SCIENTIFIC ABSTRACT KUCHERYAVYY, F. KH. - KUCHIN, L. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000827110008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHASTI119 R.N.1 KUCHMUAVrY, F,,Kh.; KRANTIKOVAp T.7.
lotivity of faloe and true oholineeterase in irradiated animal .
Med.rade 5 no*7888-89 160. (MIRA 13s12)
(RADIATION SICERMS) (CHOLUMTMWE) 40

KUCHMAVYYO F.Kh.; ILIENA, T.B.(laningrad)
Vonopecific phagocyte aotivity in axperimental bone tuberaulo-
sin following the use of pyrogens and Otreptomycin, Pat,fiziol,
i ekspe teraps 7 no.2g63-67 Mr-Ap'63, (MIRA 16slO)
1. lz laboratorii. eksperimentallnoy patologii i terapii. (ruko-
voditell - kand.med.nauk FeKheKucheryavyy) loningradskogo in-
stituta khirurgicheskogo tubarkuleza.
(BONES-TUEERCULOSIS) (PI[AGOCYTOSIS)
(PPOGERS) (STREPTa4YCnl)

n ,~jfy
La br I r 1 y Ai o A hp,~~ 1. i m f c, i P
Kh
ry a vTj
r st i f? khirtri7i
dev :1!.v--, ',,e: ' ~-,,v-,

KUGHERYAVYY, N.A.
Regional conformice on jublIc health ser7ice. 71rav. Hoe, Feder.8 no.2t
40-~2 F163 (MnU 1723)

KUCHE-RyAvry, O.A., inzh.
Experience in the operation of TV2-150~-2 turbogenerators. Elsk. stA.
35 no.808-80 Ag 164. (MIRA 17s12)

KUCHERYAVYY, O.A., inzh.; KRYUKOV, G.Ye., inzh.
Addition of oil and its removal for sampling from operational
high-voltage entrances. Elek. sta. 35 no.11:71-72 N 164.
(MIRA IE:l)

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Car,
Structure and properties of...
S/123/6Z/000/013/014/021
A004/A101 -
streak of 20 30/4 thickness is located on the specimen surface whose hardness
attains 900 950 g/mm2, at a depth of 30 - 450 A"s a zone of tempered metal,
while at a distance from the surfauz of 5WU and more the initial structure of
the hardened steel is to be found. The origination of a high contact tempera-
ture causes the formation of tensile stresses in the surface layers of the
machined part. If these stresses exceed the strength limit, cracks appear on
the eround surface. If the cracks are regularly arranged perpendicular to the
direction of motion during grinding, their main cause is a low quality of grind-
ing technology. If the cracks are arranged in the form of a netting, reminding
of crystal boundaries, they are caused by defioLencies in the heat and chemical-
thermal treatment. 'There are 7 figures and 20 references.
I. Brozgoll
[Abstracter's note; Complete translation]
Card Z/2

KUCHERYAVYY, P.P.
Normal annual runoff in rivers of the Northern CaucaDuv# Sbor.
rab. po vidrol. no.21103-IU 161. - (KIRA 15:2)
1. Severo-Kavkazakoye upravleniye gidrometeorologicheskoy sluzhby.
(Caucaeust Northern-Runoff)

2 12 7
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r or r) r1 h en p r s9 vp re

F AP5005802
j total crorg section of ileutron interartion calculated for
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Ca'd 2 2

471-66 T(i
NR: AP6007850
AUTHORS: ZinovIyev, M. V.,;
Pustovalov. V. V.
YMEWPO~~EI~WiilLeg ~)Fjc(m)_6
SOURCE CODE: UR1012016CIO00100
Iltichev, V. Y .; Kucheryavyy..V. A.;
ORG: Pbysicotechnical Institut2 of Low IN-.mperatures AN UkrSSR. Kharikovl
(Fiziko tekhnicheskiy institut-nizkikh temperatur AN UkrSSR)
TITLE: Low ten crature attachmentfbr standard testing machinejL
SOURCE: Pribory i tekhnika eksperimenta, no. 1, 1966, 228-229
TOPIC TAGS: metallurgic testing machine., low temperature research
ABSTRACT: The authors describe the construction of a low temperature
attachment for standard materials testing machines, intended for defor-
mation of metals and nonmetals at temperatures down to 4.2K. Special
features of the attachment (Fig. 1) are a multi-position clamp to test
flat or round metallic and nonmetallic samples, and a cryostat in which
the cooling liquid can be stored either in a metallic or a glass Dewar
vessel. The multi-position clamp makes it possible to automatically
insert the next successive sample for testing during the idle stroke of
the testing machine. The authors thank V. I. Startsov for interest in
the work. Orig. art. has: 2 figures.
SUB CODE: 13, 14/ SUBM DATE: 16Dec64/ ORIG REP: 001/ OTH REP: 001

L 27471-66
;ACC NR: AP6007850
d
77
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taking, 31 0 9
Fig. DiAgOge Of IGw'%"V4r&tVr~ Rod, 2'1- p later traverse.-
51; liquid free Dever, 6 - pull rid 7 D~Q4rj* 8 tvbel,t - Ole", to zole, 11
support, 13'. vdawma chambir 14 - tesnefer valve, 15 .4 sloe. ~ijsl etwho r#40NW4 iffilt.
Card 2/2 BLG-.

e V,
.1UTIHIORS Rabinovich, T. B., Kucheryavyyj
T! TLE: The Effect of the Substitution of-lfydrog-.~n !:---uterium on
the Ultrationic Velocity, the Refraction rind th,~ VJ.-cosity
of' Benzene Miyanive nameulichonlyri -olorodn
.qkoro.~-tl
r:---RIODI^-AL: ZhUrnp! fizichenkoy '-.himii, 1958, Vol, 52', ?:r 7, pr-14919-1505
(USSIO
tABSTRACT: '-~'hc above-mertionpd properties werf. invertiigrted for U '.eu-
terium content of N 50 and 011 ato.- r" 7jithin the temrerature
interval from 30-60 C. The vi-cosity of the deuterium benzene
'had already been inv,?ztigated by Dixon and f%:hiesoler (ixf 6),
however, only at threo temperatureo. 'rom the experimnnta'.
part it may ~e seen th%t the deuterium nroducts r',err- obtained
from benzene and deuterium sulfuric acia, the latter being
produced from 00 and hravy water. The Jeuterium contcnt
dotormined acco4ing to the data nvpplied by r1it and Lang-
eeth (Ref 9) from tht; i,r:nsity, while the cound velocity wLn
Card 1/4 duterminel accorling to the mothoi oi' li,~ht diffraction.

07/1 7 6 -9 45
m on th~., "Itraronic
Nie Effect of the Subutitution of Hydrogen by Deuteri=
~'elocity, the Refraction arld the Viaconity of Penz-f!ne
Tho datk obtaired differ from th,_ -,,(, obtaint-d by Collino and
RtAffel (Ref 1). Thevieconimeter u2ud 12 otmilr,~ -to that do-
'~Ujoyre(j bV j'k. Z. C011'_~ Cn',i -,I) ti"O
flowirg-Out laqting fAt leaft MOO :ieconde, mi-] the viucosity
of the deuterium benzcne h.%vin,;r inv,trured relatively to
that or' benzene. Density was dett~rmint~-d in a pycnometer,
wherena the Index of light ref-r.-ction r-.r! mvaoured by means
of a rtifroctometer of the ty!pcnW*' 2' (i'ulfrich type). in
relation to the equation of 10 for the ultra-
aonic velocity baned on that of van der '.-:aal, it is assumed
thLt ultra.9)nio velocitie.,3 In benzene -rid itp deuterium hoTo-
loKe M-.iL;t 13,- invoruely proportional 40 th,~- MaKnitudes of the
square ront;~! of' the molecul&r reighto. In the !capers written
by li--44 and Ejring (Ref 2) it vat' i s:v)-~-.n that the sound
.._,.LocIty In 1-irluids is directly related to the "free volumes".
From the equation given by those authors the huthors of thir
paper obtained a 5 enlargemont o-' thv: free volume In the
case of a 50 substitution of the hydrogen by d,:.uterium in
benzene, und one of 9 1,; with 91 1j:f6 deuterium; thig corresponds
Card 2/4 to tht, ditti obtained in the isotopic effoct in compressibility.

S,107/76-32-7-9/45
The Effect of the Substitution of Hydrogen by Denterfum on the UltraBonic
Velocity, the Rofraction and the Viscosity of Benzene
In connection with this it was found that a substitution in
benzene of 91 ~,hydroeen by deuterium decreases the refrac-
tion index to 2 .jo-3 and the polarizability to 0,52-,:t. As
the zero onergy of the C-D bond is smaller than that of the
C-11 bond a D ----> 11 cubstitution cauaon an increase of the
energy difference between the respective excitod and the
busic %Aectron level; this fact is explained by obBervations
mAe by 7urton et al. (Ref 15 and is proved by experimental
data obtained by Tngold and ',7ilson (Ref 20). Proceeding from
the equation according to Slater and Kirkyood (Ref 21) it
is found that a 91 ~' hydrogen substitution by deuterium
causes a decreaze of the dimpersion energy to 0,4 c,'*; on the
other hand it is found according to the data supplied by
'Ullkinson (Ref 23) that the equations according to London
Ref-24 as well as those according to Slater and Kirkwood
~Ref 21~ supply similar values for the isotopic effect in the
dispersion energy. The observed effects described were ex-
Card 3/4 plained by the increase in atomic dimensions and by the de-

SOV/76-32-7 -9/45
.1 cuterium on the Ult asonic
7:he Effect of the Substitution of Hydrogen b r
Velocity, the Refraction and the Viscosity o~Benzene
crease of the zero energy of the stbmic bonds dependent on it.
Since the dispersion energy becomes smaller in the hydrogen-
deuterium substitution also a decrease of the heat of -tapor
formation is expected which seems to be proved according to
data supplied by Davis and Schieseler (Ref 14) although those
data are doubtful. In the case of a 91 cp' substitution of ben-
zene by deuterium an increase of the viscosity from 4,6 to
5,5 f4 -as observed, and correspondingly less in the caae of
a 50 ~, substituted one; also an increase of the vappr pree-
1) by 2,5 - 2 ~, to that of C R wanfound. Finally
sure at r, 6 6 6 6
the authors thank A. I. Brodskiy. here are 1 figure, 2 tables,
and 24 references, 5 of which are Soviet.
ASSOCIATION: Gor1knvakiy goaudarotvennyy universitet in.. 'O'.I.Lobachevskogo
(Gor'kiy State University imeni N.I. Lobachevskiy)
1. Benzene-Properties 2. Benzene--Analysie-. 3. Deuterium
--Determination 4. Deuterium-Properties 5. Sound-Velocity
Card 4/4

S/08o/60/033/008/021/022/XX
D213/D305
AUTHORS:
TITLE:
Golldberg, N.A.. KucheryavYY, V,I'
Some physico-chemical properties of
diisocYanate
8, 1960,
pERIODICAL: Zhurnal prikladnoy khimiio V- 33, no.
1912 - 1913 ted va-
TEXT: The authors determine the density, viscosity, satura anate.
ractive index of hexamethylene diisocY
por pressure and ref hnically pure hexamethylene diisO-
experimental purposes, tec
cyanate was fraction_ ed under vacuum using a 12 mm diameter column
packed with Fenske ringra; the total height of packing was 1.2 m,
J)uring distillation the fraction b. pt-. 1300C at 12 mm, lig was col-
lected. The content of hexamethifiene dilsocyanate was determined
according to thf- Vfl,j No. 13 - X - 05 - 58 method and was found to
be 99-8 ~ i 0 .) ~11 ")e terminations of density, viscosity and satura-
ted vapor pre.,j.;ure were carried out by earlier used methods, [Ab-
Card 1/3
60 0"5
bet-
tied %-ioil
Iyrop T("trL'Lc ter'r.3. I bj~la-
ic'o- t de ,,, re d i'n t a is al-
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11 " led OOC
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A V tjpe 6 re tjre
e
So,ae 110 iel'6 .30-
e
Lbe I Wr era wa at
ol I)%; e tjoll
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3 e- "-rx"'b 0~ TeS aporl-7111 and tjor~
,,. k, k' r Or 1) C I
J~Yv-- 41, scosiltl Va'P efr 0 luo
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V I th Ca '80
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2,5 13 Oa%uf Oil ,,,age 0 10 coulr
luo
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0 et
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01
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90 c~.dent ea C oqn lav of
*066 or Z: b as -~ 8 a%ed
of va f-10% BIA.6 O'n t-he be a9il, 1\)es
0-a9 '19.
elve T 61 Be S 14 a t %861 TyLe
of 'aj a, -
~-ve-rs I . liq
.j.q e 6 2) Co-
Lad c os 01 "
elleTIV ,ajueB a associate 2 2
'I -r ilig, A
-toes t1go sbV,jtted bl ,,,te a jille 0irl
of ai g
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of Jilec :ae ~011 orv
call
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hexamethylene
0 refraC

-w
RABIRVICH, I.B. (Gor'kyi); Pri uchastil: GOLOV, V.G.; NIRCLAYEV, P.N.;
VCLCKHG,VA, Z.V.; YWCHERYAMP V.I.
Effect of substituting deuterium for hydroFen on the velocity of
sound and the compressibility of liquids. Zhir. fiz. khim.
34 no.2:423-43l F 160. (MIRA 14:7)
1. Gorlkwskiy gosudarstvennyy universitet im. N.I.Lobachevskogo,
Institut khimii.
(Deuterium) (Sound--Speed) (Compressibility)

3/076/60/034/0"0/006/022
B015/B064
AUTHORSi Rabinovich, 1. B., Lobashov, A. A.. and KucheryavyL!- ~-I-
TITLEi The Negative Igotop c-Effect in the Viscosity of the
Deuterium Compounds
PERIODICALz Zhurnal fizicheskoy khimii, 1960, Vol, 34. No. 10,
pp. 2202-2204
TEXT: An exchange of hydrogen by deuterium leads. in the case of non-
associated liquids, to a change of the molecular weight and the energy
of the intermolecular interaction. An increase of the two laot-mentioned
values leads to an increase of the viscosity of the liquid Rnbinovich
et al, showed that in the range of medium temperatures. an increase in the
molecular weight in the substitution of hydrogen by deuterium is
accompanied by a reduction of the intermolecular dispersion energy
(Refs 2-4), i-e~, that an increase, but also a decrease in viscosity may
occur due to the isotopic exchange In dependence on the fact whether the
increase in molecular weight, or the change of energy of the inter-
Card 112

The Negative Isotopic Effect In the Viscosity 3/076/'60/03-1/0,C)/006/022
of the Deuterium Compounds B015/BO64
molecular interaction has a greater effect upon the viscosity. The in-
vestigatione hitherto conducted (Ref. 5) always led to an increase In
viscosity in the isotopic exchange. The present paper shows that isotopic
exchange may also bring about a decrease in viscosity, In chloroform and
tetrabromo methane the hydrogen was exchanged for deuterium and an
increase in viscosity was found, i.e., in contrast to the cases hitherto
investigated a negative isotopic effect was observed. The decrease in
viscosity amounted to approximately 1% in both substances, which in five
times the error of measurement, and may thus be regarded as a reliable
result, Thus, it 'was clearly proven by experiment that an increase in
molecular weight due to the exchange of a light isotope for a heavy one
may affect an increase, but also a decrease in viscosity. Finall.y., the
author thanks A, 1, Brodskiy, Corresponding Member of the AS USSR and
Professor A. Z. Golik for discussing the results, There are ? tables and
8 references: 7 Soviet and I US,
ASSOCIATIONt Gor Ikovskiy gosudarstvennyy universi tet im N. I Lobachevskogo
(Gorlkiy State University imeni N. 1. LobnchevskiX)
SUBMITTEDi December 6. 1958
Card 2/2

.1: -- . .
GOLIDBERG, ILA.; KUCHERYAyffp VOL
Modeling chemical sorption processee.
S 161.
(Sorption)
Khim. prom. no-9:38-44
(14IRA 15:1)

GOLIDBEM9 N.A.; KUCHZMVYTO V.I.
Model study of chemisorption procossese Mmro prikl, khim. 34
no.W41-156 Ja 161* (Chmisorption) (MBA 14: 1)

GOWDIEFGY N.A. KUCHEM",TYY,, V,I.
j ,
MDdellng of chomaboorption procesoes. Zhur.priklAhim. 35
no.,2;35&-356 F 162. (14M 15 ~ 2)
(Absorption) (Chcmiial models)

GOLIDBERG, N.A.; KUCHMYAVYY, V.I.
Modeling of chemisorption processes taking place in counter-
current packed columns. Dokl, AN SSSR 342 no,50.134-1,136
F 162, MRA 15:2)
1. Gosudarstvennyy nauchno-issladovatellskiy I proyektilyy institut
azotnoy prozWshlennosti i produktov organioheakogo sinteza.
Predstavleno ak-ademikom S.U.Volffkovichem.
(Packed towers)

LIVSHITSI B.S., kand, tekhn. nauk; KUCHIBTAYTT. Te.I., kand. tekhn nuak.
ftw"-ff ~-. I---- "'_ -
Rural block-type relay autonatic dial telephone system. Test.
eviaxi 17 no,11:3-5 N 157. (NSA 10:12)
1. Hachallnik laborstorit Nauchno-issledovatell&kogo Instituta
taklinologit evarki (for Livehits). 2. Starshly nauchn" notrudulk
Nauchno-looledovatellskogo instituta tekhnolgii evarki (for
Kucheryavy7).
(Telephone, Autonatic)

YAK, P.Yu.; FARAMOV, L.S.,
UUMAUX _ja.j_;-PAVLOVSKIY, I.Ye.; ML
otv. red.; FMOVA, V.Ye., red.j DIKOV, V.N., tekhri, red.
[Group connection of telephone lines] Kollektivnoo vkliuchenie tele-
fomWkb linii, InformatsioMi abornik. Moskva, Gos. izd-yo lit-r7
po voprosam sviazi i radio,, 1961. 135 P- (MIRA 140)
1. Nauchno-issledovatellakiy institut Corodskoy i sollskoy telefon-
nay azi* Hinisterstva svyazi SSSR (for Kupboryavyy, Pavlovskiy,
Folya7k . (Telephone lines)

&U('HFRYAVYY^ 'Te.i.
--- -1- - I
llrl&.n(,.ipLe,i oi' tho organizalion of rurs,t telophoriA co=winication.
Ve3t. i3viazt 24 no.6sl4,15 Je 164. (MIRA l71ll)
le Nachallnlk laburatorli Nawihar.-inaledovatell3kogo inatituti
gurodskoy i aullskoy talefonnoy isriazt.

1U THOR$ j
11 or OV
Kuoh A eshenovi Yu. X.9 BOV/36-9-3-50/55
~
-
l-
se
a
wyl
Sh- U.p Leontlyeva, 1. N.,
Gogic
i
E,
y
Vasillyev, L. V.
TITLE; '5
The Magnetic Nuclear Moment 11 of 87 and
2~
(Yadernyyo magnitnyye momenty SM I Mg
PERIODICAL: Zhurnal Sksperimentallnoy I Toorsticheakoy Fiziki, 1958v
Vol. 34t Ir 3# pp. 774-775 (USSR)
ABSTRACT: The authors found the gyromagnetio ratio of the nucleus Br87
by means of the method of magnetic resonance In molecular
beams (ref. 1). This molecular beam consisted of strontium
atoms which made possible the elimination of the inter-
molecular interactions an well as an exact taking into
account of diamagnetic correction. The 378 am long strontium-
atom beam was detected by means of the method of surface
ionization on a heated tungsten wire circumflowed by an
oxygen current. The ions ofstrontium 87 were separated by
a magnetic analyzer and were recorded by an electronic
multiplier and a galvanometer. The value of the gyromagnetic
Card 1/3 - ratio g of the nucleus is determined from the equation

The Magnetic Nuclear Moment@ of Or 87 and Mg 25 SM/56-34-71-50/55
9 - 1.3122.10-3 fp/HP
where f denotes the resonance frequency of the
oscillating field, and H P denotes the corresponding resonance
value of the constant magnetic field(in which the transitions
take place). The resonance values f P and HP correspond
to the minimum intensity of the refocused beam. The
measurements were carried out according to the method of the
invariable field as well as the method of invariable
frequency. Also the fluctuations of the intensity of the
atom beam were taken into account by means of two different
methods shortly discussed. The maximum error of these
measurements is estimated to amount to 0,12 %. From 26
measurement series the following mean value for the
gyromagnetio, ratio is obtained:
g(8r67) - 0,2423.t 0,0003
Card 2/3 this coincides within the error limits with the value

The Magnetic Nuclear Moments of Br87 and Mg 25 WV/56-34 -3-50/55
determined by C. D. Jeffries (Dzhefris) and P. B. Bogo
(Ref 4) according to the method of "nuclear induction".
The diamagnetism, of the atom demands the following
correction:
R true 0 (1 - C)H measured*
,3Ij~":';ITT2;D:
Here H true denotes the trua value of the magnetic field
strength at the place of the nucleus. Iccording to
W. C. Dickinson (Dikinson) (Ref 5) here holds 0 - 0-00345-
Taking into account this correction as well as the unknown
value of the spin of sr87 (I - 912) the value ofp (sr87)
. 1,0939 1 0.0014 nuclear magnetons is obtained for the
magnetic moment of the nucleus of Sr87.
There are 6 references, 0 of which are Soviet.
!~~cernber 25, 1957
Card 3/3

"1(1), 240) SOV/56-37-2-51/56
AUTHORS: Kucheryayev, A. Go, Szhenov, Yu. K., Gogichayahvili, Sh. M.
TITLE.- Measurement of the Mar-,etio Moments of the Atomic Nuclei of
Alkaline Earth Metale by the Method of Magnetic Reuonance in
Molecular Beams
PERIODICAL: Zhurnal ekoperimentallnoy i tooreticheBkoy fiziki, 1959,
Vol 37, Nr 20), PP 582-583 (USSR)
ABSTRACT: Thiu method offers certain advantages if compared to other
methods, if the molecular beam consists of atoms in the So-state.
It has already been used for the purpose of measuring the magnot-
21 87
ic moments of Ba135, Ba137, No , and Sr (Ref5 1-4). As already
shown by the authors (Refe 4,5), this method may also serve the
1~urpose of determining the magnetic momenta of all alkaline
earth metals. The description of the uxperimental arrangement
and of the method may be found in reference 5.
Resultat
Card 113

SOV/56-37-2-51/'56
Measurement of the Magnetic Moments of the Atomic Nuclei of Alkaline Earth
Metals by the Method of Magnetic Resonance in Molecular Beams
t' 0C I, imp/see 0 IA
Mg 25 600 200 2.10-4 -0-855 t 0.002
Ca43 1070 300 0.02 1.317 t 0.003
Sr07 750 104 0.2 -0.0924 t 0-000~
Be.135 600 500 o.6 1.6370 t 0.0006
Ba137 coo 850 0.6 0.9364 t 0.0009
t denotes the temperature of the source, I - the~recorded in-
tensity of a narrow bundle, - the surface ionization coef-
ficient at optimum detection conditions, ~k - the aagnetic r4oment
(with diamagnetic correction) given in nuclear magnetons.
Systematical errors were excluded. The authors finally thank
T. S. Bokuchav, K. G. Mirzoyev, and 1. 1. Leont'leva for their
help in carrying out measurements, M. I. Guseva, V. M. Gusev,
and D. V. Chkuaseli for the enriched Ca,43-preparation. There
Card 2/3 are 2 tables and 12 references, 3 of which are Soviet.

SOV/56-37-2-51/,56
Meaourement of the Magnetic Moments of the Atomic Nuclei of Alkaline Earth
Mr-tals by the Method of Magnetic Resonance in Molecular Beams
A620CIATIONt Fiziko-takhnichoskiy institut Akademii nauk GruzSSH (Physico-
technical Institute of the Academy of Sciences, Gruzinekaya SSR)
SUBMITTED: May 19, 1959
Card 3/3

R-WP(J)/E-WT(1)/EWT(m)/BDS--s~wnC/AZD--Pc-4--mI
; U21M3 W
ACCESSION NR: AP3001632 S/019?,/63/004/003/0459/0460 ~3
AUTHOR: Barorti, Ye._ Ye.; Ksenofontov, V. A.; Kucheryayev, A. G. %iferchuk N. L.;
Shuander.-Yu. A.
TITLE: Nuc e LTMIUC-r2aanance of scintillators based on poly3tyroles
SOURCE: Zhurnal strukturnoy khimii, v. 4, no. 3, 1963, 459-460
TOPIC TAGS, NMR of protons, polystyrole and plastic scintillators
ABSTRACT: This stydy shows an experimentail I
rtermination of some features of NM
in thin pol st ro and plastic scintillators1based on polystyrole wh1ch could be
utilize or the stydy of structural propertim It wAs eatablished that the IMPQ
1-r-iton spectrum in the polystyrole and polystyrole with actled scintillatirg sub-
stances at temperatures higher than 20-30C consist of two components: wide with
DELTA If approximately equals 6.7 gauss and the narrow with DELTA H approximately
equals 0-35 gauas. The amplitude of the narrow polystyrole component show:9 a tem-
perature dependence at about 120C. With the introduction of luminescent materials
the transition point is shifted into the region of lcrder temperatures. The wide
component shows a transition of polystyrole at a temperature of approximatelY 75
Card 1/2

L 121M3
ACCESSION NR: AP)OO1632
and 120C. The introduction of scintillating materials shifts the point of transi-
tion to lowr temperatures. Small additions up to 3% do not affect the tran5ition
at 75C. The h1M method may find its usefulness in the determination of a Imawn
concentration added to the pokvstyrole by moans of shifting the transition roint!:
determined from the temperature dependence of the amplitude of the narrow coo-po-
nent at the appropriate temperature, "The authors express their gratitude to V. M.
Shoniya for the preparation of polystyrole and the scintillators in its base for
these investigations." Orig. art. has: 2 figures.
ASSOCIATION: Fisiko-tekhmichaskly institut AN Cruz = (Physic o-Technical Institute,
Cruz SM)
SUBMITTEDS 29Jan62 DATE ACQ: OlJul63 MICL: 00
SUB CODE: 00 KC REP SOV: 001 OTHER: 001
Card

1. 11" Yl
A tter.,,,~itlcn ct- :-t
ellerf:.

-
1~ .. .... . . i. 7 .. . . . .

K',' UILLIY-~Yn- ~Y' ; PANOV, D. A.
"Gn the Zuestion of the Cause of the Anonalously Fast
Lo3ses of E-lectronnfrom Plaimas in Ogra."
ileport presented at the Conference nn Plagm
Stability, Culhair.'Ux 17-22 Sep 162

ACCESSION NRt AT4025312
S/000'0/63/000/000/0223/0232
AUTHORSs Kucheryayev, Yuo A*j Panove D& A*
TITLEs Use of electron and ion beams for the measurement of the
electric field of the space charge of the 'Ogra' plasma
~SOURCE: Diagnostika plazmy* (Plasma diagnostics); ob. statey. Mos-
cow, Gosatomizdat, 1963, 223-232
,TOPIC TAGS: plasma research, plasma confinement, plasma sheath,
particile collision, field intensity, magnetic mirror, space charge
ABSTRACT: Two methods are described for measuring the field of
1plasma-space charge. In one method the deflection of the electron
lbeam due to drift in crossed electric and magnetic fields is mea-
sured, while in the other method the electric-field pickup is a beam
of cesium ions moving in the boundary region between the plasma and
~the chamber wall., The measurements were aimed ai determining the
Card

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0906101.1v :11-N

IEGOROV, Yu.A.; XUCW!31UYFV, V.A.
Possibility of wing certain organic scintillators for doeimetry.
Inzh.fia*zlnw. 4 no*7t.117-3.19 JI 161. (KMA 14:8)
(Scinti3lation counters) (Radiation-Dosage)

OCIERY - , j ; POOVo D- A-
f Fast
'he Cause of tjr
"Cil the :~,,estlon of
Lcanrls of ~ mas in Ogra."
21lectrorr, rrom pla.
i:Wport presented at the conference on Plasma
3tabilit,,. Culhar-UKO 17-22 Sep 162

ACCESSION NRs AT4025312 8/0000/63/000/000/0223/0232
AUTHORSs Kucheryayev, Yu, Ael Panove D. A&
TITLEs Use of electron and ion beam for the measurement of the
electric field of the space charge of the 'Ogral plasma
SOURCE: Diagnostika plazmy* (Plasma diagnostics)l ob. statey. Mos-
cow, Gosatomizdat, 1963, 223-232
TOPIC TAGSt plasma research, plasma confinement, plasma sheath,
particle collision, field intensity, magnetic mirror, space charge
ABSTRACTs Two methods are described for measuring the field of
plasma space charge. In one method the deflection of the electron
beam due to drift in crossed electric and magnetic fields is mea-
sured, while in the other method the electric-field pickup is a beam
of cesium ions moving in the boundary region between the plasma and
the chamber wall. The measurements were aimed ai determining the
I
1-Card -1/*A

JACCESSION NRt AT4025312
field distributions and the collective processes occurring in an
"Ogra" device. The electron source used was a three-electrode Clun
placed in one of the magnetic mirrors of the "Ograto and the electron
beam receiver was a television-tube screen with low persistence.
The construction and operation of the apparatus are briefly,'describedi.
The quantities measured were the radial distribution of the radial
component of the electric field of the plasma space charge, the
electric field near the walls of the chamber, and the correlation
lof the electric field near the cesium probe with the signal from the
fast-ion detector. It is concluded that the use of interaction be-
tween the probe charges and electromagnetic fields of the plasma,.
and also of atomic and nuclear collisions with the plasma compo-
nents, yields a variety of information on thd plasma properties. An
advantage of such diagnostics in the fact that it hardly disturbs
~the investigated object. Orig. art. haB: 6.figures.
ASSOCIATIONx None

y - - -.~ 1, Y,, T Y.. ',
C,.F.; T!(,..
,,,, I -L~ ;
..w .........
Disnociation cf fast jnolacculn,- hydroger Jons rind tt~-) C'.1-rige
exn,hango of fact protomm In ti 11thlun nre. Ato,~!. energ. 19
no.413PI 0 165. ("N"A IF:11)

RATUOV, V.D.; KUCJIERYAXKVA, G.D.; MLEKIYEVA, G.G,; PIMENOVAg S.M.
Thermodynamic and diffusion characteristics of the basic
components of coment, when they are dissolved in water. Izv.
vys.ucheb.zav.; stroi. i arkhit. 4 no.6:135-145 161.(MIRA 15:2)
1. Nauchno-ionledovatellakiy inotitut zhelezobetonnykh
izdoliy, stroitellnykh I norudnykh materialov.
(Cement)

S/081/61/000/023/030/061
B138/B101
AUT11ORSs Ratinoy, V. B., Rozenberg, T. I., Dovzhik, 0. 1. Kucherya-
yeva, G. D., Smirnova, I, A.
TITLE: Corrosion inhibitors for reinforcement bars in concrete
containing calcium chloride
PERIODICALt Referativnyy zhurnal. Khimiya, no. 23, 1961, 290, abstract,
231272 (Tr. N.-i. in-ta betona i zhelezobetona Akad. str-va
i arkhitekt. SSSR, no. 22, 1961, 40 - 53)
TEM An investieation of the mechanism of reinforcement iron corrosion
in concrete with additions of CaCl 2 and NaN02 has shown that the process
takes place with diffusion control. It is noted that NaNO 2 is an
effective corrosion inhibitor for reinforcements, due to its power of
rapidly creating or healing protective films, passivating the metal
thereby. The addition of NaNO 2 together with CaC12 will increase the
strength of concrete without making plastic deformation any greater than
Card 1/2

3/081/61/000/023/030/061
Corrosion inhibitors for reinforcement.#. B138/B101
in concrete without these additions. FAbstracter's note: Complete
translation.] v
Card 212

RATINOVp V*B.j- NUCMaZEVA# G&D.; HEIENTrYKVA,, O.G.
Thermodynamic and diffusion characteristics of silicate ingredients
of cement wben tbey are dissolved In water. DAL AN SSSR 136 no*/+I
875-878 r 161e (MIRA 3,411)
1. Naucbno-iseledovatellakiy 1wtitut, shelazobatonnykh i2dallyp
stroitelljWkh i nerudrqkh materialov. Fredsta:vleno akademik=
P,A, Rebladerome
(Calcium silicate)

A.N'10' iN .1; j K 07V M., kand. sel'skokhoz. nauk; SHVIDKOY, V., inzh., KUCH:,7iOY,
V. inzh.
Pine geometrid control. Zashch. rast. ot vred. A. bol. 10
no.7s26 165. (MIRA 18:10)
1. Ukrain8kiy Institut le3nogo khozyaystva I agroleacmelioratalt,
f1ar I kov.

TITOV, 10,; KUCHIV.%UTA, Y-
Ggloulating production norme for the York on oemi&utomatic de-
vices. Biulonauch.ihform-; trud J zareplata 3 no.017-20
16o. (MMA 13t6)
(Glass blowing ~d working-Production standards)
V4

- - --T - - , - '~' - 11
RODIN, A.M I.; KtJCff]CY, S.A.
Measuring the penetration depth and diffusion coefficient of
gases in metals. Prib. i tekh.eksp. no.4168-69 Jl-Ag '57.
(MIRA 10:10)
(Gases in metals) (Diffusion)

KUCHIEEWICZ., W.
Remarks on precision traverse surveying after the introduction
of the news instruction by the Central AdmirdBtration of
Geodesy and Cartography in 1955., P. lhO. Vol. 12, no. hs Apr. 1956
Warszawa
PREGLAD GEODEZYJNY
SOURCE: East European Amsaion List (EFAL) Library of Congress
Vol- 5. no. 80 August 1956

KITCHIKYANY-L. M.
Automatic motsture control of aluminum oxide hydrate. TSvet. mate
37 no.9t46-51 S 164. (?d RA 18 t 7)

M.onograph
Grinshteyn, M. M. Kuchikyan, L. 141.
U11
Photoelectric concentration meters for automatic control and regulation,
(Potoelektrialieskiye kontsentratdmery dlya avtomaticheskogo kontrolya
I regulirovanlya) Moscow, Izd-vo "Mashinostroyeniye", 1966. 170 P.
illus.9 biblio. Errata slip inserted. 4000 copies printed.
TOPIC TAGS: photoelectric cell, radiation detector, photoresistor,
photometer, light modulation, refractometer, polarimeter , qur0n;.*)'r1C
PURPOSE AND COVERAGE: This book is intended for technical personnel
concerned with the automation of industrial processes and may also
be useful to students at higher schools of education specializing in
the field of automation. The principles of designing circuits for
photoelectric concentration meters are discussed, and a description
is given of the elements of these circuits. In addition, the theory
and methods of detemining the concentratitns 3f liquid and gLvam mdia
by means of automatic photoelectric devices are covered. Soviet and
foreign photoelectric concentration meters for automatic control and
regulation are described :in detail.
TABLE OF CONTENTS:

ACC NRAm6021848
Foreword -- 3
Ch. I. General Principles of Designing Photoelectric Concentration
Meters -- 5
1. Classification of photometer circuits -- 5
2. Special features of automatic photometer circuits -- 9
3. Classification of automatic photoelectric concentration meters
-- 15
Ch. II. Photoelectric Radiation Receivers -- 18
4. Basic characteristics of photoelectric receivers 16
5. Photocells with an external photoeffect 20
6. Photomultipliers -- 25
7. Photovoltaic cells -- 30
8, Photoresistors -- 34
Ch. III. Elements of Photoelectric Circuits 41
9. Radiation sources -- 41
10.. Shaping element of radiant energy beams 46
11. Optical attenuators -- 51
12. Light filters -- 54
13. Modulating and switching devices -- 57'
Card

ACC NR' AM160218
Ch. IV. Photoelectric Absorption meters -- 64
14. General considerations -- 64
15. Automatic absorption concent.ration measuring devices for liquid
media -- 70
16. Automatic absorption gas analyzers -- 94
Ch. V. Photoelectric Nephelometers -- 109
17. Light scattering by a turbid media -- 109 -- 112
18. Automatic turbidity meters for liquid media
19. Automatic aerosol control devices -- 118
Ch, VI. Photoelectric Refractometers 125
20. Basic considerations -- 125
21. Automatic refractometers -- 134
.22. Refractometer signal indicators 148
Ch. VII. Photoelectric Polarimeters 151
23. Essence of the method -- 151
24. Special features of automatic pblarimeter circu'its and designs
-- 154
25. Automatic polarimeters 159
Conclusion 167
Card 3/4
W lr5l
4-3 ff
g
PRO

. ACII ""' AM6021848 i
. I
Bibliography -- 169
I
CTTrI PAM? . nA / QTtMM T*IAMW All T.~44 i f%nYfl '0U110. rJ1191 A?SU nrip. fl-Inj I

GRII,'SIITFYN, Vark Mikhaylovich; YUCHIKYAN, Loordd Mikhaylovich;
'YLLISS'YEV, R.Ye., red-.
(Photoelectric relays in arrateur rudio roceivers] Foto-
rele v radioliubitellskol praktike. Moskva, Izd-vo
"Energila," 19U.. 72 p. (Vannovaia. radlobibliotekit,
no.533) (VIRA 17:6)

KUCHIKYAN, Lo
Automatic measurement of moisture content in aluminum hydroxide.
Prom.Arm. 6 no.2t26-29 F 163. (MIRA 16:5)
1. Nauchno-isoledovatellskiy institut ~Avtomdtika".
(Aluminum hydroxide-Testing)

I - . KUG III Kill, I I O-L.
Automatic control of copler sulfate content o" electrolytes.
Prom.Am. 5 no.9:26-28 S 162. (MIRA 15:9)
1. .11alichno-is:Aedovatellskiy institut tivtomatizatsil proizvodstvennykh
pro'so&Dv khimicheskoy promyohlennosti i tsvetnoy metallurgii.
(Copper plating) (Electroly-tes )

L. DILDAYAil , A. A.
~hotonmlori,7,,etrlc viothol for raeasurinG tho coacentration of he.-acell-alose
in nolutions. Xhim-volok-no.5:36-38 164. ('TtA 17:10)
1. "k:.tuclino-issledo,;atells',:iy in:;titat avi--) ~-rA~-,Vo~'.3tverlllykll
:hi:---Ichcqkoy pro.-.yoUrninosti i tvatzioy ma tall, tr,,,,l i I Qro-

I A.I.; ARUTYU?191, S.A.
14VIKIP
Rasults of industrial tooting ol^ bottom discharke devices of potrolaum
+Ank cars. Tranap, i khran. nefti i nefteprod. no.7:17--21 165.
(MIRA 18:9)
1. Glavnoyo upravlaniye po transportu I anabzhenlyu neftipi I
nofteproduktaml pri Sovete Kiaistrav RSFSR.

IA I
KUCHIN. A., inzhaner.
Antobus dining car. Ayt.transp.32 no-10:37 o 134. (KLRL 7:12)
(Motor buses)

KMHIN, Aleksey Mikhaylovich; ABRMOVICH, A.Do, redaktorl HALIKOVA,
-1- , XT * `~ teTdmIeh9*kIY*radaktor.
(NOW method in adjusting automobiles for fuel sconocv] Novyi
metod regulirovki avtomobtlel n& toplivAulu skonomichnost',
Mnskva, Nanchno-tskhn.lvd-vo aytotranap.lit-ry, 1953. 23 p-
(Automobiles-luel consum tion) (MT.RA 8:6)
Ip

01-
FASHIMUN. Tu. ;,, WA!4,�Wv- A-
Stand for testing ignition devices. Avt.tranap.34 no.11:32-33 1
156. (Automobiles--Ignition) (KLHA 9:12)

Winter bird fauna of t.he vppf.~r GbI Valloy. Izv. Alt,, ritd, ri
ob-va SSSR no.5tl52-153 165.
Biology of the turtledove Stroptopelia orlentnli,s in the
biya-Katun' pledmont interfluve. lbid.2157-158 (MIRA 18:12)
1. Gorno-Altayekty padagogichoskiy Init.itut,

A.P.
Materials of phr-nological oos,!,-,r:j,,jorq 4,-) th a .
, r. -,. I t 1 '7,! rr 1. *~o r7,
Izv. Alt. otd. Geog. ob-va no.1-75-79 161. 1715)

NUCHINO A.P.-
geology of some predatory birds of the Biya-Katun interMve.
Zool,,zhur. 40 no.51730-735 161. (MIRA 1415)
1. Altai Branch of the U.S.S.R. Geographical Society.
(Biya Vallivy-Birds of Prey)
(Katun, Valley--Birds of prey)

KUCIIIN, A.P.
Ecology of some predatory birds of the upper ObI Valley. Zool.
zhur. 42 no.9:1418-11+20 163. (MIRA l6tl2)
1. Altai Branch of the Geographical Socioty of U.S.S.R., Biyak.

i
~, I , ,- ; I I %," it -- i -- -1 1, . ["I, Ij 7r. ,
- ~ I . ) , - I - , - ~ I .-., - , rj,iucJhn.,., i t- I, I-jict~
'I
Tre A I i r, ~: rt-rjnplyJ,)!ci-.,-aFIFj in llhm--~. 'i'r it: 4 & no. I .
,Y,4-5 ') Jti I ~ S . ( 1 , A 18 . 2- '.
1, . '; I Ir. F- bn ~.t y v r. f, c~ r.1 n a r!-,)-y -1 l n t I t u t .

~ - I -". , *. . Iv.I - - - - --
r. q'W" ~1 -711 V &
Technology
Prominent Russian metallurgist Vladimir Efimovich Grum-Grzhimailo, Kharikov, Goa.
nauchno-tokhn. izd-vo lit-ry po chernoi i tsvotnoi motallurgii, 1951
9. Monthly List af Russian Accessions, Library of Congress, March 1952 - , Uncl.

137-58-3-6023
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 226(USSR)
AUTHOR: Kuchin, A. V.
TITLE: Mechanical Properties of Non-magnetic Steel as a Function of
the Degree of Cold Deformation (Cold Hardening)[ Vliyaniye
stepeni kholodnoy deforma%lii(naklepa) na mekhanicheskiye
svoystva nemagnitnoy stall J
PERIODICAL: Tr. Khar1kovsk. politekhn. in-ta, 1957, Vol 11, pp 107-115
ABSTRACT: Investigations were performed in order to evaluate the
influence of the extent of cold deformation (CD) on mechanical
properties of austenite steel containing 0.49 percent C, 5. 10
percent Mn, 0.44 percentSi, 10.55 percent Ni, 9:47 percent
Cr, 0.01 percent S, and 0.027 percent P. Specimens cut from
heavy forged stock whico had been tempered starting at a
temperature of 11000 were subjected to various degrees of
CD. Mechanical tests performed on samples of cold hardened
metal have shown that (T. and 6b increase considerably and
that, at increasing degrees of CD, the increases at a greater
Care; 1/.~ ratc than the (:5b . Initially the ratio (y. /(,5, equals 42 percent,

137-58-3-6OZ3
Mechanical Properties of Non-magnetic Steel (cont. )
whereas after a CD of Z6 percent the value of the ratio increases to 91.6
percent. The fact that Or. approaches the 6b value indicates that the steel
has suffered a loss of plasticity and that, therefore, the process of cold
hardening may be carried on only up to a certain limit at which the steel
still exhibits sufficient ductility and plasticity. For the steel investigated
this critical degree of CD lies between 26 percent and 30 percent.
Bibliography: 16 references.
N. K.
Card 2/2

P
137-58-3-5967
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 216(USSR)
AUTHOR: Kuchin, A. V.
TITLE: Resilience of Medium Manganese Steel at Normal and Low
Temperatures (Udarnaya vyazkost' s rednernargantsovi s toy
stali pri normallnoy i nizkikh temperaturakh)
PERIODICAL: Tr. Khar1kovsk. politekhn. in-ta, 1957, Vol 11, Nr 2, pp
83-94
ABSTRACT: Mechanical properties of forged axles (A) and of an A of
current production were investigated together with their macro-
and microstructure in order to explore the possibility of
employing medium manganese steel (MMS) (0.25-0.35 percent
C, 1.5 percent Mn) in the production of locomotive axles.
Along with mechanical testing, carried out at normal tem-
peratures, the ak was also determined at temperatures of -200
and -500. It is established that MMS fully meets the speci-
fications for material employed for the manufacture of
locomotive Als. '.Aompared with carbon steel, the ak of MMS
Card 1/2 is considerably greater at low temperatures. the 0'w of MMS

137-58-3-5967
Resilience of Medium Manganese Steel (cont.
exceeds the (:),' of carbon steel by 4-5 kg/MM4. Mechanical tests performed
on specimens twaken from an experimental A (0.3Z percent C, 1.48 percent
Mn), which was subjected to normalization at 8300 and 7800C and was
annealed at 600' , have shown that Mn has a favorable effect on the quality
of structural steel, particularly on the a. at normal and at low temperatures.
The MMS is recommended for the manulacture of locomotive Als.
N. K.
Card Z/2

3/137/61/000/008/030/037
A060/A 10.1
AUTHOR: Kuchin. A. V.
MH - Change In the mechanical properties at different depths of austenitic
steel forgings after cold hardening
FERIODICAI.: Reforativnyy zhurnal, Metallurglya, no. 8, 1961, 12, abstract 8198
("Tr, Kharlkovsk. politekhn. In-tn.", 1960, 15, 9i-94)
TF-V-': An investigation was carried out on the nature o~f the variation In
the mechanical characteristics at various depthsof an article subjected to
cold-nardening, using a tire-ring forging with wall thickness '100 mm of non-
magneLic, steel with composition (in %): C 0.7. Mn 7.42, 31 0.26, Cr 2.80, N1
7.54, W 0.80, S 06013, P 0.040. After forging and stripping the tire-ring was
hardened at 1,150 and subjected to cold deformation -under a press. The
mechanical characteristics of the tire-ring forging varied noticeably along the
radial direction. The maximum value of ds (85 - 87 kg1mm2)was obst~rved at the
inner surface of' the tire-ring and the minimum value (71 - 73 kg/mm2) at the
middle of the tire-ring thickness. In order to study the hardness as a function
of the degree of cold deformation and the depth of the readingn alcng ~he radius
Card V2

S/ 1 `7/6 1/,-1&O/rj()8A)30/037
'j
Change In the mechanical properties ... A060/AIGI
of the forging, nonmagnetic tire-rings were takl~n which bad teo,-, -,xjp,~tr-rl to
varioun d,~Sreez of cold defomation. Tlie h&rdness of au~?to!nll. i c 5ta~,, incr,~afied
with an In,:rease In the degree of cold deformation for avery mea,-ur~,menl. Zore
,tarting with the outside surface. The minirmum valap nf *.hi~- riardnt~3s wi.--;
In ~he mid-Jle zone of the tire-ring.
"'y a! S'u ~ a
[AcF,tra~_tt-rls nott,: Complete translation]
2/2

S/137/61/000/008/029/037
A060/Al0l
AUTHOR: Kuchln, A.__V...
TITLE: Effect of the chemical composition of nonmagnetic steel upon the
critical degree of reduction under cold deformation
PERIODICAij: Referativnyy zhurmal, Metallurgiya, no. 8, 1961, 12, abstract 8197
("Tr. Khar1kovsk. politekhn. in-td', 1960, 15., 95-10,Y)
TEXT- Two heats of austenitic steels were investigated, having the composi-
tion (irk %) C 0.6; 0.7. Mn 3.69; 8.13, Si 0.26; 0.36, Cr 9.82; 3.46, N1
io.68; 8.39, S 0.028; 0.016, P 0.019; 0.025, W 0; 0.72. A certain quantity
of NI contained In nonmagnetic steel may be replaced by the corresponding equi-
valent qudntity of less scarce Mn without deteriorating the valuable properties
of nonmagnetic steel. The Introduction Into the steel of a small quantity of W
(0.7 - 1.0%) makes the single-phase austenitic structure of the steel'more stable
and thus allcws a greater degree of cold hardening for raising the strength
characteristics of the steel while retaining a Euffloien-. 71szosity, For
6r., < 70 kg/mm? It Is possible to use steel of the austenitic class without
Card 112

S/1 37/6 1/000/008/029/037
Effect of the ChemicAl composition ... A060/A101
adding W, For Us "> 70 kg/mm2 In order to use a greater degree of -Told-hqrdenIng
for increasing the strength. It is worth while to introduce 0.7 - 1.0 % W Into
steel. There are 9 references.
T. Pumyantseva
(Abstracter's notet Complete trazislation]
Card 212

Kil -H 1,41, i . " 4 7 7 ~ . .. -,. , ~ I " 1, 7f-
6
IT . - .,:. .1 4 i -' , ", r. c, . I - ) :
aw, effef~tiver.,',~-
5`1-5'. My 165. t 7~ ~ .,I F. -~ ~, I

VIKSNE, K.A. ;
[Equipment for the air clouBification of cinder at the
V.I.Lenin Laad and Zinc Combine in Ust'-Kainenogorsk]
Ustanovka dlia vozdushnoi. klassifikataii ogarka na. Ustl-
Kamenogorskom ovinteovo-tsinkovom kombinate im, V.I.
Lonina. Alma-Ata, TSentr. in-t nauchno-tokhn. informatsli,
1961. 5 p. (MIRA 17:2) 1

-ANKRATOY F,Gs
.j .7T",Y--"IA, K.Yo.; K-UGHIN, G.M.; F 9
Gontinuoun ahaking-off of eloctric filter clectrodaii acpording
to a magnetin pules flow sheet at the Ustl-Kamcnogorsk Load-
Zino Combine. TSvet.met. 38 no.10122-25 0 165. (MIRA 18s12)

-- - - - - - - - - -- - - - - -- -- - -I
KUCHIN, G.P., inzh.; SOLODOV, D.F., inzh.
. Now materials for fine filtration of oil. Energomashinostroenia
11 no.7132-33 J1 165. (MIRA 180)

P.A.
Imlastic nuolson-mleon interaotions, Zinw. eks i teore
fis. 43 no.5:1569-1574 N 162o 15:12)
1. Institut yadernoy fiziki AN Kazakhakoy SSR.
(Nucleons)

AUTHORS: ..Kuchin, I.A., Usik, P. A.
1035?
S/056/62/043/005/001/056
B163/B186
TITLE: Inelastic nucleon-nucleon interactions
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, Y. 43,
no- 501), 1962, 1569-1574
TEM. The asymmetry in the angular distribution of secondary protons in
the center-of-maso system as found in 9 Bev pn-interaction experiments
(V. A. Botyin et al., ZhETF 41, 993, 1961; T. Viahki et al., ZhLVF 41,
1069, 1961) is studied theoretically in a one-meson approximation. The
two cases are treated: (a) where only one of the nucleons is excited, and
(b) where neither of the nucleons is excit-ed. In case (b) the process
occurs via n - n - interaction. Expressions for the corresponding crone
sections and for their asymptotic behavior in the limiting case of high
energies are derived. Table I shows the calculated croon sections for
various energies in the laboratory system. In Table 2 the asymmetries
calculated for the two cases (a) and (b), and for various numbern of
secondary particles in the reaction, are compared with the experimental
results by Botvin et al. It is concluded that the one-meson NN-interaction
Card 113

S/056/62/043/005/GO1/056
Inelastic nuoloon-nucleon interactions B163/Bi66
with only one nucleort excited is an important contribution to the
inelastic NN-interaction cross section. The experimental data can be
explained in thin way, as well as under the assumption that one-meson
interactiona in which both nucleons are excited play the most important
role. In order to specify theoretical ase-imptiont from a single aspect
further experimental reaearch is proposed. '"heri are 2 figures and 2
tables.
ASSOCIATION: Institut jadernoy fiziki Akademii nauk Kazakhakoy SSR
(Institute of Nuclear Physics of the Academy of Sciences
of the Kazakhakaya SSR)
SUBMITTED: February 28, 1962
Table 1: Nucleon-nucleon interaction cross section (in mbarn) for various
energies B1 in the laboratory syntemo First column: Type of reaction.
Table 2: Asymmetry '% in the angular distribution of protons in the three-
ray-caaaa of p-n interaction at an energy of E1 9 Bev.
Card 2/,3

8/056/62/043/005/001/058
lnelastic nucleon-nucleon interactions B163/BI66
Legend to Lhe tablest (1) Type of reaction. (2) Total number of
secondary particles in the reaction. (3) Proton asymmetry in three-ray-
cases. (4) Experimentl (5) over all reactions.
Table I 'Table 2
EA. 8'V
38
067 32 30 30 30 30
64 00:.8833 378:5 3108:5 3138,1 13 D
0.67 7 3 7 8 8~
Tait noAace 'ISCA9
POSX415 1DTOPNINMX NIC111, I
I PORUIN "SMA-UYISSI

3 0
a -O,M
-0.3D
-0.28
-0,35
6 8 --0,47
--.0.32�0.11

Card

i. .
Y. "j-, i~ T - - ,i .,.% . v ; : ! y
'.. , , ., - I , " ~ kl .
;nturpretation of PYjwr!.mrsnlj'. on nunip, r-nu:::-e,-n
interaction at an energy of "ICk Bev. " z,r , ."' ' , ~-, ~- r . f ~J~ z *
28 no.llxl821-1823 N 164. (M:PA 17,12,,
1. InmfltuL yadernoy AN

9CCESSION NRI AP4031147 8/0056/64/046/004/1257/1265
~AUTHORS: Kuchin, I. A.1 Usik, P. A.
,TITLEs One meson exchange and asymptotics of scattering of nucleon
and pions by nucleons
SOURCE: Zh. ekoper, i.teor. fiz## v. 46j, no.. 4, 1964, 125.7-1265
TOPIC TAGS: one meson exchange, nucleon nucleon scattering, pion
nucloon scattering, vortex function
ABSTRACT: The properties of the vertex functions in one-meson ex-
change graphs for NN and nN interactions are investigated for the
purpose of ascertaining the conditions which the vertex (cutoff)
functions must satisfy in order that the one-meson approximation be
applicable to interactions at very high energies. it is found that
the one-mooon interactions must be described by one generaliznd graph
and not by two, as previously assumed, and that the one-meson ex-
Card 1/3

ACCESSION NR: AP4031147
change approximation is valid at very high energies with the head-on
NN and WN collisions not contributing significantly. -It is con-
cluded that the one-meson approximation gives a correct description
of the basic features of inelastic interactions of nucleons and
1 pions with nucleons for a wide range of energies (from several BeV
upwards). The one-meson interactions play a predominant role be-
cause of the existence of one-meson states in the structure of the
nucleon. llowovcr, the agreement between theory and experiment is
bought- at the price of giving tip the locality of the plon-nucleon
interaction. "In conclusion wo express our deep gratitude to Pro-
fessor zh. S. Takibayev and D. S. Chernavskiy for discussions and
advice, to V. I. Rus'kin for useful comments, and to M. P. ',hethayeva
and K. I. Khomenko for their great help in the computatic,as." Orig.
art. has: .2 figures and 18 formulas.
ASSOCIATION: Inatitut yadernoy fiziki Akademii nauk Kazaknskoy SSR
(Institute of Nuclear Physics, Academy of Sciences, KazuMi SSR)
Card 2/3

ACCESSION XR: AP4031147
SUBMITTED: 15Ju163
SUB CODEs GE, NP
DATZ ACQ:, Cj7May64
KR IM, Suvs 009
ENCLs 00
OTHERs 007
Card 3/3

Pll- I -A - -1 -;T:', I K , P A.
Hyperon i)r,-A,icttcn In Tr,,,f in,j NN-r--,;; 1; ~1' "!"t. I .
i ., f i :, , ~~ c ?,
547-550 Mr 165. ., I . ' N I ' 'i ". 18, 5 )
1. Innttt-lit yadarnoy fiziki AN

KV~ H I NI . P. P I-
- t- dotcent, kand.1.9torich. nauk, ka; I tan I-Jyc, mnFa; GAV,;117 YUY,
r ,
VX... dotnent, kand.jedagog. nauk, podj.(;2kw.,r!k; ,""
k;yitan I-go ranga; VOROBOYEV, A.M., gvardli kapitan 3-go ranga;
CRETOIAVOIKIYO V.Asp podr-olkovnik
Mviews and bibliography* More RbOr. 48 no.1:87-93 Ja 165.
(MTIRA 1814)

AKULOV, I. I.; BARZHIN, V.Ya.; VALITOV, R.A.; GARWHO Is. N.1 LUCHIN
."; NAYDEROV, V.Z.; PUTSENXO, V.V.j SEMENOVSKIY,-V'.r'.,P'
OMONOV, Yu.L.; TARASOV, V.L.; TEREKHOV, N.K.; SHEVYFCTALOVp
Yu.B.; YUNDENKO, I.N.; CHISTYAKOVj N.I., OtT, red.- KOKOSOV,
L.V., red.; TRISHINA, L.A.j,,takhn.red.
[Theory
Teor:Ua
storakh.
(Transistor circuits) (Electronic circuits)
and design of principal radio cllk-.ulta using transistors]
I, rascbet onnoynykh radlotakhnichaskikh akhem na. tranzi-
[By)-l.I.Akuloy i dr. Moskva, Sviazlizdat, 1963. 452 p.
(MIRA l6s8)

KUCRIN,,~.F_,(g.KharIkav); FILONENNOp S.N. (g.Kharlkov); PUTSEN40, VV~
(g.Kliarlkov)
Concerning the terminology in tho field of transistor oleetronics.
Izv. vys. ucheb. zav.; radiotekh. 4 no.1:106-110 Ja-F 161.
(Transistors---Terminology) (KRA 14: 4)