SCIENTIFIC ABSTRACT FINKELSHTEYN, G. - FINKELSHTEYN, I.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413210020-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L',R-,IILISKIYP A.; FINK-T,'I,':.";!:T G.
Pipoc for goological prospocting and slim-woll drilling.
I'aftianik 6 no.c,1:15 S 162. (HM& 3-4: 10)
(Oil well ft-illing-P-quipment and supplies)

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Review of "The Centrifugal Machines" by I.V. Sokolov
Vent Mash p. 84, Oct 51

ISREYNA G.A., kandidat takhnicheskikh nauk; BULUSHIV, S.Y.. re-
Te.Ta., tekhnicheekiy redaktor.
[Continuous centrifugal separators] Shnekovye osaditellnyo teentri-
ftgi. Leningrad, Gon.nauchno-tekhn.isd-vo khim.lit-ry, 1952. 142 p.
[Microfilm] (ML2A 7:10)
(Centrifuges

Abruntuvich, V.
July Z. 1056. A t"4
- ~-x centrifuge pt..
vided with rmt aulcultatic di4LUrge 'if
thraugh tilt, luittuill is dawfited.
% -A.

ISMY11, G.A., kand.tekhn.naWc.
Reductor for auger centrifugal settling machines. Obog. rud 2
no.1:4,6-55 157. (MIRA 11:9)
(Centrifuges) (Ore dressing) (Gearing)

PINULISHTM, G.A.
- ---------------
Methods of controlling the wear of sand pumps, flotation machines.
hydro-cyclonea' and Obar ore-dressing equipment, Obog, rul 2
no. 6:43-50 157. (MIRA 11:8)
(Ore dressing-lquipment and supplies)
(Mechanical vear)

-7- :~7 YN,
137-58-5-8740
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 3 (USSR)
AUTHORS: Abramovich, I. M., Finkel' shteyn,
TITLE: On Centrifugal Jigging (O,tsentrobezhnoy otsadke)
PERIODICAL: Sb. nauchno-issled. rabot. N.-i. i proyekt. in-t mekhan. ob-
rabotki poleznykh iskopayemykh, 1957, Nr 99, pp 71-93
1
ABSTRACT: The history of the idea of centrifugal jigging machines developed
in the USSR, the German Democratic Republic, and the USA, is
presented together with results of investigations of the operation
of some design types of such machines. A laboratory jigging
machine is described in which water is agitated by the pulsating
motion of a vibrator-type bottom plate. Material, conducted
along a central vertical pipe, is introduced into an annular space
contained between two disks. Along its cylindrical periphery
this space is covered by a screen. One of the disks does not
quite touch the axle of the rotating working unit and thus forms
a baffle which removes the layer of light rock. The concentrate
is released from the space underneath the screen through re-
volving, blade-equipped gates which are installed at the circum-
Card 1/2 ferential discharge openings. At a degree of extraction between

137-58-5-8740
On Centrifugal Jigging
88 percent and 95 percent, the machine performed satisfactorily on synthetic
mixtures of minerals with 0.3-0.01 ram particles. A pilot-plant machine has
been constructed on the basis of experimental results, and is now undergoing
tests at one of the Soviet plants. Eighteen drawings and photographs are shown.
I. M.
1. Ores--Processing
Card 2/2

SOV/ 137-58-7-14044
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, '1 8 (USSR)
AUTHOR: Finkel'shteyn, G.A.
TITLE: Dewatering of Olenegorsk Concentrates (Obezvozhivaniye olene-
gorskikh kontsentratov)
PERIODICAL- [Tr.] Vses. n.-i. i proyektn. in-ta mekhan. obrabotki polez-
nykh iskopayemykh, 1957, Nr 102, pp 43-48
ABSTRACT: A number of procedures and various types of equipment were
tried during the initial period of operation of the Olenegorsk
Plant with the purpose of dewatering concentrates of the -1.2 mm
class. The result was to develop a dewatering flow sheet including
rake classifiers of 2440x8500 mm,500 mrn diameter hydrocyclones
and plane filters. In addition to plane filters, centrifuges are used.
These present good prospects for the future in terms of simplifi-
cation of the flow sheet and the possibility of automating their work.
A schematic drawing of a plane filter is presented.
A.Sh.
Card 1 /1 1. Ores- -Processing 2. Ores--Test methods 3. Industrial
production- -Test methods

SOV/ 137-58-8-16631
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 54 (USSR)
AUTHORS: Finkel'shteyn, G.A,, Rundkvist, K.A., Makarov, A.I.
TITLE: Separation of Aluminate Solution and Slime Washing at the
Volkhov Plant (Otdeleniye alyuminatnogo rastvora i promvvlca
shlama na Volkhovskom zavode)
PERIODICAL: (Tr.) Vses. n.-i. proyektn. in-ta mekhan. obrabotki polez-
nykh iskopayemykh, 1957, Nr 102, pp 229-237
ABSTRACT: The Mekhanobr Institute has developed and tested at the
Volkhov Aluminum Plant a number of new pieces of equipment
for A1203 production. A continuous -action worm-type settling
centrifuge consists of a conical drum (D) with hollow journals
which contains conical worms rotating at a somewhat greater
speed than the D. When pulp is transmitted through the hollow
journals of the D, a precipitate is removed by centrifugal force
and comes down on the inside surface of the D, is transferred
by the worm to its narrow end and is discarded into the approp-
riate compartment of the shell. The drain fluid exits through
an aperture in the wide end of the D. In the separation of hot
Card 1/2 aluminate pulp, the best results are obtained at 1400 rpm, an

SOV/137-58-8-16631
Separation of Aluminate Solution and Slime Washing (cont.)
-300-g solids contents per liter of feed, and a pulp-treating capacity of 5
n,3/hr. The drain fluid contains 30-40 g solids per liter, and sands of Z7-
28% moisture content. The presence of a large quantity of very fine slime in
the drain liquid made it necessary to improve the centrifuge by installing a
disk-tKpe separator in the wide end of the D. At 1200 rpm and a capacity of
4-5 m /hr, this made it possible to produce a discharge containing 20 g
solids/liter, and sands of Z8-Z91o moisture content. A filter -thickener for
thickening the slimi~A- consists of a tank with a conical bottom in which filter-
ing elements are immersed. These consist of 92 perforated steel cartridges
wound with filter cloth, combined 4 per compartment. A rotating slide valve
provides alternating connection of 18 compartments to the vacuum system, I
to the pressure system, and 4 to the.atmosphere. The axial cake is scraped
from the conical bottom of the tank to a central discharge opening. The
filter -thickener has a total filtering surface of 40 m?-, the capacity of each
cartridge being 14.5 liters, the capacity of the tank 33.5 m3, the capacity of
the plant being 50 m3/hr of filtrate, the cake resulting containing 45-50%
moisture, and the filtrate being virtually pure. The cloth is replaced after
every 48 hours of operation, depending upon the filtering work. Similar
filter -thickeners of 80 and 170 mz surface area are in the process of design.
1. Aluminum oxide--Production 2. Industrial plants--Equipment, Ye. Z.
Card Z/2

-MOM'SHTEMI, G. A.
G. A. Finkel'shteyn (14ekhanobr)
"Increasing the wear-resistance of beneficiation equipment particularly by
rubberising"
report presented at the 4th Sclentifle and Teebaical Se"lon of Um Xekbandbr
jut, laningW, 15-18 July 1958

BOGDANOVI O.S., doktor tekhn. naukp prof., otv. red.; BRAND, V.Yu..,
kand. tekhn. nauk, red.; DERKACH, V.G., doktor tekhn. nauk,
red.; ZAKHVATKIN, V.K.,, red.; OLEVSKIY, V.A.., kand. tekhn.
nauk, red.; LOKONOV, H.F., kand. tekhn. nauk, red.; FODNEK,
A.K., kand. tekhn. nauks red.; TUSEYEV, A.A., red.;
PINKELISHTEYN, G.A., kand. tekhn. nauk# red.; F%IIN,.Ya.I.,
-7a-nr.TeTrM-t~ red.; CHERNOBROV, S.*M., kand. tekhn. nauk,
red.; KUTUZOVA, L.M., red.
(Transactions of the Fourth Scientific Technological Session
of the Scientific Research Institute for Mechanical Concentra-
tion of Minerals) Trudy IV nauchno-tekhnicheskoi sessii insti-
tuta MEKHANOBR. Leningrad, -1961. 665 P. (MIRA 17-5)
1. Leningrad. Naucbno-issledovatellskiy i proyektil)-y institut
mekhanicheskoy obrabotki poleznykh iskopayemykh.

FINKUtSHT SHILOVA, L.A.
Work of tbickeners In'nonferrous metal plants. Obeg. rud 7 no.3-53--56
162. 1 (NIRA 16:4)
. (Nonferrous metala-MstaUurgy)

FINMtSHPaN G. A.; SHILOVA, L. A.
Filtering the,products of the dresoiNg Of Nonferrous and
precious metal ores. Obog. rud. 7 no.6136-40 '62.
(14IRA 16:4)
(Nonferrous metals) (Ore dressing)

BERLIN, A.A.; KASATOCHKIN, V.I.; ASEYEVA, R.M. ; FINKELISHTEYN, G.B.
Polymers vith conjugated bonds and heteroatoms In the conjugate chain.
Part 29s.Peqparation and prolperties of the polymeric products of do-
hydrochl&,.I~a.tion and c =Alan of polyvinyl chloride*and chlorinated
polyvinyl 61,oride. Vy-sokom.soed; 5 no.9t1303-1.308 S 163.
(KRA 17tl)
1. Inotitut khimichaskoy fiziki AN SSSR.

-I-UT'YM,U'TIC7Tf) -V-. -M-.-J* I N-1- Yu. It.; a--. ~,, -G-. `-71-. -
"Elektronenmikroskopische Untersuchung der Russe."
report submitted to 3rd European Regional Conf, Electron Microscopy,
Prague, 26 Aug-3 Sep 64.

Finkk,!'!;hteyn, G. B. K,-) st
P-oducing titanium'and zirconiumnitrides'
V
z P ru, fz i c,nnuvo ija I ocrn -'I t-nvvv. pt- ~ r
'n --a r P r i a in innrn I Ir r rttdr),.r, no. imna -w.
-act, r-;, rnetal r it
ie the tran~zft -on metal,; in
Card 1/2

NC(7,SSION NR: AT5003515
automation. DirecL aitriding of metal powdera~ 'and nitr.dina of meral nridpc rtiv*A
-ire most pr uLi;ing met-hod-,
4, ucited trie c 3ndt t ions tor pl,,--~!,- i T7~
I ky A 1 ~)'v
pv-, -.-T
6 3 TMCL: 00 qIIR ronv- IF 9M
YMR: 002

KASATOCHKIN, V.I.; BER1,1N, A.A.; yu.'G.;
ASEYIEVA, R.M.; FINKELUITEYN, G.B.
Mechanism of thermal carbonization of chlorine-containinG
carbochain polymers. Izv. AN SSSR. 8er. khim. no.6:1003-1009
165. ONELA 18:6)
1. Institut khim'Lcheskoy fiziki AN SSSF i Iwntitut goryuchi~h
iskopayemykh, Moskva.
%M" We Z~~,
R- RSP

FOG (J)AWP(e)AWT(M)/t PF (c)/EWP(1)/EW0(J)/EWP(b) Pc-4/Pr-4/P"
ACCUSION NRi AP5017939 MV0062165100010061100311009
541o lU
AUTHORt Kasatochkin V. Lg Berlin, A. A.1 smutkins. Z$ LI Asqgvo YU" of I
FtnUllebtayn, 0. 3.1 lacy vs-;X-T~
Tr=i Mechanism of the thermal carbonization of chlorine-containing carbon-
-chain polymer!
SOURCE1, AN SSIR. lavestiya. Beriya khiuicbos.k4ye, no. 6, 1965, 1003-1009
'chloride, polywin7lideas chloride, polymer thermal pro-
TOPIC TACSs p6lyvLoyl
lymer carbonization
party$ po
o
ABSTRACri P I chloride (PVC;,\chlorinsted polyvinyl chloride (CP*VC)9 Poly--
vinylident , rWDG) and a copolymer of 31.n vinyl chloride and 68.5%
ESP
vinylldone chloride (C?) were studied by measuring the structural transformation@
over a wide temperature raoSe of beat treatment and by x-ray difftactLoa and is-
frared spectnecopyi The dependence of the rate of evolution of volatile so?#-
-atances and of the rate of cheap In elemental composition on the t
the beat treatment was alto studied, M differs fm the otbor P0 to -to that
it shown-a second sharp pask (at 43W) on'tho gave ToPlesentins AG YLGU Of,
LP-w!L 112

L60048-65
ACCESSION NRi AP5017959
b
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s to t
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estruct
on o
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volat
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s pea
correspon
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*
on
and the development of condensed aromatic structures. X-ray data Indicate the
formation of ecndenned aromatic systems at a relatively low carbonization tam-
'perature (250C) of PVC and a transformation at the temperature corresponding to
the second peak in the yield of vola.tile substances (400C). When PVDC is car-
bonized, no condensed aromatics are formed up to 360C. According to IR data, at
relatively low carbonization temperatures of PVC (225C), a conjugated polyane .
.~ A 0
itructure Is formed which changes into a cond
*need aromatic system. The Car-
-
bonization of PVDC involves tba formation of chlorine-,containing-con5upted
polyane structures containing tripli and cumulative double bondsA The generation
gGo of
of the structure of songraphitimini carbon occurs-during To oarli sta
carbonization of PVDC,,CPVC, and CP. Orig..art. boat ..4 figures and I toMe.
'ASSMIATIONt Institut kbimicbeskoy gisiki Akademii nauk*SSU (Institute of Clind,
18~Mignce9 OSSM); Institut, goryuabikh iskopayssykh
'
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SUMMMID1 27i%Y6 M COMI 00

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.2/2
4

GF-L'FGkT.v ra.k.; ORLOV,.A.V.; FINKELISHTEYN G.E.; CHERKAYEV, II.V.
Establishing certain empirical dependence of bit-operation
characteristics on the parameters of drilling practices.
Trudy VNIIBT no.9tl3-23 163. (KRA 17:9)
9

7 ' SHTEYN, G. IC- - - -- --- - - - - - - - --
Apparatus for testing waterproof paper. Bumprom. 35 no.8:19 Ag
,6o. ()URA 13:8)
(fter-Testing)

PnMEL'SlITM, G.E..
Determination of the busting strength of paper. Bum.prom.36 no.1:27-28
A 161. . (KEM 34:3)
(Paper-Te stingY

FINKELISIfTEYN, G.E.
Determining the resistance of colored paper to abrasion. Bum.
prom. 36 no-7:16 Jl '61. (Paper) (MIRA 14:9)

VOLYNSKIY, I.A.; FINKELISHTM, G.E.
laboratory crusher for fibrous materials. Bum. prom. 37 no.7:28
J1062. (MIRA 17:2)
1. Ukrainskly nauchno-iBBledovatellskiy institut tsellyuloznoy,
i bumazhnoy pron7ohlennosti.

FINKF.LISHTEYN Q.FL-
Calculation machinev for the automation of technological
processeso Bum*prom* 37 no.10:20-22 o 162. (MIU 15:11)
1. Ukrainsiiy nauchno-iseledovatellskiy institut
tsellyuloznoy i bumazhnoy promyslilennosti.
(Electronic calculating machines)
(Automation)

FIMLISHTZYN.-M--
Isodromic regulator of the concentration of paper pulp. Bum. i
dere pram, nool:11-17 Ta-,Mr 163, (mm 16:7)
1. Ukrainskiy nauchno-iseledovatellskiy institut tsellyulozno-
bumazhnoy promyshlennosti.
(Paper industry) (Automatic control)

FINKELISHTEYN, G.E.
Automation 6'f the control and regulation of paper production. Bum. i
der. prom. no.2t59-61 AP-Je 163. (MIRA i7t.2)

FINKELISHTEYN, G*E,
Automated sawmill. bum. i der. -prom. no.3;62-64 JI-S 163.
(MIRA 17t2)
I ~,^ # . , I
. iv-hw-~ 1. -

FINKEL'S VAYSMANp L.M.; LANTSETER, Ye.M.; Prinimali uchafs-
tiyetGILIBERG, V.B.,, inzb.; EEIENIKIY, D.S., inzh.; IVAHOVA,
V.A.i inzh.; PEDOSENKO, V.A., inzh.; YAKOVENKOy YuB,p inzh.
Device for technological control of the content of current-
conducting inclusions in condenser paper. Bum. i der. prom.
no.4%6-12 O-D 163. (MIRA 3117:3)'
1. Ukrainskijr nauchno-i.4sledovatel'skly institut bumazhnoy
promyshlennosti.

FINKELISHTEYN G E Frinimal uchastiye DOYCHENKOp G.P., inah.
Studying the performance of automatic regulators of the
concentration of the pulp. Bum. prom. 38 no.5:11-13 My 163,,
(KMA 16:8)
1. Urkrainskiy nauchno-issle"."Tat-3-11skiy inatitut teellyuloznoy
brumazhnoy promyshlennosti.
(Woodpulp industry-Equipment and supplies)
(Automatic control)
t

FINKELISHTEYN, G.E., inzh.
of-m'-od-e~`is in the design and planning of factories. Bum.prom.
[381 no.7:14 Tl 163. (MM 16:8)
(Factories--Design and construction)

FINIMISHThYN, GeE.; IVANOVA., V.A.
Determining the,duall~-effiioslon propertiao of printing pap"Ir. Bumoprome
38 no.12:19-21 F 163a (MIRA 1612)
1,, Ukraiukiy nauchno-iosledovateltakiY institut tsellytaoznoy i
bumashnoy promyeblennoatis
(Paper-6sting)

FINKELISHTEYN, G.E.
Information system for the analysis of the proce4aes of the
proftetion of woodpulp. Bum. i der. prom. no.2:53 Ap-Je 164.
(MIRA 17:9)

FINKEL' SHTEYN, G.E.
New apparatus for the control of production and technologIcal
parameters In paper manufacture. Bum. I der. prom. no.3:53--55
ji-S t64. (MIRA 17:11)

BOGDANOV, O.S.. doktor tekhnicheskikh nauk, professor. xedaktzr. BRAND, T.Yu.,
kandidat tekhnicheskikh nauki redaktor;,I)ER]rACH, T.G., kandidiit
takhatchaskikh nauk, redaktor; DOLIVO-DOBROVOLISKIY, V.V., doktor
takhnichaskikh nauk, redaktor; 7.AIMVATKIN, V-Jr., redaktor; XACHAN,
I.N., kandidat takhnicheskikh nauk, redaktor; OLIVSKIY, V.A.,
kandidat takhnicheskikh nauk, redaktor; LOKONOV, M.F., kandidat
tekh~ichaskikh nauk, redaktor; FAMNOT, A.M., kandidat takhnicheskikh
nauk. redektor; PORK, A.K., redaktor; POLIVANOV, K.Yu., redaktor;
ARMOR mjwi~., kandidat tekhnicheskikh nauk. redaktor; YCHIN,
Ya.I., kandidat takhnicheskikh nauk, redaktor; SHINYAKOV, M.I.,
redaktor; YUDINICH, G.I.. doktor tekhnicheskikh nauk, redaktor:
:BYKOV. G.P.,.riedaktor; YZZDOKOVA. M.L.i redaktor izdatelletva;
ZVENSON, I.K., takhnicheskiy redaktor
[Proceedings of the,Third Scientific Session of the Institute of
Mechanical Processing of Aconomic Minerals] Trudy III nauchno-
takhnichaskoi sesaii institute Mekhanobr. Moskva, Gos.nauchno-
tekhn.izd-vo lit-ry po chernoi i tsvetnoi metallurgii, 1955.
758 P. (KISA 10:8)
1. Isaingrad, Nauchno-iseledovateliskiy i proyektnyy institut
makhanichaskoy obrabotki poleznykh iskopayemykh
(0r@ dressing) (Flotation)

FINKELISHTErN, G.I.
Filling vacuum apparatus. Biul.takh,-ekon,infom.goo.nauch.-iselo
inat.nauoh.i,tekh.infors. 18 no.105-56 Ja 165.
(MIRA 18:4)

RUSTAMKOV, A.F.; BABAMY, N.B.:- IZEMLISIIY. A.X.; FINMI IN, G. X.
Reducing the conmumption of casings. Aserb.neft.khoz.33 no.7:8-20
il 156. Mn 9:12)
(Oil well drilling-lquipstent and supplies)

SHPZISIYEVy A.A.; BABAW, N.B.i_FINKELISHTEYN, G.M.
_udeav.-In tl?&-process of
One cause of the collapse *f cj4&i4p
being lowered into a weI2 vith- aumiary in
Russian). Izv. AN Azerb, SSR, Ser, fiz.-mat. i tekho nauk .
no.6.159-161 160. (MIRA 14:8)
(Oil well drilling).

FINKELISHTEYN I Grigorly Matvayevich; SA~qN, I.P., ved. red.;
LAMIUDIA, i,.V., Texnn, red.
(using phosphate coating for inerf-a"sing the strength of
metal-cutting toolej o=ey of f6reip tecbniquesj Prime-
nenie foofatirovaniia dlia povysheniia stoikosti--.rezhu-
shchego instrumenta; obzor zarubezhnoi tekhniki. Moskva,,
GOS 1p 1962. 35 p. (Tema 7) (MIRA 17:,4)

ACCESSION NRI AP401510
a/w2/64/000/002/0019/0023
.AUTHORs Finkellaht
TITLE s Mimi nation of jamaing In threaded joints operating at taverature up to
7000
SOURCE t Vestnik moshinostrojeayap no. 2. 19641, 1943
TOPIC TAGS: rust proof, beat resistance metal, bol-tj nuts chromium steel,, minimom
clearance
nitridJmg,, surface hardeningi electrolytic depo3itionj soft matalp tin#
cadmium,,. zinc
ABeRACT: Several methods were reviewed for the elimination of thread-locks in
joints operating 'at elevated temperatures. The selection of material is considerW
to be of prime importance. Rust-proof and.heat-resistant metals are shown to
yield good results when used as bolts and nuts at temperatures around 700C. A
list of chromium-steels and other high-temperature steals is given* The problem
of minimum clearance between joints must be considered carefully, especiaur in
connection with the unequal thermal expansion of the male and female yartse
Hitriding in shown to offer a means of controlling looking in threads bry surface
hardening the part used, Care should be exeroised to prevent their brittle failure
Card 2/2

ACCESSION NR i AP4035205
caused by too, deep a nitriding layer. To reduce friction and stabilize the threado
,electrolytic deposition of soft metals in recommended, sog*, tinp cadmium, zi6op
etc, Such deposits allow a smooth contact between the two parts and prevent the
formation of solid solutions. Copper with oil,, on the other hand, prevents lockiq
up to 750C temperatures, Brass is good up to 00G. Nickel plat1mg is another
satisfactory way of overoord4 thread-lock up to 600G operating temperature*
Final2yj lubricants that can operate at elevated temperatures name to idnind a
metallic contact between the pieces and remove lockings A list of such L*rJoants
is given for operating in the toWeraturs range 400-6WG# Origo art# bass 3
figuress 2 formulas., and I table..
ASSOCIATION s none
NMI, 00
so== 1 00
SUB CODE i HK
t
~_Card
arm 002
NO REF SOVi 006,

FINKPI130-EYN, G. M.
Astrakhan - Mathematics Competitions
Mathematical olympiad in the city of Astrakhan. Usp. mat. nauk 8, No. 1, 1953.
Describes the first Mathematical olympiad- for st4dents of the 9th and 10th
classes during the 1951-52 academic year in Astrakhan, which was organized by the
mathematical chairs of the Pedagogic Institute im. S.M.Kirov together with the
Municipal Department of Peoples' Education. The olympiad was conducted by an organi-
zation committee composed of associates of the math chairb of the Phys. Math. Faculty
of the ?ed. Inst. teachers in the city schools, and Dr6s' of Municipal Defense. Gives
40 algebra problems and percentage worked by the studenj;s; -e.g. of 61 students working
on one particular set of three problems of a dertain level, 20% solved a , 30% 2,
25% only 1, and 25% none. ir 250T77
9. Monthl List of Russian Accessions, Library of Congress, June 1953, uncl-

GMMAVAO O*Vo, prof.- FINMISMYN, G.K.,, red.; PONOMAMA, A.A., takhn.
red*
[Programs of pedagogical institutes; theoretical mechanics for
physics and mathematics faculties; major: mathematical Program-
aq, pedagogicheakikh Inatitutov; teoreticheakala makhanika dlia
fizilco-4atematioheakikh fakulltetov (speteialluost' - matematika).
Nookwal Uchpedgizo 1955. 4 lye (MIR& 1119)
l.' Russia (1917- R.S.P.S.R.) Glavnoye upravleniye vysehikh i
arednikh pedagogicbeeklIch uchebzWkh 2avedenI7.
(Mechanics-Study and teacing)

FUMISMIN, G.M.
Ilatheimatical olywiad In the
Uip.mat.nink 10 n9.,1:229-232
. 7
(Astrakhan-KRt".t
city of Astrakhan during 1953-1955.
155, (MMA 8:6) -

Grigoriy KarkoTich; GOLUBNVA, O.M. (Koskva), prqf.P
rat aIe-niient...'YORONKOTO I.M. (Moskva), prof., retsonsent;
IMOZHZHIK,-,:Tu.N.,.rsd.; TSIRULINITSKIT, N.Pk, takhn.red..
EGourse in~ theoretical mechanics; a te;rtbook for stuclents of
pedagogical instit-dtool Kura teoreticheskoi mekhaniki;-mchebnoe
posobie dlia studentov pedagogielteakikh irlstitutov. Moskva, Goo.
ucbebno-pedagog.ixd-vo X-vatprosv. RSFSR. 1959. 442 p.
(Nechanibs) (MMA 12:3)

85506
0 0 S/140/60/000/004/022/023 XX
AUTHORt Pinlcallsht G.
------ M. C111/C222
----
TITLE: On Some Properties of Green's Func tions of an Ordinary Linear
Differential O
' pera tor
W
Izveatiy
PERIODICALs a Tya
shikh uchobnykh
zavedeniy. Matematika, 19600
No- 4, PP. 196 - 205
TEXTs According to (Ref. 1) the Green's function of the system
n
r

k(x) dkyk '
L(Y)
R

for
a n
Theorem 2s If the n - p + q boundary conditions U,(Y) . 0 decompose into p
conditions for x - a and q conditions for x - b and only in this case the
Green's function admits the representation
,4q qi(x) Xi(s) for X!!~.$
(9) K(xqs) -f f~_l x
2 'Pi(') Xi(s) for x >/ 8
i-~q+l
where Y1,.669%k, are linearly independent solutions of L(y) - 0. Tho
function K(x,s) (a -4x, a &b) is called completely non-negative if
Card 2/4

85506
On Some Properties of Green's Functions of S/14 60/000/004/022/023 XX
an Ordinary Linear Differential Operator C111%222
x1 x2 xn) x1< x2 xn
8 S 8 1 K(xi' sn)rl -.>- 0for a 4 a 48 !!5~ b
1 2 ... n ~1 ~2 < sn
Theorem 3 t If a completely non-negative function K(Xqs) is a Green's
function, then either it is a Volterra function or it satisfies the con-
dition
(21) K(x,s) > 0 for a-O for &.< X1 < x2 < xn < b
1 2 xn 1
The author mentions F.R. Gantmakher.
Card 3/4

85506
On Some Properties of Green's Functions of S/14 60/000/004/022/023 XX
an Ordinary Linear Differential Operator C111YC222
There are 4 references, 3 Soviet and 1 French -
ASSOCIATIONt Astrakhanskiy pedagogicheskiy institut imeni S.M. Kirova
(Astrakhan Pedagogical Institute imeni S.M. Kirov)
SUBMITTEDs October 7, 1958 1
Card 4/4

YE
~..V.; G.Mi.; S1jj!jUj,j, 1% .1
GELIFGAT.9 Ya.A.; ORLOVI " - J, I.,", -AMNLIA V,
N.N. W-
Brief review of the results of drOling in the test-mcd(li vAlls In
the Karadag-Damba area. TrIldy 'M 113T no.14:3-32 165, 'WRA 18%5)

MYELISHTIMT, G.M.
Modern ways of presentation of classical mechanics and
setting up a course for i-ledagogical institutes, Uch. zap.
Astr. gos. ped. inst. 9 no. 20-37 162 Omru 19:1)

FINKEL I SIITEYN,,,,Aj4.--(Astrakhan Q
Methodology of setting up a specialists' seminar at the
senior undergraduate courses of physics and mathematics
faculties of pedagogical institutes. Volzh. mat. sbor.
no.1:248 163. (WTU. 19: 1)

~~,WELISH.TFIM, G.Ta. ~
The Dedennvo Veterinary District taken part in the All-Union
Agricultural Exhibition. Vaterinaiia 35 no-8:15-22 Ag '58.
(Dmitrov DIstrict-Voterinary medicine) (HIRA 11:9)

"In the struggle for protection of people's health."
Veterinariya, Vol. 37, No- 5, 196o, p. 48

YINKILIMITSYN, 1. (SeverW Kazakhstan)
Wqy~
-, " I , fP4,1f,,
Developing Interest in studios of arithmetic. Nat. v shkole
no.6s68-72 1-3) 155. (KLRA 9:2)
(Arithuetic-Study and teaching)

1 r rvF
AUTHOR: Finkellshteyn, I. (Stal-ino) 84-8-18/36
TITLE: Following the Example of Tashkent (Po primertL
7kashkenttsev)
PERIODICAL: Grazhdanskaya Aviatsiyaq 19!i7,,i~'Nr 80 p. 27 (USSR)
ABSTRACT: The article deals with the problem of work organization
within the special-purpose motor vehicle pool of an
airport. The author reports a new method of operation
introduced in the Stalino airport., following an earlier
report from Tashkent. Up to the present, new operators
had to be hired with every new motor vehicle assigned.
This system prevailed until the numbers of operating
personnel exceeded the limits set by allowed funds. The-
new work organization' aims at reduction of personnel and
increase of productivity, In Tashkent, the so-called
team system of operation was introduced. In Stalino,,
three teams of seven men each were set up to work in
12-hour shifts. The fleet of vehicles for servicing air-
craft consisted of T fueling trucks, 3 lubricant trucks,
Card 1/3

Following the Example of Tashkent (Cont.) 84-5-18/36
2 washing machines., one Ann-7., and a mechanical starter.
Additional vehicles# such an searchlight and freight trucks,
were assigned, on account of slower traffic, to the night
shift. The wage system had to be reconsidered. On recom-
mendation of the motor transportion engineer of thi%~---
Ukrainian Territorial Administration Lozovyy, the basic
wage was computed according to the mean tonnage of all
vehicles. A 25 pOr cent.inerease was allowed for work on
special purpose vehicles.. For work on some of the four
diesel-vehicles, another increase was computed in the fol-
lowing way: since 13 men were required to operate these
vehicles under the old system, and the scheduled increase
was 202g;r cent for every O~irator, the-total increase
makes per cent. This totil was divided by the number
of operators (21) in all three new teams. The quotient
(approx. 12 per cent) was used as a new increased rate
for work on diesels. The team heads were rated according
to maximum load capacity of special-purpose vehicles in
the pool, plus 10 per cent for managerial work. The
grade rates and longevity increases remained unaffected
Card 2/3

Following the Example of Tashkent (Cont.) 84-8-18/36
by the new system. The,;economic effect of the Innova-
tion exceeded expectations, the yearly savings reaching
the 2000000 ruble figuie, while the average earnings of
operators increased by 80 rubles per month.
AVAILABLE: Library of Congress
Card 3/3

scrv/84-58-10-51/54
AUTHOR: Finkel'shteyn, I., Sr, Engineer-Economist, Stalino
TITLE: Ve*cles (Avtom'ashinam - pritsepy)
PERIODICAL: Grazhda,-nskaya aviatsiya, 1958, Nr 10, p~, 39 (USSR)
ABSTRACT: The author suggests that trucks delivering freight from
plants to the Stalino airport be equipped with trailers to reduce
time and expenditures. The Main Administration of the Civil Air
Fleet (GUGVF) has to provide the authorization.
Card 1/1

-
'~4i L Al '11dat t
IZKIN, he/s7kikh nauk; FINKELISHTEU, I.I.,
kandidat tekhnicheakikh naule.
Generator operating on a wide frequency band. Yeat.sviazi 14 no.10:
7-8 0 54. (MLRL 7:11)
(Oscillators, Blectron-tubs)

FIIEMISHTEYIII I.B.
Osseous suture in fractures of the mandible according to data
from early and later results. Stomatologiia 39 no.1:51-53 Ja-F
160. (MMA 14: 11)
l.Iz kliniki chelyuptno-litsevoy khirurgii i stomatologii (nachallnik -
prof. M.V.Mukhin) Voy'anno-meditsinakoy ordena, Lenina akademii imeni.
S.M.Kirova.
OM-N (SUTURFS)
(J'AWS-FRACTUREj

14 13 26561 s/i26/61/oi2/002/011/019
E021/E480
AUTHORS: Voloshina,.L*A`&j Rozenberg, V.M. and Finkellsh QUL I.B.
TITLE: The connection between boundary migration and'
deformation in the boundary zones during the creep of
metals
PERIODICAL: Fizika metallov i metallovedeniye, 1961, Vol.12, No.2,
pp.265-268
TEXT: Experiments were carried out on bicrystals of aluminium.
The boundary between the crystals was at 45* to the strain axis
of the sample. A stress of 200 g/mm2 and a temperature of 3000C
were used. Lines intersecting the grain boundary were drawn on.
the electropolished*surface before test. During the creep test,
the relative displacement of the lines (in the plane of
observation) was measured by an interference microscope. Fig.2
shows (in microns) the relative displacement of the grains (circles)
and the migration of the boundary (triangles) against time (in hours),
Fig-3 shows a microphatograph of the bicrystal taken on the
interference microscope (x280) and Fig.4 the profile of the same-
sample-at the grain boundbry. The data show that deformation in
Card 1/4
'Y
M
1K

S/126/61/012/002/011/019
The connection between 910diary E02l/E48O
the boundary regions is not stopped when migration of the
boundary occurs. Thus, the alternate relative displacement of
grains and migration of boundary as proposed in Ref.1 (Chang H.C..
Grant N.J. J.Metala, 1952, No.6: 610) to explain the cyclic
character of the deformation process in the boundary regions,
is impossible. It is proposed that the cyclic nature of the
process is caused by alternate hardening and softening, the
softening in this case being connected with boundary migration.
There are 4 figures and 11 references: 5 Soviet and 6 non-Soviet.
The four most recent references to English language publications
read as follows:
Chang H.C., Grant N.J. J.Metals, 1952, No.6, 61g;
Rhines F.N., Bound W.E., Kissel N.A., Trans. ASM, 1956, 48, g1(.);
Tung S.K., Maddin R. J.Hetals, 1957, 9, N7, sec.2, 905;
McLean D. Rev. met., 1956, 539 139.
ASSOCIATION: Institut metallovedeniya i fiziki metallov TsNIIChM
(Institute of Science of Metals and Physics of
Metals TsNIIChM)
SUBMITTED; December 19, 1960
Card'2/4

FINKEL I SH'I ENT ~ I. D.
.ters of the book entitled OCYCE71TRATION CF
1. D. Finkel'shteyn wrote sevqral_pftp
NOIMETALLIC USEFUL ORES (O~-Oii-.--~-c~heniye nem"e-tilli-cheskikh'polemykh iskopayemykh)
by M. A. EYGEIES, Professor, Doctor of Te&nical Sciences.
SO: A.I.D., Library of Congress (Call Nop,': AE546504)

0 *_* 0-0 is 0_40 4:47CO-OAF-014 a 0 * 0 0 0 0 0 0 ST: 0
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jr~, i Stirkla 10. No. it. 9-12
4AY""' M. V. Kou"y
00,..
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4419pp ~19,
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FINKEL'SUM-0, I. D.
"Symposium on The Production of Ceramic Insulators)" Sbornik po proizvodstvu
keramicheskikh izolyatorov, 1946.
Abstract W-15692, 11 Dec 50

FDMELISHTMI, 1. D.
~zc-
"Requirements of Industry as to the Quality of Mineral Raw Materials. Nandbook
for fleologistsj" Celdspar i pegmatit, ito.12., 1946

m r9 PUji~ir*7ilq I
M
k,. IWia quo Aite has been MW I- I Mary
ferat,ces its CkwmaY aid jAmbwk far the dt= mduc-
tim ad Fe with the feri-010 of um "p. Tests were
dielnirterbitkS of this slate #A & Iv-
.1, to det. the b"k I My in abhW, 1141141 A
Ime"Y' T%# ealutim VMS light V
k Olt"se It'.110 11110CIIIJIM.
,
silly 111.1ri, owl, a 11- 41) "1 '40inating, 14 tho
with 0.9 4U0,01", 13011 111;4
in Its, Wilk NINWee betwomis awv4lhtt$
ct4m cenignt
=ti an 0"Phous- at" at the
and gmim - Oa this tow. Divirlbatiou
mmo4munt to 2" ''
ccuunt was Wit = Adubb. amounttd to las
.it -Z~l Ma plate* of mkits inks.
than 8% aw WW , &VA, rarely. rounded
losvidum mwl psi" of mpat-Ite"
.ft. at titaulte. Amb. of W(h. AIA, SW iftli, Coin'
.911 ad fW refractmism.
pared -11111
,,A). No IM
in" 94 (9114110 L.
I"P. Refracle"Wo 37J0-1750". flemples of
subkciedioa.faM falkeg
fur I br, at Oil. MOON Of 14M . In a =lot fivil"V,
WA bk than
jrvAwdlYL: tge
.cu='Jtte-rtItm2M2!db=jl oil rvisi: 2.44 idler t e
M. - After the Ant V% Water atim"Pik" - 22M
Imul Vol. Inmate SON. NOW Ilmieth, kwin
tvAct " viest Id croiiAft. After two fimt= 8^"01r,
the dMtom 4191111101W of SuEbtly, svmtw frimble q-u
g1ral". with Ow r awn emu *riW distribution
-was laff Liter. AINIMer! tallem %rd ecumisted of
11weated nkt q Lvalos, cbmatetfidymits:
lift gla" 40 o=ft Wr= am the himallar
%trWtUM wall 11SWININI Atter the 6th &Q. the Guixtum
lift" die &ill cbmw of q-Wlg
ON" finakir" to.0mot ifilid, rvW strittigimtJon, w" ills.
into ImyWto '
veptml. IrARX w =. as Md. by tM
sawm"t &Do., Was 2m. a. 1. KAmkb

FINKIIISHTEYN, I. D.
Finkellshteyn, 1. D. "Magnesia ceramics from substances containing talc,n in
symposium: Syrlyevyye resursy tonkokeram. prom-sti SSSR i puti ispollzovaniya"
Moscow-Leningrad, 1948, P. 85-94
SO: U-2888, Letopis Zhurnallnykh Statey., No. 1., 1949

FINKELISMEYN, 1. D.
Finkellshteyn, 1. D. "On the problem of technical research in ceramic raw material
with the intent.of.its preliminary evaluation," in symposiumt Syr1yevyye resursy
tonkokeram, promsti SSSR i puti ikh ispol'zovaniyaj Moscow-leningrad) 1948, p. 114-24
SO: U-2688, Letopis Zh=allnykh Statey,, No. 1,, 1949

v,B.W/j.hgi"erIn8 RsfrsctOries, Testing .7en 52
flon Methods of 9-tudying Technical Properties.of
Higb-Refractory Materials," I. D. Finkel I abteyn,'
VIM (A.3-1-Union Inst of Metrol and Standardization)
"Ogneupory" No 1. pp 32-38
Describes con-struct-ioa of 2-burner oxyacetylene
laboratory furnace for detn of refractories up
and discusses method for investigating properties
of various refractory materials on example of mixts
Of mgO - Zr02 system. Method permits detg adapt-
ability of 2 - or multicomponent refractory mixte
203T39
USSR/Engineering - Refractories, Testing Jan 52
(Contd)
in contact with other materials, using small
samples in operational conditions, and making
narrow selection of mixts for testing in detail.
203T39

- - F UrK 7E-11; 1 S 11TvYN,--1. D -- - KOYM101-- B.- Y-u'-. --- --- --- -- - -- - - - - -
Ceramic Industries
Some technical properties of products from fractionated kaolin. Stek. I ker. 9, No. 8.
1952.
Monthly List of Russian Accessions, Library of C6ngress, November 1952. MICLASSIFIED.

FINULIS,~749 I.D.
Importance of impurities found in magnesite refractories. Ognsupory
18 no.9:4o6-4l2 '53. (KM 11:10)
lJoesoymn" nauchno-tooledovatellskir institut minerallnoge
137r'ya.
(Vagnesite) (Refractory materials)

I - -.1-, ll~ -
I . f ~k I Z.-
, -A "' ~
- , M IMMI t mu `~-
~ W-4 tin 1011",0111" . PIP E 777 ~ ~..
"4~1

YtKMISRTBYN, I.D.
~ '. 44". ~ I
-."; ;. .
Ra ractory clays of the Borovichl-Lyubytino region" by V.T.
Goncharov. Reviewed by I.D.Finkellahtein. Ogneupory 19 no 3:141-
142 154. (Novgorod Province--Clay) (MiRA 11-8)
(Goncharoy, V.V.)

SHMANENKGV, I.V.p red.; ZVEM9 L.V.0 red.1 KOVALMIKOv O,V,f red.;
SOKOLOV, I.Yu.9 red.; EYGELESj H.A.9 red.; Prinyali uchastiye:
BASKANOV9 V.A.# red.; KAMBSKAYAy L.S., red.; KOTS, G.A., red.;
LEVIUSH9 I.T.9 red.-,- MOKROUSOVP V.A.9 red.; PODKOSOVp L.G.9
red.; ROZHKOVAt Ye.V.; SOLOV'YZVv D.V'.v red.; FEDOROV, P.N., red.;
-FMM'SM=j_1.D.; KHONINA, O.I.v red.; GRISHINA, T.B., red.
izd-va; GUROVA# O.A*# tekbn. red.
[Stu4ies on the dressing and Industrial processing of minerals3
Issledovaniia po, obogashchen'ilu I. tekhnologii poleznykh iskopassykh.
14oskva, Gos. nauchno-tekbn. izd-vo lit-ry po geol. i okbrane nedr,
1961. 131 p. (MIRA 14:7)
1. Russia(1923- U.S.S.R.) Mi'nisterstvo geologii i okhrany nedr.
2. Vaesoyusnyy nauebno-issledovatellskI7 institut minerallnogo
syr1ya (for Bygeles, Leviuah)
(ores)

FINMISPMVW -r 1r . NAUROV, A&I.
%NNW"M
.load capacity of the feeding cylinder on a carding machine.
Teksteprom. 15 no.2:14-17 F 155. (MLRA 8:3)
1. Dotsent Ivanovskogo tekstillnogo instituta (for Finkelshteyn),
2. Nachallnik chesallnogo taekba imeni Varentsovoy (for Nazarov).
(Carding machines)

PlIms 1. 1 doto*at; KAMOVA, T.A.; UBUMN, I.A.; SKIRNOVA,
AlwammaLl "
r.P., Inshener laborstorti.
low sethod of doublo roving. Taket.prom. 16 io.6:33-37 Js 156.
(MM 9:8)
1. Ivanovskiy tokmtlllaogo lastitut (for linkellshteyn); 2. Zww-
stitoll 2myoduyushchago pryadillnym proizvodetvom fabriki "Shuynkly
proletwlyl (for FAkarova).
(spinning)

KUZIMIN, L.M.; FEWLISHTETH, I.I.; MIZONOVA, A.I.; MOV, I.F.
Studying the operation of saw-toothed drams in the front section
of ningle-procese pickers during table feeding. Izv.vys.ucheb.z&v.;
tekh.tskst.prom. no.2-94-99 (MIRA 11:5)
1. Ivnnovskiy tekatilInyy Institut.
(Cotton machinery)

FIMMISHTWH. I.I.
- ~ ~ I-I av.; tekb.tekst.prom.
.1. ' I a.ucheb.z
'. oubling Of the r'oving on flyers. IsvovY (MIR& 11111)
wold- I mo.4:lu6-u6 158.
11 IF&novokly taketil'tV institute
(Spinning)

FIIW,L2SMZYN, 1.1.
Doubling the roving In flyers. Izv. Va, uchab, zav.; tekh. tokstb.
.Prom. no-5:66-76 '58. (MM 1 11: 12)
1.Ivanovskiy tekstillnyr institut.
(spinning)

ZOTIKOV, V.Ye.o prof., d%)ktor--tekhn.nauk;.BUDH1KOV, I.Y.; TRYKOV. P.P.;
GINZBURG, L.N., retsenzent; XARPOV,* L.I., retsen2ent; 0IM4VA,
Z,K,, reteenzent; TALKPOROVSKATA, V.V., retsenzent;
retsenzent; KOFAMICH, Ye.l., red.; SHAPMfKOVA, T."A.`oe
'Igloo
%11~1 - ~--'
(Fundamentals of the spinning of fabrics] Osnovy priadeniia voloknistykh
materialov. Pod red. V.E.Zotikove. Moskva, Goo.nauchno-takhn.izd-vo
lit-ry po legkoi promyshl., 1959, 506 p. (MMA 12:11)
1. Kafedra pryadeniya khlopka Ivanovskogo tekhaologichaskogo insti-
tuta (IvTl) (for Karpov, Orlova, Taleporovskaya, Finkellahteyn).
(Spinning)

MMMISMIN, I.10
Study of the forming of the roving and the nev demigo of the roving
frame flyer. lzv.vys.ucheb.xav.; tokh.taket.prom. no.6:5848 160.
(MIRA 14:1)
1. Ivanovskiy tekstilInyy inatitut imeni M.T. Yrunze.
(Spinning machinery)

/--,N
I.I.-
Investigating the drawing and yarn forming processes in double roving.
Isy.vya.ucheb.sav.;tektL.toket.prom. no.4:93-101 16o. (MIRA 13:9)
1. Ivanovskiy tekstill-4y Institut im. N.Y. Frunze.
(spinning)

'. ? I I I I SHTWN
*Psychology of the mastery of knowledge In the schoW by
DoN.Bogoiavleaskii, N.AsKenchinskata. Reviewed by 1,1.
finkel'shteia, Top. psikhol. 6 no. 6:190-192 N-D 160.
(MIRA 13 s 12 )
(Nducational psychology)
(BogoiavlenskU,.D*N#) (Heachinakaia, NSAO

FINMISHTEI.Np I.L., kand.tekhn-nauk
Selecting the efficient typS of roving machine nyer. Tekists
prom. 21 no,7:16-19 n 161s (MUM 14:8)
(Spinnin machinery)

FINKELISHTEYNP I.I.
rl-~
Effect of the passage conditions of the product through the nyer
on the properties of the roving* Izvpvys.ucheb.zav.; tekh.tekst.-
prom. no.1:73-80 162. (MIRA 15:3)
1. I~anovskiy tekstillnyy institut im. II.V.Frunze.
(Spinning)

3/080/62/035/009/013/014'--"~'.-
D287/D307
AUTHORS: Finkel'shteyn, I.I.v and Gellshteynq
TITLE: Improved method for the preparation and purification
of stilbene
PERIODICAL: Zhurnal prikladnoy.khimii, V. 35p no, 9, 1962,
2111 - 2112
TEXT: The authors investigated the effect of the starting material
(benzaldehyde azine)q of the reaction conditions of the decomposi-
tion process and of purification methods on the*yield and properties
of stilbene. Experiments proved that the latter viere not affected by
the properties.of the benEaldehyde azine but reaction conditions,
e.-. the length of the decomposition process and the reaction tempe-
rature viere very important factors. The advantages and disadvantages
of various methods of purification, i.ee crystallization from di-
8hloroethane, vacuum distillation and heating-with acetic acid for
1 hour,-at 1000C are compared. Best results were obtained,when stil-
bene was recrystallized from dichloroethane, in the presence of not
less than 5 % of activated carbon.
Card 1/2

S/Opd/62/035/009/013/014
Improved method for the D287/D307
ASSOCIATION: Kharlkovskiy zavod khimicheskikh reaktivov (Kharkov
Plant for Chemical Reagents)
SUBMITTED: FebruarY 3, 1961
Card 2/2

L 00940-M EWT(n)
ACCESSION NXt AT50 15937 UR/3092/65/000/003/003110063

AUTHOR: D ov, U. S. IZ*Vdenok, 0. A. I Levin$ V. M. I 1W
P Finkel a tan, 1.
i Petrunin, V. L I T-ru-sh-in..* -N.
TITLE; Problems of constructing the deflecting system of a 5-Gov
channel
~A
.
SOURCEt Unarow. Nauchno-Issledovatel'skly Institut elektrofivicheAff
a varatury. Xlektrofisichaskays. apparaturas abornik statay, no. 3, 1965P 51-03 ,

TOPIC TAGS: antiproton, antiproton Isolation
ABSTRACT% The construction principles of an antiproton-isolating r-f deflecting
system are set forth. Calculations showed that the most expedient deflecting
systern should comprise a met of Independently-phased single-gap quasi-toroidal
resonators operating at the fundamental wave nwd*o the deflection being
'
S-Gew,
accomplish" by electric r-f field, The deflection system of the OlTati

Lcem

L 0094L-66 .4
ACCESSION NRt AT501593T

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quency,
characteristicw 16 rectangular -deflecting-area resonators. resonance fro
150 MCI Q-factor, 16000 or higheri shunt resistance, 0. 8 Mohmal po-or lose in..
one resonator Is 60 kw and In the entire deflecting system, I MW at a rated
i electric-field strength of 31. Z kv/cm. All resonators irt mounted In a 3-sectloal.
VA
14 -m long 1. 5-tn diameter vacuum tank. The reso tore art connected to their
feeders via vacuum load-In* and two.loop, matchers, A soparata.excitation 1. 3-
Mw vhf oscillator produce* 6- 1%aac pulses at a rq~wtition rate of 5 p/mIn. origo
art. hast 12 figures and 6 forunIaG6.

I ASSOCIATION1
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SUB)ATTZI)i 00 IWAS '00 BUD COM
NP,

OTHERs-00i

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3-a . j 3~
ACCE3SION MR! AT5007950 9/0000/64/000/000/0791/01" 55 ,
AUrNOW1 Dow AIN
tdov,_N. 0. Yek In", V. V. I Z4lASLnz9PA_"_- I
~K. N. IMalyshevl. r., Petelin I G t Pstrustint-V6 t.1
ta ifin
:E4_Tr:U9hln. 0. Kh. ItbanskLy, 1.
TITIZO Deflecting system of S-ftv aftittelln
w hamal
SOURCEt international Conference an High Energy Accelerator*. Dub"s. '1953,
Trudy. Moscow,
TOPV~ Mgt antiproton, high energy particle. particle bean, high energy ac-
celerator
AOSTPACTi Specific requirements flowing from the applied principle of particle
resolution have determined the choice of the type of deflecting system. During do. i"
velopment of the device the requirements were also considered from.the viewpoint
of the high-froquency power supply system. The creation of a high-power ISO-mega.
hertz frequency generator that operates with pulses of several milliseconds dure-
tion Is a technically complex t"k. Thereforew special attention was given durItS
the development of the deflecting N"t4a to Its sconowt and efficiency. Taking
these constalretione lots seesusto eamputations weiv c arried out of a himba of
Card 1/3