SCIENTIFIC ABSTRACT ZOLOTOTRUBOV, I.M. - ZOLOTOV, P.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065410016-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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AUTHOR: Zolatatrubc E. M. RaL~xe,.&A, Skoblik, P.
ORG: Acader;y of Science~- Ukr-SSR, PItysiciazectinii-al us 1: j I: itir ,a (I kl-~atd en i-v st Naui~' jlr. r 1-3F
T'-L , 'n ves t Jljg d - io ci t e. ne rgy parl: 1 t w-a i ri ia I ~'Urc
.-p?r'&jj plas.,vul, fro'll a Coax se
% I
SOURCE All tfKrS'P. Fj Z jj, jChII EJ( i riSt j ki t I D-(Ii k I ~je~JV tj ~ .'p 3,3 , I q 6 41
~ssledcyvaniye ellevalticrlv~'xo.,2c. -,),Iilrnv 4 ('m'k 5 i a I noq 0 1 ~j t C~-
- n -; Lxa . : - 10
IOPIC TAGS: piasna Pun hydrvi,,en pia--imci gas diacharge t!ictrvs val
AkSTRAC7 F n e rgy p a r-! e ri sm ia ;) ri:)ri u.: 11 d r a a 1 riv 1~
7-1 e
,igaiet~ in -in apparatus
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vari~~,(uji in~wrvii-,3 befojq 1hri a-
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Card ~/2

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ACC NR: ATS024119
time of formation of the ions in the gun by detarvainjEng, thri t filol- b, e. t ve e nThe imirt of
I's c,l a rg eand ~he peax -)f he inr; The vnerjl--,)t s-pe(rtr,am ~i~r F, ions for
IP W!"U. -T I C P ? '4.
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A(71HOR: Zolrtctrubov,
TLE: Uistribrition of preasurc! a coax~aL trritv.-tv, aTtfir gas
Jpf-~,- AN ulkr~-~SF . llagni tnv-;e lcoo-ush~~ i 0,,ic-T- i I c tr 7~z I lia .1~ c va un a
TOPIC TAC S : manometer, pressure, meas-urupient plaooma gurl. flas pr(lionulve
r,ariome ter
AbSTRACT: The authors shcv thai: 6i ionizai-ior wlxnollclt:(!~ i v~i 0 r
y be Lii-,,~ d iie,~ -
s ur i no -ulnid oressure- This L~~ a cdall..- I W` th ;I 'Acod
0 11.A.~ "Al 0 1 wt. i cl,,
'Af: T
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qv n s 1' y ~1,1 7.1 1-o ~Itlv I I- ri lepo I I ("fl r) 1: C) h.j: vm s i on c u
a r- nn v t,d r, t) rE, =d nu., il -m fol. aj)
!7, qt Ite
'7
!i i rr v. I s qh C.; .-A I r! 1 f r) c e q
3 2 .
iv- r -j r t:[:, `e 'I ','he er-
1' T'c' S 7: '-IT`~ C- 71 al on ni nc, ~1 T. J~71 C- 11 113V! ! I t ~eaz3 ',Ij;ed J~or Ilea-
C.rd 11/2
M I I

suring the distribution of pulted pm.,ssuve of a neutral goo alcliv, a coaxial plasma gtml
with the following geometric parameters: length 66 ari, 41talnetivi, Of the emtena_l elec-
trode 6.5 cm, diaieter of the central. electvnnde 3 un, Cvviyer. are iven thc-
pressure distribution for hvnrri-,q1- ainn~.- I-Ni -,re
~tin ar tLqw,3 I I,+
initiql ~,pening of the -valvi',.. Y- rIE f"~-ITI,I thal the v-Aoc;7 t f or prcii)agati,,1~.n r.1 t'lle
-i-ec. as
i, -cnt 7,-~ VIIJL! P,0zi!; jq al I
:idI._Iittv-d Car, i-5 iilcv~uased, I'h:,. aietk,%od disci-h-
e-I in tnis Dapqr may te I'Ged fov PlAse pre-si:,urq In any syl,--ter',IG and any
pressur*- ranges. Lagzrlithmic milat t,2 1.4sed for presst;ve verfatiana ir ex-
tremely wide ranges, Orig. art . ;ia s figi~r,4~!ii .
,-;IE i---T. 21 01 /1 SUMP, DA'rE: noi:t6~,/ GTUC REF, 001,P' 0711 REF! X) 2

__1M__Ar6_0204J4 SOURCE CODE: UR/0000/65/000/000/0165/0171'
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AUTHOR: Zolototrubov, I. H.- Kiselev V. A.; Hovikov. Yu. H.; T!~10~~V-_T,
ORG: none
TITLE: Operation of the coaxial plasma source in a longi~udlnal Ilognetic field
SOURCE: AN UkrSSR. Issledovaniye plazmennykh sgustkov (Stkidy of plasma clusters).
Kiev, Naukovo dumka, 1965, 165-171
TOPIC TAGS: plasma gun, plasma source, plasma magnetic field, plasma dynamics
ABSTRACT: An attempt to develop a plasma source free of impurities by the use of a
coaxial gun in a longitudinal magnetic field is discussed. The plasma gun and its
operation is described, its energy source is a battery of ccndensers (1000 Vf) working
at 5 kv, the working gas is hydrogen injected by a fast-acting valve . When the gun
is operated in the magnetic field, the discharge current plate appeews. Thi,%, togeth-
er with the observation of the plasma ejection velocity, indicater, plasma drift tyD_ic-
al of crossed electric and magnetic fieldi. High speed photography reveals that the
plasma generated when the magnetic field is applied is much more uniftmi than in the
absence of tile field. Spectroscopic analysis shows that -the magnetic field inhibits
very strongly the appearance of electrode material impurities found in discharges
without the external field. It is planned to overcome the insufficient ionization and
Card 1/2
L 41,800-616
I ACC NR, AT6020414
low plasma velocity by increasing tile electric power input and the modifle Id magnetic
field. Orig. art. has: 6 figures, I formula.
SUB CODE: 20/ SUBM DATE: llNov65/ OFIG FZF: 002/ OTR REF: 003
Card 2/2

ACC NRt AT6020412 SOURCE CODE., L111/0000/65/000/000/0148/015~)
AUTHOR: Zolototrubov, I. M.,. Kiselev V, A.; Novikov, NA-Lt 7N
ORG: none
TITLE: Current disfribution in a coaxial plasma gun
SOURCE: A11 UkrSSR. Issledovaniye plazmennykh sgustkov (Study of plasma clustern).
Kiev, Naukovo dumka, 1965, 148-156
TOPIC TAGS: plasma gun, plasmoid, high speed photography, PA4 5 n7jq &.5doyja) tPQE:'
ro?c) O~,A).-in)i -IS
ABSTRACT: The purpose of this work was to determine the cuivent diatribution in a co-
axial plasma gun and the electrodynamic forces acting on the plasina. The current dis-'
tribution was determined by a differential magnetic probe and the measurements were
taken at different delays between the initial gas injection and -time of the discharge.
Whec, this delay was 200-300 psec, discharge current formed Several sheets arising due.
to partial current flows at insulation walls. The pro))e anc.1 fast sLreAk_"P~q?gEp '~V-'
I - "Trinp - ~ �XY.
data showing this effect are given in the text. 17videnco Of -t~~ . -'-j~_'d Magnetic
field be-tween the curr,--nt sheets was also found. It was foutid thot for zanal,l delay
times, only single current sheets are farmed and ',.-hat tbeir valccl.ty drastica-Ily in-
creases during the current maximum. In addition to currcut sheets, obstinvation of
plasmoids was made and it was found that their velocities rciched sover,'.Il timer, that
Card 1/2

ACC NRr AT60201112
of the sheets (8.107 cm/sec) chowing that they ar'l not, accovIllvated by the Qlactmmag-
nevic interaction with the current. but rather by the dvilt-indt~,,,ting A"lield-s, TbIr,
was furtht!r substantiated by cbserving ~'.,md pllnsv~oldtl -In ano-
ther set of experiuientG. Orig. an. G figures
SUB CODE: 20/ SUBM DATE: UliovGW ORIG REF- 002/ OTH REF: 003
Card 2/2

APSOIS729 SOURCX CODE: 0/00670,66/036/006/1040/1048
AUTHORt ZolotatriamV"ZOIL; K1"lev,V,A.; NOLIAOT IrU.U-., a N.M. Tolok, V. T.
ORO: noon* L
TITLE: A co&xW plasma gum In a longitudinal magnetic field (5
SOURCE: Zhurnal takhalchaskoy fisiki, v. 36, no. 00 1960, 1040-1048
TOPIC TAGS: plasma g=j hydrogen plasma, contamination, longitudinal magnetic field,
ABSTRACT: In an effort to improve the purity and the uniformity with regard to
velocity, density, and total number of particles of the plasma bursts from a coaxigl
21asma gun;~-the authors investigated the influence of a longitudinal, itiagnatie I teld
on the performance of the gun. It was anticipated that the rotation of the plasma
within the gun, due to the Lorentz force on the radial current In the longitudinal
magnetic field, would improve the azimuthal uniformity 0 the current sbect, The dis-
meters of the inner and outer stainless steel electrodes of tho 70 cis long coaxial
gun were 3 and 7 cm, respectively. The gas (0.1 ciW2 of drogom) was mdaitted through
six openings in the Inner electrode near its center, and the gun was fired by, the 20
kV discharge of a 12 micrafarad capacitor, The plagina gun was located in the uniforn
portion of the f leld of a 2.4 a long solenoid, The nagnetic f 1411d rome to Ita
maximum strength of up to 8 kOe.1n 28 mIll1sec and subsequently d*cayod exponentially
with a time constant of 72 mill1sec, The proceas** taking place within the plasma gun
__C~ar,L 1/2 AMN 533. 9,
7 ......

ACC NRi AP6018729
were investigated with the aid of a magnetic probe and by recording the dischtirge
current, and the plasmas ejected fron the gun were investigated with an external
magnetic probe, a spectrograph, a photowultiplier, a monocImmeter with the aid of
which the intensities of different spectrum lines vere displayed oni an oscillograph,
and a thermal probe. The rather involved processes that took place within the gun are
discussed at some length. The rotation of the plassma gave rise to a magnetic trap
within which a considerable portion of the gas was confined. Two plasma bursts were
usually produced, but under some conditions It was possible 0 obj*ia only one burst
containing some 2 1016 particles at a density of 2.4 r 1011 ca- and 4moving with a
velocity of 3 x 104 cm/sec. The purity qf the plawma bursts Increased with Inereaoiag
longitudinal viagnetic field stftngth; at a magnetic field strength of 6.4 We there
were no lines due to electrode materials in the spectrum, and the lines due to carbon,
loxygen, and nitrogen were considerably weaker then in the spectra *9 plams produced
without the magnetic field., It is concluded that with the ald of a longltudlmal
~magnetlo field an* can obtain from a coaxial plasma gun pure 1114h enemy planless free
of slow and contaminated tells, but at the cost of AnefficlaiA us* of -the mar" stored
in the capacitor bank. The authors thank O.U.Shveta, and Ya#F,Volkor for discussions
band critlelm Orfte art* bass 3 formlasifi"-TIVU4W.~
CODES 20/
SM VATX: 26APM/ 09106 Wo 004/ OIN PJWg 002
ha

ACC NRj ApGO16730 -8MRCB CODZ: UR/Ml/66/0:16/000/1049/1054
AUTHOR: Zolototrubov, I,K,; S~Olik#X.P ; f(k~nkoLA I.; RZ!ko Itu.
_L_ _!~Lj
ORO: none
TITLE: Structure of the plasma emitted by & coaxial plasma gun with different
electrode polarities
SOURCE: rnal takhaicb*skoy :flzlkl, v. 360 no. 6, 1966, 1049-1054
TOPIC TAGS: plasma gun, hydrogen plasma, plasma valimity, plomma density, electrode
1polarity 00d.0934"$9 drjq(JC,rUjeP-
ABSTRACr.- The authors Investigatod the influence of glectroqo polati4y and duration
of the delay betwe" gas iAjection and discharge of the gun on the structure of tha2k
plasmas * ected during the first half-porlod (6.3 alcrosev) of operation of a 60,'cm
long coaxial plasma Sm with electrode disasters of 3 and 6.5 cio, Thm gas was admitte
during the course of 80 alcrasoc throu& -a single opatking In tho center of the outer
electrode, and the gun was f irod of ter a delay r"git4t f ran 100 to 240 microsoc by the
discharge of a 320 Wo 12 alamfared eapseltoro The plassas were investigated In a
10 ca diameter, 1.2 a long glass drift tube with the aid of two diometastic probes,an
8 = wavelength microwave Interferowter,, a 4 = wavelength aloroweve boom, said a
thermal probe* Under all conditions there was observotl a jet of miomgxod gas with 0
1/2 UDC: 533.9

ACC NR, Ap6018730
velocity of 2 x 106 co/seco Vheu the Inner olectmie of th* Plasma ffim was poaLtivo
there were ejected three plasm
'I bursts with velocities (whea.the delay time was 100
microsec) of 5 x 187, 1.5 x 10 and 5 x 106 cm/sec and particle densities of less
than 1012, 6 x 201 , and 7 x 1013 ce3' raspo~ctive]Ly. when thm Inner electrode was
negative there were only two plasma bursts, with VOIOCltixm and particle densities
(again for a delay time of 100 nicrosec) of 3.5 x 107 and 8.7 x 106 cWasoo and
and 7 x 1013 cj- . respectively. The velocity of Uls alcmeat burst was
~!.S x 1012
lmost independent both of delay time sad
ndependent of electrode polarity, Increased with -1jummasing~ "4sy Wes,- The veloci-
ties and densities of the f aster bursts decreased with Increasing delay time. The
authors thank L.A.Dushin, V,TTolok, 0,&Shystal, and Js.F4Vqlkav for discussions.
lorie. art, has: 2.fornasa,-76 figures and 2 tables*
MM COM 20 M= DATI: IMM ORIO, RJW1 0410 OM RJWS 001
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Card 2/2

ZOLOTOV, A.
"1 -1 1. ~ -, ~~ ~ --- -.1 -., I
Ar nev adievements In "r vo'rko Qrashd, ay, no,307 Kr 161.
(Him 1413)
I* 04chalinik Leningradakogo aeropw..mta.
(Leaiwa4--Airi)orts-~4atagement-)

ZOLOTOV, A.
664PIM a WNIA64Meappmoh. Boveprofootwgr 19 w0#24
T t63* 1602)
1e Starshiy imtruktor shilishobbc-bytovogo otAtiala tavbwedak~jc
soveta professional Inykh moyuzov,
(Ion1mgrad-Construction inditatc7-Auditimg and' inspeetion)

KALININA, N.; ZOIDTOV, A.
I I - 1, . ~ .... ,
Pickled mushrooms. Itabotnitas 37 no-801 Ag '59.
(MIRA - 13: 1)
(Cooker7 (Mushrooms))

ZOLOTOV, A.A. 1 11
Insulating and winding unit. Biul. tekh.-ckont infarm. Goo.
nauch.-issi. inst. nauch. i tekh. inform. 17 no.2:44-46 164.
(MIRA 17:6)

K A RASEV
o.N
Su-rj,~
I iitlld pl'osp etc, tlng, Of rc-4, c-arl%)-a "E.
ruckia -4n the Ynrkov:-" rj.1 Tiold" 71-1j", VNIA.

Three winters in the Arctic. Vo,'~kva, 1940. 43 p. (Bibliotech~:a "Stairlarcytsy
Aril,tiki," k-i. 27) (49-34747)
C630.R8Z6
1. Arctic reCions. 2. Scientific expeditions. I
I. Russia (1923- U.S.S.R.) Glevroe upravleamle Severnogo puti.
Politicheskoe upravlenie.

GORBACHEV, V.F.; ZOLOTOV A N., :.'O11YSi1?:V1 A.Sw
_ 1. . ~ ~-,, _ _. , , 1. 91 )
McUiodology of ol,l sear-_,h and exploration in the Irluitzk imphi-
theatere Geolenefti i gaza 9 no.2s24-27 P 065,
(MIRA 1&4~
1. VaesoyuzW mquchno-lisledovn tell skiy imsti~,Lxt prixodnogo
gaza i treat Vostooibneftegeologiya.

ZOLONV, A. N.
Nurseries (Horticulture)
Nechanization of cuttinC of 5tocka in fruit" mjrnerl(,a~, 'SeM I Na. !+,, 195;-1
Eonthly Lj-.gt of Russian Aggenions, Library of Comress
Junc 1952. UNC116SIFIED.

, 11. ~'.
Graf tin,,,
Mechanization of cutting of stocks in fruit nurserie~.i. -34id i Ko. 4, 1952.
Month1v List cf Russian Acces2lons, Library of Con.!.~ress
June 1952. UINCLAS-SIFIllill.

*Cc is OYU T~11 111 14*1 Of Stme IrmtqO by
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uith Pt electrodLa. Tha retEults obtain"I am In ligimiumt
%ith Nalcluist's fonnula wj4RV-k', in ivliiich~iv is Ilia
tral d of the noise, R Me residanee of tho qmuinleii, wid
: temp. The const. V d* ws alit dqx-nd (in tl1li ill"to;ial
or it coll(fif lon. nor oil R or 1. ; this d4" [lot spmv Tirith ilia
re-ults oflFumper (ibid.. ID49, 63, 217; JI.A.,220, $17).
is probably qu.0 Io BAtza nTin*n coubt-G. V. T.
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zOUYfOv
Use of potassium salts as standard radioactivIty sources. Uzvdd.
prom. geofit. no.30:93-95 '59. (JUR& 12:12)
(Prospecting-Geophysical migthods) (Potanalum-Isotopes)

ZOIDTOV. A.V.; ORIOV. L.I.
Relation between the electric resistance of mtrata #rA their
water aO petroleum daturationo Racred.i prom4fileafiss, noo32:
MIA 13: 4)
(TIWmzy region-Ilectric prospecting)

rACC NRj AP6032695 SOURCE CODEJ UR/0203/6.6/00610051090-T/-diii"
AUTHOR: Zog~g; :A. V.
ORG: Volga-Ural Branch, All-Union Institute of Geophyaig&(V0.1g0-Ur8,l'skiY filial.
Vsesoyuznogo instituta geofiziki)
TITLE: Role of the shock wave in the formation of the Reyma tetic-disturbancin caused
by a large atmospheric'explosion\:k-
SOURCE: Geomagnetizm i aeronomiya, Y. 6, no. 5, 1966, 907-91i
TOPIC TAGS: shock wavegeomagnetic disturbance, atmospheric omplo0on, MM~M~
meteorite, nagnetohydrodynamic effect, thermal jonizat ion MetooTit 0 shock wave
/0 A 10 , 6 1 C D1,5 rOR 6;A10-F_
ABSTRACT: On the basis of analysis of data obtained on the INi s ka, meteorite. of
1908, the"problem is examined as to whether the geotmWetic disturbance "sociated
with the explosion could have been formed as a result of the j.,assagi! of the shock
wave throu&, the ionos~ber .\_YSuch geomagAetic disturbances, it van bi.-lieved, might
have been caused by increased thermal ionization of the ionosphere the-hind the shock-
wave front and by the magnetohydrodynamic effect. Mathematical computations end
arguments are introduced, however, that show that if an explooion be it chemical,
nuclear, or other, occurs at heights lover than 70--75 kM, the Aock irave can not
possibly have any substantial significance in the formation of the gemagnetic
disturbance accompanying the explosion. It is concluded, thereforej that the,.
Tungusska meteorite shock wave, which occurred at hoightm not micceeding 10 kml played
Card 1 /P Itnr. qqn-qAq

7A-CeM~7AH0326-OS"
no role it the formation of the magnetic disturbance. The moot likely cause of the
disturbance associated with the Tungusska meteorite explosion ww probably the Mi.
of chargek,p~rtibles into a mgnetic trap, which coald have boon fumed either by tlu
passage of7the body through the ionosphere or as-a result of the ezploaicn. The
author thaUs Yu. D. K&Jinln, A. 1, KalchjUv and rM., 1. Koatmr. OrIg. art. has:
2 tables'aiAT-figures.
SUB com "'At SUBM DATE: i4ju165/ ORIG REP: .'0311 OTH RKIN 005
Card 212

ZOLOTIOV, A.V.
Some data obtained by investigating scil and plant samples in tbo,
rerion of the TunFrus catastrophy of 1908. Dokl. M SW 140
no.1:10-3-106 S-0 '~I. (MIRA -Ai 9
L. Volpro-Ural'skiy filial Vsesoyu7noFo nauchno-imsledovatel'skogo
instituta geofizicheskikh motodov razvedki. Pr,pdstaileno akademikom;
M.A.Leontovichem.
(Podkamennaya Tunpuska Valley-Pleteorites)
a EIV,, 1; 451,4 1 ~A I'!

ZOLOTOV A,V*
Now data on the Tungw catastrophe of 1908,. I)ok.IdAN WU no,144-1
87 ja #61. (MM 14-!5)
le'Volgo-Urallskiy filial Vaesoyusnogo nauchno-Usledolmtel'skogo
instituta, geofisicheakikh motodov romadkil g. Okby;4bilakiya
Predstavleno akadenikou N.A.Leontovicheu6
(Podkamennaya TLi,Lgwk!L Valley-Mateorites)

1-470LOToV. A-V. o ItV
PHASE I BOOK EXPLOITATION SOVI
V3e3oyuznoye soveshchaniye po vnedrenivu ra~,Ioakt4vnyICh Izotor'nov I
yadernykh izluchenly v narodnom kh=,yajystva SSSR. rUga, 1.960.
Radioaktivnyje izotopy I yadernyye IzIuchenJ.ya v narodron
khozyaystva SSSR; trudy Vze3ojruznog0 soveahchanlya.12 - 1.6
aprelya 1960 g. g. Riga, v 4 toraaldi. t. It: Polaki, vazvedka
i razrabotka poleznykh i3kopayenykh (Rad.oactive IDotopea and
Nuclear Radiation In the National Econom:r of the UG~-jlk; Tran-
sactions on tho Sympoalum Hold In Rig,';i, April 1,2 - 113, 1()t;D,,In
4 volumes. v. Its Pro ape a tins, Survoying, and Mnin-, of 1eLq--
eral Depoait3) Mmcow, GoztoPtekh1zdat, 1961. 23?1 p. 3,640
copies printed.
Sponsoring AGGncY: Gosudarstvennyy naucl-.no-tek~.richealcly.kcTLii;et
Soveta Ministrov SSSR. Goaudaratvannyy 'iordtit Sovata .1,1
Mrilatrov
53313 po, Ispolizovanlyu atomnoy onergii
Eds. (Title page); N. A. Petrov, L. I. Petronko, and 11. S. ",wiltnk-Ly;
ed. of this volume: M. A. Speranaldy; &Aentifle ',%[, A.
Speranokiy; Executive Eds. : N. 14. Kuz ImIna and A. 0. lonel
qard 1/11

'V
(Cont.) 50',1/5_"-,92
j
Radioactive Isotepea and Nuclear
t
Tech. Ed.: A. S. Folo3-tna.
FUM.23E : TW,, ix-ok 13 intonded for engineer-,; ana
dealing with th-~ problema involved in the applicatien of
radioactive iEotopea and nuclear rad-latlon.
COV:WRAGE: Thia collection of 39 articln,.k lit Vol. 4 or th---
o", tho All-Union Conferonce 4,f the Intro-Juctlot*. cc 1~a 1AG-
active laotopen and Nuclear Reacticna In flx
of the USSR. The Conference waa called bv tho Go,3u`-1nr.,11v~jnryy
nauchro-tekhnjoh-.,s%iy k o in i t c t S o v e t IM i n 1 S t 1. 0 Vstaf;e
ScienCific-Technical Commictee of the Couhrll oJ.' M.Irt-,otcrcl :If
the USSR), Ac~demy of L=211, Gew~'plnn 3.1,51t ~5tmrf, Planning,
'~f Mlnl3tera of th,-- IVMR~. Go-ulimitier-
Comamittee of 'k-liq Counnll
nvy konitet Scveta Miniotrov SSSIR po avtomati;,atoil I
atroyenlyu (State Cormaittee of the Council of ol tale
USSR for Automation and Machine Building), and the Ccunr-il ol'
Mini3ters of the Latvian SSR. The repor';a ouirmarizt1d In 1,41.s
publicat.ion'dc-al with the advantages, pra3pects, and
Card 2/11

Radioactive Isotopes and Nuclear (Cont.) 3 0 V/,-j,'; 9 2
development of radioactive methods used in proczpeating, r:~ar-
veying, and mining of ores. Individual reportm pra-~vnt taa
reaulta of the late3t scientific research on the dimilopmtnt
and improveriGnt of the theory, methodoloMr, and technology of
radiometric inveotigationa. Application of radlcw:t;~'ve mothod:3
in the field of cngllneorlt-r~"f goology, hydrololly, an~i t1cc., arx.-
trol of orQ enrichraent procca--cs Is ana:~yLed. 'No pazi;onalitie!,
are mentiora. There are no references.
TAB12 OP CONTIM3:
Alekseyev, F. A. Freaent State and 17kiture Prospeats of Applying
the Method3 of Nuclear Geophysica in Proapactini;, Survoylngj and
illning of Rinerals
Bula2hevich, Yu. P., G. M. Voakoboynikov, and L. V. P.=Yukiri.
N
"outran and Gamna-Ray Logging at Ore and Coal Dapoalt,ii
Gordeyev, YV. I., A. A. NuMerand D. M. Brebrodollakly. Vie
Card 3/11

Radioactive Zzotcpes and Nualear (Con".) SOV/511:92
Problema 133
Zalotov, A. V. Critical Dimen3ions of an Artift,,,int 1~-d fV"
-TTI-,-r-S7m-uMro-n of Radioactive Vethods of lorohole Invelti-
gation 139
Solwlov, 1.1. M., A. P. Ochlmr, A. A, Fpdoroy, A, Yu, LI,)IIzha7c0V,
,~no P. P. Kiltev. Appliontion of the lklotrx;d of
Radiation for thei Invontigation of Ore Holea
-'~!zhlborskaya, Kh. B. Radioactivation (Motoneutron) Matheil

eur Determining Beryllitra 154
Yakub3on, K. 1. On the Poanibility of AeUvatIon by Pant
llijutrona Under Dcrehole Conditiona 157
Sen"Ico, A. K. P~otoneutron Method of ?roopectIng, Eliploration,
and Sa:-,pling of Beryllium Ore3 563
Abdullayev, A. A., Ye. M. Lobanov, A. P. Novikov, and A. A.
Card 7A1