.nauki. 5
no.11:49-68 152. (Wa 9: 8)
1. Doystvitel I Wy chlon AN A-rm. M; 2. Institut genstiki i
selektisaii AN Arm. SIM
4raonia-Whea,t)

GULWYAN, V.O.; OGANISTAS, S.G.
- .
Observations on the crossing of branched rivet wheat with umbranabed
wheats. Izv.AN Arm.SU.Biol.i mellkhox.nauki 6 no.1:3-15 153.
(NM 9: 8)
1. Institut genetiki i selektaii rastenty AN Arm.SSR.
(Wheat)

GULKANUN, V.0.
.
-- =Wgmmmik&~- , - "
Intense topping of the cotton plant. ZzY.All Arm.SSR.Piol.i sellkhoz.
nauki 6 no.8:3-21 153. (Km 9:8)
1. De7stvitellny7 chlen AN Arm. SSR.; 2. Inatitut genetiki, i sele-
ktaii rasteniy AN Arm. SR.
(Cotton grq.w~ng)

GUI"~ - ~ - SURMUTAN, G.A.
,r,
Significance of valuable local wheat populations In the brooding of
now varieties. Izv.AN Arm.SSR.Biol.1 sellkhos. nauki 6 no.12:
3-17 '53. (WJA 9:8)
(Armenia-Wheat-Varietion)

Category : USSR Plant biseases. Diseases of Cultivated Plants N-3
Abs Jour : Ref Zhu-r - Biol., No 6, March 195T, No 22944
Author : Gulkanyan, V.O., Oganesyan, S.G., Oganesyan, A.A.
Title :- EfTe__cf_`ofNut_r_Te_nts of Fangal Diseases Affecting Wheat.
Orig Pub : Izv. AN AmSSR, biol. i s.-kh. n., 1956, 9, No 6, 59-76
Abstract : In studying the effects of nutrition by NPK, NPK-* manure on
diseases caused by forms of tust, firebrand and parasitic
fungi on wheat varieties Artashati 42, Grekum 24, Eritroleukon
1) Yevgardi 4, Eritrospermum 4 and Eritroleukon 2. it was
established that the index of resistance against fungal "-is-
eases is very constant. Independently of the time nutrients
were administered, the plant vigor was increased, the vege-
tative period lengthened and the diseases of the varieties from
rust and parasitic fungi were somewhat increased.
Card 1/1

GUIO
J=
Achievements and future tasks in wheat breeding in the Armenian S.S.R.
Izv. AN Arm. SSR. Biol. i sellkhoz. nauki 10 no.10:59-80 0 157.
(Armenia--Wheat breeding) (MIRA 10:12)

GULKAN-adl, V. 0.
Interrelationships in a plant corminity. Izv.A11 Arm.SSR.Biol.
nauki 12 no.3:21-33 Mr '59. (141RA 12: 9)
1. Institut zemledeliya 1-finisterstva sellukogo Ichoziraystva
Arm:i:3'R.
(BOTANY-ECOLOGY)

GULKAMN, V.O,-; RIACIUTRYAN, G.G.
Changes in the tillering of wheat under tlie influence of
gibberellin. Iz-,r. All Arm. SSR. Biol. nauki 14 no.12:9-2-3
D 161. (MIRA 15:3)
1. Institut zemledeliya Ministarstifs, sel;skogo khozftystva
Armymskoy SSR.
(GIBBFMLLIN)
(14WAT)

GULKANYAN, V. 0.
Intravarietal crossing of wheat in connection with send production.
Izv. AN Arm. SM. Biol. nauki 15 no.4:3-11 AP 162. (MIRA 15:7)
1. Institut zemleds3iya Ministerstva sellskogo khmMstva
Armyanskoy SSR.
(WHKAT BREEDING) (SEED PRODUCTION)

GULKANYAN, V110,
Importance of pruning in the production of wheat seed. Izv. AN
Arm. SSR. Biol. nauki 15 no.5:3-10 My 1621. (MIRA 17:6)

-U,LKANYAN, V.0.
e__
I
Agrobiological science and wheat seed production. Izv.AN Arm.
SSR.Biol.nauki 15 no.7:3-12 Jl 162. (MIRA 15:11)
(WHEAT) (SEED PRODUCTION)

GULEANYAli, V.O.; (I;GA,;~.'jYANI ;,.G.
Significance of the technology of plant growing in the biological
improvement of wheat seeds, Izv. All Arm. SSR. Biol. nauki 17 no.8:
3-14 Ag 164. (MIP-k 17:10)
1. Arm-yanskiy institut zemledeliya.

("j".
-1----..- 1-1 - - -
Sinilarity of the eCi'ecL of low temparavure and j7,ibb-_rellin
on plants. Izv. AN Arm. SSR. Biol. nauki V tio.12:3-11 D 164.
(RIRA 18:3)
1. Nauchno-issledovatellskiy institut 7amledeliya Mnisterstva
proizvodstva i zagotovok ve1'skokhozyuystvennykh produktov
ArmSSR.

ACC NR.- AP7012395, SOURCE CODE: UR/0187/67/000 001 0046/0049
AUTHOR: Semenov, N. A.; Gullkarov, P. S.
ORG: none
TITLE: Surface wave line for television transmission
SOURCE: Tekhnika kino I televedenlye, no. 1, 1967, 46-49
TOPIC TAGSt transmission linel frequency modulation, signal distortion,
TV system
SUB CODE: 09
tics and specific features of an experiinenital surface'
ABSTRACT: :The characteris
wave tel~vlsion transmission line using frequency modulation set up between
Maloyaroslavets and Obnirsk are described. An evaluation of the results of
measurements using the experimental line is presented. The experiments showed
that the wave guide and apparatus'of the surface wave line have quality indicators
within the established norms with the exception of periodic distortion caused by
double reflections from the points of connection of the wave guide to the over
head cable posts. The voltage reflection coefficient from one post is 3%.
:Improvements in the method of suspending the wire will permit, the authors
Iof 1.5-2 which wfll eliminate the
believe a reduction in reflection by a tactor 0
faignaltistortioh for-lines-up to km long. Orig, art, bau: 6 figures am
ia 3. f LJRMs 4004W
I
Card --.--.UDC: 621.395.4:621.397
W-13-3-* 1317

GULIKEVICH, Yu.V.; LAZYUKq G.I.; GULIKEVICff, K.Yu.
The pathogenesis of abnormalities and the specificity of teratogenic
action. Arkh. pat.22 no. 12:3-19 160. (MIRA 14:1)
(DEFORMITIES)

MRZHOUIA, A.N.0 dotsmtj GULIKE111011, K. Yu. (Mnek)
I~dmonar7 hyallne miembranas in newborn infwits. Arkb. ~xt. 25
no.40-9 163 (MIRA 117 a4)
1. 1z kafedrv
. pateilagiolieskoy anatomii ( zav. - prof. lu.V.
Gullkevioh) Ifinskogo meditsinskogo instituta.

GULIUVICH, GUL' KITF.TICH, K.Yu.
Cavernous hemangi(mas of the liver in newborn infantL and their
th.anatogenetic importance. Trudy irst. eksp. morf. All Gruz, SSR
11:111-114 163. (MIRA 17:11)
1. Kafedra patologichegIcoy anatomii Minskogo meditsinskogo insti-
tuta.

GUL' =,CH, YU. A.
"The Pathological Anatomy of Acute Los3 of Blood with a BritUe
Wound," Arkhiv. Patol., 10, No. 1, 1.948.
Lt. Col., Md. Service,
Chief Pathologist, Mpdical Administration

GULIKEVICH,-Yu.V., prof. (MinBk)
Second All-Union Conference of Pathological Anatomists.
Arkh. Pat. 70:91-94 162. (MIRA 17::L)

GMLKEVIGH -,Xgk~i,prof., (Minsk); MITIN, K.S., kand,med.rauk (Mookva)
, I - ~ J;: f
Reviews. Arkh. pat. 27 no.5:73-76 165. (M:RA 18:5)

GULIKIWICH, Yu.V.; YEVSICVIYEV, Ye.P., doteent
Activities nf the Stalinabad Society of Pathoanatomista (Tajik S.S.R.)
for 1954. ITJ.V. GuIlkevich, M.P. Iveavlov. Arkh. pat. 17 no.4:89-90
O-D '55. (NLRA 9:2)
(STALIMW, AWONY, PATHOLOGIGAISOCINTIES)

GULIKEWICH. Yu.V., prof.
"Tmxtbook of granialized patholopicnl nnatoqrff by E. Yaufmann.
Revintred by IU.V. Gullkavich. Arkh.pnt. 18 rio-3:117-119 156
- (MIRA 11:10)
(AWATOMY, PATHOWGICAL)
(KAUFMANN, F.. )

GULIMLL Tuave, professor
I owl* mWiFivi"'j,
"Textbook on special pathOlOgic&l anatomy" [in German] by Jjquf~lan.
Reviewed by IU. V. Gull kevich. Arkh.pat. 18 no-5:105 156. (MIRA 9:12)
(ANATOMY, PATHOLOGIGAL) (XAUFKAN, I.)

GULIUVICH, Yu.V., professor
"Archives of pathology', 1955. val. 60. ao.1 [in Anglishj. Reviewed
by IU. V. Gull kevich. Arkh.pat. 18 no.6:126-131 156. (MIRA 9:12)
(PATHOLOGY)

GUL'",VICH, Ya.V.,professor
Abstructa of foreign medical literature. Arkh. pat., 19 no.3:84 '57
(KLRA 10:5)
(ARCHIUS OF PATHOLOGY, 1955, VOL 6o, No. 2)

I- - ~ - I
" i --~, 1/ -1-- I
GULIKSVICH, Yu.V., prof.
....... -1-
"Textbook in special pathological anatomy" [in German] by I.Kaufmann,
ad. by. H.Staemmler, vrl. 1, nos. 2,3,5. Reviewed by IU.V.Gullkevich.
Axkh.pat. 19 no.8:91-93 '57. (MIRA 10:12)
(ANATCHY, PATHOIDGICAL) (UUFft IIN. It.) (STAFAKNIER, M.)

GULIDPTICH. Yu.V., prof.; SERZI[ANINA, A.11., dotj.
. ~
Work of the Hinsk Municipal Society of Fathoariatomis's during 1956.
Arkh.pat. 20 no.2:92-93 158. (MIRA 11:4)
1. Predsedatell Minskopo gorodgkogo nau(,hno,-,o obahcheBtva
patologoanatomov (for Gullkavich). 2. Sekretarl Minakogo
111orodskogo nauchnogo obsbrhoutva patologoanatemov (for Serzhautan)
(MI14SK--AITATOMY, PAT HOLCGICAL--SOV, IET INS)

GUI'KgVICH, Yu.V., prof.; RABTSEVICH, T.S. (Minsk)
"AeMeA. Archives of Pathology,* vola63, nos.2-4, 19.57. Reviewed
by IU.V. Gullkevich, TeSe Rabtsevich. Arkh.pate 21 no.1:67-72
~9-
M IRA 12: 1)
(PATHOLOGY-PNRIODICALS)

GULIKEVICH, Yuj., prof. (Minsk)
Review of K.J. Mch's "Brain tumors from the biological and morpho-
logical points of view" [in German]. Arkh.pat. 21 no-5:79-80 '59.
(BRAIN-TUMORS) (ZrffxH, K.J.) (KIRA l2tl2'J

GUL'KEVIGH, Yu.V,, prof. (Minsk)
- Review of M.P. Kaufmann's "Textbook
anatomy." Arkh.pat. 21 no.6:86 159.
(AUTOMT. PATHOWGICAL)
of specialized pathological
(MIRA 12:12)
(rAUMM, E.F.)

GULIKIVI0, Yu.V., prof. (Miusk)
"Textbook of special pathological &natomy"'by B. laufman [in
German]. Vbl~me 3, Sambere I and 2. Reviewed by 11T.T. Oull-
kevloll-z. Arkh.pat. 21 n0.7:75-77 159. (KIRA 13:5)
(ANATONT, PATHOLOGICAL) (KAUMN, X.)

AGEYCHEWO, M.D.; GULIKEVICII, -Y, (Hinek)
Listeriosis in newborn infants. Arkh.pat. no.1:17-2-3 162.
(MIRA 15:1)
1. Iz kafedr7 patologicheskoy anatomii (zav. - Prof. Yu.V.
Gullkevich) Minskogo meditsinakogo instituta. (dir. - dotsent
A.A. Klyucharev).
(WANTS (NMMRN)-DISMF.S) (MOVONUCLWSIS)

GULIKEVICHO YU.V., prof. /I
I
I
"Prenatal infections in man!'by Heinz Flamm. Reviewed by IU.V.
Gullkevich. Vop.okh.mat.i.~et. 7 no.9s92-94 S 162.
i (MIRA 15312)
(FETUS-DIAASES) (INFECTION)
(FLAM., HEIMZ)

GULIKEVICH, Yti.V.; G-1711,~KFIVTIGH, K~Yu.
Cavernous hemangicmas of the liver in newborn infant-, and the.ir
thanatogenetic importance. Trudy Inst. eksp. morf. Ali Gruz~ SSR
11:1-11-114 163. (M-I-Wt 17:11)
t
1. Kafedra patologiche3koy artatomii Minskogo meditsInskogo insti-
tuta.

VASIL'YEVA, N.N,, kand, med.nnuk; GOLUBLVA, K.I., luind. med. nauk;
GUIL'KIEVICH, Yt,.V., prof.; DALI ', M.K., doktormed.nauk,
pr6f'.-'---"Tt"INA, A.V.,, knnd,med. nauk; LEVKOYEVA, E.F., doktor
med.nauk, prof.; MASDOVA, I.P., kand. med.nauk; PRIGOZHINA,
A.L... kand. med.nauk; UGRYUIIOV, B.P., prof.; SHATILOVA, T.A,
kand. med.nauk; SHCHEGLOVA, A.A., kand. med.nauk; DVIZHKOV,
P.P., prof., red, toma; STRUKOV, A.I., prof., red. toma;
OSTROVERKHOV, G.Ye., prof., glav. red.; APATENKO, A.K.,
kand. med. nauk, nauchn. red. toma
(Multivolume handbook on pathological anatomy] Mnogotomnoe
rukovodstvo po patologichesko-i anatomii. Otv. red. A.I.
Strukov. Moskva, Medgiz. Vol.l. [History of pathological
anatomy; pathological anatomy of the endocrine glands, skin,
ear, and eyeT Istori-Ja patologicheekoi anatomli; patologi-
cheskala anstomiia zabolevanii endokrinnykii zhelez, kozhi,
ukha. i glaza. tied, toma; P.P,Dvizhkov i dr. 1963. 670 p.
(MIRA 16:11)
1. Chlen-korresponclent A.10T SSSR (for Strukov).
(ANATOMY, PATHULOGICAL)

GUL'KFVIGH, Yu.1l.; RA.BTSEYICII, T.S. (Minak)
Timors in newborn infants and feWfies; a review of literature.
Arkh. pat. no.10:3-12 164. (MIRA 18:10)
1. Kafodra patologicheskoy anatomli (zav.- pror. Yil.V.
Gullkevich) Minskogo meditsinakogo Institulta.

"~S '
, i j~ ',~' '. ' 'I
- ' 7('; T IYA~' ~',VA, ". ' . , f;:'T r: : , I 'i -1
F 7j :
t . I , ; GUSEV, Y-z!. P. ; SIA - ~ I ~ : ,, .; _.. , _ . . .
Obijelwall-'~.ona of lunar of -t,~.trs Jti In 1962 ,. R1,111.
Inst.teor.astron. 9 no.8-578 164. ("!IRA Ili-12)
1. Ryazagskiy paclagagiclieskly irintlitilt I o*'-do'lenlyp
VsesG.v-a.,?ncgo astrc)nomc--gecdf-~z4-clic,~sk~ogo obshchAst,vu.

LEVIN, Ya.A.; GULIKINA, N.A.; KUKHTIN, V.A.
Condensed heterocycles. Part 3: Condensation of 3-amino-1,2,4..
i
uriazole with some 16-ketocarboxflic esters. Zhur. ob. khim. 4i
33 no.8:2673-2677 Ag t63. (MIRA 16:11) .1,
1. Kazanskiy filial nauchno-issledovatellskogo kinofotoinstitutas

LTETFUNSKIY, A.I.; ABRAM)V, A.I.; ANDREA-EV, V.K.; BAlffSHNIKOV, A.I.;
-BOITDAREIUJ, I.I.; GhJXC;V, V.I.; GOLUBEV, Y.I.; GUL'KC, A.D.;
GUSM,UV, A.G.: Y-AZACHKOVSKIY. 0.D.; KOZLOVA,
N.V.; KUZIMINOV, B.D.-, 14)ROZOV, V.N.; 14IKOLAYW, M.N.; SMIRENKIN,
GA.; STAVISSKIY, YuJa.; UKRAIl4TSW, F.I.; USACHBV, L.N.; MISOV,
N.I.; SHERMAN, L.Te.
Studies in the physics of
no.3:277-293 S '58.
Micloar
fast-neutron reactors.
reactors)
Atom. energ. 5
(HIPIA 11:10)

*"~
(Cvl. %amny"
J.J.j I
lv~.. -17 ... 11 --Jut I-q. eq P..~P
IN 411.1
t-tid, :11., I*d" ..oJ. -11 1-
"I P. .1 -..T;ut 0%12 1--= I -AA
.0, -0 "ll
I.C "RI V"
;. q%q-t zT%v%As:-- ql
3d.le.. .141 3-3 P.- Mazoad.
.... . 1. -oll-. opojo qL
-;4.qjj3vTq sq4
ol 2-08. 02 9.~.;
-*Ti.2-d- ;0 IT-J 1
fQ
OUT.'2'j -1 -g '(9 J-X) Txu.jl.c
-1 -A ;0 Q Jo; 2-"TIU
OICT" .4.8
z.v- ".n J.1sem. ot-42"t. Q.; -(j ;Olq) GT%.w
P.42" a
'!T!"
I a -1
.-s J!11-1 -lu Vol".
car, 'ta'-) g~aA '(;*V) Otel%d
a
O'zr ;sz
-.,jjj;.jp A'2j.** pg. t.iI.d~ oz jrc %,c V.1aswo
J-2V-Z -IU2 VII-I 'W* DOL - (19 Ot P-10-0
o1 2"l 11 CL So J-%-"TV
rl vl Oi 0 of T IT,
...ddr "I-td-r jo n-Two.
;- - --% o
A"q,. a , V# J- q im
W.3
voz ..Tz.y
)A CIS J..Od
.112 'Tolvvy T.W qj 'C4
rr ...Q OS(" -"~
"7n) P,?-k? all Ig -To, VCTq_w& V.C~o%y
-'qT-Tj 1*4 *AT.*.*
o
to .*,Nzqa 441 o
'ZT...
--AlT -N T
-VJ4Y dA.T
'A--z
1PA-2

30T/89-- --, ~15
AMIMS. Loypurskly. A. I., Abramov. A. I., Andr.y.,. V. N.. 11~.
&. 1. Boado-o. 1. 1.. G.I.OV, V. I.. Gol.b-, V. I..
A. D. =., . X .. chko..kly, 0. D., KOXI.V., X. V.,
ff. V.. Xaz-.1-V. B. D., Worozal. V. N.. Xlk:-I-Y-I.
'4

Us ch L. 1. barman. L. To.
A., C
TrTLEs juventigattace of the physics of Reactor. -41%h Fast Soatram.11
(Inel.dowanly& po flaike rgaktoraw As. byatrykh neytronakn)
a"
(Coutimumd
'
^
~51

kiAlCtIC4L. . 5. xv 5. pp. 2aj-295 (M3a)
4
b
W9,1~
xt.amoy.- .
....
AWTUCT. Th* reactivity a ad %he Kinat %cs of the reactor are meas-ed.
I be *he,, that In ~.- at the active xono the
of

her by " 15~ than that of
f ,
. .....
.itr. no
4
n
dalsye
iffoctive yield of th
250 autrana
Th
o
y
n
,
,
:
:,
at.rsi" C.T that .-.motor
1
4
,,
9 t:
e
r
Am h '
:
r
11* :1
A

.
4 Z
AM a c"a par able 4 b.:
.
1.
I y
Reactor3
smwa as in reactor SP-1. In
Th. -tit,lto.iua son. is th:
Ch. caster of tkLa reactor & met -uranian channel Is provided.
r
card 1/ty shich to separated free the plUtcaltis zone by a urxni~ layer
a
of 8 an thiakanes. The ~aniax-watvr lattice consist
Cy I, 'Ar, C&I Simla of Aar"! -Alum- Which have Adi:.,.It.r A,
35 an. The cannIAS material to sl%iaLaus. The ratio b.t-a
r be I "In te 40 Am.
"
sea u"At"` I. 0'55;1T
"aramento ca~rled a.% to th: at:r~uPa&Ga1i!a lattice Inatuad
of ;Itbath* pur* tirani" layer showtds
1) he onversion, factor 1. rutao4d free 2.45 : 0,10 to
I:UP2
2j7Ia the owns of a fLaod power outpat of the active son. the
"I alty With shich %be total quantity of plutamijs 259 and
.=:I= 235 1. formed 9" I-ressed by 551~.
3! Th. Velocity Ith bi.h plait-lum is pr*4.cd y
Ia times its maossZ.
4) 1. the cas. of a fLzd pow:r a.tp.t of the c%iw. zona th.
..I pmer omtpa% of the ran %or is Increased by t;aaa its
to,
--r u .28
. do-ribea more to detail I. Q An,
T r
13. Its an tual Pa.
. % .0 1 "0
200 X1. loath. A. :r reactor an c~-
Car4 Z/P of platoni" Md.. ..M,ry 1. -.4 As .coolant. vh_ft Lakes ~P
-17t of th. total Vol .0. of be ..tl- .. a.
(Interior of shield) are made from a C;,."c. .1.1 41160
r.n
rftg~.A.wrvs, coast at. of Areas- -1~d- A
2 a Th:aar-- a
M-d-. A I - In' :r
The pr...". of .... ary $4 2 , -,
of .h .qtgat of fee% ... %-tA%As P r-;. be cn-I.A
fa %or was 1.6 : 0.2.
Th:or.tiaally to* kinetic eqaation for this '-t- -.4 ..1-
"MIwit . . In. I- t he ..tr..d do,. I.P.d by
bVt'.'jr!; . 'k-r. ":.,I.I I rltl--l As-
I.. . of va.
... tried *at site an error of 41.. and the, or
of
Matia.f.th...reguLatifts; rode situ an error, 0%, Th r:.C
was fo~ &A
t1*1 " neutrons '....at to C.. d r~.
..., t:=.1 ..I.. -- 0.2A't 0U4-",- ar. 7
f1g.r.s. I table. and 15 rof-rV--. 9 of .,::A
C.vt Vif

PHAS5 I BOOK MWITATION WV/2583
Internatlonal Conference an the Peaceful Uses of Atomic Engergy.
2ad, Geneva. 1958.
Baklady sovetaltikh uchenylM; yadernyye reaktr.1 I yadernaya aner-
satlka. (Roports of Soviet 3clontiate; Nuclear Reactors and
4.
1Power) Koscow, Atomizdat, 1959. 707 p. (Series- It
Itaft, Vol. 2) 81,rata slip Lnoort*d. 80000 copies printed.

6001MV41 Ms.: N.A. Dollezhal, Corresponding Member, USSR Academy or
Nslanses, A.R. Krasinp Doctor of Physical and Mathematical Sciences,

1. L*Ypunskly, Member, Ukrainian SSR Academy or Selancesp I.I.
A.
Nowilov, corresponding Memberp USSR Academy of Sciences, and 7.3.
F4rWWp Doctor of ]Physical and Nathematical Sciences; Zd.z A.P.
'Alyablywvj ftch. Rd.t To. X. Kazell.
FMU0SM3 ftim bookc Is Intended for scientists and englAaerx engaged
In reactor designingo me well as for professors and students or
Of r technical schools where reactor design is taught.
'MaInat This lathe POOMW valaws 0f.& alm,"luse dellealles- -00
I volume ontain the reports pro-
'
?
h
&
1
c
Y
9
;;TOm7rC
,
.,
,a,
t the 39con
,
1
,
d International Comference
On Ps"Oful Uses Of Atonto Energy, hold from September 1 to 13,
29% In GWOOT&. Volume 2 consists or three parts. the first is
devoted to Atomic power plants under construction In the Soviet
014100; tbs second to *xPerimental and reaea~h reactors, th~ ex-
PulAmto carried out on them, and the ~rjc to improve them; and
third, utdch to predoainantly theoretical, to P"blems or
~IDW reactor PhYalca and constmctlen engineering. Tu. 1.
lbrYaklu 18 the OCl*nca editor or this volume. See SOV/2081
for titles of LL1 volumes or the get. Rarorences appeer at th-e
-tba articles.

PARr 11, BXMDWTAL AND MLSEMCH REACTORS
B!az-A4 , Z-1. Bond.~.nko
'M
'
-
4y, FT- Uk31a
1:rTt..V' L
x-

215
Klkoln 1 11. T A joat ki 1.5 Q.-I
6-%2r .=top With
sport No. 2502T 232
Gmch%rOv, V-V. and at at. Some NOW and Rebuilt Thqr-Y Research
us- MWIM
O
t N
2
8
o.
r
1
P
5)
'43
proknovich. B.T-, P.V~'q~2jkz:)('U.

Dis%antlink aT% Experimental Ora te-arzjrjum
Pbl
t
ISO Op* Producing Reactor After Pour Ya~ of Operation tfte"Port
No. 2297) N9
_q,=b';rsv, V.M. Grylizev, V.B. 41:=ntov A
fr =fa-r
--ako, and ~,A_
fo~ Obtaining High Zn-di'sIzy Mtutmn PI"Os (Report No. 2142) 334
PART III. PHYSICS AND Mann=jNa Op REACTOR MIaN
laypunakly.. A. t V.U. Ar%dray-, A.r.
Golubv,
-
, V
X
X5Z
.
.
_
I yarov
MMn
htsOv, L.M. UsachOv: U Pot;iaovl
d-P?qWrnr-0r-?'aBt N 11tr~aft-ItMW tore
tMOVd"-Nd.' -38) 377
mmogsn*oua Natural Uranium Reactor
jgskav-Y.R~-aaa R.L. Ioj,*rp....
,_
Unaport No. 22963-'-"-* 396
S-X-, Ye- S-Antatforov, v.P. xatkovrj,.v. EWsaarov,
~-'
A'
'
1G-Wo
jk
a
.
v
o
v
o hkl
n'
nm&a
;
j~~t
F
Ael
%
t.
s
and XzPOrlMnts With the Uranium V p r-w ter
star L&ttI"
(Nepal go. 2L45)
411
ranko' V-3- S~lf-regul&tlOn in a WAt'r-Water Power Reactor
j6
199

s/1zo/60/000/004/oo6/o28
E032/E414
AUTHORS: Abov, Yu.G., Beketov, V.A., Gul'ko, A.D'. Yermakov'O.N.'
Krupchitskiy, P.A,, Taran, Yu.V, and Shatlovskava, NS.
TITLE,, Production of Polarized Neutrons by Reflection From a
Cobalt Mirror
PERIODICALg Pribory i tekhnika eksperimenta, 10,60, No.4, PP-51-55
TEXTx The method of obtaining polarized thermal neutrons by
reflection from magnetic mirrors was described by Hughes and
Burgy (Ref.1) and Akhiyezer and PomerarL-huk (Ref.2),, In order to
obtain neutrons with practi-,aily a single spin state it is
necessary that the component of the induction B which is parallel
to the surface of the miry-or should be greater than a certain
minimum value, When this condition is satisfied practically all
the reflected neutrons will have spins parallel to B ~ In the
case of pure cobalt it can be shown, using the data of Shull and
Wollan (Ref-3)., that B 11200 gauss, Strictly speaking, this
is the condition for the quantity B-H where H is the magnetic
field in the gap of the magnet, According to Bozort (Ref.4)
the saturation value of B -11 is 17900 gauss, As a result, the
condition for complete poletrization, of neutrons reflected from a
Card 1/4

S/120/60/000/004/oo6/o28
E032/E414
Production of Polarized Neutron=; by Reflection From a Cobalt M.rror
magnetized inirror of pure cobalt can be written dow-a in the fcrm
(B - H) 63% (B - [1)
The present authors have used these ideas to produce polarized
neutrons, The apparatus employed is shown schematically in Fig,2.
A narrow vertical neutron beam was formed by a zollimator whi,:h was
1.2 in long and had a rectangular slot of 1.10 x 3 min,, The neutron
flux at the exit of the collimator wa-; 4 x 107 rieUtrons/cM2 sec.
The cobalt mirror-polarizer was fixed between the magnet poles.
The. Inagnet-mirror system could be adjti.5ted to the required position
and in order to obtain a definite separation between the direct and
the reflected beams a special brass s~:reen, which r-ould be adjusted
with the aid of a micrometer screw, was provided, The cobalt
mirrors employed were 100 min X 500 min x 40 11 .The cobalt was
deposited electrolytiLill-ly MI it 5 [fill, thi:I( ccopper plat", The.
anaLysing inirror was held in another magnet and was also adjtistable
Card 2/4

Z032/z414
Production or Polarized Neutrons by Reflection From a Cobalt Mirror
In order to separate the 4eams reflected from Hie fi.-r-st and second
mirrors, special cadmium-and copper screens placed in front of the
second mirror were employed. The neutrons were recorded by a
hi h-efficiency multi-wirc proportional counter filled with
BlKenriched BF-. slit, 1.5 mm wide and 60 min long,
was placed in front of..''-the counter. It was found that the degree
o-r polarization obtained with an angle of incidence of 8 minutes
was, 75 + 2%. 1001/0' Polarizations were obta*inf.-d at greater angles
of inci 10, iron were
Uence. Mirrors made of an alloy of cobalt and 75
also investigated but the maximum polarizations obtained did not
exceed 60'//0. In the case of the pure cobalt mirrors, the flux of
polarized neutrons at Q = 8 min was 3 X 105 neutrons/cm2 sec
at the centre of the beam, the half-width of the beam being 8 mm
and the height 100mm (magnetic 6field in polarizer magnet = 600 Oe).
The total intensity was 2 >t. 10 neutrons/sec. Acknowledgments
are expressed to Yu.Ya.Garrison, A.K.Du 'basov, N.M.Regentov and
A.I.Savushkin for their assistance and to T.B.Nova for valuable
advice. There are 4 figures, I table and 9 references: 3 Soviet
Card 3/4

s/120/66/obo/004/006/028
E032/E414
Production of Polarized Neutrotis by Reflection Frmi a Cobalt 11,41irror
and 6 non-Soviet (3 of which ar-c- tranzlatcd into Russian).
ASSOCIATIONS: Institut teoreticheskoy i eksperimentallnoy fiziki
AN SSSR (Institute (-.iC Theoreticol and Experimental
Physics AS USSR) all authors except Yu.V.Taran;
Ob"yedinennyy institut yaderny1ch issledovaniy
(Joint Institute for Nuclear Studies) Yu.V.Taran
SUBMITTED: April 9, 1960
C.") t,
utuw Med,,~.t "n", blfj CrIenflux
jdmuma Arm dewar &M VMS ulka
X-YA1-0
jarx0mra
0 0 0
'7d Amk
Fig. o o 0
C
2 32
mpaw MALW
44C.,
Card 4/4
CXt.-%1a YCTLj1MW11

PHASE I BOOK MCPLOITATIO17 SOV/5425
Fedorov, N.D.,, Candidate of Technical Sciences,, Compiler
Kratkiy spravochnik inzhenera-fizika: Yadernaya fizika. Atomnaya fizika
(concise Handbook for the Engineering Physicist: Nuclear,Physics. Atomic
Physics) Moscow,, Atomizdat , 1961. 507 P. 28.,ooo copies printed,
Ed.: A.F. Alyablyev; Tech. Ed.: Ye. 1. Xazell.
PURPOSE: This reference book is intended for engineers and physicists working
in the field of atomic and nuclear physics.
COVERAGE: The first seven parts of the book contain the most necessary reference
iiaterial. on atomic and nuclear pbysics. The remaining parts present information
and data from other related fields. The last part gives the information on
system of units compiled from the new GOST specifications, physical constants.9
and some mathematica7 data, No personalities are mentioned. References
acoompany each part cZ the book.
Card-l-A-5

Concise Handbook (Cant.) SOV/5425
TAB1Z OF C S:
From the Compiler
Introduction
2
9
I. Interactlob Between Neutrons and Nuclei 10
1. Energy relations during reactions caused by neutrons.
2. Classification of reactions. 3. Elastic potential scattering.
4. The compound nucleus. The Breit-Wigner formula. 5. Activation
by neutrons 6. Determination of resonance parameters 7. Resonanc
integral
11. The Fission Process 24
1. Spontaneous fission,, 2o Fission fragments, 3, Prompt neratrons
and Y -quanta. 4. Delayed neutrons
111. Neutron Sources
1. Sources (a, n). 2. Photoneutron sources. 3, Sources utilizing
the acceleration of charged particles. 4, Thermal neutron sources
PART ONE. NWHOR FMICS (A. D. GULIKD)
Card-,2fI3

Concise Handbook (Cont.)
SOV/5425
IV. Methods of Recording Neutrons
1. The method of recoil nuclei. 2. RE-.ording with the aid of
nuclear disintegrations. 3, Radioactive Indicators. 4. Spec-
troscopy of slow neutrons
Bibliography
PART TWO. THE THM AND DESIM OF REACTORS (T. K. SAVENNOV)
Introduction
1. Energy releasel~in a reactor. 2. Kinetics of heat production after
reactor shut-dg*Kn. 3. Physical constants of a reactor.
r. Diffusioi
1. Dif~*
statio ar
6f Monoenergetie Neutro
on approximat�on. 2, Diffusion equation- 3, Solution of
equation of diffasion
39
43
45
52

AUTHOR: _Gulllco, A.D.
27694
S/12o/61/000/003/003/041
E032/E314
TITLE: On the Measurement of the Polarization of Neutrons
PERIODICAL: PrIbory i tekhnika eksperimenta, 1961, No. 3.
pp. 40 - 44
TEXT: A general review 1.9 given of two methods for measuring
the polarization of a neutron beam. These methods are:
1) depolarizing plate and 2) double scattering. The polar-
ization of a neutron beam which is produced by some polarizer
can be determined with the aid of afukiher polarizing device.,
usually designated as the analyser. Let S(X) be the neutron
intensity in each spin state f'dr a given wavelength X (per
unit wavelength) incident on the polarizer. The neutron
intensities reaching the analyzer can then ba written down
in the form a (X)So,) and a-(7,)S(X) . The signs plus and
minus refer to neutrons whose spins are parallel and anti-
parallel to the magnetic field, respectively. The coefficients
a+ and a_, depend on the reflection coefficients of the
Card 1/8
L

On the Measurement of ....
27694
S/120/61/000/003/003/041
9032/F,314
polarizer R+, and R-1 , They also depend
on the depolarization in the space between the polarizer and the
analyser and the presence in the analysed beam of unpolarized
primary noutrons. The degree of polarization is defined by
P = (I - I V(I + I
where I + and I- ar3 the intensities corresponding to the
two sp:Ln states. For te beam incident on the analyser
~Ya+ -vo')Sd%
(2)
(a Sd)L
+
Card 2/8

On the Measurement of ....
27694
S/.120/ 61/000/003/003/04 .1
E052/E514
,,j'
here the integration limits are determined by tho spectrum
of S and the coefficients a + and a- . The lower limit
x1 is equal to the si-Lialler of the two limiting vravelengths,
corrcsj)ondin~; to tile two spin states. The upper limit is
sii-Alarly defined. la tho I'd epolarizin--plat- o viothod" the
plate is usLally of ma.-Zictised iron (or otlier ferromagnata.0
and depolarizes the polarized boar.1 incidCTIt Upon it o-,,Tin- to
refraction at t4iie randomly distributed domain boundaries.
The raict'hod consists of the measurement of the neutron inten-
sities and without the dopolarizinLi- plate between CIO
pol-irizor and t1le analysor. If the ratio of thez:;e two
int-onsitics is denoted by R,axlt? o deg larization
.1 gree of po
produced by t1ic analyner vi'aan a depolarized bcain is incident
i.,pon it denoted by 11 2 2then it can be 31iown that
S (a+ + a-) (R+s - R-2) Sd%
Xtll - V.,
5 (a+ 4- a-) (R+,, + R-j) SO.'
X1.2
Card 3/8

F.
On the Mcasurci-3iont of ....
27694
S1 l2,0/6l/000/003/(-)03/Gt1 I
C-0321E314
Sd),- + n-) (i?+,-R-.)Sd)L
P,P,
(5)
(a+ - a-) (R+j - R-j) SdX
'Ails
I (a+ + a-) (R+* + R-,) Sd%
X1.2
wh or e R+2 and R-2 are the reflection coefficients of the
., method consists of tile
ana lys er .T'he double-scattering
measurement of t,ie intensity of neutrons reflected from tie
wialyser wheri there is a region of space between the
-polarizer mid tfte analyser wherethe spin directions are
rcversed,and when, this region is absent. If the ratio
of theso intensities is denoted by 110 , then
Card 4/8

27694
S/120/61/000/003/003/041
E032/E314
On the Measurement of ....
pips
(A4.-A-)Sdj- ~ (A++A-)(R+t-R-,)Sdk
~(A+ + A-) Sd%. (A+ + A-) (R+I+R-j) Sd;.
(7)
(7)
RI-1 kill
RITI
wh or ein terms of- the p'r'evious--not-ai ion -a A and
A- for parallel fields and a+ = A_ a_ A + for
antipar'allel fields. In the I'depolarizing-plate method" the
plate not only dopolarizes the neutrons but also scatters and
absorbs them. Nuclear scattering can be allowed for with the
aid of the method put'forvrard by L.D. Roberts, S. Bernstein,
I.W.T. Dabbs, C.P. Stanford (Phys. Rev. 1954, 95, 105 Ref. 9)
Card 5/8
P
jrjj~ it'
-1 PuP

27694
s/i2o/61/000/003/003/041
On the Measurement of .... E032/E314
but not the small-angle scattering. The present author describes
the following procedure which lie has used to correct for the
small-angle scattering. In practice, one measures the ratio
GU) LU
R, I1 /11 , i.e. the ratio of intensities reflected-from
the analyser with and without the depolarizing plate. This
differs from the ideal value R which obtains in
the absence of small-angle scattering (I is, of course,
identical with I The difference between the ideal and
non-ideal ratios can be determined by plotting the quantities
R11 R and R as functions of the thickness of the
depolarizing plate. Fig..1 shows this plot for 6.41
and (3 The thick (upper) curves were obtained for
cobalt 2plates and the thin (lower) curves were obtained for
iron plates. A similar plot for is shoi-rn in
el =E)2 29'
Card.6/8

On tho I!easurol,,lollt Of ....
27694
s/ln/61/000/005/003/041
E-03pa/r,,3111
Fi(,. 2. Tlio thichnoas of the cobalt plate for which It reaches
itc idoal valuo io found to be 0.5 - 0.8 mm.
There are,. 2 fimurrw and 9 references: 11- Soviet and 5 non-Soviet.
The four lato--t Ex,glisli"laxtLruage-
"of 11 L.W. Cochran wid
1~. 3 - C.P. Stanford, T.E. Stop' onson,
S. Doritstain, 114yo. Rev., 1951f, 904, 5711; I(of- 5 - It- Hana,
L.B). Lnipuixor and 1I.K. Adair, 11hyn. Rov., 1959, 116$ 1-21-
i(of. 2 - D.Y. NuElieo and H. Burgy, Mhya- Rov., 1,951, L31, 1198
and flef. 9^ Nluotod ill tc,,.,t).
ASSCCIATION: Institut tooretichoskoy i oksporimentallnoy
fizilzi AN SSSR (Institute of T;ieorotical and
&zparimontal Physicz of the AS USSR)
SUBMITTED: Julie 15, 1960
Card 7/8

GULIKO,!jk.D.; TARAN, YU.V-
Production and use of polarized resonance neutrons.
n0,5.-506-508 MY 161*
(Neutio ns)
Atom.energ. 10
(MIRA 14:5)

ACC NR, AP6030156 ___)______SOURC2 -CODE f'UW0120/66/ooq/oo4/oiq5/olq6
(A)
AUTHOR: Abov, Yu. G.; Bulgakovp M. I.; ~~.koj A. D.; Yermakov, 0. N.; Krupchitokiy
P. A.; Oratovskiy, Yu. A.; Trostin, S. S.
ORG: Institute of Theoretical and Experimental Physics IGKAE, Moscow (Institut
tooretichaskoy i skeperimentallnoy fisiki GKAE)
TITLEt Production of polarized beams of thermal neutrons by means of a pile of
cobalt mirrors
SOURCE: Pribory i tekhnika. skeparimentao no. 4j, 1966p 195-196
TOPIC TAGS: neutron beam, thermal neutron, nuclear research reactor, cobalt,
neutron polarization, collimator
ABMACT: Aunit for the production of polarized neutron beams needed for experi-
mental purposes is described. The unit, shown below, consists of a collimator and
a pile of cobalt mirrors. The collimator, consisting of 10 convergent slits sepa-
rated by vertical steel plates, is placed in the horizontal channel of a reactor.
Each of the cobalt mirrors-in backed by glass and the length of each mirror is made
up of three separate units 350 x 125 x 3 mm3 in size. The top and bottom ends of
the mirrors are fitted into 10 slots bored through the connecting strips and clamped
with wedge clamps 'go that.each mirror has a corresponding alit in the collimator.
UDCs 539.1-078-539-125.5

ACC NR&AP60301
The pile of mirrors in set Into an electromagnet. The moan angle of beam incidence
on a corresponding mirror Is 7.51 and all neutron beams reflected by the mirrors
converge at a distance of 4.5 a from the pile of mirrors. The incident and reflect-
ed beams are separated by means of a sliding screen system made of boron carbide
situated near the target. The f1.1 of polarized neutrons on a specimen with an area
of 100 x 10 =2 amounted to 3 x 10 neutrons/sec. The degree of neutron beam polar-
ization amounted to - 90%. and the polarization efficiency of 95%. The authors
thank V. A. Baketoy and N. S. Shatlowskaya fok making the cobalt airrors# Yu. Ya.
Garrison for assembling the pile of mirrors, and A. I. Savushkin, V. X. Hissukhin,,
0. M. Svetlovp and I, L. Karpikhin for helping with the measurements. Orig. art.
hass I figure.
Card , 2,13

ACC NRSAp6030156
1. upper magnetic pole, 2. wedge clamp, 3. upper connecting strip, 4. side
wall (brans), 5. cobalt mirror, 6. lower connecting stript lower magnetic
is
0
P
SUB CODEt 20, IMV SWM DONs 3lJuI65/ OJUG MWs 001/ OTH JWt 002
Cmd JV3

Fli 7,
,

XCH j.
'rug*
lxpd
10 A

il
,
~
~z
I I 2,t
19,0
7,ZTFP
lit
.
.
1,
Orill 6:013%' fitiOll fj,4~ i!VjtltMI L
;
t t
1
lanxC4 Pnpiirttfjry s3fstcm, A

It L'i asuggrited dat Olcrawm

fur a OL
,
j1

w _1

GULIKOJ, A.G.; SHROYTp I.G.
Action of pentachlorpropane following its peroral administration;
toxicological and pathomorphological data. Farm. i toks. 27 no-3:
356-358 MY-Je 164. (MIRA 18:4)
1. Moldavskiy institut epidemiologii, mikrobiologii i gigiyeny,
Kishinev.

. ZWT
2~456-66 r
ACC NRs kP6002542 SOURCE COM
AMSORSt KolotpIoIo;oladkiy#T,IlSorokin#Ye.
Sluchevakfi;-. lot
12hardinovskirtO.Vel
ORG i none
TITLEs Craite,wIth variable extension boom. Class 35, go. 17"67
SOURCEt Byullatent isobratemiy i tovarnykh wukkov, no. 23p 1965p 43
TOPIC TAM crane, loading mchineryp tradeport equipment
ABSTRACTs This Author Certificate presents a crane with variable extension boom
which haq a pinned supporting strut. The and of the strut is connected through a
compo=4,pullsy myctm to the ame boom, To increase the lifting capacity with
extended bm by eliminating compressive loads and to decrease crane height during
transport, the pinned supporting strut is mounted at -the base of the boom and is
equipped with a diverting pal-lay munted on the bottm part of this pansy so that
the punsy forces we 11,ireated upeardl asing th faress, readting in the strut'
due to tension In the boom paler systs:T600 ride,61)o
Mci 621-673s3

ACC Us AMM542
I
ol
- -- '.. -1 -
7 1 - -1, 1,
" .;,: :1- .4, ..., j
T'i ~: -1
;- 1 7 11
.~.. i i, -1. - . ;~-

GULIKO, A.M., inzh.
Using the blasting power of di-stributod cha-rger, in tunneling operatior .
Tranap. atroi. 14 no.1 Ap ~64. (MIRA 17 -.9)

g~MKO, A. Ye.; COLM', Y.M.
Sparkproof electronic relay. Trumsp. i khran. neft.-I. ~. nefteprod.
no-4117-19 r64 (P-TRk 17, t7 )
1. Spetsialtnoye koiisLnektoro~oyv bytiro

USSR/ftsice 48
laectrMe
"Influence of External Factors on tb* Probability of
Electron Transitionsy" 1. A. Prilezbayevap B. N.
Oull1ko., V. I. Dwdlovs,,, Siberian Pbysicatech Inst..
ToMk State U imeni V- V- Kwbythev, 3 PP
"IZ Ak Nauk SSSR, Ser Fiz" Vol X11, No
Introduces examples of influence of a constant ex-
a' ternal electric field, influence of a nonhomogeneous
inte=olecul= field)- and influence of collisions
with neutral particles upon the probability of el*c-
trm transitions. Examples shov that probability of
400 53/49267
UM/Pbysic-s (Contd) Jul/Aug M
electron .transition . is not an absolutely
invariant atomic or molecular constant.
53/49261
rn

GIJT,'KC,, B. IN.
"Determination of Some Electric Characteristics of Ultra High Frequency DiSchsrge
Using the Spectral Method."
paper presented at Second All-Union Gonference on Gaseous Electronics, Moscow,
2-6 Oct '58.

6 9 4.13 7
s/i39/6o/ooo/o1/O3_'-/O4l
AUTHOR-, Gullko, B.N. B1.92/E382
Low-pressure Pulsed Disc lyby the
TITLE- Tn7e ~si ga t ~io n ~o f harge
Probe Method
PERIODICAL, Izvestiya vysshikh Lichebnykh zavedeniy., FiziLkn,
1960, Nr 1, pp 197 - 202 (USSR)
ABSTRACT-,- The dependence of the electron temperature and concentration
of the gas pressure and current was investigated in pulsed
discharges in argon. The system employed in the measure-
ments is illustrated in Figure I arid tlie experimental tube
is shown in Figure 2, The discharges were produced by
applying pulses havIng an ampliLUde LIP tO 10 kV and
duration of 13 4s to the anode of the tube .. the repetition
frequency of the pulses was 50 The cUrrent flowing
in the probe was measured across the resi-stance R 3 which
was equal to 0,,5 kP. (F.Igure 1). The potential of the
probe could be varied by means of a potentlometer~ The
current through the tube was determiried by measuring the
vol_t,age.,a,projse a resistance R 100 n. (Figure 1). The
p
Cardl/3 _41.~,chaE_Ke_Luj~e had a hOatE.d Z.atliodt, wli3.cli wa!i in the form

s/.j.39/60/000/0.1-/033/041
Eb?2/f
1~82 k
Investigation of Low-pressure Pulsed sci rge )y th, Probe Method
of a tungste-n-wire helix having a ivngtli of 8 Min and
a diameter of .1 mm, the thickness of Lhe wire N-ras 0.2 min.
The probe was made of Molybdenum ware liav.ing a diameter
of 0.2 mm. The anode of the tube was in the form of a
nickel disr, liav:i-ng a di.ameter of 15 inin. The tube was
filled urith pure argon, The restilts of tbe experiments are
illustrated in Figures 3 and li~ Figure j shows a probe
characterist-tc, while Figure 4 illu~;trates a voltage in
current curve of the discharged By assuming that the,
electron velocity distribution in the 1--)ulsed discharge is
of the Maxwell type, it is possible to determine the
electron temperature and concentration front the probe
characteristic. Since the disc-hargE was investigated at
currents ranging from 160 to 855 mA and at pressures froin
0.3 to 1.56 min Hg, it was possible to determine the
dependence of the electron temperature T e and
concentration n as a function of Lhe discliarge current
e
TP at pre-,;sure p the resulti-rig cliaracteristics are
Card2/3

6 9 11 S 11
sA39/60000/01/033/o4i
B-1224F-r312
Investigation of Low-pressure Pulsed I c a ge 1,3, the Probe Method
shown in Figures 5 and 6. The dependence of the maintaining
voltage of the discharge tube o-n the qa_- pressure is
illustrated in Figure 7. From Figure 5 .1.t. is seen that
there is no direct proport-iona.li.ty betiv.?en 're and the
discharge current. The increase of the electron temperature
is comparatively rapid and this can be explained by the
presence of the inelastic collisions of the second kind
during which the energy of the excited atoms is imparted
to the electrom F.igure 7 shows that the maintaining
voltage rapidly decreases urith the increast? in pressure,
The same type of behaviour can be observed in the electron
temperature curve (Figure 6),,
There are 7 figures and 3 So%riet reforences.
ASSOCIATION: Novosibirskly elektroteklinichesk-iy institut 11K
(Novosibirsk Blectrotechnical Institute)
SUBMITTEDtFebruarv 27., .1959
Card 3/3

82136
A 0 0 8/058/60/000/02/09/023
Translation from: Referativnyy zhurnal, Fizika, 1960, No, 2, p. 270 J 2746
AUTHOR. Gul'ko, B. N.
T
TITLE: An Investigation of the Electronic Gun of a Betatron With the Aid
of an Electrolytic Bath
PERIODICAL: Izv. Tomskogo politekhn. in-ta, 1958, Vol. 86, pp. 197-203
TEXT: A detailed investigation of the operation of the electronic gun of
a betatron was carried out. With the aid of an electrolytic bath, the effect was
studied of the depth (x) of the tungsten cathode immersion into the control
electrode on the focusing of electrons. The investigations were carried out with
the model of a three-electrode gun; the dimensions of the electrodes were in-
creased by 100 times compared to the original electrode. In the investigation
of the potential distribution in the gap between the control electrode and the
anode at x = 0.25; 1.00 and 1.75 mm, it was detected that with an increasing x
the width of the electronic beam decreases due to the more intensive deflection
of the electrons to the axis of the system. The dependence was studied of the
angles of deflection of electron trajectories in relation to the axis of the t~K
Card 1/2

82136
S/058/60/000/02/09/023
An Investigation of the Electronic Gun of a Betatron With the Aid of an
Electrolytic Bath
system on the angle of electron emission from the cathode. It was shown that
the value of x in the case of an opening of the electronic betun of 120 lies
within the range of 1.2-1.3 mm, instead of the universally adopted value of
0.25 mm. VtK
ASSOCIATION: Tomskiy politekhn. in-t (Tomsk Polytechnic Institute)
V. A. Khramchenkov
Card 2/2

GULIKO, B.N.
Preparation of a coldered betatron vacuum chamber for 15 Hey.
Isv.TPI 86:204-211 158. (HIM 13:5)
(Betatron)

fK'
P_D 1 112-4-7645
Translation from: Referativny7 Zhurnal, Elektrotekhnika, 1957, Nr 4,
P. 15 (USSR)
AUTHORS: Gullko, F.B., Usherenko, A.I.
TITLE: More-on the Problem of Determining the Specific
Inductive Capacitance of Solid Dielectrics (K voprosu.
opredelenlya dielektricheskoy pronitsayemosti tverdykh,
dielektrikov)
PERIODICAL: Sb. statey nauch.-stud. o-va Mosk. energ. In-ta, 1956,
Nr 9,. pp. 152-162
A13STRACT: The analysis of formulae for calculating the specific
inductive capacitanceefrom the capacity of the
sample between two disc electrodes is given. These
formulae, based on the calculation of the edge capacitance
are given in-various studies and tables of standards. It
has been demonstrated that certain of these formulae are
inaccurate and admit &n error of from five to six per cent.
Card 1/2

112--4-7645
More on the Problem of Determining the Specific Inductive (Cont.)
The optimum ratios between the thickness and diameter of the-
sample and the diameter of the electrodes have been calculated.
Formulae* for calculating the edge capacitance of the different
variants of disc electrodes (electrodes with partially or~ com-
pletely covered disc surfd6es) have been derived' In Agreement
with exp6ri~iental data, these formulae give an e~ror..when
c4lculating e of not more than one per cent. M.D.M.
Card 2/2

S/123/60/000/009/to6/017
A004/A,:)o 1
Translation from: Referativnyy zhurnal. Mashinostroyeniye, 1960, No. 9, p. 70,
# 43578
AUTHOR: Gul'ko, B.N,
TITLE: On the Manufacture of a Sealed-Off Vacuum Chamber, for a 15-Mev
Betatron
XA
PERIODICAL: Izv. Tomskogo politekhn. in-ta,-1958, Vol. 86, pp. 204-211
TEXT: The author cites the advantages of 15-Mev betatrons with sealed-
off electric vacuum chambers in comparison with permanently evacuated accelerated
chambers: sealed-off chambers make it possible to prepare the betatron for
operation within some minutes and use electronic guns with oxide cathodes. Then
the technology of manufacturing the chamber is investigated: preparatory opera-
tions, the sealing and stamping process, evacuation and draining. The author
describes the methods of welding-up the electronic gun into the chamber, adjust-
ment of the getter (gas-absorbing) rack and producing the vacuum with the aid
of the evacuation post. For the absorbing of residual gases a final operation
Card 1/2

s/i23/6o/ooo/oo9/oo6/oI7
A004/Aooi
On the Manufacture of a Sealed-Off Vacuum Chamber for a 15-Mev Betatron
is effected in the chamber, i.e. draining. With the aid of manometric tubes,
switched on for 3-5 minutes prior to operation, it is possible to set the
pressure in the chamber equal to 1-2 * jo-7 mm Hg. There are 3 figures and 3
references.
B. 1. M-.
Translator's note: This is the full translation of the original Russian
abstract.
Card 2/2

S/103/601021/009/013/013
B012/B06'3
AUTHORS. Gadzhiyev, M. Yu Gullko, F* B., Dzhelyalov, A. R.,
Dudnikov, Ye. Ye:t Kazakov~ V. D , Litavehenko) Iv A*j
Norkin, K. B., Prokhorov, ff, L.
TITLE: Seventh Scientific and Technical Conference of Young
Scientists of the Institute of Automation and Telem-echaM
of the AS USSR
PERIODICAL, Avtomatika i telemekhanika, 1960, Vol. 21, No: 9,
pp. 1326-1331
TEXT: The sed1maya nauchno-tekhnicheskaya konferentsiya molodykh
uchenykh IAT AN SSSR po voprosam avtomaticheskogo upravleniya (Seventh
Scientific and Technical Conference of Young Scientists of the Institute
of Automation and Telemechanics of the IAT AS USSR), held from March 14
to 16, 1960, dealt with problems of automatic control.1 It was attended
by more than 400 persons, among them about 200 representatives of various
organizations in Moscow and the Moscow oblast', who discussed research work
carried out by young scientists in 1959, 75 lectures were delivered. The
Card 1/9

Seventh Scientific and Technical Conference S/103/60/021/009/013/013
of Young Scientists of the Institute of B012/BO63
Automation and Telemechanics of the AS USSR
Conference was operod: by Academician V. A. Trapeznikov, Director of the
Institute of Automation and Telemechanics. Professor M. A. Ayzerman
Doctor of Technical Sciences, spoke Mut "Scientific Problems of the
Theory of Finite Automatic Machines (konechnyy avtomat)". At the final
plenary meeting, Ye. V. Voloshina and Ye. V. Shtillman gave a report on
the "Simulation of Teaching Processes". The following sections worked
between the two plenary meetings: 1) for automatic control with sub-sec-
tions for the theory of automatic control and automatic control systems;
2) for automatic checking; 3) for computers; 4) for elements and instal-
lations in automation and telemechanics; 5) for statistical methods in
automation; 6) for the theory of relay circuits and finite automatic
machines (konechnyy avtomat); 7) for automatic electric drive. The fol-
lowing lectures were delivered at the first sub-section of the first
section: V. N. Novoselitse reported on the determination of tile formula
for optimal control of relay----'- systems of second order for the case
of pure relay control and foi. ..e case of relay control in the presence
of an insensitive range. 1. S. Morosanov spoke about the effect of
fluctuations on extremal relay systems in the Self-oncillating state.
Card 2/9

Seventh Scientific and Technical Conference 5/103/60,/021/009/013/013
of Young Scientists of the Institute of B012/B063
Automation and Telemechanics of the AS USSR
The author showed that the methods of calculating statistical transfer
coefficients in the form suggested by I. Ye. Kazakov cannot be employed
in this case. V. G. Gradetskiy and Yu. I. Ostrovskiy gave a report on
"The Operation of Extremal Conirol Systems in Which ihe Extreme Value of
Noise Is Memorized". N. V. Grishko gave results of the determination
of optimal characterir-s-tics of an extremal aystem under random actions.
T. G. Babunashvili spoke about the investigation of the state of a control
system having a servo-motor with a non-linear characteristic of speed and
~ strong feedback. He mentioned Kh. Masser. A. I. Vorozov reported on
~ "Qualitative Study of Differential Eauation!4i5b-tained When Solving a
Problem of Synthesis" and explained A. M. Letov's method of synthesizing
control.systems. M. M. Simkin spoke about the determination of periodic
modes of operation of pulse systems* R. P. Parsheva investigated the
problem of stabilit ylukccording to Lagrange in the case of transient madee
of operation of five-dimensional automatic, non-linear control system.
V. A. Xislyakov spoke about "Longitudinal Stabilitz of an Air-plane I
With a DelayedlAutopilot'll. He mentioned a method of asymptotic approxima-
tions devised b-7-37-T.-"Trylov and N. N. Bogolyuboy. B. Ye. Chuprun reported
Card 3/9

Seventh Scientific and Technical Conference S/103/60/021/009/013/013
of Young Scientists of the institute of B012/Bo63
Automation and Telemechanics of the AS USSR
on "The Formulation of the Law of Controlling Linear, Stable Objects,
Guaranteeing Least Displacement of the Controller". The following lectures
"ere delivered at the second sub-section of the first section: B. B.
Buyanov reported on theapplication of the theory of optimal quick-acting
systems for controlling the drive of flying scissors of a rolling mill.
B. G. Volik spoke about an automatic optimizer with two channels and two
limitations, which is used to determine the extreme value immediately on
an object cf large inertia. 1. N. Bocharov reported on an instrument re-
cording distribution curves of any size. Ye. A. Rateyeva spoke about a
three-channel optimizer for chemical production. V. G. Sholokhov gave an
experimental proof of the convergence of the tuning of noise generators.
K. B. Norkinis lecture dealt wish the automatic tuning of the output
cascade of a transmitter with'the aid of a system of automatic scanning.
V. N. Shadrin described a program-control system with frequency division
o-f its channels. V~ V. Karibskiy and A. P. Yevseyeva's reports contained
data on a universal,interpolator for digital program-control systems and
data on the automatic selection of the interpolation sections on machine
tools with a linear interpolator. M. I. Tryts descvibed the test sample
Card 4/9

Seventh Scientific and Technical Conference S/103/60/021/009/013/013
of Young Scientists of the Institute of B012/B063
Automation and Telemechanics of the AS USSR
of an apparatus for automatic programingIVBLN. Andreyohikov spoke about
the dynamic accuracy of' machine tools with program contro2, M. M.
Khasanov's report dealt with the dynamic characteristics of air condition-
ers. The following lectures were held at the second section: M. V. Rybashov
and I. M. Ponasenko explained several circuits for the dynami 'c correction
of transmitters. V. S. Likhoninskiz spoke about "A Capacitive Measuring
Apparatus in Systems of Digital Program Control of Manufacturing Processes".
M, A. Prusov gave a report on the principles of designing and constructing
an instrument for measuring the temperature o~ ro'tating parts. Yu. V.
Gushchin spoke about the possibility of using cryotal layers of semicon-
ductors oncadmium-sulfide backings for the indication of radioactive
radiatioht4A. A. Kalmakov spoke about the possibility of using radfo_-
topes and the methods of nuclear spectroscopy for automatic checkingkof-ti..
metal content of alloys and concentration products of ore3 of non-ferrous
metals. V. A.-Viktorov reported on the effect of higher harmonies in co-
axial vibrators upon the operation of art extremal endovibrator level-meter.
The following 1.3.-tures were held at the third section: A. G. Butkovskiy
"Simulation of Some Objects With Distributed Parame.ters"; A. V. Shileyko
Card 5/9

Seventh Scientific and Technical Conference S/103/60/021/009/013/013
of Young Scientists of the Institute of B012/BO65
Automation and Telemechanics of the AS USSR
"The Method c-f Synthesizing the Optimal Construction of a J)igital
imulatorN
R. N, Chernyshev - "Computing Amplifier With a Power Stage
at the Output", B. A. Pereverzev - "Combined Electromechanical Block of
an Electric Simulator"; "Quick-acting Electron Multipliers"-.
Zh. A. govoselltseva spoke about "A Block for Controlled Delay";
K. B. Norkin - "A Methodcf Automatic Determination of the Extreme Value
of a-Multi-varlable Function". V. A. Yakovlev - "Discrete Electric D1f-
ferentiator". V. A, Brik - "Digital Computer-for Compiling Programs for
Machining Workpieces on a Milling Machine". The following le,,ctures weTe
held at the fourth aeotion., ~e. A. Andreyeva spoke about, a method of
Calculating the consumption and power charac eri'stics o-~ the "nozzle-flan-
eltiment in the cafe of a viscous, compressible and incompressible liquid,
La A. Tenenbaum derived formulas for the consumution nrid po-ner charac%er-
istirs of the "nozzle-flap" element in the case or a non stabilized-laminar
flow of a viscous, incompressible liquid.\T. K. Y0t,rPTr.,r).!La rQpeirteci on
pneumatic relay -element-.. V. S. Matorina spoke about "Magnetic Amplifiers
at the Output of Alternating-current Magnets". M. A. Boyarchenkov - I'D-A.-
rec'_-curr.ant Reversible Nlhgnettc Amplifier With Increased Efficiency" and
of a Magnetic Amplifier on a Counterelectro--nottvp Fcrcel' (aecond
Card 6/19