SCIENTIFIC ABSTRACT KOYTYPIN, S.N. - KOLUSHKI, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824010017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOLTYPIIIJ, S. IT.
KWain., S. N. "BlectorMpechano-callbthenics for
treatment of trawna of
nerve trunks7? limbsp" "rudy Leningr. obl, gospitalya
dlya lechenicy
invalidov Otechestv. voyny,, LeniWadp 1948, p. 193-202
SO: U-3850o 16 June 53 (letopis t7,km)al Imm -5tatey,
No- 5, 1949)

GTR5PL Vol. 5-N0- Jan. 1952
(All-UnInn 3clentilic Research Institiste nf Gralogicat
ProAprcting fnr oil).
M
1~1'sc-very of Senaman (asqils in the western part of the
-o,ifhcrn Vznba, 971-3
AkedemlYs Nsuko S.S.S alt DQkIsdy No
tj

I / . ~ Z-.-n - -
KOLZ
- . - - 16 d, . -
An instance of malinformation in the growth of belemnites. Zzhagode
Vsee.paleont.ob-va l4t2O7-212 153, (KM 8:3)
(Belemnites)

VTALOVA, R.I., redaktor; DROBYSHICV, D.V., redaktor; KOIMYPIN, S.N.,
redBktor;
F;-'M
MOISEYMO, V.S.. redaktor.- SAZOMOV, N.T., redek, r.- 610MVA. Te.l..
redaktor; WHCHURMINSMA, A.B., vedushchty redaktor; GNBRADIYEVA.
I.M.. tekhnicheskiy redaktor
[Proceedings of the All-Uaton Conference on the Development of a
Uniform System of Stratigraphy of Kesozoic Deposits of the Russian
Platform] Trudy YeascAuznogo soveshchanita po rasrabotlm unifitsirovan-
noy ukhemy stratigrafii mezozoyakikhotlozhenty Rueskoy platforsq.
Leningrad. Gos. nauchno-takhn. izd-vo neftianoi i gorno-toplivnoi
lit-ry,
Leningradekoe otd-nie. 1956. 383 Pe (KIRA 9:12)
1. Vaesoyuxnoye soveshchaniye po razrabotke unifitsirovannoy sch6my
stratigrafti mesezoinkikh otlozhenti Rusekoy platformy, 1954.
(Russian Platform-Geologyl Stratigraphic)

- ___M
KOLTTFIN S.N. ~
lower Cretaceous sediments in the southern part of the Emba oil
region. Avtoref. nauch. trud. VITIGRI no.17:219-222 '56. (min 11:6)
(Kazakhstan--Petroleum geology)

AlIT0140, K.V.; AYZEIISHTADT, G.Ye.; GRACM, R.I.; DMMGALIYEV, T.N.;
KOICYPIN
S.R.
"Oil-bearing strata of the DO& region mmd the,origin of oil pool#.*
N,K.Chukeov. Reviewed by K.V-Axtexev and ethers. Neft.khez.34 a9.8:65'
M 95 6. (Km 9:10)
(Emba region--Petrolmm ge*loa) (Chukeev, N.M.)

'low" G.T*.-4,. red.; MKIKOVp SeTov
I.N.0 tekhn.~ re4
[Upper Cretaceous aediments In the.Ural-lbba salt dong area auk .
the southeastern UriT-wA'Xbgodxhar .reiLo"I verihnsmolovyS otlo-
zhSnII& Vriaq-Ngftia~*'l AolI=oktwollnol'dblaitl
W ~9 iugo-waftogo,
Priwallia., ip*'*dzh V1 gr~A, 0~9. nonahn. tekh. Ind-va
neft, I gorne-topU=7 lilie'4195274, 217 j; (lesivgrad. rassoXwo.
wl neftlanol nauibiip-lealli tells~ll geologo-romedo0wvt In-
stitut, Trudyq no.,i0q), NIM 13.16)
lurol Amtmiz.k r*cIon--%ol*&)

AYZENSHTADP, G.Ye.-A.; DNNMV, V.S.; KOINYPIN, S.H.; SOMDLOVA. Te.I.
Oil and gas potentials of -the-s-o-'u--thern Zmba region and adjacent
southern territories. Geol.nefti 2 no.9:19-25 S 158.
(KIRA 11:10) Im
l.VeasoMnyy neftyanoy nauchno-iseledovatellskiy geologo-ras"dochny7
inatitut.
(Kazakhstan--Gas. lZatural-Geology)

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AYZXMHTAM, G*Ye.-Aea, XDMITPIV, S.K.; TRIMHOV, VA.
qTbctonic structure and historical development of the
Caspian Lowland
and adjacent reglons 1n,connection with gas and oil
potentials* br
M.P.Katakov and others. Revi.owed by GA-A. Alzenehtadt,
SoNaKultypin,
and H.K.Trifonov. Izv. Air 35SR. Ser. geol. 25
no.4-.109-112 Ap 16o,
(NMA 13: 11)
(Caspian lowland-Geolog5r, Structural)
(Kazakov, M.P.)

KOLTYPIN S*N.
Lower Cretac.e.cus dedimats of the Caspian Lowland,, Trudy
YNIGNI no.29~,40-68 vol.3 Ia, (MIRA 149"
( S~ian LoViand-Ge-ology# Stratigraphic)

KOLTYPIN, S.N.
Stratigraphic scale of the upper Cretaceous of the
Russian
Platform. Trudy VNIGNI no.29:67-7,1 (MIRA 14:9)
0' vol-3 161.
(Russian Platform-Geology, Stratigraphic)

KOIRYPIN, S.N.; SAFONOVA, V.S.
Pyroclastic rocks in the Cretaceous sediments of the
Caspian
Lowland. Dokl. AN SSSR 161 no.6.-1416-1418 AP 165.
(147RA 18s 5)
1. Vsesoyuznyy neftyanoy nauchno-issledovatellskiy
Institut.
Submitted December 2, 1964.

AN ZZ
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RFSONANCE ENEN)Y 13T 71
gait Is kad V.M-Uor,z,.-
13 o 25
-Quili.r ~Aiel 1

I U-on 11A
VOLKOT, Vovs; TORMINOW, P.Te.; KOLTYPIN, Te.A-.; SIDOWV, V.I.; YARIKOV,
G.B.
Study of the V--D rmwtion In the 0.20 to 1.75 Vay deuteron saar&7
rm%e. Atom energ. suppl, U0.5.&U-25 '57. (MIRA llg2)
(Awlear reactionsl

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AUTHOR: Koltypin, Ye.A.
Con'7E'77
TITLE: ~strucli'ion olf"7-Solid
For an Electrostati-z
87177
S/l2o/6o/ooo/oo4/0l7/028
E032/E4i4
Deuterium and Tritium Targets
Generator
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No.4,
pp.130-131
TEXT: Thin layers of titanium or zirconium deposited on a
metallic base and saturated with deute-rium or tritium are
widely
used as targets In neutron-producing electrostatic generator-q.
In ordbr to obtain large neutron flxxxes, the targets must
withstand
considerable ion currents. Thus, for example, the power
dissipated in a target by a charged particle beam of 1-2 MeV at
a beam current of 10 to 20 ILA is a few tens of watTs, Under
su.-h
conditions these targets must of ~course be cooled. Moreover,
in
order to reduce neutron scattering the construction should be
as
light as possible. The design described in the present paper
is.
illustrated in Fig.l. The molybdenum base I of ihe target,
which is 0.3 mm thick and 14 mm In diamoter, forms the lid of
the
vacuum systems The system is sealed by a rubber gasket 2 and a
light aluminum cover 3 - The target was cooled by directing a
stream of water droplets 4 on to the outer face I of tha
target..
Card 1/3

S/120/60/000/004/017/028
E032/E414
Construction of Solid Deuterium and Tritium Targets For an
Electrostatic, Generator
In this way, the amount of matter In the neighbourhood of the:
target is practically unaltered. The focused beam 5 of
accelerated ions was spread-out by a rotating magnetic field so
that it covered most of the area of the targei. The author has
used tritium targets with a Ti layer 0.5 ;m2 thick with a
protonv
mg/-
beam of Lto 2.5 Mev. Experiments were :-,arriod out with beam A
currents of 30 to 50 TLA. The power dissipated In the target
reached up to 100 W. After (2-3) x W uA hr, the loss of
tritium from the target did not exceed 20%. There are I figure
and 2 Soviet references.
SUBMITTED: May 30, 1959
Card 2/3

3360
S/058,`6 1/000/0 12/016/0 63
A056/AIOI
7, 0
AUTHORS% Koltypin, Ye.A., Yankov, G.B.
TITIE: Elastic scattering of 400-Kav neutrons by Zn, Se, Zr,,
Ub, Mo, Cd,
In and Sn
PERIODICALt Referativnyy zhur-nal. Fizika,, no.,12, 1961, 105,
abstract 12B524
(Tr. Tashkentsk. konferentaii po mirn. ispollzovaniyu atomn.
ener-
gii, 1959, v. 1, Tashkent, AN Uz=, 1961, 61 - 64)
z The differential cro.ss sections of ela3tic scattering of
neu,~rons
(from the T(p,n)He3 reaction) by Zn, Se, Zr, Nb, Mo, Cd. In and
Sn were measured.
Comparison- of the angular distributions shows that with
increasing atomic weight
of the target, the anisotropy of angular distribution at first
grows weakly, but
beginning with Zn it rises sharply: S (00)/Smin equals 3.3 for
Zr (A~90), but
4.2 for Mo (A-96). This variatioir of angular distribution is
consistent with the
predictions of the optical model of the nucleus.
[Abstracter's note: Complete translation)
Card 1/1

33083
S/630'41/001/000/005/056
B1027B-136
AUTHORS: Koltypin, Ye. A., Yanikov, G. B.
TITLE: Elastic scattering of 400-kev neutrons from Znp Se~ Zrq Nbq
Mo, Cd, In, and Sn
SOURCE: Tashkentskaya konferentsiya po mirnomy ispol'zovaniyu
atomnoy energiia Tashkent, 1959. Trudy. v. 1. Tashkent,
19619 61-64
TEXT: The authors study the anisotropy in the angular
distribution of
elastically scattered neutrons. T(p,n)He3 reactions with Ep.~
1300 kev
and proton currents of up to 50 ga provided the neutrons. The
target
consisted of a titanium layer with tritium on a molybdenum base
and was
designed to operate for a long period without a decrease in the
neutron
yield. The neutrons scattered were recorded by a proportional
counter
via the recoil protons. The counter was paraffin screened from the
primary neutron beam Cylindrical samples were used (6 em long and
0.9-2-3 cm in diamet;r) (equal to about 0.5 mean free paths of
scattered
neutrons). The differential elastic scattering cross section was
Card 1/3

33083
s/63 61/001/000/005/056
Elastic scattering of 400-kev ... B102YB138
calculated from the relation d0) - (N-N, 2/N.R2 is the number
.)-d A-F; N-Nb
of counts at the angle 4, without background, No is the number of
counts
at 00 (without specimen)&Lt a distance R from the target; d is the
distance between specimen and counter, A is the total number of
nuclei in
the specimenj,F is a geometry factor. The background counts ranged
from
20% with sma q$ arid 65% with 1~ - 1500. The anglalar distribution
was
determined from 10 measurements between 20 and 1500- With,~