SCIENTIFIC ABSTRACT KULISH, S.A. - KOZLOWSKI, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927430010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- KULISH, B.A.,..inzh.
Determining the efficiency of reorganizing mines. Izv.vyo.
ucheb.zav.; gor.zhur. n0-7:35-38 160. (MIRA 13:7)
1. Kharlkovskly inzbenerno-ekonomicheakiy institut.
Rekomendovana kafedroy ekonomiki i organizataii materiallno-
tekhnicheskogo snabzheniya.
(Coal mines and mining-Costs)

KULISH, S.A., inzh.; CHWATIM, N.I.
Potentialities for the reduction of supp17 costs in coal mining.
Izv.,v.ve. ucheb. save; gore zhur. no*10:53-58 160. (KIRA 13:11)
1. Kharlkovaki7 inzhenerno-ekonomicheskiy institute Rekomendovana
kafedro.v ekonomiki i organizataii materialino-tekhnicheakogo
snabzheni.va.
(Coal mines and mining---eZquipment and supplies)
A,

KULIS14 S#A-
Reducim expovditurfe for equipment procurements Ugoll 33 nooll:59-
6o N 16o, (KIRA 13312)
(Coal mines and minina-3quipment and supplies)
1'114~ g

KULISH, S.A.., kand.ekon.nauk.. dotoent
Improving the organization of equipment and material supply.
Ugoll Ukr. 5 no.9:40-41 S 161. OURA 14:9)
1. Kharlkovskiy inzhenerno-ekonam:Lcheskiy institut.
(Donets 13asin--Coal mines and mining--~~quipmant
and supplios)

INAUMENYO), K.D., do-ktor nk-)nom.nau~, prof LI~I; I kand.ekonon.nauk,
dotsent; CHUGAIENYO, N.I., inzh.
'IFundamentals for settinp, norme in matprial expenditures in coal
mininp" by M-E-Raikher, I.G.Guberman. Reviewed t,y K.D.Naumenko,
S.A.Eulish, N.I.Shupaenko. Ugol' 3( ne.P:62-63 Ar '61.
OUIU,
1. Ihar'k,-1v!3kiY inzbenvrn,)-ekonomicheskiy in~titut.
(Coal mines and mininr-Equipment and supplips)
(Coal mines and mininp--co-ts)
(Haikhor, I-I.E.) (Gul~ernan, I.G.)

KULISHP S. A.# inzh.
Limits for enlarging lumber warehouses. Izv. vys. ucheb. zav.:
gor. zhur. 5 ne.8:68-70 162. (MIRA 15;10)
1. Kharlkovski-y inzhonerno-ekonomicheakiy institut. Rekomendo-
vana. kafedr'oy skonomiki i grganizataii mteriallno-takhni-
cheskoRo onabzheniya.
(Umber-Storage)

KULISH, S.A., dotsent
Investigation of manpower used for the storage of lumber and
mining materials in mines. Izv. vys. ucheb. zav.; gor. zhur.
6 no.9:72-76 163. (MIRA 17:1)
1. Kharlkovskiy inzhonerno-ekonomichoskiy institut. Rekomendovana
kafedroy ekonomiki i organizatsii gornoy pronyshlennosti.
j~d
A

KULISH, S.A., dotsent
Using correlation for the analysis of coal costs. Ugoll Ukr. 7
no.11:48-49 N 163. (MIRA 1":4)
1. Kharlkovskly inzhenerno-ekonomicheskiy institut.
tgo
"d

MUSH, S.A., dotsent
Correlative an-'ysis of the capital assets of coal mines. Izv.
vys.ucheb.zav.t8'or.zhur. 7 no. l.-80-83 164. (MIPA 17:5)
3
1. KharIkovskiy inzhenerno-ekonomicheskiy institut. Rekomendovana
kafedroy bukhgalterskogo ucheta i statistiki.
-A, !I*':!

KU 1.1 5 at., dG 'Is c,-, t
U
,llntr the U,ucn( of mt3a handlin(,, lri Q.,e organizatJor. (,,,f' ' ondIng arid
~ 1 .1
imloading operations. rzv.vys.uc'heb.zav.;gor.zhu--. 7 no.7.-53-59 164.
(MIRA 17:10)
1. Kharlkovokiy tnzhencrno-ekcncT-lcb sk.5.y tnstitut. Ro4c-mendovana
baf-jdroy f;~.oncintki I urganizatcl! go-mogo proizve-dit.va.

n c, F'.
r, -Ind .6, ono'll. liallt. i ~ I T
P! a iining t I ie in"' e rnrO. worti.- 4 - ~-, c ap tal of -~,a i ;mine :,I ---ie
banis o~ a multiple correlatlcn~ lzv.vj5.k.,:.~Aheb.zwr.; rc-..zhur.
8 no.ll150-54 165.
1. Klifirlkovskiy i-nzh,;nerno,-.f-konoTrtche-,k-.y Relkomendovanft
kafle-droy bukhg;iltprsl:ogo uciv,,ta i stlatl3ti~a. S~.iir%m-,tt~-,-l January 1,

US -

sp

-1. KULISH, U.M.; VYATKIN, A.P.
Dislocation structure of alloy contacts between semiconductors
and metals, Izv. vya, ucheb. zav.; fiz, 8 no.6;1.57-161 165.
(MIRA 19:1)
1. Sibirskiy fiziko-tekhnicheakiy institut imeni V.D. Kuznetsova.
Submitted May 26, 1964.

vq
KULISH, V., sportsmen pervogo rairyada; RULEYA, V., sportsmen pervogo
--r-airyada.
Record parachute jumps from the stratosphere. Xryl.rod.8
no.11:6-7 N '57. (MIRA 10:12)
(Parachutists)

GHMNYSHEVICH, Fedor Ignatlyevich) inzh.; GURETSKY, Semen
Aleksandrovich, inzh.;J~I~T~
~~, Viktor Fedorovich. inz-b,;
Prinimal uchustiyo MIRUDV, K.A.p inzh.: R014ADI.U,.I.V.;
'AYBASHUA, T.V.9 red.
[Safety procpdures in the repair of electric rolling stock]
Telchnika bezopalsnoati pri remonto clektr-opodvizhnogo sostava.
Monkvn., Transport, 1965. 98 p. (MIRA 18:8)

VASILYM. V.A., kand.filosofskikh nauk. polkovnik zapana; KITLAKOV. T.M.,
kand.1storicheskikh nauk, k&pitan I ranga,-JaMISH,,T.1f.,.kAnd.
intoricheskikh nauk, polkoynik; GOLUIIDV, A.T., polkovnic, red.;
DOZHDZV, I.M., takhn.rod.
[Present-day imperialist military Ideology] Sovremennala impori4li-
stleboskais voennaia ideologils. Pod red. V.A. Vasilanko, V.A.
Xulak~va i V.M. Rullsh. Uoskva, Voon. izd-vo H-va obor. SSSR,
1958. 495 p. (KRA 12:2)
1. Voyonno-politicheakaya k-l-vkon'641hamennays, akadeni7a imoni
V.I. Lenina. -
(Military art and science)

am/Miscenaneous
Card 1/1 Pub, 133 - 21/21
Autbwe Kulish, Ya. K.9 deputy of' the Kursk Line Technical Administration
Title I Lino Technical Centers are supplied unsatisfactorily with poles
POrlodiciLlt Vest. svyazi 9., the 3-rd page of the folder, Sep 1954
Atatraot I In a letter to the editor the author describes various discrepancies
in, supplying the Mis technical centers of Klirsk Oblast' with tele-
graph and talephoxna poles,
Institutiont
Submitted t

MILISH, Ye. A, CAnd 0,001-Mil ~-l -- "GeoloLV and pe(-,rnlo~-y of cairartzite3 of Wfe~
I__ .--. ll'U.,4
Archopn rocks of the -4)u-Ehprn dan shield." bon, 1960. (Acad Sci U61JR. Go o 1
'Tuselm
Y - ! irl, A. P. Kprpinsldy. Len SlInto Fed InFl, in A. 1. G,.,rtr--n. Chair of
(~eo 106"' )(KL, 1-Gl, 185)
-89-

.__KULISH, Te.A.
Quartzites of the Iyengra series and hydrothermal processes in
place of low coherence in the Gorbylyakh Valley (southern Aldan
shield). Trudy Geol. muz. AN SSSR no.2:82--loo 16o.
(MIRA UtIO)
(Gorbylyakh Valley--Quartzite)

.-., -bLISHY Ye.A.
Early Mesozoic alkali granitaB in the southern Aldan Shield. Geol,
i geofiz. no..12:112-115 160. (MITU 14:5) ~
.1. Geologicheakiy muzey AN SSSR imenj A. F. Karpinskogo leningrad
(Aldan Plateau-Granite)

KULISH, Ye.A.
Manganede-alumina rocks with 'viridine in the Arcbean of the Aldan
Shield. Geol. i geoUz.. . no.1:53-65 .161-4 (MIU 1-40)
I* Geologicheski7 muzey AN SSSR imeni A.P. Karpinskogo,, Leningrad.
(Aldan PUtean-Viridine)

% EJLISH_ Yea.; SOU)NOROV, A.Te.
Boring horizontal connection boreholes from an inclined sbAft at
the Moscow Basin "Podzamgas" plant. Podzem.gaz.agl. no.i:46-51
'57. (MM 10:7)
1. Podmoskovnaya stantelya "Podsomgas.4
(Moscow Basin--Boring)

KULISH
Industrial oDeration of the Moscow Basin ':Podzemrnz'-* plant.
Pod,4em.gaz.ugl. no.z-.27-31 157. (XLRA 10:7)
1. PodmookovnAva etantsiyR "PodzAmga%."
(MOSCOW Bagin--COA1 gasificAtion. Undergroun-1)
VP
R

K U.;_1 S 1A, I e- ~-j e"
21(5) ~p Y, 3 PHASE I BOOK EXPLOITATION SOV/1297
Vsesoyuznaya nauchno-tekhnicheakaya konferentsiya po primeneniyu
radioaktivnykh i stabillnykh izotopov i lzlucheniy v narodnom
khozyaystve i nauke, Moscow, 1957
Polucheniye izotopov. Moshchnyye gamma-ustanovki. Radiometriya.
i dozimetriya; trudy konferenteii ... (Isotope Production.
High-energy Gamma-Radiation Facilities. Radiometry and Dosi-
metry; Transactions of the All-Union Conference oh the Use of
Radioactive and Stable Isotopes and Radiation in the National
Economy and Science) Moscow, Izd-vo AN SSSR, 1958. 293 P.
5,000 copies printed.
Sponsoring Agency: Akademiya nLuk SSSR; Glavnoye upravleniye po
ispolIzovaplyu-. atomnoy energii SSSR.
Editorial Board: Frolov, Yu.S. (Reap. Ed.), Zhavoronkov, N.M.
(Deputy Reap. Ed.), Aglintsev, K.K.Y' Alekeeyev, B.A., Bochkarev,
V.V., Leshchinskiy, N.I., Malkov, T.P., Sinitsyn, V.I., and
Popova, G.L. (Secretary); Tech. Ed.: Novichkov, N.D.
Card 1/12

Isotope Production (Cont.)
SOV/1297
PURPOSE: This collection is published for scientists, technologists,
persons engaged in medicine or medical research, and others con-
cerned with the production and/or use of radioactive and stable
isotopes and radiation.
COVERAGE: Thirty-eiGht reports are included in this collection
under three main uubject divisions: 1) production of isotopes
2) high-energy gamma-radiation facilitiesand 3) radiometry and
dosimetry.
TABLE OF CONTENTS:
PART I. PRODUCTION OF ISOTOPES
Frolov, Yu.S., V.V. Bochkarev, and Ye.Ye. Kulish. Development of
Isotope Production in the Soviet Uiri_o_n__-____- 5
This report is a general survey of production methods,
apparatus, raw materials, applications, investigations
and future prospects for radio isotopes in the Soviet Union.
Card 2/12

Isotope Production
SOV/1297
Kulish, Ye.Ye. Several Problems on Obtaining Radioactive
10-t-op-eswith a Nuclear Reactor 18
Dmitriyev, P.P., I.I. Zhivotovskiy, N.N. Krasnov,
I.P. Selinov, and Ye.N. Khaprov. Preparing Several Radio-
active Isotopes in a Cyclotron With Deuteron Energies
of r,-, 10 Mev 26
Maksimov, M.Z. Determining the Yield of Reaction Products 31
Karaba8h, A.G.Jand Sh.I. Peyzulayev. Chemicospectral
Methods of Analyzing High-frequency Materials Used
in Reactor Building and the Production of Radio
Isotopes 36
Llvov, B.V.,and G.I. Kibi8ov. The Spectral Quantitative
Determination of Admixtures in Radioactive Preparations 50
Card 3/12

Isotope Production SOV/1297
Petrova, M.S. Preparation of Sources of Alpha-, Beta-
and Gamma-Radiation Using Oxide Films on Aluminum
and Its Alloys 55
Zolotarev, V.S.. Stable Isotopes Enriched by the Electro-
magnetic Method 60
Gusev, V.M. Ultra High-temperature Ion Source for the
Electromagnetic'Separation of Isotopes of Platinum
Group Elements 66
This article describes the basic structural features of
an ultra-high-temperature ion source and gives the re-
sults of its use in separating Pd, Pt, Ruand Ir in a
small electromagnetic separator. A hot cathode discharge
is maintained in vapors of the element being separated and
isotope ions are drawn from the gas discharge chamber
through an aperture. A lateral electron beam with energies
of 20-25 kev creates chamber temperatures up to 28000 C.
Card 4/12

Isotope Production
SOV/1297
Alekseyevskiy, N.Ye., A.V. Dubrovin, G.I. Kosourov,
G.P. Prudkovskiy, S.I.. Filimonov, V.I. Chekin, V.N. Shelyapin
(deceased), and T.K. Shuvalova. Utilization of Mass Spectro-
meters With a NonhoFogeneous Field for Analyzing Isotopes
of Light Elements 73
Ordzhonikidze, K.G.,and G.N. Zubarev. Relative Propa-
gatability of Palladium and Germanium Isotopes 78
Rozen, A.M. Some Problems on the Theory of Isotope
Separation 86
Gverdtsiteli, I.G.,and V.K. Tskhakaya. Separation of
Isotopes of Light Elements by Diffusion in Vapors 113
Barvikh, G.F., and R.Ya. Kucherov. A Diffusion Column for
Separating Isotopes 122
Card 5/12

Isotope Production
SOV/1297
Myulenfordt, Yu.K., G.G. Zivert, and T.A. Gagua. A Rec-
tificatio~ Column for Obtaining BF31 Enriched With
isotope B 0
A method is described for nsiching natural mixtures
containing,--18.6 percent B concentration to,-80 percent
B10 concentration by low temperature (- - 100 degrees,
scale not stated) adiabatic rectification. Separation
capability was BIO of 95-96 percent purity after 480 hours
processing; but, as the desired concentration wasr-,80
percent, separation yield was 4 liters per 24 hours. Block
diagrams of installations are given.
Zhavoronkov, N.M., O.V. Uvarov, and S.I. Babkov. Research
on the Separation of Stable Isotopes of Light Elements
Tunitskiy, N.N., G.G. Devyatykh, M.V. Tikhomirov,
A.D. Zorin, and N.I. Nikolayev. Separation of Carbon
Isotopes
Card 6/12
127
134
143

Isotope Production (Cont.)
SOV/1297
Peshkov, V.P.,and V.M. Kuznetsov. LQw Tem rature Methods
of Separating Helit-m Isotopes (HeJ - HM) 149
PART II. HIGH-ENERGY GAMMA FACILITIES
Sinitsyn, V.I. Problems and Trends In Creating High-energy
Gamma Facilities 160
Bibergall, A.V., U.Ya. Margulis.,and V.G. Xhrushchev. Prin-
ciples and Techniques of Using Radioactive Isotopes as
High-energy Sources in Radiobiology and Medicine 175
Basic problems concomitant to planning and constructing
radiation facilities are systematized according to the
purpose of the facility. Descriptiors and schematic
drawings are given for some facilities classified as to
purpose: a) experimental radiobiology, intended for low
radiation of relatively small objects (animals, plants)
b) experimental installations intended for radiation of
various biological preparations of small size but
Card 7/12

Isotope Production (Cont.)
SOV/1297
requiring high dosage (microorganisms, biological sub-
strates) c) Industrial radiation of biological products
requiring sterilization, preservation, disinfection, etc.
d) medical and therapeutical purposes.
Breger, A. Kh., V.A. Belynskiy, V.L. Karpov, S.D. Prokudin
and V.B. Osi v. Facility for Radiation-Chemical Research
Employing Co88 Gamma-Radiation Source With an Activity of
21,000 g-ev of ftdium
A K-20000 Co gamma-radiation source, cited as the
most powerful in the world according to available data,
is described and basic parameters tabulated. The unit
is provided with a control panel and a system of periodic
observation and is capable of 1200 r/sec dosage per 0.4
liters and -100 r1sec per 100 liters volume. Working
chamber capaci~6 is,-300 liters. The source, comprising
56 standard Co preparations, the authors state, is safe
for attending personnel owing to a "dry" method
especially developed for this unit.
Card 8/12
isotope Production (Cont.)
I
SOV/1297
Babushkinj, A.V-s _T.V. Voznesenskaya, N.G. Zhirov, V.I.
Zatulovskiy, and Yu.L. Khmellnitakly. Laboratory
Employing Cobalt Emitters
Zatujovskiy, V-1. Sources of Ionizing Radiation for Use
in Radiation Chemistry
pertsovskiy, Ye.S., A.V. Bibergall, and U-Ya- Margulis.
A pilot Plant Installation for the Radiation Disin-
festation. of Grain
Chernyayev, N.D. Gamma-Radiators for the Preservation of
Food Products
PART III. RADIOMETRY AND DOSIMETRY
Adrova, N.A., #I.M. Koton,.Yu.N. Panov. Utilizing Scintilla-
ting Plastics to Register Radioactive Emissions
Gollbek, G.R. and A.N. Vyallshin. Using Soviet Germanium
' in Building Radiometric Equipment
Transistors
card 9/12
182
189
193
200
206
213
220

Isotope Production (Cont.) SOV/129"j
Voroeyeva, L,V,,o K.S. Kalugin, and Yu.M. Shtukkenberg.
Seto-up for Measuring Individual Doses of Gamma-rays
within a Wide Range 228
Lyapidevskiy, V.K. The Use of a Diffusion Chamber for
Measuring Low Activity 235
Gollbek, G.R.,and A.N. Vyal'Bhin. Pocket Radiometers and
Dosimeters 238
General desdription and electric circuit diagrams are
given for a pocket-sized radiometer intended for ap-
proximate determination of gamma- and hard beta-ray
intensities above 1 Mev. Time lapse after onset of
radiation registration serves as a parameter for the
determination of Intensity up to 1000 pr1hr with an
accuracy of ~ 20 percent. working principle, components
and electric circuit diagram are given for a pocket-size
dosimeter capable of detecting approximate intensities
of gamma- and beta-radiation from 0.1 to 5000'~4r/sec and
Card 10/12

Isotope Production (Cont.) SOV/1297
and above 0.2 Mev, respectively.
Lantratov.. M.F., V.Ye. Manoylovjand O.A. Myazdrikov.
A Photocolorimetric Method of Beta-dosimetry 246
Baranov, S A and R.M. Polevoy. A Counter for [Determining]
the Abs~Dte [Activity) of Charged Particles 251
Lantratov, M.F., V.Ye. Manoylov, and O.A. Myazdrikov. A
Galvanic Method of Measuring Beta-activity 254
Kogan, R.M.,and N.K. Pereyaslova. The Use of a Photofilm-
Scintillating Crystal System for Registering Gamma-
Radiation 260
Kalugin, K.S. and V.V. Markelov. On the Problem of
meaburing ~661( ourvenid 264
Card 11/12

Isotope Production (Cont.)
SOV/1297
Shtukkenberg, Yu.M., and V.I. Drobot. Employing a Or-Counter
for'Absolute Measurement of Activity 270
Shtukkenberg, Yu.M., and V.I. Drobot. A Method Employing
a 4,T-1-Counter for Registering Internal-Conversion
Electrons 278
Tissen, M.Yu. A Scintillation 41r-Counter With Stilbene
Cryf3t4ld-for.-Abs6lute Measurement of Beta-activity. 285
This article describes a counter for the absolute
measurement of beta-activity from 0.15 to 3.5 Mev. The
instrument uses two standard stilbene crystals (30 mm
diameter, 10 mm height) and photomultiplier FEU-19 or FEU-29.
Correction factors are discussed and data on activity
measurement are plotted.
AVAILABLE: Library-of Congress
TM/atr
4-10-59
Card 12/12
-T
Zi

+ ~je,
21M PHASE I BOOK EXPLOITATION SOV/1378
Sovremennoye oborudovaniye dlya raboty s radioaktivnymi izotopami;
sbornik materialov (Modern Equipment for Working With Radioactive
Isotopes; Collection of Materials) Moscow, Izd-vo glavnogo
upravleni a po ispol zovaniyu atomnoy energii pri sovete K-va
SSSR, 1959. 110 p. ('Series: Atomnaya energiya. Prilozheniye,
1958j no, 5) 8,45o oopiea prInted.
Ed.; Zavodchikova, A.I.; Tech. Ed.: Popova, S.M.
PURPOSE: This book is intended for personnel engaged in activities
involving the use of radioactive isotopes.
COVERAOEt This is supplement No. 5 to the periodical Atomnaya
energiya for 1958. It.contains 3 artieles dealing with modern
techniques, methods and apparatus for handling r3dioactive isotopes
and may serve as a handbook in this respect. Schematic diagrams
and illustrations of modern equipment for the remote handling
of radioactive materials are given, as well as detailed descrip-
tions of working principles.
Card 1/5

Modern Equipment (Cont.)
SOV/1378
Bochkarev, V.V., Ye. Ye. Kulish and I.F. Tupitsyn. Several
Technical and Te6hnological Problems of the Production of
Radioactive Isotopes and Tagged Compounds in the USSR 5
Introduction 5
1. Preparation of materials for irradiation
2. Irradiation of samples 9
3. Reworking radioactive materials. StandarJ procedures 10
4. Methods of obtaining several "key" and coroplex organic
compounds 11
5. Glove boxes, some attachments and apparatis for manipu-
lation 1-1
6. Analysis and measurement of the activity of preparations 22
Yakovlev, G.N., and V.B. Dedov. Development of Methods for
Distance Work in Radiochemical Laboratories of the Academy of
Sciences, USSR 26
Samokhvalov., N.V. Protective and Manipulatablrz Str7.lotures for
Working With Radioactive Isotopes 38
Introduction 38
Card 2A

Modern Equipment (Cont.) SOV/1378
Ch. Development of Protective Technique in Jobs Involving
Radioactive Preparations 39
1. The present state of techniques for working with radio-
. active preparations 41
2. New methods of developing techniques for working with
radioactive preparations 41
3. New devices, their value and possibilities 44
Ch. II. Mechanical Holding Devices 50
Ch. III Pneumatic Remote-control Manipulators 56
1. ' gtdtionary.pneumatic"mafiipuldt;ors 56
2. A manually operated, angular. pneumatic holding
device 61
3. A "double-cavity" pneumatic holding device 62
-Ch.. IV. Measuring Hoppers for Liquids 63
Card 3/5

Modern Equipment (Cont.)
SOV/1378
1. Automatic pipette for radiochemical operations 63
2. Measuring hopper for radiochemloals 67
3. A self-drying pneumatically controlled syringe-
pipette 69
4. A radiochemical "hydrocolumn" 71
A micropump with radiochemical micropipettes 74
9.0 A pedal micropump 75
Ch. V. Hydraulic Manipulators for Radiochemical [Liquids] T6
1. A stationary, manually-operated hydraulic manipulator g
20 A multichanneled hydraulic mianipulator 2
i
. Other modifications of hydraulic manipulators 85
3
Ch. VI. Pneumatic Hydraulic Manipulator for Radioactive
Preparations 87
Ch. VII. Geared Mechanisms for Manipulatory Apparatus 88
1. A lifting-turning.gear-screw mechanism go
2. A dual-drive worm-gear mechanism 91
3. Two-profile combined rack mechanism 92
Card 4/5

Modern Equipment (Cont.) SOV/1378
4. Mechanisms with two-profiled gears for omnidirectional
manipulating 94
5. Rack and pinion staggered-gear mechaniEms 95
Ch. VIII. Nonwasteful Methods for Controlling Ampules 98
Ch. IX. Some Deactivation Methods 101
1. Hydromeohanical dooontaftnAtion.of Burfaces by remote
control 101
2. Multiaolution stationary deaotivators 105
Conclusions 108
AVAILABLEt Library of Congress
TmAsv
4 30-59
Card 5/5

A- Ll-
V.., KUMS11, E. et a I
"Some ZngineerinG Technological Aspects of Radioisotope, and Lalluel,--I Cc.,.,)p,,)u.,,,d
rroducticm in the, USSR."
papE.-V to bi~ pro:Ient,~(1 at the 2n(l UN Intl. ' Ci,nr, cin puncefil ui;.-.z; c~f At,-A31c
Gcnevn, 1 - 1-3 SQpt 56.

21(5) SOV/89S-50-5-1/4
AUTTIORS: Bochkarev, V. V., Kulish, Ye. Ye., Tupitsyn, I. F.
TITLE: Some Technical and Technological Problems in t1ie Production
of Radioactive Isotopes and Tracer Compounds in the USSR
(tfokotoryye tekhnicheskiye i tekhnologicheskiye voprosy proiz-
vodstva radioaktivnykh izotopov i mechenykh soyedineniy v SSSR)
PERIODICAL: Atomnaya energiya, 1958, Supplement 5, PP 5 - 25 (USSR)
ABSTMIXT: In 1958 110 radioactive inotopen viere produced commercially.
92 of them were for,,.ied by neittron irradiation. Prior to the
irradiation the initial materirils mun 't be purified, if pos3i-
-ble,so that in the subsequent prnaessing of the radioactive
elements the impurity activities Oo notyield too much WastD.-ory
often it in possible' to carry out th,-~! irradi.-tions with en-
Sn1231 Te1271 S,75, v115. The
riched isotopes auch as Fe55
,
portions irradi..ted fluctuate between 0.5, 1-0, 10 and 20 CM3
and were contained either in aluninum contiiners, boron~-free
glass bottles or plastic containerv. The irradiatie,n periods
for isotopes With.a half-lif(' UP to 3 days ia 6, 9 or 15
Card 1/4 hours. Isotopea vith a half-life period of 3-30 days tire

Some Technical and Technological Problema in tho SOV/09.3-56-5-1/4
Production of Radioactive Isotopes and Tracer Compounds, in the USSR
irradiated for ~O days. Isotopes vith a half-life of more
than 30 days (S35, Ca45) are kopt in the reactor for 90
days. For the production of the isoto,)es C14 ond C136 the
initial material is irradiated for 0' to 12 moriths. In order
not to disturb thq mont favorable reactor flux distribution
on the feeding of the reactor with the ampoules to be irrudiat-
ed a load diagram of the ninglo irradiation chambers was
set up prior to the experiments. The feeding in the different
channels is therefore carried out in such a way that the
original flux distribution is maintained. The irradiated
samples are treated riadiochonicalll and the desired radio-
active isotopes are separated. In certain cases certvin com-
pounds are marked by these radioactive isotopes. The still
hi-h amounts of the preparations are thendivided uid filled
into smaller ampoules. In th,? LTSSR 280 of the 450 chemical
compounds produced in tho usual way wer produced whicn aro:
synthesized from c14, s35, H3, p32, c139. For the production
of tracer compounds only 1 or 2 initial materials are used
for the isotopes mentioned above. In this connection it is
Card 2/4 often necessary to build-in the radioactive atoms into a

Some Technical and Technological Problems in the SOY/89S-50-5-1/4
Production of Radioactive Isotopes and Tracer Compounds in the USSR
cortainplace of a polyatomic mc-lecule. The transition into
a complex organic compound takes place by synthesis or other
radiochemical methods such an isotopic exchange, reactions
with "hot"atoms etc.The production of chemical compounds
traced with soft 0 radiators is carried out at a preparation
activity of 100 mC until some C are attained; this is done
in laboratories equipped with glov boxes. For the production
of orgranic compounds marked with C?4 mainly the synthetic
method is applied using almost always BaC140 3 as an initial
product. The possible intermediate preducts are listed in a
table. The possibilities based on the synthetic method are
mentioned by which variouc compounds marked with s35 can be
obtained from barium sulfate as an initial substance. The
diucharge channels and boxes used in the laboratories are
equipped with manipulators or gripping gloves. Moreover, they
are equipped with filters collecting the acrosole and gaseous
impurities. Furthormore, tho,,,e rooms are equipped with own
water, gas and vacuum supplies and dispose of special channels
Car-1 3/4 for the removal of radioactive wa2i,e oroducts. Photographic

Some Technical and Technological Problems in the SOV/691S-58-5-1/4
Pr--i,luction of Radioactive Inotopea and Tracer Compounds in the USSR
representations are shown of 4 tY~,er, Of theoc boxca. Other
very important appliances used in V-ese radioactive labora-
toriea are refaote-control tools such as ton~,n, pincers, mirrors
etc. Remote-controlled cutting tools, soldering bits ate.
play an inportant part too. For the manipulation of very small
volumes of active liquid volumes hydromanipulators, automatic
remote-controlled burettes and pipel.tes are ussed. It is
pocoible, for Inctarice, to decant volumes 0.1 - 100 ml in
accurate doses by means of such a hydromanipulator. Before
dispatch each preparation is closely examined. The physico-
chemical constants, the conte'ht of the main components, the
total and the specific activity, t-,o share of the active
and inactive impurities are determined. Ilia "in example it is
described how the content of the y-lijomor C136m is determined
in a hexachlorane preparation not yet purified. The quanti-
tative deturmination of nmall concontrationn is c"tried out
mainly by spectrum analysis or by the polLrographic method.
Marked preparations used for medical or biological purposes
are additionally examined an to their content of physiologi-
Card 4/4 cally important admixtures. There are 14 fi6nires and 2 tables.

K yt:~
PHASE I BOOK EXPLOITATION =/453(;
Tashkentskaya konferentsiya po mirnomu, ispollzovaniyu atomnoy energii. Tashkent,
1959
Tezisy dokladov (Outliaes of Reports of the Tashkent Conference on the Peaceful
Uses of Atomic Energy) Tashkent, Izd-vo AN Uzbekskoy SSR, 1959. 229 p.
2,000 copies printed.
Sponsoring Agencies: Akademiya nauk Uzbekskoy SSR; Hauchtio-tekhnicheskiy k0mitet
Soveta Ministrov UzBSR.
Resp. Ed. for this book: L.G. Gurvich; Ed. of Pablisbing House: I. G. Gayc-ira!Laya;
Tbch. Ed.: V. P. Bartseva.
PURPOSE: This book is intended for nuclear physicists and other members of the
dalentifid commLinity interested in recent progress in the peaceful uses of
atomic energy.
COVERAGE: This Pollection of abstracts of reports and papers read at the Tashkent
Conference on the Peaceful Uves of Atomic Energy reports on research on a nimber
of theoretical problems in wxlear and radiation physics, practical problems

Outlines of Reports of the Tashkent Conference (cont.) sov14586
and methods in the preparation of radioactive isotopes, and the application
of isotopes in industryp geology, agriculture, riedicine,.
plant and animal biology, and other branches of the national economy and
scientif ic researQh. The Table of Contents has been expanded to inclluio
authors and titles of abstracted papers a-ppearing in section headings "Plonary
Sessions" through 'Wioactive Isotopes and Nuclear Radiations in Chamistry'd,
No personalities are wntioned. There am, no irferunces.
TABLE OF CONTENTS:
Plenary Se.9ado4s
(Arifov, U. A., Inatitut yadernoy fiziki AN UzSSR (Institute of Nuclear
Physics AS Uzbekskaya SSR) , 2-arspectives for the Development of Scien-
tific. Research at the Institute of Nuclear Physics AS Uzbek SSR 3 5
and G. M. fradkin, Glavnoye upravleniye po is-
pol'zovaniyu atomnoy energii pri Sovete Ministrov SSSR (Main Mmin-
istration. for Utilization of Atomic-Energy of the Council of Kinisters
of the USSR). Production of Radioactive lEsotolx.-s in the Sovi~t Union] 6

GRABI&&VSKIY, Y.N.; KULISH, Ye.Yo.; KATYUSHINA, H.A.; POPOTA, G.L.;
POTAPOV,' G.P.; SAVITSKIY, F.S.; TkM[OVA, V,H.; FRAIKIN, G.K.;
LABA211OV, V.I., red.; VLASOVA, N.A., tokhn.red.
(Isotopes, radiation sources, and rodioactl.ve w terials; a
catalog] Izotopy, istachniki izluchealia i radioaktivnyo
mnterinly; katalog. Soot. avtorskir kollektivom: V.N.Grablev-
skii i dr. Koskvn# Izd-vo Glav.uprov.po ispol'toyaniiii oto=oi
energii pri Goveto Ministrov SSSH, 1959, 269 p. (MIRA 12:12)
1. Russia (1923- U.S.S.R.) Glavnoys uprnvloniye po lspoi'zova-
niyu atomnoy energii.
(Radioactive substances)

S/089/60/OC9/003/013/014
B006 B06~
AUTHOR: Xulish,_Ye. Ye.
TITLE: a-, 0-..arLd y-Radiation Sources for Control nd Automation
of Tdohnological Processes
'PERIODICAL.. Atomnaya'energiya, 1960, Vol. 9, No. 3, pp. 241-242
""":T:
The present article gives a survey of the instruments and radiation
L-ources use-i at present in the Soviet Union. The properties and range of
application of the various sources are discussed. Among tho'instruments
liseJ at prrsent in Soviet industry are contactlesB, radiosictive thick.
ness gauges; densimeters; level-meters; defectoqcopes, etc. These and
many other instruments help to solve problems in technology and research.
Many of these instruments are now mase-produced: level-indicators of he
typc PWY-1 (RIU-1), level-meters of the types YP-6A (UR-6A) andyP-7
(U.2.,I)~ denaimeters of the type [I)KP-2 (PZhR-2), pressure gauges of the
tzr,)e M14P--3A (VIR-3A), and other instruments are manufactured by the
,.-1A1-,,hrjkiy zavod pirometricheskikh,priborov (Kaluga Factory for Pyrometer4;
gaul-es of the types OTY-495 (ITU-495), 14TY-496 (ITU-496), and
Card 1/3

~i-, and y-Radiation acurces for Control !;/069/60/009/00 3/013/014
and Automation of Technological Processes B006/BO63
rT-1~10 (G-T-150), weight meters cf the type 6OB(11TV), difCerence meters
of tie t-,ype P -4 0-4), piece counters of the typePU7-11 (RSP-11). etc,
by the Toullinskiy zavod KI-P (Tallin Factory KIP); e-lectrcnic relays by the
4 y K113): gamma instrurnonts fox,
Khcr'kovskV zavod K[P (Khar'kov FaRj2j
defectoscopic purposes by the Moskovskiy zavod "Mo3rentgQnl' (Moscow
Factory "Mosrentgen"), and many other instrument3~ The aemands made- r;,
indu3try on radiation sources are particularly high; so thoy are
to aa-~,ressive media. shocks, vibrations, and temperatures
ten de,?rceo below' zero and 200-3000C. etc. Radiation sonrc'12 firli P:~111 11
in thrce varictics: 1) in the form of' oirce, rods., etc. Th.
. .. j
al it, ,.-ometimes enclo!jed by Al foil ao, e.g. , in Vne cjv,,-
2) ThQ active material is sealed in ampoules (fer
tivities). Single or double conta4ners made c~ glaov or --v.-
according to the kind of source. 3) The sources are devo-si.-,:~ cf azt;,
materiul laced on backings of diff,~rent materials-,
Sr go, P mi4, Pu, etc.)~ More than 200 3ourc-3s of difforcn*, nz:
~ n')te':
produced by industry from 14 isotoPes~ In this connecticr,
that, as a result of bromastrahlung and radiation due to ;nfzi-nal cori,;,
sion, electron capture, and positron annihilation, numel,CIIS IMMIM'i 30u-('1-1
Card 2/3

tind ~'ourcca for Control
4
a,,~,.- luton-ation of Technol,,--ical Procoscoo B006/BO65
,,.:.it s,)(.,ctra that differ lar,-,,?ly from th:~ spectra given in taln2e., for th~
rOSI)CCtiVC iSOtOUCS. FO!' dVfOCtO.ICOPiC Durposc3 the folloein,g !70't
ters are recommended for light alloys, metals, ani thin foil-9 of heavy
r,,?tal3, au wall as for technological control of materials with -~ lo",
atomic number: :-,'ul55, Se75, ce144, and Zn65. Beta emitters may Alpo be
divided into two roupa accordi5p, to their spectral "purity": 1) ;'purc'
beta omitters (pmM, T1204, Sr b, and Ce144) %hich are particularly
ouitable for' piece counters, thickness gaubresioetc.: 2) sourceD -!,ith
alues, an~ :;r
a large brems3trahlung admixture (CO144 on 1w 6 p1, 90 in Mir-
ces of the type 54(B1)), Yjhich are of opecial us) for instrument~3 in %-.1hich
radiation penetrates the material.
Card 3/5

EUDKI11, G.M.,-_KuLjLH,_Xe~jq.,- PCIFtLINTSTVA, G.M.., red.; FOPOVA) S.M.)
tekhn. red.
(Sourses of oCjj3#,(p and neutron radiation for the automa-
tion and control of industrial processes] Istochniki 00-, -1 (3-) -f-
i neitronmykh izluchenii dlia kontrolia i avtor.-atizatsii tekb-
nologicbeskikh protsessov. Moskva.. Gos.izd-vo lit-ry v oblasti
atomoi nauki i tekbniki,, .1961. 86 p. (MIRA 15: 1)
(Radioactive substances-Industrial applications)

KUL-ISH, Ye. le.
"Got6q Problems of Radioisotope Production in ReBonrch Reactors of the
IRT ar.-I VVRS Types."
report presented at the Symposium on Programulne and Utilization of Research
Reactors, IAEP) Viennal 16-21 Oct 1961.

33()1~1 611001/000/00/056
S/Ob
the hV r t
lis'n I -to o-.O?e 13 a
tots
0 0 r
()TL!5 . tiott 0 ',let
'V e 1959~ of SO
.011fer ent 1
9,6.0.1a tails -To
it lea
a. all eneT9 rta"'t last Sotope TLeN
t im'Po th e for I for 40
at omnol 46 the Moe se& it, &OVU sees '~jost
961, 34' ..'rvel of inere .aid, 9 Toce Oved, 'Purit'j
a. ree't1l aISO been tion &,.;e1.' 'Righ-
thors gj"le has hal 0 the 9 rod,~Xe been'tionS. ,able
10111k. CY, - Tks h,'V e
Th a SA t 10 -a 7 . ties- tio years OUnd6S Teo. c ritl 8 -ran%
eel t'0 0 6, 00112 diffl V eTI
.9T Wle t lle
O~ (TU) a? t las 3 OX
otoge III 'a 'he labi resul. to tating Vget is become
3.6 TdL D%Jri 9 200 nel . as rTad' t8. "
stavAs. a& b$ lh ch the tho& bas va&e
tion. bO'ULt O&'ace i !me *ht 3 eined. 'To
rod'UG and' a.. are 'PT obtairkl 4,11 's %te'r as also obt
ither 1 Ons Is. 'U'p 9
)Os to-pes The e
isotol SO areact
the re jing Voj,~jcedk- - rk staTtec es ar
of otogel - choo, V has 'bee jAe'M isoto?
radkiots or bly isotove a, ctor .
isoto-peS m tj-, 0 186S t To 90,61-ble
sleMent fro the tions
,"S"r since 2U) -reac
90,91t et) and.
~rk ? & 1/3
r'ar
3 3 0,11
S/63 61/ooi/000/003/056
Production Of radioisotopes ... B102YB138
the decay of isotopes produced by (n,j), by (T,n) and (T,2n) reactions and
from uranium fission fragments
(PM447, C8137, Sr9o etc). They can be separated in the pure state. The
new labelled compounds include a large number of complex compounds such
as glycerin, glyceric acidgand benzyl alcohol which are im ortant in
biochemistry, and pharmaceutical products labelled with ClT Besides the
conventional chemical methods of producing labelled compounds increasing
use is made of the energy of the recoil nuclei, and the method of
isotope exchange is also employed. The activities and dimensions of the
Eu152 , Cc 6o 1 S75, Tu170, R 226, C144, Eu155, and Cs137 preparations
commercially produced since 1959 are tabulated,. 95,~ of the annual
consumption of 5-1o5 curies consists of a-, P-, y- and n-emitter;. Produc-
tion of the latter, which have become important in mining and well
drillings has been particularly accelerated just recently~ Besides Po-Be,
Ra-Be sources are also used, which are produced with different dimensions
and with certain maximum intensities between 1.1o4 and 3-1o7 n/sec. The
price9of the most important isotope preparations are given, To standardize
activity measurements comparative measurements with standard apparatus
Card 2/3

330,51
S'/638/61/001/000/003/056
Production of radioisotopes B102/B138
are suggested. Of the short-lived isotopes (t 1/2< 3 d) 52 different
compounds of 42 isotopes are being produced at present. The most important
24 31 42 64 32 196 131 32
are Na , Si ~ K , Cu , Br , Au , J , and P . The starting
materials are the chemically or analytically pure reagents. Special
laboratories are needed to produce preparations of short-lived isotopes.
A project for such a laboratory,, produced by the Moakovskiy proyektnyy
institut (Moscow Planning Institute), is obtained. There are I figure
and 5 tables.
ASSOCIATION: Glavnoye upravleniye po ispol'zovaniyu atomnoy energii pri
Sovete Ministrov SSSR (Main Administration for the Utiliza-
tion of Atomic Energy at the Council of Ministers of the
USSR)
Card 3/3

3/194/62/000/001/028/060'
D201/D305
AUTHORS: Fradkin, G. M. and Kuli8h. Ye. Ye.
T1 T LE 3ources of alpha-, beta-, Gamnw- and neutroyi,radia-
tion for the control and automation of technologi--a'.
processes
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 1, 1962, abstract 1-2-129 g (Radicakt. izotopy i
yadern. izlucheniya v nar. kh-ve SSSR. T. I., M..
Gostoptekhizdat, 1961, 95-109)
TEXT: The properties of artificial radioactive isotopes are con-
sidered, their characteristics given, ranges of applications shcwn
and the classification of f A- and neutron sources, as used in
ttie USSR are given. 6 figtes, 6 tables. //-Abo tr,.-ic ter' o note: Corr,
plete translation.-7
Card 1/1

SAVITSKIY, P.S., otv. red,;-4UjjSH., red.; FRADKIN, G.M., red.;
VORDNOVA, A.I, red.~ POPOVA, S.M., tekhn. red.
(Isotopes, radiation sources and radioactive materials;
catalog]Izotopy istochniki izluchenii i radioaktivnye materialy;
katalog. Izd.2., dop. Moskva, Gosatomizdat, 1962. 218 p.
(MIRA 16:2)
1. Russia (1923- U.S.S,R,)Gosudarstvennyy komitat po ispollzova-
niyu atomnoy energii.
(Isotopes) (Radiation)

SLOVY VOL; SHTANIP A.S.; KULISIl Ye.Ye.
RUMYANTSEVI S-V-; DPBROMY Df sources from SM145 and
Radiation characteristics 1_ ~,5-no.6%511-514 D 163 ~MJRA 17%1)
enriched se754 -,ktom. energ

KULISH, Yu. S. Cand Geolog-Mizieralog Sci
Wssertationt "Experiment for Inveetigating an lnteraction of Grounds with
Bitumous and Their Components." 3013150
Moscow Order or Lenin State V imeni M. V. Lomonosov.
SO Vecheryaya Moskva
Sum 71

Y,,,) L -F 0 E N ~-__ o,,~ A - Z. -
USSR/Physical Chemistry - General Problems ef 15ot7,pe Ch-m_'.Btry, B-7
Abst Journal: Referat Zhur - Khimiya, No 19., 1956, 60988
Author: Kulishenko, A. Z.
Institution: None
Title: Equation of the Curve of AbsorptiIan of Ra Ma Icn In Active layer
of Sample for s35
Original
Periodicalt Zh. fiz. khimii,,'Xp541 28, No 7, 1186-1j.92
Abstract: On the baite of measurements of activi.ty cf BaSr)4 precipitates
(tagged with s35) of different thickness a more precise empirical
formula has been derived for computation of the absorption of
3
6-radiation of s : ix/Io = 1 exp ~-231T (1), where ac-
tivity of sample of thickness x mg/cm and I. activity of "satu-
ration" layer. The error in computation of the degree of absorp-
tion of radiation thus does not exceed 2%. PreseDted is a table
of corrections of absorption for different x calculated in ac-
cordance with e"ti= (1). ShOWD is the n~c:,zessity of making
Card 1/2

USSR/Physical Chemistry - General Problems of Isotope Ch%iqt~I-y~ B-7
Abet Journal.; Referat Zhur - Xhimiya, No 19, 1956, 60983
Abstract: correction for absorption in filter paper in thqOaBe of samples
of a thicImess below that of the "saturation" layer.
Card 2/2

USSR/Chemistry Fuiftbl FD-3239
Card 1/1 Pub. 41-20/22
Author Kulishenko, A. Z. and Medvedev, K. P., Khar'kov
Title Use of radioisotope S35 in investigating the thermochemical
conversion of sulfur compounds in coal during coking
Periodical Izv. AN SSSR, Otd. Tekh. Nauk 7, 145-148, Jul 55
Abstract Gives formulas for computing distribution of active sulfur,
added radioactive sulfur, pyritic sulfur, and organic sulfur
in the products of thermal decomposition of coal. Explains
experimental procedure used to verify theory. Finds results
in agreement with those obtained by Eaton, Hyde, and Road
(Analytical Chemistry, Vol 21, No 9, 1949). Three tables.
Seven referencesp 6 USSR.
Institution
Submitted 28 February 1955

AUTHORS: Iledvedev, X. 11. and Kullshenkoo
TITL-vj.*.- Investigations on-tne-IP-arti-cipation Of Formd ofe. Sulphur
the Formation of Carbon Disu phide F rom Coke Oven
Durinf
l
Gas vi h the Aid o-LO Radio-Isotopbs.
t
Issledovaniye
uchastiya form sery uelya v obrazovanii s~rougleroda
koksovogo gaza pri pomoshchi radioizotopov).

P]NIODIOAM. r -
Xhimiya I Tol hnologiya Topliv J i4aoolt 1,~50, Nr 9,
l
ullaa) -
pp 62 - 660 tlj
ABSTRACT: These investigations concern the types of sulphur parti-
cipating in the forms of carbon disulphide durin,- the -
coking of coal and schists. The use of radioactive Iso-
topes makes it possible to determine the mature and
quantity of each type of sulphur taicinj- part in the pro-
cess. Details of experimental procedures and calcu-
lations were described in earlier publications GUefs.

1 0.2 - 0.4' CaS04 20, radioactive
.2H tag[,-ed vith the
3g
3
3. is added durInU inve tigations or' the thermal chemi-
cal conversions. Coals from the Donet3 Basin grade G
and PS were used; their composition and also sulphur
content are given in Tabla 1. Table 2: data on the con-
version of the aulphut~ to sulphur disulphido depondino
Card 1/3 on the temperature of heating and the grade of coal.

Investip7ations on the ParticipatiQn a,'Rrms of 3vlphur L)urin- tale Pwr-
Mation -O.-F Carbon Disulphide From ~Vce Oven 4a's vilth -the Laid of iiadio-
Isotopes.
It was found that )Awr--tl sulphur tz-0-ces p'lrt in the -for-
mation of carbon disulphide. The role of pyrite --und
organic sulphur was investigrated. The srtme rrados of
oil,
coal and standard .0chists comPrisin.7 G,
rade PZh, 20~b K and 201C'1111 N grade coal were 'k-lested.
k
nalysis data*is given (Table 3). The sey--iration of
natural sulphur in the form of carbon disulphide pro-
ceeds at a greater rate in less metamorphosalcoal gr;.-We
G than in the coal grade 23. Results on the role 0__V
natural, pyrite and organic sulphur during the forriatior
of carbon disulphile'are given in Table 4. Table 5:
comparison of the types-of sulphur in carbon disulphide
formed during ttq colcing of coals and schists. It vras
concluded that the deCrae of metamorphosis of the coal
is an iftipprtant Zactor. Details of complex r_~.-,ictions
of disintegration and synthesis occurring at high tem-
Card 2/3 perattiips in colce ovens can be obtained by u~sing this

SOV/65-58-9-12/16
Invest L-~at- ions on the Far"Icipation of Porms 15i, I h Pur
p ur
Ini the
e Gvenosa's' wl,t;h
~Vri-,Iati6n of Carbon Disulphids, Prom Co~.- -the * i of"~'Radio-
Isotopes.
method. There are 5 Tables and 7 References:
1 German and 6 Soviet.
1. Carbon sulfides--Properties 2. Sulfur--Chemidal react'.:)ns 3. Coal gas--Chemical
properties 4. Sulfur isotopes (Radioactive)--Applicatioxis
Card 3/3

'her' /21
K rZ 68-53-4-l-,
TITLL~: 11-Hic UsIc of Radic)active Level and Den-city Meter-c foi,
Cont.-;,ollin- - t I i c., i, oc 1 u, c -I, of FlotOlUel'on Y-achines
1-1,~diOZAktiVilylldl U.-DVIT10111e!OV 1 D1otnO:j--1,o,,r
d1ya porcizvoditellnosti
A" S'LIZACT For an of U-~-tc feed 01, pul-o to flotation
ane. its density, n2,~'ioacUj.-,,c level ~arld
.-late,rs wcr(~ uold at the Chumakovskaya TsCF. The, o
Operation Of .1-hu lovel ,otpl,- UR-4
LLIU-iOll CO ii;--k a. --ec-liv ,Z~ a.- Z
a SOUrC'-a Of Y-r~Ldi ~0
Oil
sill
,~ht svnc3i7-oni,.-.5,d1,j "-nd Vie iaidid'ic, ~'h i,, re,; vc L,
nu, i u
It; wi tho bound-,ry )f ;i(,,-diu;,,u.-: tho :~y,,,`;e-a Is in
equilibriwit. i i ~ I I I I16~,e le"It"I 3f lio-ai-I th.1
abso-rpt-ion of y-radift'Uou At~o chan_~3ti, 11'io io
-~a-,sod to the servoiao~or ap7-voplaall-cly moves -11-h-
,w,:o,urce and the receiver. Tha dunsilly *,.:az based
0n the vari~atiop. in absorption of y-ra(liation f=1 Co~o
CLrd 1/2 I-ITUh the pulp dencity. It wass fou-nd by' contrcllin~.z, the.

The Use of Radioactive Level and Density Ileters f..Dr
the Productivity of Flotation Miachines
Dul-o feed and its dens','ty the
.machines can be considerably
instruzients can also be used
of the flotation machines.
There are 3 figures, 5 tables
which are Soviet.
out-out of flot;ltion
increased. The above two
for the completed automatioa
zmd 3 references, all of
ASSOCIATIO11: MIN
I. Minerals--Flotation 2. Flotation machine s--Control systems
3. Radiation meters--Applications 4. Cobalt isotopes (Radioactive
--Applications
Card 2/2

- KULISEMIKO A.Z.: KUMTONOV, A.B.; KUZIMENIO, A.S.; GARYWSH, G.K.
Nternination of the viscosity of magnetite in nuopension by
measuring its magnetic permeability in conjunction with a
radioactive densitometer. Koko i khIm. no.2:13-15 f6o.
(MIRA 13:5)
1. Ukralpokly uglekbimichookly institut(for Kuliahenko.
Kharitonov). 2. Tasinovskiy koksokhImichoskly unvod(for Xux'-
menko, Garmah).
(Tasinovku-Coal preparation) (magnetite)

ULISHMO. A.Z.
Automtization of the flotation division at the Tasinoyka
By-Product Coking Plant by means of radioactive density meters.
Koks.i khis. no.5:17-19 160. (KI" 13:7)
1. Ukrainskly uglekbinicheskiy in~titut.
(Taoinovim-Flotation-Iquiptent and supplies)
(Antomatic control) (Densitometers)

KULISHMO, A.Z.; MXDVIMV, K.F,
Use of the radioisotopes S35 in the study of the process
of coal desulfurizations Koks i khim. no.7:5-10 160.
(MIRA 13:7)
1. Ukrainskiy uglekbimicheskly institut.
(Coal) (Desulfuration) (Radioisotopes)

KULISIMMO, A.Z.j WCIMOVp H.G#j UVIEN-KO, A.S.
flew flow sheet and automatic control of the flotation process.
KokB i kbim. no.3:3-11 162. WIRA 15:3)
1. Ukrainskiy uglekhimicheBkiy institut (for Kulishonko).
2. Yasinovskiy koksokhimicheskiy zavod (for Bocharov, Kuzimenko).
(Coal preparation) (Flotation) (Automatic control)

KULISIOIKO, A.Z., kand. tekhn. nauk; KIIARIMNOVt A.S.; GRID111t I.A.
Capacitance transducer for me4puring the moisture content of the
coking charge in the flow. Koko i khim. no.9:16-19 162.
(MIRA 16-10)
1. Ukrainskiy-uglekhimichookiy institut.
(Moisture.-Measurement) (Coke)

GARMASHP G.K.p~.GRIDINO I.R.; KULISRENKOI A.Z.; MARITONOVI A.S.
Magnetic de*ty relily. Zav.1ab. 29 no.2:241-242 163.
(Automatic control) ( (M:ERA 16-.3) try))
(Electrie relays) SuapenSiOni (ChOmis

inzb.; RYBALKO, A.M., inzh.; KISHTE'V, V.P., inzh.,-
KIRILYUK, L.V.
Automatic supply of molding sand with the use of radioisotopes.
Masbinostroenia no.608-59 V-D 164 (MIRA 18t2)

RAZIKOV, M.I.; Pr~-imali uchastiyet KHOVANETS, V.K., inzh.; K-ULISHENKO,
B.A.., inzh.; ILIIN, V.P., inzh.
New techniques for automatic hard facing in an atmosphere of
carbon dioxide. Avtom. svar. 15 no.603-38 Je 162.
(KRA 15:5)
1. Urallskiy politekhaicheskiy institut Imeni S.M.Kirova.
(Hard facing) (Protective atmospheres)

KULISHNITKO, V.
A word from innovators. Sov.profsoiuzy, 6 no-18:30 D '58.
NIBA 12:2)
1. Instruktor Kiyevskogo oblsovprofa.
(Kiev--Inventions. Employees')

KOZLOV, V. (g. Astrakhan'); KULISHENKO,.V., Infltruktor; GUSAROV, D.
(Tatarskaya ASSR)-. GROMADCHEICKO, A.; BAYSV. V.: SHCHRGIDV, A..instruktor
With the tra4e union organizations. Sov.profsoiuzY 7 no-3-62-64
Ir 159. 'A (MIRA 12:3)
A
I.-!Kiyevakly oblaovprof Uor,Zulishenko). ?. Rayprofsozb Karagandin-
skogo otdeleniya zheleznoy dorogi (for Shcheglov).
(Trade unions)

KULISHMIKO. V-
rofeniuzy
An important point of a collective agreement* 80voP
n9.9:48 My '59. (MIR-k 12:8)
1. Starshir Instruktor Kiyevskogo objeovprofa.
(Kiev-Labor productivitY)

NIGEURIN, Te, alosarl-eborshchik; ALIKSANDROV, A. (g.Dnepronetrovsk);
BXLTATh'V, A.-,J~HENKO. T.: Xf2ArOVA, A.; SPIZffAI?SYIY. H.;
.. FAZAMKO, P.; (g.Arkhangellsk)
letters to the editors. Sov.profmoiuzy 16 no.11:44-49 Je '60.
(MIRA 13:6)
1. Moskovskir zavod malolitrasi-nykh avtomobiley (for Hichurin).
2. Redaktor gazety *Za tempyl I:olomenskogo zavoda tekstillnogo
mashinostrc7eniya (for BelyayeT). 3. Starabiy instruktor Kiyevokogo
o'nlastaogo soveta profe6yuzov (for Kulishenko). 4. ZavediTushchiy
uchebao-kursovoy bazoy Astrakhanskogo obleovprofa (for NmAreuko).
(labor and laboring classes)

DUBYAGA. A.G.; K0790, S.R. &a
_; !WSHER, --fA- '- ----
Basic trends In the development of tank farms. Reft.khoz- 38
no.8:57-62 Ag 160. (KM 13:8)
(Petroleum--Storago)

BONDARCHUK, A.P.;KODNITSKIY, I.I.; KULISRER, M.A.; FEVVIER, V.B.p
X te hn
red.; GORIKOVAp A.A., ved. 6d-.'-t DACITMOV, G. p k
rod.
[Automatic control on tank farms and of petroleum product
pipelines) Kontroll i avtomatizatsiia neftebaz i magistrall-
nykh nefteproduktoprovodov. Moskva, Gon. nauchno-tekbn.
izd-vo neft. i gorno-toplivnoi lit-ry, 1961. 193 pe
.1. (MIRA 15:3)
(Fetroleum-~S~orage) (PetroleurrPipelines)
~(Automatic control)

A.
Expenditure of forage on cooperative famc. p.28.
KOOPERATIVII0 ZF14-EDELIC, Sofiya, Vol. 11, no. 2, Feo. 1956.
SO: Monthly List of East European Accessions, (EEAK), LC, Vol. 5, I-Io. 6Tline 1956, Uncl.

KULTSIU,-V, A.
KULISH"EV, A. "eans of the transitory reserves. p.13.
Vol. 11, no. 9, Sept. 1956
YOC)Fn~ATIVNIC, ZP'FDEL1E
AGRICULTURE
Soflia, Bulgaria
SO: East European Accession, Vol. 6, No. 3, "'arch 1957

KIIIIISPEV, A., PONDAROY, 0.
New rrethod for making an account of the day's work in plant cultivation. P. 30.
(Kooperatvino Zemedelie, Vol. (12), no. 2, Feb. 1957. Sof.Lia, Bulgaria)
SO: Monthly List of &.-tst European Accessions (EEFJQ LC, Vol. 6, no. 10, Cctober 1957. Uncl.

Mothodu section of the technical subject teachers. Folitekh.obuch.
no.5:90 hy 159. (AIRA 12:7)
1. Direktor 14alopereshchepinskoy bredney ohlroly Poltavskoy
oblaati.
(Technical education)

2. 'USSR (600)
4. Poultry
7. Ralsing chicks in a converted building. Ptitsevodstvo No. 4. 1952.
9. Monthly List of Russian Accessions, Library of Congress, Fobruar_y -1953. Unclassified.

Y"'ILIMIC7, Y. P. and KARSHEIMAM', 0. P.
?I-
Ihe Tale-Carbonate Horizon of Krivorozlilyet'
Geologichniy Zh., Vol 13, No L, 1953, Pp 83-85
States that as a result of investirmtions which lasted several years the pre-
sence of only one talc-carbonate horizon rras established in Krivorozhtye.
The authors pive a description of the different kinds of shale which make up
the horizon. (RDGeol, No 4, 1954)
So: W-31187, 8 ?,far 55

KULI-,HOV, m. P.
KULISHOV, M. P. -- "Petrotectonia Investigation of Rock of Krivoy Rog.'
Kin H'%gher Education USSR. Dnepropetrovsk Order of Labor Red Banner
Mining Inst imeni Artem. Dnepropetrovsk, 1955. (Dissertation for the
Degree of Candidate of Geologicomineralogical Sciences.)
SO: Krdzhna-y-~s 12tovis' No. 4. Moscow, 1956
T~ ~2

AKIMMIKO N.M.; BMSVTSEV, U.N.; GOROSHNIKOV, B.I.; DUBINKINA. R.P.;
ISHCHENKO, D.I.; URSHENBAUX. A.P.; ! LYASHCHENKO,
K.P.; MAKSIMOVICH. V.L.; SKURIDIN, SSA-w~~-, R.I.; TOKEMMY,
G.V.; FOMENKO, V'Yu.; SHCHIRBAKOVA. K.7.; SEMOV, M.V., red.izd-va;
AVMKIYXYA, TOA.: tekhnred.
[Geological.structure and iron ores of the Krivoy Rog Basin]
Goologicheakoe stroonle i zheleznya rudy Krivoroshokogo bassaina.
Moi3kvs, Goo. nauchno-takhn.izd-vo lit-r7 po geologii I okhrane
nedr, 1957. 278 P- WHA 11:3)
(Krivoi Rog Basin--Geolog7)

BONDARENKOV P.M.f inthener-geolog; GOROSHIIIKOV) B.I., kand.geologo-mineralo-
gicheskikh nauk; KULIBliOV,__NIPo-g-,kand.geologo-mineralogicbeekikh
nauk; KUC OR g V.N.0 geolog
Relationship between the Krivoy Rog metamprphic series and'Saksagan
plagioclaotic granites. Sbor. nauch. trud. NIGRI no.2:132-142 159,
(MIRA 3A;l)
(Krivoy Rog Basin-Rocks, Crystalline ano metamorphic)
(Saksagan Vs.Uey-Xsr6nite)

MAGWYAN, I.G.; AKIMENKOP N.M.; BELEVTSLIIV Xa.N.; GERSHOYG, Yu.G.;
G-10',HISHNIKOV, N,P.1 KALYAYEV, G.I.; WtSUNBAIR-1, A.P.;
ZROCHENKO, V.14.; KULISHOV) M.P.; IIAFSD,!CJVICII, V.L.; I'-ELfNIK,
Yu.P.; PITADE, A.A.; SKURIDIN, S.A.; STRIGIN, A.I.; FEDORCHENIKO,
V.S.; FOIENKO, V.Yu.
Reviows and bibliography. Geol. rud. mestorozh, "' no.3:113-
117 My-Je 165. (1-11RA 18:7)

-- Knismy. S,
Practices worth to be diaseminated. SiV. bud. lono.11:17 3 160o
(KM 13: 11)
1. Ilachallnik upravleniya stroitelletva Sumskogo oblupravleniya sell-
skogo khoz7aystva.
(SumT Province-Roofing)
C

KULISHOVo S.
We are increasing the output of fire-proof building materials.
Sil'.bud. 11 no.11:12-13 N 161. (MIRA 15:3)
1. Nachallnik upravleniya stroitel'stva Sumskogo oblastnogo
ob"yedineniya "Sil'gosptekhnika".
(Sumy Province--Building materials industry)
~41

KUISHOVA, A.
For those who eat at home. Obahchestv.pit. no.2:19 157.
(miRA 11:4)
l.Direktor Kiyevskoy stolovoy No.497,
(Kiev~-Restaurants, lunchrooms, etc.)

KULISHOVAj K.
Observations of lumar occultations of stars at the Tashkent
Astronomical Observatory. Astron. toir. no. 214:24 S 160.
(MIRA 14:1)
1. Tashkentakaya astronomichoLikaya observatoriya.
(Occultutions)

INLART, Yan GanBovich(Eilartp .1.1; YYGE, Ayno Kbugovnu 16ignp A-1;
KULISHOU) V. ltran8latorlj POSTNUVA, V., red,
(Viidum;gi, a preserve of rare plants. Translated from the
Estonian] Viiduraiagi - zapovednik redkikh rastenii. Tallin,
Eesti Raamatj 1965. 38 p. (MIRA 18:11)
A
M.

SlYLIOVAROV, A.) HUL11SHOVA, red.
[In thfi sky of E3tonial on the Twentieth Anniversari of
the Estonian SepRrate Air Group; 1944-19641 V nebe Estoni:'L,T
k dvadtsatiletiJu Estonskoi otdollnoi aviagrupFy (1944,1964).
Tall-inn, Estonskoe gos.izd-vo, 1961,. 100 p.
(1~11PJ, 180)
Is Russia (1923- U.S.S.R.) Mininterstvu grazhdanskoy aviatsii.
Estonskaya otdellilaya aviagruppa.

KIJLISHOVA, M., red.; TMUSSON, A., tekhn. red.
(A high goal; railroad workers of Estonia struggle for a main
line of communist labor] Vysokaia tself; zheleznodorozhniki
Estonii v borlbe za magistrall kom=istichoskogo truda. Tal-
linn.. Estonskoe goo. izd-vo- 1961. 95 P. (MA 15'.5)
1. Estonskaya zheleznaya doroga.
(Estonia-Railroads) (Socialist competition)

KOZLMSKI) jan; KULISMICM, Jan
flew techni. ues of boring deeper with widar diameters; 70%
faster,, 3~ 2eoo expensive V= 4 prosent, Przegl techn
no.464 16 N 160.