SCIENTIFIC ABSTRACT SHIMARAYEV, N.I. - SHIMELFENIG, S.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549510012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ny

ACC NR,
Vcrbolgi, 11-1-il-irrir ll'ich; Zokol'riikov, Vladimir MjlhWlovich; ShimarcVcvp Mkhail
Nikolnycvloll ,
1jydro,,ir-tearc)1e~;1cnl confUtIons ard thcri:ril balzince of Dra'.e Baikel. (Gidro=teorolo-
[.,-ichcski~~ rezhim i tc~plaiqy balms ozera Bykn-1.) lkb3cow, Izd--vo '11aWta". 1965,
372 p. Mus., biblio. (At head of title: Akndeniiya nauk SSSR. Sibirskafe otdelm
eniye. Limrzolq_7iclhenskiy institut) Lrrata slip inserted. 1.,000 copies printed.
TOPIC TAGR3: hydroiTrtcorology, hydroloey, strface water, heat balance, air temper-
ature, moitture measurement, solar rediation absorption, turbulent heat transfer,,
ice / 'Ifl)IA-1;1-
RRPCSE PdZ) CGVUV~GE- 'Mir, book. presents the n=-,vLl properties arer several years
of raddatioral, and thermal balances of the surface of LP-ke Baikal. It describes
processes of heat and moisture exchange -with the atmosVheric and internal water ex-
change rtjiglng from the surfare of the lake to depUia of 200 meters. Also Included
Is tin mutlynis of the mechanism of a series of processes and phenomena VhIc-h In-
fluence the hydrometeorological conditions of Baikal.
Card 1/2

ACC NR.
Af.f)O 14 5 11
WOU, CF W."I'MIS (abridged):
Ch. I. Nattam-l feriti-we-n of Baikal anA Pribaikal -- 7
Ch. II. Fe:ttur--s of w-ind conflitions -- 28
Ch. III. Armual rm(--mnt and distribution of hjdro,-v1~---cxological elem2rrts 60
Cb. IV. Raillatiom-LI balance of the surface of the 14,ce -- 125
Ch. V. Turbulent water-air heat excliange ruil entaporation from the surface of lake
Baikal -- 173
Ch. VI. Heat balruice of the surface of the lake -- 218
Ch. VII. Icc phenomena -- 233
Ch. VIII. Heat content,, intarnal-vater heat exchange and teq)erature conditionr in
the active layer -- 231
Ch. DC. Effect of ,ake Baikal on the moverent of bydrometearological processes
-- 341
Bibllography -- 362
SUB CODE: 01/, Og / suBm DATEi 1,9mr65/ cRiG Rm 322/ UrH REF: 010/

P..r 1 i(l imi - V ki.!L~-, I
E.yd ' tec ru-~ cal reF:imp, and hen t bi. lge of LAke E44-ka 1
llau~a, IIN 5. 372 !.,A 18:

BEZMOZGIN, E.S.; SHIMARATEV. 11.1.
Experimental processing of F layer shales in gas generators.
Trudy VNIIPS no-5:133-141 '56. .-- .0.% (M12A 10:5)
(Oil shales---Reflninil~ 1~

ACC NRI AP7004637 SOURCE CODE: UR/0288/66/000/003/008610090
AUTHOR: Makarevich, G. A.; Shimarev, S. K.
ORG: none
TITLE: Formation of stream in an electromagnetic shock tube
SOURCE: AN SSSR. Sibirskoye otdeleniye. Izvestiya. Seriya tekbnichesiikh nauk,
no. 3, 1966, 86-90
TOPIC TAGS: shock wave structure, plasma shock wave, shock tube, discharge chamber
p4".- ya-- -, of
ABSTRACT: Experiments with electromagnetic shock tubes are described whose aim was
to form slow (T discharge _. 10-4 sec) gas discharge and increase the region of dis-
charge ("working plug region") characterized by homogeneous thermically Ionized
plasma. The three types of discharge chambers were 3m long and 80mm in diameter made
of vitreous transparent plastic and vacuum chambers containing physical or aerodynamic
models. All chambers had an efficiency of 50--60Z. The working gas was air and the
discharge was initiated from a 1200ufd capacitor bank charged to 5kV. It was estab-
lished that the "plug" practically could not be observed when initial gas pre,--.--
was P0 < lmm Hg. Its dimensions, however, in6reased to 10cm at P 0 - 5=a ii.S. io
further increase its size the authors attempted to 1) place a metallic section lim
long next to the discharge chamber leaving the rest to be plastic as previously,2)
Card 112 UDC: 533.951+533.6.011.72+533.6.071.8

ACC NR: AI'7004637
place a copper or teflon meshed section with 70% transparency in the same manner, and
3) place a pulse accumulator next to the discharge chamber. This accumulator, en-
closin& air at P - I atm by a rubber membrane from one side and by a polyamide film
on the other, let the air flow into the discharge chamber when the membrane broke at
the initial stage pf the discharge. Orig. art. has: 1 table'and 4 figures.
SUB CODE: 201 SUBM DATE: none/ ORIG REP: 003/ OTH REP: 001
Card 2/2

- ------------------------
L 22324-66 FhT (1)/EVP(m)/EWA (d)/EWA (h)/EWA (1) WW
ACC NRt AP6013206
SOURCE CODE: UR/0421/66/000/002/0108/0114
AU111OR: Bogoslovskiy, K. Ye. (Moscow); Kireyeva, N. I. IMoscow); Makarevich, G. A.
(Hoscow); Tsvetayev, yu. A. (Moscow); Shimarev, S. K. (Moscov);Tirantov, Ye.
(Moscow)
ORG: none
i TITLE: Investigation of unsteady flows past models in an electromagnetic shock tube
SOURCE: AN SSSR. Izvestiya. Mekhanika Zbidkosti I gaza, no. 2, 1966, 108-114
1
1 TOPIC TAGS: experiment aerodynamics, electromagnetic shock tube, strong shock wave,
detached shock wave, shock wave reflection, supersonic flow
ABSTRACT: An experimental investigation of unsteady flows moving behind strong shock
waves produced by eleytric discharges past models of War-rous shape was carriea out
--T-n-an electromagnetid shock tube. The purpose of this study was to determine the
time of flow transition from an unsteady to a steady state In the stagnation-point
region and to check the theoretical data on flow parameters behind strong shock waveq~
The electromagnetic shock tube, experimental set-up, instrumentation, and test proce-
dure are described. -The results obtained in an electric discharge shock tube with
wave velority of the order of 8000 m/sec show that: 1) the obtained dependence of
the nondimensional value of the relative shock wave detachment on bluntness as a
function of nondimensional time makes It possible to determine the time of the estab-
Card

ACC NR, AP6013206
lishment of the flow near the stagnation point of spheres and cylinders in flows be-
hind strong shock waves; 2) the experimental values of velocity and pressure behind
reflected shock waves from the end plate of a shock tube are in satisfactory agree-
ment with theoretical computations, taking account of dissociation and ionization;
3) the values of the relativet steady shock-wave detachment from the stagnation
point of spheres and cylinders with flat bluntness in axial flows agree well with
theoretical data obtained by others. Orig. art. hasi 9 figures. [AB]
SUB CODE: 20/ SUBM DATE: 23Apr65/ ORIG REF: 006/ OTH REP: 002/ ATD PRESS:
AID-

, r,
*. ;: -,. ~i~ h ,I -~~ i c Z~~n -~r :.'- * ~~ . f, 0 ~ 1 ~: ..: , b ~, : o
., ~.- -~A 1 ~ t - 1~ i
;;ln-iri7ptilk ll-, 0 , -1 L.,

of thC!
:T7- ''7(
Cr--I~d
CrC)CL:ZIS Of P bur ir 'lit: ',mi"LCII.."
tj-,~-ctor -,.Ot---
(str..tc Co:: .. jttt~e of 1-:i:-h-
rr ..iith illust-r-allionz.;
e r ri..,i .,~;coii :Viuc,-Iti-01; of -Ghe Ccuricil i- t
c f L:. e Ljt~!,.;nnirin Al-ricultural

SO Vcch,~r,,--)-,,-) Moskva
Sum 71

CHERNYAVO"KIY, D.L., kand.tekhn.nauk; DORFMMI, Yu.I., inzh.; SHIMEERG, Ye.I. .
Design of the unitized bodpwork of the TEIO diesel locomotive.
Vest.TSIIII MPS 22 no.5:27-32 163. (AURA 16:8)
1. Kharlkovskiy politekhnicheskiy institut imeni V.I.Lenina i
KhRrIkovski.; zavod transportnogo mashinOBtroyeniya imeni
V.A.Malysheva.
(Diesel locomotives--Design and construction)

i3'i(;VA:i, Vsevolod Vladi:7.irovich; YAGI:ITSKrI, Vladimir Aleksandrovichj
Boris FavlovichI;_YMLUAT-M*I., retsenzentj
VIROVTS, A.K., retsenzent;
VASILIYEVA, V.1., red. izd-va; MUM=) V.S., tekhn. red.
(Theory of the earth's figure] Teoriia figury Zemli. Pod
obshchei red. V.A.Magnitskogo. Mosk7a, Izd-vo geodez. lit-ry,
1961. 256 p. (MIRA 15:3)
(Earth-Figure) (Gravity)

BROVARY V.V., dotsant, kand. toklin. nt-.uk; Y~ILINFJ, L.F., kand. teklin. nak1k;
L;iHMPEREV, B.F., ri0t,3pnt, kand. tekhn. nauk
Mikhail Sorgeevich Molodonskil, winner of tte Lenin Prize.
Izv. vys. uchob. viv.; geod. i iterof. no."'.-53-55 163.
(WRA 17: 1)
1. Moskovskiy institut inzhenerov geodezii, aerofotos"yemki
i kartografij.

Shimbireva, tt On the theory of partially ordered groups.
Sbcirnik-] N.S. 20i62), 145-178 (1947).
(Russian. riigli5h summary)
L'autcur po-Y2 la rjucstion sou.,3 quelks cond.-tions mi
grouix. peut We dlm~- d'Em rjrdr,, r~articl t-A que Ven-CIIII'li!
des Q'mfmts phis Vrind que I'Hviitit6 c-ngewire lc groill't-
entier. Par extinple, Ctst pa-i-,A)Ic jmmr cbaqui, groupe. dola
Ic facicur-commutatrur yi'cm pa~- p~-ricKlifjiw. ur
d6nowre que deux dftompo4,itiniis gr;,olA i-IA
WssHvnt un raffiric-mcni comnim vt dootie dcs cimdifiowi
po;sibil;t~ (k &c(impositior,s sous-~Llircctt c.
11, Ficudculhal Wlifv, ht
Reviewz, Vo I NO
'T

K ln,)rij Oinfitichn., ur,-)ryfL!(3,(.,h,-nny kh r.,rljip. Eb., 20 (6..'), (1947), 145-1T.
the-riatics in the USSR, 1917-1947
edited by Kurosh, A.G.,
,arkiishevich, P.I.,
Rashevskiy, F.K.
"oscow I-
vi -I.-ningrad, 194F

L 11380-63
AUTHORS:
TITLE:
PERIODICAL
E7dT(m)/BDS AF"G/ASD
S/120/63/000/002/013/041 Z-~~
Golikov, V.V., ~himchak_._G- F,-,-and Shkatula. A. A.
A very efficient slow-neutron detector_ ing a ZnS(Ag)+ B 203 mixture
Pribory i tekhnika eksperimenta, March-April 1963, v. 8, no. 2,
59-62
TEXT: The authors investigated the scintillation properties of theT-1
detector (in which the ratio ZnS:B203 is 3:1 by weight in a mixture of
ZnS(Ag) + B203) in order to demonstrate that the maximum etficiency of such
detectors is greater than the 5 percent estimated in earlier articles. The
grain size, surface density, shape of detector surface, and composition were
varied to find the highest efficiency: 60 percent for a 125 mg/cm2 surface
density, saw-toothed surface (300 wedges), 300-570 /q grain size, a boron-oxide
enriched composition
Card 1/2

L 1138o-63 S/120/63/000/002/013/041
A very efficient flow-neutron...
and Y-ray elimination (achieved by setting the instrument threshold so that
its efficiency in registering Co60 r-rays was 10-4
0 percent). Ex~periments on
a laboratory model with a detector area of 2000cm2 showed that double-coincidence
operation reduces the efticiency by only about 15 percent, as does Y-ray
elimination. A detector with 300 cm2 area has operated for 14 months without
deterioration in its characteristics. There are five figures.
ASSOCIATION: Ob'Vedinennyy institut yadernykh issledovaniy (joint Institute.
for'Nuclear Pesearch)
SUBMITTED: April 28, 1962
Card 2/2

Pef T-ur-BiU., No 5, 195,3, eD41-9.
AuthD:r S - F_-
Z and. AC --!I=-
:~n- and
D:
Y
.-rig .1955, rio i, 6-:2-~77-
A'; s tract. In thi- pr)du::'._f %n, Pr-iland .:vicuples fc-astb plm:,~.
afteZ the USS_ti, Ze:-_.P_my ax_,i Fr&12:~e. 'rhe c~zsu=plicm
ugar in was 19 kil...,g-nams, per pert-:m. For t;'.e
fc1loving eix t'---- area &rowicg he3l.5 grew by 25%,
and thr~ yield b~Y 30%, rea,2hing 240 ceatmers per hectayLo~.
tii'ic w~ork c~u Bugar beet has bt!m c.~nlu,,~ted
in. the Tnst:.tu,-! fci, Plamt S-electiom ard

YEVSFYEV, V.S.;K(?MAAOV, V.I.;KUSli, V.7.; "IOGANOV.9 VOS.,' Ch-DIOGG.-ANA,
V.A.; SHIMCHM,-M.M.
(Asy=.etry in the apgular distribution of neutrons emitted in the
capture of Altl -mesons in calciuml Asirmmotriia v uglovor. rasprede-
lenii neitronov, ispuskaer7kh pri zakhvate /w"--mezonov v kalltsii.
Dubna, Ub"edinennyi in-t iaderrrjkh issl., 1961. 27 p.
(FIRA 14:11)
(Neutrons) (liesons--Capture) (Calcium)

.-J/1 PO/61/` 019011--201f `2
"i Yrv~;cynv, V.5., -.o-,arov, V.7.,
V,S.y Ch,:~rno--orova, V.A. and
or t~e
Pri".ry tckhn~'-;7, a,
a ~y a low sen-itivil.",
C 11' r :, ra"l-C
r
- - ort J I)%,
,-,r C - - .,.Cr
'Thn c~e~z,ctor -''-s on t*-e
j 11, f t~,o rnm-es of --rotens amf! el~-Aronn- of the
sa7-.,7! Thie detector ca.-irists of a n,-,-b,2r of thn
f,c-~n~-:llntors, each ":avinz a t*,,:cl:ne:,f, h . V-P scintillators
arr: ce.-o--ratcd by :)7ar!-jC- pailli.~ionf7. T',,- device Is so arran-ed
that s(Antill-ations h-c,i la-Y-xs 1, 5, etc. are reconied
Az~li-r an(i Scir-.tillatiors fro--. t~-.p re7ainl-g
b-, of ::n clcctror. Is

2nk,f-5
I Pr I If ~')/~j/2
"or li. ~o -netrate i,.l.n a layr,-,
I-,! ",:CF. w! 11 ho in the pl"Oto -11t IT'lie'-s.
,A --c-tron: - c~ r- 'itry r~,7rlo-;~ef~ r, s-ich it co~ rc_.T.',lCn't
C' , ,I :A. pttl -e-, arl, 0 L."." 1. 11 C'.1-11 V 0 f th
,11 i inyers are analy-sed a r'ic'r-7,nrt,:,r. In t.- is wr.-, one can
-~r~_"rafe recoil -rotons fron rll,.e to r -rays. Tl~~"
di-7cs ldi--:-.Ptr-r ~10
h= a-e --.ade fron a rlartir ~-ased on -jol-,-
adrl*A;on of 2. p-terphenvl + 0.2.' a
ac!-~
e ne;_ dizes nre 7r_-p,,raA,-d fro-i otl,.cr '51, -deces
of blacz': par,~-r,:0.05 :m thick. The (1,-tector rons-l:~ts o" two
in Tn each prt, ~cinttllati~:~S
a-P collected thro:.,,h -,--~rspex
ht plpc!7
~'.he
h'y "!'c (~c-'-~~'T":)-.'U-v- to ~Ultipli~ rn, ""hilst ccintillalio!-x
"-'0-z t'I'l, "Crid' (iis(-s a 0 Colle-ted b~.., t-.,,o ot~cr rhotc-nultiplierz.
, 1:~ ~~, fion ~..he 'le,;en" d
_~n ordr!r to thr 'it fr - ;in,7!n from
cnterin-- tl-.r rlmto-i~ilt~pli_: rs- to thr di-S
~,ir.,! ronvc-rzr,17,,~, t-1-- si,!e s-rfaccs of the (!Lsi-7- ai- sprarated
fn~lr 0~-'-Jnl rart_~ two (or) of;".e) of thr- e ~irc cov~-ed

20685
A
b-.,- an foll. Alto-ether, thp dptedor inccrivrates
Each -r)ho'.o-
P'-o'-O:!!ultiPl'!-3 of the
tivilel Was
Aaced ir, a separn'c r.,.~7neti.c screen of
'--on. -li-r li-ht I I
;P 1'c. no+ in or~tical contact vvt~,
redliced M-e anplitildc of the P!Ilse-- 'r,-.,t
ni--md4fie,l t'-e o-erafAon. Nlse- fro-i each photo-,ultk.iplif~r r-ro,-ir
~;r ,,~ a=, I-,(I an-i e-ialised in a,iplitu(- The
wl"Alt-l"r! of Co~,O,",'--ray pines was abo,it. 0.01 V. Thle p-,,l!:(,,s
vvire then fed into an addi:,: clrc-~Lt art] the r,ilser, fro-I the
a(ldin- -.ind tl~one fro-,. -mp of th(~ photo-mltirli~:r f-ro,ms
rr- fed into a coincidpncc cLrvait a dincri-tinato", which
:-.(,) t~iat noincid(mt p,ilser, -,mrf, re.-~ect-d ieiile
o!-(, wi-d--h not ~n coincidencc wc~re allo-erl to rass or. into
ic: sm~,c-r. Deta4led terts ca-rird o-i' on tl,.is detector !-.al-e
,
a
n. teal its sprisiti-vity t~~ -1--rayn, i- lo-wrr b-,,, a f,-;ctor of 2
a!:(" `f ts sr,ns ! tivit -f to me-trons Is hirher a factor of 2, as
er)-:rl-ire the rer-orterl by 11,33,i,~~er and R?zll~di in
~z s-7.d tl,-t V,7r, -c rNe 4~o t,)(, f:v7f, th-at Ve
all Pac~, scintIllator ir the prcnent !nztm-v?nt is

e0 1102r.)IM2
Zf)32Y-311"
lowr,,r by a factor of 1.2 v~iilc the tot-al tHc'-ne-:-,s of the
device !-- r,-nll-r by a factor of 2.7y as cfDmTjnrt3,, with Ref. 14.
li-re are lrer, a!'A 6 -ef"erencer: 2 Sovilt and
jr
n--tit,itp for Rerearch)
Februar-.- 11)6n
rd, LA

YEVSETEV, V.S.. KOMAROV, V.I.; LUSH, V.Z.; ROGANOV, V.S.; CFERNOGOROVA,
V.A.; - SHIMCITAK,-IM.M.
Scintillation laminer detector recording fast neutrons in the
presence of gamma quanta. Prit. i tekh. eksp. 6 no.1:68-72
Ja-1 161. (MIRA 14:9)
1. Ob"yedinennyy institut yadernykh issledovanly
(Neutrons) (Scintillation counters~

YLYSEYEIIJ. V-S-; KOWOV, V,-I-; KUSH, V-Z-; ROGANUV, V.S.; CHEMOGOPWA, V.A.;
311114GRAKP F1.14.
,r-
Asymmetry of the angular distribution of neutrons emitted in the
capture of ^ - -mesons in calcium. Zhur.eksp.i teor.fiz. 41
no ,1:306-307 Jl 161. (MIRA 14:7)
1. Ob"yedinennyy institut yadernykh issledovaniy,
(Mesons--Capture) (Neutroas-Scattering)

I'
". ,,, , - . -'IiA 't t, - ;Jtl~j . C(q'i" ,:., 11 :11;~'l 1'. - - i
, I "r-'. . , 'I , [-,I; , ". .
1. - - 1. . . 1.111 ,
- 1 1'. -
.7 : I r, t I r - t I - ~j - ~, r N-:- L , - r 1~ f: r fl." - 1.
I ;~,. f-"

ACC NR: AP60093-1h COURCE CODE: PO/0095/65/013/003/0111) 011-
UTIPIF: R.
I T
D,-~p'irtment of magnetics, Institute of Fundamental Technic-A Problems, V61 Ish
(if ~")cjercc-s Naklad In-itytut Podstawowych Problemow Techniki,
TTTI,7-: WtLvy otrlicture of uniaxial ferromagnetics
Polska akademia nauk. Bulletin. Serie des sciences techniques, v. 13,
no. 8, 1965, 111-118
TOPIC TAG~',; ferromagnetic structure, crystal, magnetic domain structure, uniaxial
crystal
APUFRAC7: TheormticFl- analysis was mud,:- of the domain wavy stnicture of the uni-
~.Ixiiil ferrnr-"'R'P~ietics. The dependence of the width of domain D and parameters
ch-ra,-'tt-rizing the zhape of the re!7ions U and y on tile thickness of crystal L was
i"vedl .Precise calculations and their comparison with the experimental data were
C$Lr*ried out. far maUetoplumbite. The author expresses his thanks to Professor
A. K. Smolinski for affor(Iing the possibility to carry out this investigation and
remarks. Thunks are due also to Docent R. Wadas for his interest
in the course of this woric and for tile discussion which helped ~-he author to
elucidate many froblems undel' consideration. Orig. art. has: 7 figtires and
111 formulas. [Dased on author's abstract.] f (AM)
CUB CODE: 201 SUBM DATE: none/ ORIG REF: 001/ =1 FEF; 002/
Card i / 1 , i i .., -1

BELYAlM, D.N.; MALITISEVA, N.S.; IEKITDOV, V.14; EIN Ul'l BUK;
S11114CIUK, H.A.; SA:UJITSEVA, V.11., te,rhn. red.
tFormation of At 209 and At 207 in the bor,bardment of Bi and ?b
with high-energy protons] Obrazovrinie At 209 1 At 2(Y7 pri bor.-
bardirovke Bi I Pb protonaml vysokiWi energii. Dubliag Oblledinen-
rWi in-t iadernyl,-h issledovanil, 1962. 9 p. (MIRA 15:6)
(Astatine-Isotopes) (Protons)

S/056/02/043/004/00',/061
bl02/,'Ble6
AMWR~; s ~jvlyaycv, B. N.. II.:iIItscva, i;. S., V. N., -in Nam
Buk, Sh-irichak. R. A.
-ITU;i Forimition of At 209 and At~07 isotopes on bombijrdment of bis-
%-,uth and lcad with hi.-h-cncrry protons
P-*-'RIODICAL; Zhurnril eksperimentallnoy i toorctichezkoy fiziki, v. 43,
no. 400), V)62, 1129 - 1134
F, X T tT.he yieldG uf the livhteut astatine isotonc.,; (AJ07, 109), f.,,:,.d
t-arough the capture of fragments i:rilielled by more than 40 i44v, -.-.ere studied
in the cuur3e of radiochemical ex-iminations of.antatln'e formz;.tion reactions
durinj, tise bombpr4ment of 1303 and Pb 82 with high-i~neray protons (cf.
31j, 1)(), V,56; "g, 230, 1960)- Under the LieA::ie experimont.41 conditions- as In
nrcli;!,illary 5tudies, the synclirocyclotron of the GIYaI v;as use-, for proton
irrridint-)n at 120-660 Nfev. The 3.)ectra were me~iLiured using an ioni-7~ation-
,X-jp~?ctromcter with a (,rid and the relative yields .-~czre calculated from. the
hQight of the individu-il peaks. The nst-itine isotopes 207-211 rre ri--;umed
C;ard 1/2

C)9
'-'ar::,..Ltion of At and
to f orm v.-i th a ter nro',-ability than ubtlined in )rcvio,.is invc-ti.-
3~%, 527, 1)60) ir, "secondary" ca.;turp. reactiors of
c 1 c u, c- a z, 1i-:)3, je4, z,.nd Li, ~-.i.ich have ther7,zOlLVQZ 't-)e,:n forxce
intc-ac-,-,ons of nuelcons. F-7~.ere --rc 1 fif7urc and 1 ta*-14-.
Ub",yceinennyy inotitut yn&crnykh is~~"e;ovnrliy (~n4int ln~;tit--itc
of Nuclear 2io2;c.,!rch.)-
At-# At- At- A
4
31, 1962
-
P, 660 0 81�0,08 0,72�0,06 0,40�0,04 0,51�0,&!.
e 3 yielliz- with
L P, SO 0:82:~:10 12

,
211 BI 120
l 0.06
0.&,4:~0,06
Y
1 ~0,5 0,30-;.-O,M
ro:;pt2ct to At 1.10
P -
0,63
O.10 - -
I
Lcrcnd: k!) Tarset; (~~) bo:.-.- p 1501
: 1,021-0,20 0.81�0.2-1 0, 22-' 0, 05 0 0-0,Gl.

Dardl,,.nC, particle. and its
P. 6w 0,43
t.43

cnerW in :..ev.
p, 200
1, 31 0
28 (~), r)2 o. I
Pb ,
d. 400 0.52-4
(0, 7,2:H % 1
800 (0.7 1 d- U,.-
Card 2/2
p

L 13622-63 FWT(M)jFCS(f)/BDS AFFTC/A�D_
ACCESSION NR: AP3003100 S/OO56/63/O44/oo6/18W/18-O--S-
AMOR: Wang, Chluan-plengj mekh2Lovz -v.H.; Fq*bakov,, v. N.; shi=bak, R.
A.
TITLE: search for secondary deuterium and tritium capture ree4ti
SOURCE: Zhurnal eksper. i te0r. fizUci, Y. 44, no. 6, 1963, 18oo-jeos
TOPIC TAGS: heavy arsenic isotope yield, deuterium capturep tritium capture
AT-.')',IMCT: The yields of heavy arsenic isotopes produced by bombarding germanium
with 120, "100, 48o, and 66o Yev protons are measured by a radiochemical method.
With increase of proton energy, all yields decrease monotonica.11y, with values
ranging from 3.4-1,01 1.0--0.38, and 0.13--0.035 mb for As sup 74, 76, and 77,
respectively. The main interest was in the study of reactions involving super-
,barrier deuterium and tritium capture reactions. The primary (p,xn) reart':Cons
are apparently the mechaniam for the production of As sup 74 and As sup 76. The
isotpme As svp 77 is probably formed ELs a result of capture of zuperbarrier
tritium nuclei. The origin of As sup 77 is more complicated. At low proton
energies (120 and 300 Mev) it is essentially obtained via secondary deuterium and
trit-ium nuclear canture reactions. At higher proton energies the overwhelming
part of the isotope is apparently obtained via secondary Alpha~particle captuxe
Card 1/2

L 13622-63
,ACCESSION Nt: AP3003100
reactions. "The authoris thank B. V. Xurchatov and V. M. YA11taev for valuable
,re=arks." Orig. art. has: 4 formala~a~ -table..
ASSOCIATION: Ob"Yedinenny*y institut yaderny*kh 1i3aledovanly (joint r=titute
for Nuclear Research)
wBmr=: o7jan63 DATE ACQ: 2yu163 M.'M: 00
m
SO CODE: 00 ITO REF SOV: 008 an=: 020
Card 2/2

GZHESIK9 Ya.; LEMPKOVSKI, A.; TURCHINISKIp B.; FAZANOVICH, Ya.;
SHIMCHIK~-K.
Compari#on of rethods for estimating loudnesag based on data
published in 1930-1957;,a sur7ey. Akust. zhur. 6 no4:43.9-440
160* (MM 13:12)'
1. Institut, medilsiny truda; Meditsinskays. akademiya g. Zabzbe i
Kafedr akusLiki teorii kolebanly Universiteta im. Adama Mits-
kevicha. g. Pomman' (Pol'sha).
(Sound-44easurement)

S/18 61/003/001
A051YA129
S.Ya.
T12L ..r e,-d ~o:alr 2 (AjD-2) anionite
P:"J, , k,i,jC; R..,~ J ix y 3, n a '. , 1, 4 -1 If
T~,,.' - T". Scivi. f, ~ . . -, ;ed s*;,,or.Fly-basia anioni'le was used to separate
8'?'~J! quoxtOiev .f -.nd in addition t--. tne =adi active isotopes
t~c
PC " lind Cc 0. E cd that of Fi;515 and Cago- were present
en the radioact'L-l -aztple. Th- autl.,:,ra showed I-. was possible to
the ASD-2 ai,-Ic~.:.-t, ~_ns~ead cf the r,-.*)z-lX8 for 4.epazat'ing Iron and
r. 1L. r. I t .The proced-rc vaZ follow,;, the z-adicactive solu-
of ir,-,n _~n:~ werc pr'-par~,.l tw-! way.2. 1) 1.15 g of Iron powder
~cntaining its ~V_'vp. '.I~Aope wt:~r- J.-:'1;s3-):.vcd in 10 ml -if hot 6 n.HCl and
i~r,s~,lvei at rocm temperature in
~r'-Acd un,,--"l air-st dry, FcjC C
40 r,~l of 11.3 n H01- n_~~rin~i was .'~;:_-.~gh th-_ ~oluzicr_ in order to
-
z d ':.1 4
!4 -

S1184'611003100110191020
Separation of iron and cobalt ... A0517A129
flow of the washing-out agents was regulated by the height of the =ercury
column and was equal to 0-05 M1 - 0-03 cm-2 . =in-1. The separation was
carried out at room temperature. The activity of the initial solution and
eluates was measured on a butt counter with a statistical error of *3"'
7-1-
There are 2 graphs and 9 references, 5 Soviet-bloc, 4 non-Soviet-bloc.
Card 3/4

SHINCHISHIN, Ye.F,
I
Industrial
no.9:68-70
training In wall drilling. Neft-khos.33 [I-e-341
S 156. (KLHA 9;10)
(Oil well drilling)

SHIMCHISHIN, Ye.7,
-WOMWOMM"M
Results of the Turkmen Yetroleum Association's introduction of
consolidated norms for derrick construction. Eeft.khoz- 35 no 3:57-
60 Hr '57. (HLBA 10:43
(Turkmenistan--Oil valls--Zqaipment and supplies)

alIMCHISHIII, Yevgeniy Fedorovich; ISATEVA. V.V., vedushchiy red.;
OANINA, L.V., toOui.red.
(Work organization for the erection of drilling ria5 and
supporting structures; practices of drillers in the TurL--*n
S.S.R.] Orranizataiia truda pri stroitallstvs burovykh-,
opyt burovikov Turkmnskoi SSR. Moskva, Clos.nnuchno-telthn.
izd-vo neft. i I-,orno-toplivnoi lit-ry, 1960. 41 p.
(HUIA 13:5)
(Boring machinery) (Oil wrell drilling rigs)

SIIIII-ICHI~H111, Y~ KAYESHKGVA, S.M... vedushchiy red.; VORONOVA, V.V.,
tekhn. red.
(Labor productivity in oil well drilling; practices of the dril-
ling department of the Oil Field Administration of the Cbeleken.-
neft'. Moskva, Gostoptekhizdat, 1962. 70 p. (M~U 15:7)
(Trust) (Chilaken region-Oil well drilling-Labor productivity)

SIUM11,111SHOP Ye.F.
Hourly bonus and piece-work wage systems In drilling. Neft.
khoz. 40 no.7:8-11 Jl 162o (MIRA 17:3)

S!!jyLR1Sj111j.T -Yo.. F.
Completed well as a basic index for the p1arming and Calculatio,-
of drilling operations; di!3,cussion of T.IA. Va4ner's article.
Neft. khoz- 41 no.2:10-12 F 10. (MIRA 17:8)

5-10-29130
AUTHORS: Karzhizek, A. and Shimechek, V., Senior Assistants
'TITLE. The Teaching of Foreign Languages at the Prague Institute
of Transports (Prepodavaniye inostrannykh yazykov v Prazhskom
transportnom institute)
i-ERIODICAL: Vestnik Vysshey Shkoly, 1957, # 10, Pp 94-95 (USSR)
ABSTRACT: The Prague En6irievriri6 Inotitute of RR Transport has four
faculties, Building, Mechanical, Exploitation, Electrical
Engineering and correspondence courses.
The authors point out that knowledge of foreign languages
is very important to future engineers. A compulsory course
of Russian was included into the program.
The chair of languages at the institute has three senior
assistants, elected for three years. They may remain for
nine yeurs at the chair in the capacity of assistants.
During that period they must reach the grade of a dotsent.
Experienced workers who do not obtain a grade may be trans-
ferred to the category of lecturer-specialists.
Requirements in the study of Russian are very high. The
3tudy of other foreign languages is not yet compulsory, but
Card 112 is planned for the future, i.e. the introduction of Ger=an

SHIMECHICK, Ta.; OPPL, L.
Ikaluation of dust in the air of working areas according to the
weight and number of the particles. Glg.i san. 25 no.1:97-99
ja 16o. (MM 130)
1. Iz Instituta gigiyenv truda. I professionallnykh zabolevaniy,
Praga.
(DUST)

CZWIIOSWVAKIA / Microbiology. Medital. and Veterinary Microbiology.
F-5
Abs. Jour:Referat Zh.-Biol., Ns 6, 25 Marcb, 1957, 22101
Aut;hor SbI k, Frants, Shtedraz, Gals
Inst
Title Antitubercular Factor in Milk.
Orig Pub: Gaskool. hyg., epidemiol., mikrobiol., 1-1rol., 1955, 4, No 3,
124-127
Abstract: By experiments in vitro and in vivo (on mice) in human and goat
milk and in milk whey, the presence of a therworesistant and
acid issistant. agent, which inhibits development of tubercular
microbacteria, was established. This agent is retained in milk
even after filtration tbxougb a cellophane me rane. By its na-
ture and chara2teristics this so far urlmmm agent 2ust probably
be cla-q9ifieeL as an antibiotic.
Card 1/1 -61-

KUTIL, I.; VRACHKA, F.; 5 "IMK) I.
Use of polyectrolytes for the recovery of gold from waste waters.
Zhur.prikl.khim. 34 no.11:2430-2435 N 161. (Mim .13: 1)
1. Gosudarstvennyy institut blagorodnykh metallov,, Fraka i
Isoledovatellskiy institut, siat6ticheskikh smol i lakov, Pardubitse.
(waste products) (Gold)

:7 - r

DRAGNY, M.1 3IIIWK, S.
Symposium on technical and economic problems in nuclear engineering.
Atom. energ. 12 no-5t436-438 Yq 162. OCRA 350)
(Nuclear engineering)

MY6033605 S OUR C-E- CZ--/ W-5437CObbol
AUTHOR: Simek, Ivan -Shime, (Engineer; Candidate of sciences; Bratislava);
mid,,jaroslay-Shmid, Engineer; Bratislava)
ORG: (Simek] Department of Organic Technology, Slovak Technical Universitys
Bratislava (Katedra organickej technologie Slovenskej vysokej skoly technickej);
[Smid] Slovak Petroleum n.p., Bratislava (Slovnaft, n.p.)
TITLE: influence of atacticity and crystallinity upon the dynamic and mechanical
properties of polypropyleneil
SOURCE: Chemicke zvesti, no. 1, 1966, 43-54
TOPIC TAGS: polypropylene plastic, crystal-line polymer, mechanical property
ABSTRACT: The dynamic and mechanical properties of polypropylene determined by the
method of free torsional vibrations are related to the densimetric and extraction
data of polypropylene characteristic for Ito atacticity and crystallinity. Orig.
art. has: 6 figures and 2 tables. IJFRS: 34P8051
SUB CODE: 11, 20 / SUBM DATE: 23Jul65 / ORIG REF: 003 / SOV REF - 001
Card V-1

SHIMELS, 1. N.Cdeceased]
Characteristics of the morphological changes in the vessels of
the brain in the cerebral form of malignantly progressing
bypertension. Nauch. trudy Inst. nevr. AMN SSSR no.1:457-473
160. (MIRA 15-7)
1. InDtitut nevrologii AMN SSSR.
(HrPERTKiSION) (BRAIN--BLOOD SUPPLY)

T y
Category USSR/Solid State Physi Me c properties of crystals d
crystalline compo,=d-s
Abs Jour Ref Zhur - Fizika, No 1, 1957 No 1374
Author Nemchinskiy, A.L.) Fpkina, N.M., Shimelevich, I.L.
Imt Centr. Scientific Res. Inat., I4SP_1V99ff_
Title On the Mechanical Properties of Steel with Austenite4hrtensite Structure
Orig Pub :Metallovedeniye i obzabc%tka metallov, 1956, No 1, 30-35
Abstract :The investiption concerned the influence of the qualitotive relationship
between austenite and martansite on the mechanical properties of steel con-
taining 0.2 -- o.86% carbon. The specimens were hardened in air from 900
or 11500, depending on the composition; the amount of martensite was deter-
mined by metallographic and magnetic methods. The quantitative ratio of the
phases was changed by alloying the steel with Ma, Ili, and Cr and by cold
working. It is shown that increasing the amount of martensite in low-carbom
steel raises the ideld point and * ultimate strength, the sharpest increase
being obaerved at the start of the transformation. Scott'S suggestion, that
the abrupt change ih'the yield point in the marten5itic transformation is
ca,ased by fqrmation of a martbnsite skeleton, is not Ronfirmed. In high and
medium carbon steels, a relatively small degree of martensitic transformation
(1:0 -- 20%) is enough to destroy the plasticity completely.
Card : 1/1

137-58-1-2002
Translation trom: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, 1)269(' '6R)
AUTHOR: Shimelevich, 1. L,
TITLE- On Static Bending Tests of Notched Specimens (Ob ispytanii na
staticheskiy -!.zgib nadrezannykh obraztsov)
PERIODICAL: V sb. : Metallovedeniye, Leningrad, Sudpromgiz, 1957,
pp 70-80
ABSTRACT: An energy analysis is presented of the diagram of static
bending of notched specimens, and data obtained from these ex-
periments are presented. Spec;mens of the Mesnager type, with
an acute 600 notch and a raeus of curvature at the bottom of the
notch of 0.2-0.3 mm, were tested on a IM-4A TsNIITMash machine
for various values of accumulated system energy ~E) (0.79-4.5
kgm)- The change in the magnitude of elastic energy is brought
about by a special device with a set of Belleville disc springs.
From the diagrams obtained the following characteristics were
obtained by planimetry: a) the elastic E accumulated by the sys-
tem at the moment the maximum load was attained; b) the sup-
plementary work performed by the machine to develop an incipient
crack; c) the ultimate work required to cause the specimen to

137-58-1-2002
On Static Beneing Tests of Notched Specimens
fail. It is shown that the nature of the terminal port4on cf the diagram of
static bending oi notchea specimens is determ"neci by the ratio between the
magnitude of the ultimate work of destraction cf the specimen (the work in-
volved in propagating a crack) and the elastic E accumulated in the specimen
and in the parts of the machine. The type of fracture of the SDecimens may
govern the nature of the diagram only if a change therein restAts in a change
in the ratio indicated. Precise determination of the ultimate work of failure
by planimetry of the diagram of flexure is possible only in the absence of dis-
continuities in the final portion of the diagram, In this ccnnection, planimetry
should be performed over an area separated from the initial portion by an in-
clined straight line plotted from the point of maximum load parallel to the
elastic portion of the diagram, and not by the or-linate as had prev'ously been
believed If there are discontinuities, plastic deformation may also occur in
the spec:men, but the expenditure of E thereor is not subject tc precise
determination and may be either very small or quite large. The claim that
the ultimate work at fracture is equal to zerc is not founded, The elastic
energy accumulated by the system, which is largely dependent upon the
rigidity of the testing machine, is a most Importint factor in determining the
nature of the terminal portion of the bending diagram,
V'G.
Card !.12
Ir Materials-Test methods 2o Materials~~Test results

137-58-1-1658
Translation from-. Referativnyy zhurnal, ?Aetallurgiya, 1958, Nr 1, p 226 (USSR)
AUTHOR- Shimelevich, 1. L.
TITLE: Spread of Cracks in Steel Sheets Due to Internal Stresses (Ras-
postraneniye treshchin v stal'nykh listakh pod vliyaniyem vnut-
renni kh napryazheniy)
PERIODICAL: V sb, '. Metallovedeniye. Leningrad, Sudpromgiz, 1957,
pp 81-99
ABSTRACT: On the basis of experimental investigations of the develop-
ment of cracks (C) in steel sheets under the effect of internal
stresses, it is established that the work of deformation to de-
velop C may occur only at the expense of the reserve of elastic
energy accumulated in the sheet. The magnitude of the elastic
energy released as the C develop is directly proportional to the
square of the magnitude of the internal stresses and the length of
the C; this determines the conditions for the possibility of C
formation. Comparison of the liberated elastic energy and the
work of deformation necessary to cause metal to fail resulted
in establishing a relationship for the critical dimensions of C
Card 1/2 (at which they will spread) due to internal stresses. In crystal-

137-58-1-1658
Spread of Cracks in Steel Sheets Due to Internal Stresses
line fracture of steel, the critical length of the C is 8-15 mm, and in fibrous
fracture it is 250- 300 nim. Therefore, the presence of small C in the vicinity
of welds may serve as the cause of brittle fracture of a structure. Fibrous
fracture cannot occur in welded structures, as this requires exceedingly high
stresses, attaining the order of magnitude of (7'b' V. G.
1. Steel--Fracture 2. Steel-Stresses 3, Steel-Deformaties
Card 2/2

SOV/123-59-15-58W3
Translation from; Referativnyy zhurnal. Mashinostroyeniye, 1959, Nr 15, P 18 (USSR)
AUTHORS. Kroshkin, A.A.,.Shimelevich, I.L.
TITLE: Investigations of the Strength of Notched Specimens of Brittle Steel
PERIODICAL., V sb.; Metallovedeniye, Vol 2, L., Sudpromgiz, 1958, PP 175 - 185
ABSTRACT: As a result of experimental investigations carried out it wasfound
that, when submitting apecimens of brittle materials to tensile strength
tests, the effective coefficient of concentration of stress does not
agree with the theoretical coefficient of concentration of stress. The
cause of this discrepancY Is the local plastic deformation at the basis
of the notch wbi--h is taking place even in the case of the -bested materlal
being, to all appearance, in a brittle state, It is stated tha-t the
Card 112 following factors influence the magnitude of the effective -:oefficlent:

SOV/123-59-15-58973
Investigations of the Strength of Notehed Speolmans of Brittle Steel
test temperature, size of the specimen, depth and pointedness of the notch. When
testing various materials with the aim of determining the actual stress in a state of
an existing concentration of stross It Is recommended to use less pointed notches
(with a larger radius of roun4ing at the top and with a great depth).
B.A.M.
Card 2/2

SOV/32-24-10-25/70
'UTHORS:
Danilov, T. L., Ivanov, A. P., Kroshkin, A. A.f Razov, 1. A.,
Shevandin, Ye. M., Shimelevich, I. L.
TITLE: Investigation of the Bending of a Broad Sample in Classifying
the Deformability of Metals (Ispytaniye shirokoy proby na zagib
dlya otsenki deformatsionnoy sposobnosti metallov)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, fir 10, pp 1233-1236 (USSR)
ABSTRACT: Teoting the bending strength in the cold state serves to classify
the plasticity of steel. According to OST 1683 a certain ratio
between the vidth and the thickness of the sample must exist
in the bendinig tests of sheet iron and other secticnal materials.
Under actual conditions the width of the sheet of metal exposed
to bending exceeds, however, the thickness by ten- to one hundred-
fold. For this reason the testing of sheet ircn is carried out
with broad samples at present. The new steel types (B)O4,4,09j? 2,
MK have a higher resistance to brittle breaking. The use of -a
wide sample in cold bending tests makes possible the cla3Si-
fication of the deformability of steel under rigid limiting
conditions, close to real ores. The testing of the bro;d sample
Card J/
,2 with respect to bending is to be arranged for sheet iron of

SOV/32-24-10-25/70
Ii, vestigation of the Bending of a Broad Sample in Classifying the Deformabilitly
Gf Metals
any thickness. The results obtained are called satisfactory if
the sample can be bent by 1.200 in the case of a special =andrel
diameter, and if the sample does not break into two pieces on a
further bending to '1800. From q diaeram it may be seen that the
Qxtent of the maximum d(!formaticn of steel of type SXhLf de-
creaseo to n great extent with Increase in the span wilth (Ref 2).
According to a 3uj;gestion by A. P. Ivanov and S. :;. Kanf,,.: and
parallel to tests with samples of normal width tests ~:,:_ 1L.-ccd
samples with cores were also carried out. In papers by E. S.
Volokhvyanskaya (Ref 6) teo*3 of samples with grooves and
cores are described. It was found that the bending
tests accordin(; to OST 10683 concerning the narrow snmp'_4~5
b=2a) should be foil-, we d by those for broad samples
,lb=width; a=41-hicknessi. There are 2 fig-ures and 6 refirer-c-3s,
of which are Soviet.
Card 212

of U--,in- Ncutron-in~,~--ed Act-ne 30d.-m for 1.oc-~.ing
Ojl-~'ont,iin'lnr ~n,. d-tter-.'~ontainin;? Layers and for Jet-~mininq iater-Oil
',,'ell Jonditions".
,.e-ort aTre-iring in lst Volime of 113ession of The Acade.,rri of liziences U33R
-n the Use of Atcmic -'nerV, 1-5 July 1955", Publishin- Pou-se of
al e, -enc
, my of j-1 es Uj-~'t, 195'
c
SO: ; iin '!? , 2F :iov ~955.

eh e v;
Neutron Induced radioactive sodium for locating oil and
k/1'ster-cantaining strata and for determining the water-oil
interface in water drives. N. K. Kukliwenko, V. P.
Odinokov, :and Vu. S. Shimclevich. Coxf. Acad. Sci.
U.S.S.R. on &Wox Div..
Tcrh. Sci. 1955, 163-7)(Pub. 19W.I(Engi. translation).-
S-~.e C.A.. 50, 559d.

KIJKIIARJWK0. U.K.; SHIMMICH, Yu.S.; BESPAWY, D.F.; OKIHOKOT, V.A.
Now geophysical method of exposing petroleum- and watar-bearing strata,
and determination of the water-oil boundary in eased walls. Neft.khoz.34
ne.3:43-49 Mr 156. MaA 9:71
(Oil well logging)

Oil .4clf)~-n,;
do
... .. L;,~ ot-rata." 7,.us, i9~'i ~3 ;j:-, 20 c~a- (A-.d sci Lrsj.-,~.
100 copif"3. (-KL, `~--57, 114)

DIKMIOV, V.N., prof., doktor geol.-miner. nAuk; knnd.
tekbn.nauk; TARKHOV, A.G., prof.. doktor fit.-mt.nuuk, red.;
KAUNTJkR0V, A.P.. vedua~ichiy red.; YEDOTOVA, I.G.. tekhn.rad.
C&xplaration and working of mineral deposits; proceedings)
I?azvedkA i razrabotka polezrkykh Iskopaeu7kh. goakya, Goa. nauchno-
tekhn.izd-vo neft. t gorno-toplivnot lit-rjr, 1958. 250 p.
(NIRI, 12:1)
1. Vaesoyuznaya naucbno-tekhnichepkaya konferentaiya po pri-
menenlyu radinaktivnykh i -stabil'rqkb izotopov i lzluchnniy v
nz,r,)dnnm kho2yfty8tVe t nauke, Moscow. 1957. 2. Moskovakiy
neftyanoy institut im. I.M. Odbkina (for Dakbnov). 3. Institut
nefti All SSSR (for Shimelevich).
(Radininotopes-InIustrial application)
(Mines end mineral resources) (Oil wells)

~hy3jcs in lil FlrcspectinC an' ?ror.
~;uLr it'lud at tle .-'if th -_,rld z'ctrcleur, .-on.-Cress, 3C 1, a~r
ew 'ork.

i T VJ, k:-
Mug -I
a L
55:
C pa
is
1 -3 03 29 SO
up
S
Wl
10. Big
sl ig
v

'Y L1
PHASE I BOOK EXPLOITATION SOV/~600
Yadernsys geofizika; sbornik etatey po ispollzoveniyu radioaktivnykh lzlucbeniy
i izotopov v geologii nefti (Nuclear Geophysics; Collection of Articles on
the Use of Radioactive Radiation and Isotopes in Petroleum Geology) moscov,
Costoprtekhizdat, 1959. 370 p. Errata slip inserted. 4,000 copies printed.
Ed.: F.A. Alekseyev, Professor, Doctor of Geological and Mineralogical Sciences;
Exec. Ed.: A.P. Kalantarov; Tech. Ed.: A.S. Polosins.
PURPOSE: This book is intended for petroleum geologists, geophysicists and sci-
entists engaged in geological research vho are interested in radiometric tech-
niques of petroleum prospecting.
COVERAGE: The collection contains 28 articles compiled by staff members and
aspirants of the laboratory for Nuclear Geology and Geophysics of the Petroleum
Institute (nov the Institute for Geology and Mineral Fuel Processing) of the
Academy of Sciences USSR, the laboratory for Radioactive Logging of the All-
Union Scientific Research Institute of Geophysics, and the heads of councils
for planning research projects for petroleum enterprises. The articles treat
new material on radiometric surveying in petroleum geology, describe radio-
Car(] 1/7

Nuclear Geophysics; (Cont.)
sovj36w
Alekseyev, F.A., V.P. Odinokov, and Yu.__S,,_.Sh_ Analysis of Rocks
Based on Their Activation Under Bore Hole Conditions and the Utilization
of This Method to Locate Oil- and Water-Bearing Strata 65
Aksellrod, S.M. Mapping Petroleum-Water Surfaces of Contact in Azerbaydzhan
Oil Fields by the Method of Induced Radioactivity of Sodium 100
Rezvanov, R.A. Possibility of the Method of Induced Radioactivity for Cpan-
titative Evaluation of the Petrolific Capacity and Other Characteristics
of Strata 103
Blankova, T.N. The Effectiveness of the Methods of Induced Radioactivity of
Sodium and Chlorine to Compute the Oil- and Water-Bearing Capacity of
Devonian Sandstones 110
Burov, B.M., G.N. Dervoyd, F.Ts, Denisik, B.P. Odinokov, and V.G. 8xhmt1nAkjY.
Utilization of Epithermal Neutrons in the Neutron-Neutron Method (IM) of
Evaluating the Porosity of Sand and Carbonate Collectors 121
Card 3/7

Nuclear Geophysics; (Cant.) srjV/36oo
Alekseyev, F.A., S.A. Denisik, V.V. Miller, and V.P. Odinokov. The Use of
Gamma-Ray Spectrometry to Investigate Bore Holes 134
Guberman, Sh. A. Gamma-Ray Spectroscopy of Natural and Artificial Radio-
active Isotopes Under Bore Hole Conditions 146
Odinokov, V.P., S.A. Denisik, and Xu.-S. Shimelevich. Determ4nAtion of
the Point of Water-Petroleum Conta~i-_kRim~a_tji_ (Ybtained Using the Neu-
tron Gamma Method With Scintillation Counters (NGM-IS) and the Neutron-
Neutron Method Based on Thermal Neutrons (NNM-T) 154
BlankovY Ye.B. Separation of the Radiation of Different Elements During
the Investigation of Petroleum-Survey Bore Holes by the Method of In-
duced Radioactivity of Sodium and Chlorine 170
Dvorkin, I.L., and R.A. Rezvanov. The Use of Scintillation Counters to
Count Slov Neutrons in Petroleum 3urvey Bore Holes 187
Zolotoy, A.V. Distribution of Slow Neutrons in a Homogeneous Medium 195
Card 4/7

Nuclear Geophysics; (Cont.)
SOV/3600
Gulin, Yu.A. Influence of the Conditions of Measuring Upon Evaluating the
Porosity of Rock According to Data Obtained by the Neutron Gamma Method 201
Rudnev, O.V. Development of Nev Types of Radiometric Apparatus for Use in
Petroleum Survey Operations 222
Tslav, L.Z. The Problem of Determining the Point of Wate 'r-Petroleum, Con-
tact Under Conditions of Cased Wells in Carbonate Depoosits 228
Leypunskaya, D.I., and Z. Ye. Gauer. Analysis of Rock Based on Neutron-
Induced Activity 238
Alekseyev, F.A., V.I. Yermakov, and V.A. Filonov. The Problem of Radium
and Uranium Content in Oil-Field Waters 252
Yermakov, V.I., A.I. Laubenbakh, M.G. Ovanesov, Yu. A. Romanov, and
L.N. Skosyreva. Results of Investigations of Natural C4=a Fields in Oil-
Bearing Regions, Using Aerial and Ground Radiometric Survey Methods 264
Card 5/7

Nuclear Geophysics; (Cont.)
sov/36oo
Yerozolimakiy, B.G., L.N. Bondarenko, L.R. Voytsik, Yu. S. ShimelevIch,
and L.I. Yudin. A Small-Sized Seamless Neutron Tube 351
Voytsik, L.R., and B.G. Yerozolimakiy. A Laboratory Neutron Generator 356
AVAILABLE: Library of Congress
T14/mfd
Card 7/7 5-24-6o

T-1 11
"HAZE I LOOK L)UILOITA~:C).I
Vzezoy1iz:,,(-w-,- :.rvi-hchnnIyC po vnedrenllwu raaIoa,:*-',.,nyxh -Izotopov I.
yau1cmy;,In lziucnenly v narounom kl=yayz~.va Zi-IE:a, 1~60.
lladloa!--t~Ivnyyt~- 1:;oLopy i yadernyye IzIuchenlya v narc'inoz
1
S~;SR; trudy Vjejoyuznoi;o sovoshchaniya 12 - 16
aprelya !~,60 g. 4. Riga, v 4 tomalch. t. 4:* Pol.3ki, razvedka
:,azvabu';~ra i.-olcznykh lukopayumykh (Radioactive 160tOPC3 and
i.'UC!'-~Ur HOdlaticn in the National Econormy of the USSR; Tran-
snctlon5 on the held in Riga, April 'i2 - 16, 1960;.n
4 volumcs. v. 4: Proapecting,Surveying, and Mlnin~ cf 1-Urs-
c--al Depoz.1tL.' eloacow, Goatoptek-hizdat, 1961. 23 P. 3,640
eopic!3 printed.
~ponzorlng A--ency: Go3udarstvennTj nauchno-tekhnicheakly.komitet,
Sovq~.--.a V-'niatrc-.r SSSR. Gosudarstva.,myy kornitet Soveta'Y-Ini3trov
L-SSH po Izpal"zovanlyu atcmnoy energii
Zfta. (Title page): 11. A. Petrov, -1. 1. Petrenko, and P. S. 3a,.r-'n!kIIy;
ed. of this volu7.e: M. A. Speranakiy; Scientific ed.: 14. A.
Speranskly; F-yecutive Eds.: N. N. Kuzlmina and A. G. Ionell;
Card 1/11

Radlcactlv~ -luotcpez; and Nuclear (cont.) 2
bco',* for an-i
"ZI a:1 a! c.-
j.,ctopcs and nuclc-ar .
C311:--~AC"; Giie,~.tion cf 39 arttc't-3 1:3 Vo.. -i c:'
AII-Un'on Cmnf(~renc~, cf the Zn-r-,It;--.Icn ff a I!,)-
f.- an.", Nuc~,,ar Rl~actlcn-i in
-Z ~'i, U., ~.S,; t . Con.,*(~,-ence wa:i called by th.-
I-* kornitet Sovet
of th;-- (c,uw.'J I ,-I' :11r-'
It , "0.: !,1 'In ? - .:i L-
0. n.
C of v'in'.! ter3 of tM- I jc~u
-Icvta Ylnistrov :,5SR po
ry-
(Stpte Cor--..--.Ittce of the Council r,,.' '.'.'n,,otvra o-~ trie
Ur,'7-i for Autor-atinn and Machine buildln6),and t. -~ Ccuncllll of
::!r! of the Latvian 5511. The reporta vurrmarized in tl~.Ia
Pub; cation 'tic al the advantages, proapects, and
Card 2111

and. (Ccn-..
of radloactivc methadn uzed In p.ro~pectlng, siir-
.-nd -.;Inir~ of orej. indivilual repor..n, the
of thc- latezt a-,icntific rc-~earch on the develop=s~nt
ar.(' of the thcor-f, methodolorr,. and technolczy of
--vezticationz. :,;::311cation of radicactive mt..thod--
f-1,:Id of Ccoio~, hydrolci.-(, and the cc-n-
trol of ozc p,.,occz--Qr, 1:3 a-.aly;:cd. NO
a.,o m,nit1u;.xi. Tl;crc are no references.
07
A. 2--coent State and Future Prospe,~'.a of Ar-plying
-t' 'icdz of %,clcar Geophyzica in Prospecting, SurveyIng, and
,-nInZ of !,!Incrali3
ikov, and L. V. I..'-zzyukin.
Yu. P., 0. ;'~!. Vc3koboyn
Ncul.ron and Ca;-:ra-Ray Log8ing at Ore and Coal D--;ojlts
Cordcycv, 'Yu. I., A. A. ',',ukher,a.-.d D. M. Sreb.-clol'skiy. 'Ibe
Card 3/11

;ar'd u a
;-:.-Ithcdo an,! in
of Potroii~u.-7., -'a?, crtp ar.~! Ccal
A'.:. A.
Z' I-, I Zro p, - Z; i r. ~; c tD,-t
Cual
nnl 13. 1 '1--6ov. Had p-n!, f,: r
lr."*C.3~-L-Ia~!-~-.' of 4
N. '3. T, t 1 a r. Eff, of rhe
tation of
Oil and Caa D--tpozit;s
A., D. F. B,~--,rjalov, B. P'. Purtnr, 13. '-. Y--rozoll-n-
a-0 A. S.
-InVintl-katini; the -eologtcal
C. a; o fDore"Olea 5z~
Card 4/611

(Cont. V- 7/5 5 ~y 2
:ly, D. V.
A. T. Lc-povok, and 'i"
L;~.oure,!3 of .'~--atronz
V. 3 . Kan tor, A . I . I.K.'.: jrov, and 7. V. Zallin .
-Ory and ~:Ot.-,OdolG4;j of
c,,f invust.16'ation U31ng t~llc 'Charzed-Particle
A. c4l' Pork;hul,-,4 by ~:~thod3 Dazed
th~. UzQ a' --a!l-loactive izato;;,~3
7, all -Sh A V. V. Larionov, and A . I lin. . Poa-ciUl-
4 1
-;l ~!r of -Evaluating the Poroolty of Rozkz c.1 the Ba3l'a of
Da:*_ Gbtaln,::d by Radlomr--tz-j of Borchojc3 L16
N. K. '1111. Ba-,-in, and N. V. Polulkhina. Problem
D,-!vl' :;In,.,, 'an induLtrial ~!ethod for the ion of Illed
Forojity According to the Data of Neutron Car-aa LoZZing
Card 5/11

I T- T I 1~1 I o 'T
Defense of Dissertations, Jan-Jul 1957j, Section af Technical Bel.
Vest. AN WSR, 1957, Vol. 27, No. 12, pp W-123
At the Petroleum Institute.
Appl1catious for the degree of Cand. of Tech. Sol.:
AMIYAN,, V. A. - Putting Into operation,, utilization and repair of fo=tain wells.
GRIOCRIYENO V. L The Prevention of the Arbitrary beading of Opening Sbaft
in Turbine Drilling.
M=3rWICHv V. 1. Investigation of the Viscosity and the Density of Deposit
Water of Mineral Oil Deposits and the Binary Electrolyte Solutions in Dependence on
Temperature and Pressure.
GRIMELEVICH, Yu. S. - Activation Analysis of Rocks under the Conditions of
Drill Holes-and Ea-U7-UtIlIzation for the Determination of the Pcoition of Mineral oil
end Water-containing Deposits.
Application for the degree of Candidate of Llhemical Sci: N. Ya. CREPJr= - The
kinetics and the Mechanism of the Liquid-pbase oxidation of dibenzyl and
"dicyclohexyl ethane.

-J/169/61/000/011/027/065
Z226/D304
A UTH'OR S A~'~:?3eyev, ?.A., Yerozoll,,~:Pkly, B.G., Bespulov, D.P.,
!Ion,!~xenko, L.N., Boytolk, L.P., Popov,
Ktaustov, A.I., Ron.-anovskly, V.?., Shimelevich, Yu.S.
S*I~'koLlnikov, A.S., and Yudin, L.I.
Tiv.- ruoult of ipplylng neutron impulve methods an-I
appar.itun for Invo!f3tIg%ting borehole Inge
I~E-RIODICAL: Reforutivnyy zhurnal, Geofizika, no. 11, 1961, 34,
abutract 11A304 (V ob. Yadern. geofiz. pri polskakh
polezn. IBkopayemylorh, M., Goatoptekhizdat, 1960, 3-20)
T3X7t A borehole impuloo renerator of neutrons is dencribed toge-
th,~,-r with the method of iripulue-neutron neutron-IoZging A
dcocription is given for the electronic layout of the borehole g-
nerator of neutrons and the surface appratuo for impulse neutron
lo6E_;in6, During laboratory teats of the generator a stable mean neu-
tron yield of ^j2 x jo7 neutr./aec. was obtained at 100 kv. of acce-
"crating voltage in the tube. The impulse duration amounted to 100
Card 112

3/169/61/000/011/027/OiS5
r- j o a 1; 1 y I r. 17 r,,: , i '~, r o r. 12 2 E 1:)3 C 4
fr,~,quvncy being, 400 c/o. Tnp neutron
in tio? t,~vtlnt,, of 1*;':L. 7! rer, I in',7r;
Y,- f, c, (I, by 10 t J 1.n r, n fr r,,q u iro u 9 IL r,, 1 s c rin-
'ay t pl-c. C,~rl- illn
lin
I. L t i i r;,' 4., d. t, e Jo a.- r.d.1 ca on d
for th, appar~ituti are ataterl. Purther proa-pecti are inli-
for tli~, applicution if im-puloe noutron f:er.Oratol"S. ~Ah--'.rac-
torla notoi C6,rploto tranalationj.
Card 212

jj 10
:,-Ya
1959.
--cn-
of' tl~c Confen-,nce rn the renzeful
V. L .
J :;lip in--crtod. 1,"030 cc-~iea printcri.
,Iya nauk Uzb~,.,.-~:,oy s~-.
AcldcrAcian, Of
A. A.
an,I ;:-at!
U. A.
A. A. E Ca7.rjjc,,,te of
G. S. A. Ye. :~Iv; Ya
k;andl.'at.!
c a I ScIcvcc3; D. ,'1~7,hanov,
Car"! a 0~ c c I
L. sadykov, Corre--pordinz- Aca~*,---,7y of Scicnce3
-.;.cian, Academy of Sciencea Uzbeic SSi
-,alxiin,

Tr% lrni of ',he Ta~hkr-nt (cco".
cf F'-*;~-'c3 and Ya. Turi".11cv, Docttor
-ses. i2,.=IdOv;
t i C n t -.1c d f r, 71 t 1 1! ~7 :c rk er.3 a n d
are i:--l f,:r rr-,:arch In -h-.!l~al, 6co-
co-- 0- of 133 -1-tic -3 rcPr-:--70l ri-e -cccnd
of the
A,
P ~Ln 1.h,. fi- I :f aticn,
C:
nv :~nticn of 7-~a: t;!.cnz:
fcr th-2
cl r a d-11 o av
P a C
~~.u ccntt~nlt of elc.-it3 In t%e -nd an
cf mefhcda for obtaining pure -,ub,.%tance.,,

of t*aa Taz',12~ent (CO-It. SOV/5 10
u --.,.t3 ua.~d, such a:s autc ra[7ulatora, flo.:=tera,
I tivil t-y a -ro I r-yo , a ro I be d.
ara monticn,d. Rufarcncol follow individual
0? CG::T---7NT3,.
RADIOACTIVF A','D NUC=21-1 JUDIATION
L;,'Gjj*::-7'jj::G JUID C70LOGY
Yf
r". finztitut ynd-2-rnoy flzilci U7ZSR - Inntitute of
1.3 UzS~M]. ",n,)lication of Radioactive Icotopes
~!~:dlation in Uzbe..iztan
1. and V. A. Yanuc~i!mvn'Uy [Inatitut rizi"Ci Pl'. Latv
' t-ctc of Phyzic3 A3 Latvian ZCILI). Problc::~:. of the
'on of Automatic-40ontrol Ap-,)aratu3 B-azed on the Usa of
ZzOtOPC3
Ca!'d 3/220
9

of the Ta:1hkent (Cont.) SOV/5410
277
A. !'~Ib!nov, Yo. 11. Lobcinov, ~. r. rov ov,
-Ircv
Miclear Phyzic3 AS UzZ5111).
A. A. I [Institutt, of
cf ?,c.-ccntaL;c in Conc,mtratca
262
B. ~%,, D. F. 7alo'. , L. it. D~-.'.3rcnko, L. R.
2~:~cv., A. I., 7'1~-,u-ltov, Yu. 3. A.
V S.
cf and ."vc,-'t:ct!on of 7Lin,?ral Pucla
F, --~ u' t,., of the Flr~L Induzi;rIal ez1a of a Yi,~utron
In 011 'Jell!:
285
-.Itut
N., V. S-Irnov, and L. P. Starchik [Ir.
':Ia AN SSSR - ILIninZ inotitutc AS USS-I]. Uae of
cf po"' for the Qiantitative Control of En-
-tcn!i Ccntainln D-e-L-Illium, Boron, Fluorine,
A 71 293
i. A., and B. D. 11cfdov (vzczoyuz-nyj n.-I. inati-
--~cllako8o :hrzj, tva - All Union scientific
14/20

ABHAMYAN, S-L.; AKSILIHOD, S.M.; ALEKSEM, N.A.; ALITSHW, S.A. [deceased],
BISFALOY, D.F. ; GADZIII-KASDW, A.S.; ZEILIN, K.A.; LISMGARTU, B-X- I
ODIJOKOY, V.P.; PIJ?KARA ZZ, L-A-; *HIWMICH, U.S.
------- --
Neutronr--neutmn pulse method for investigating vells ani results of
its use in the Balakhan'-Sabunchi-Rummy field. Azerb. neft. khos.
39 no-11:9-13 N 160. (MIRA 13:12)
(Apsheron Peninsula-Oil vell logging. Radiation)

Yu.
cv'ch. Yu. S.
-ju-1co w..j
Of
c 5A 5-J
-d~,t, 10E, 325-3:56)
G L
0 V, Of :7a(jiOtCtjV,:) r-
Qf I
liuctonla charucter: c:
(1r.1111n, solution, -,he c~.em-'cal co:~p
-a C 3 , bart,-.ole - d~izjjfn, the pooit.,,,m, o-** t-, lr,.,~jtru-
:.1~, otc. Tne dup-.h potent-4al Of all radio'Ictivily )oc";Ing
iJ vurY In nouLron-Ga.-ma logginG it cQ=prjs;- 10
c", whi-e in ga:nz;a-6a==a loggin6 it is 5 - 8 cm. It is noted

ti
'L('du ire nora ae--4 t".1
t r',',.'on of
~ t" 1tron
_' nu of
Q
(tno ulrzcnce
no ra., a t ir. o f * t r" -.~i. wa e r o -un LI rI
o n c, i t i. -.y c y v c r.
t'-,2 of
Q:-. i t Y o I t a j ul t a
3 :.a 'LuLto. T'..u
3'n o ~~X' con-
% t i on... r i -Y
:tni
an."
C'.
of ne.~-.r~n-n-~_itron zL nd;
'Y ' .; it ~:; ~nter.4e4 for
;-Qcvnt~ cepn - - I '. - - .......
;_t- roc"- porosi-y in Unzitrene'thLned Wells.
-L j'a3-i 'd contact zone durnE tlhe ax;IoJ-
3 ,) 4-1 ~ & t a , a r, j t In aqui
'j! Of J_-'! an'-2 -4 aids can '--a aucces3fully folio-wed by =aans
o f r i c ;~ e . T~- most sensitive mt-thod o; ae;i~ra-,Jln:-
4 '0
i to the oi'.- and water-bearIng parts at
Carbonate bed
2/3

0/1
... D226/D307
in,`uccd activ_'~y t tj C (!'i
y
0 :0 um.. Th" of
avu lvj.; ounnitive; 0.' . ln;~
C011,Ctoru, h.
t,Fl. I I ..
C lnl,:..,; :--ore t'- ~..I I.-JO j:
.1 /1 Of Nii'l.
imc, it h~,o b~,,co:~..~, oo~~.~lc to n
0.1 A~, Nu, Cl, ;-,, C;I, Ci,
ir. roc, b~, ra-l~ui-.clivc
u v u arc
r:. u nu~Atron oou: Rad;. c, v: i u
-~:,.duLitrial p.-.,Lctice -a coa-rol -.t -well'a *cc'--
in o i
fv'LCL_r-e be'da 1-4ydruuIloully, a.-.4 to nolv,~
;~1"Jo'eM4 "N ;),Lvoleum oxt-action. 4.-!,),rj;Lrch
Of ra7iomotrj for d-4r-vct r-J! .,nd
I~.j (;jLZ, Uliahed that in the victnity of
I r-d I oz o~ 1, r ~: c art! a particular ca.3o of the i;a-
ra-
ano=ily indi6anous to the la~zer. ti
jno_~~.Lt .z;a Conjiaercl as a compob-4te P~trt Of the
1-rozt:dura for seeking oil and i;au fieldt]. Z-Ab-
note: Co~.Plute trapsiutiozn.~7
Card 3/3

(f~
M-1-7--ZATA, D. X., -,. I., Tu. S., r.L~aT, B. U., &.1-1 LILTM7, K. D.
'Apylicatica of Po 4- 7e r.~ AC + B2 mutren s7ircto In v-&U-Iacztna.'
ra2wt to Im aubzltt~,d for th,~ Ccaf*r*n&* on tamloar G~aptjzicm,
Irakw, Pol", 24-30 C*Pt 1962- -

'A
G
.
.

ro

FILIPPOV, Yeveeniy Mikh-aylovich. Frinimali uchastiye: CUMMAN, SH.A.;
LEYFURSKAYA, D.I., nauchriyy sotr., red.; BESFALOV, D.F.,
nauchnyy sotr., red.; SREBRODOLISKIY, D.M., nauchrWy -atr., red.;
SJUIELEVICF Yu S. nauchnyy sotr., red.; TEMKIN, A.Ya., red.;
EEDER, V.11., red. izd-va; FRUSAKOVA, T.A., tekhn. red.; MAKDRI,
Ye.V., tekhn. red.
[Applied nuclear geophysics; use of sources of nuclear radiation
in geology and geophysics]Prikladnaia iadernaia geofizika; pri-
menenie istochnikov iadernogo izlucheniia v geologii i geofizike.
Pod obshchei red. L.S.Polaka. Moskva, Izd-vo Akad. nauk SS&Rp
1962. 579 p. (MIRA 15:12)
1. Chlen-korrespondent AIademiya nauk SSSR (for Filippoj. 2. In-
stitut geologii i razrabotki goryuchikh iskopayerrykh (for Le7-
punskaya, Bespalov, Srebrodoll'skiy, Shimelevich). 3. Institut
neftekhir.icheskogo sinteza Akademii nauk SSSR (for Tem-kin).
(Nuclear geopl7sics)

KAIPOV, R.L.; ZIV, D.M.; LEYPUNSKAYA, D.I.; SAVOSIN, S.I.; FEDOROVV V.V.;
MDKIN, G.M.; SHIMELEVICH, Yu.S.; MSIII, Ya.N.; XUXRARERKO, H.K.;
SIMTAKOV, 13.10
Use of Ac - Be neutron sources in industrial geophysics. Atom energ.
16 no.3:269-270 Mr 164. OURA 170)

SHIMBLIMIGY 16.,kiind.-tekhn.rmuk (Saratov); SIIUU4JV, V., kand.tekhn.natLk
TS-ar-~7UV)
Standards for the consumption of gas in the home in rural areas. Zhil.
-kom. khqz, 12 no.10:27 Ja 162, 0411U 16:2)
(Gas qs fuel)

SHIMBLIYUIG, S.A.. kRndidat tekhnicheakikh nauk.
Efficient tracing of access roadq. Avt.dor. 20 no.9(179):25 S '57.
(MIRA 10:10)
(Roads--Design)

SHIMIF121IG, S.A., kand. takhn. nauk
Traffic capacity and performance of autocobiles on highways.
Avt. dor. 22 n0-10:31 0 159. OaRk 13:2)
(Transportation, Automotive)

SHIM&LIF31il-G. S.A.,, kand.tekhx.nauk
Kil,hoda for comparing highway variants In coaducting economic
inve8tigations. Avtodor. 23 no.6:25-26 Je 160.
(KM UtO
(Roads--Estimates and costs)