SCIENTIFIC ABSTRACT PERELMAN, T.L. - PERELMUTR, A.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240010014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

88404
Density Distribution of Charged Particles
in Meteor Tracks
SUBMITTED:
July 22, 1960
9/02 61/136/004/012/026
BO19YI1056
Card 3/3

h037h
B108/B104
Yerm-kov, Y. G., Kondr,shov, N. G., ~erellman, T. L.,
,ioma3hko, Ye. ;,., Byv),ir,, V. 13.
TME-d Teineerature field in a cylindrical reactor fuel element
I. cooled by a turbulei,t flow of liquid
FIERIUD~,;AL: In2nenerno-fiziche_-;?iy zhurnal, v. 5, no. 9, 1962, Y;-45
:r.L%e tampera"Lu4-e flield of a cyiindrical rod heated fro:.-i insi-Jc
cooled'at the outside' was sjudied theoretically in order to jain
into the processes of heat transfer Nitnin a reactor core. Por
i iToplicity -~be heat transfer between rod and coolant. is ai--Sua~ed * o
( onve.ctivethie coolant flovi to be turbulent (hetin.-- of tne entire
Ane heat coiiductivity as well as all parameters of :-.e proo-,.,-
flow), 6nd
constants. The problem of otationary heat transfer is tj,,,3n
.o b~
Card 1/4

Temperuture field in rL cZ~Iindrl` c---i% B1, 08 /B 1 J4
k 1 -() (r 21) + -02t Q (r, z),
I r cIr dr dZI
7 CSV �-b- - PI a, (ti,-Iz - 6) + P2 a, (to - 6),
az
0 e~, z
tun
T11
tbl,
~Oi
ol
----- - - - - -
gp

P PRE: 1, 1 M-~ NYti.)',. i Pf?'UN"E'u-S, L.F.
Fnt.er,-.i oxetric trat, )n -I
.:47-42
Ap t.,lo?.' o 14 71r, p
I. 1.on I ri~r zidrkiy ki iirj ko- far7-rlt3(-;t 1 r,:,'
,ubni t tf~ 1 1, e hmi;iry

PlIMI'll IMAIJ I ya'll.
ill the fi.E"l-l )!' 1 - ~ (I j I',- ~ . , ". . i, 1.~ . It- I . -
pf;,5t N ve yeara and pro3ptc : . ! in : --. * r., ~ -! I . . :) , , 1 r.. ~ -, - -
I
.) 1-2.
1. Leningradekij kvl~uvc - ~ - ! .. -, I-. n ~ j , - : ~ *' . ..

GAVRILIN, G.F.; PL-RM'MAV, Ya.M.
Semimicromethod of determining preignin. Med. prom# 17 no*6;
48,49 Je?63 (MIRA 17:4)
1. Ler,ingradskiy khimiko-famatsov-ticheskiy institut.

PERMIMAN, Ya.14.
Phyipicoebamical methods for the analysis of phamecautical
preparations. Apt. delo 12 no.5s7241 S-0163 WIRA 16:11)
1. LenLngradakiy khimiko-famacowticheskiy inatitut.

PERELIMAN, Ya.M..; YEVSTRATOVA.9 K.I.
.-, foli"en~'t'-ic,i`metric titration of mixtures of dibasol with papaverinep
salsolirte, salsolidine and dionine. Apt. delo 12 no.5tZ7-31
S-0063. (MIRA 16t11)
1. laningradskiy khimiko-farmatsevticheskiy institut.

FEM114LI Ya.X - GAVRIMN. G,F,
Smi-ioromethod for the determination of cholesterol and
e~-sltoisterol. Zhur.anal.khin. 18 no.4,529-531 Ap 163,
(XMA l6s6)
1. Leningrad Chemdeo-Pharmcoutioal Inatitus,
(Cholesterol) (Sitooterol)

PEMIMAN., YS.H.; 3-EVSTRATUVA., K.I.
Potentimetric titration of the salts of organic Was it
rzonaqILOOUE, solvents. Part 2t Oaantitative determination of
promedol snd d1bazole. Trudy Len. khim-farme Inst. no.3J+t
31-37 062-1 (MM 17&2)
Qaantitative deteraination of codeine phosphate. Thid.23840

(- PZRzL1HM,.-U,11.t;_YEVSTRATOVAq K.I.
PontDntiometic titration of the salts of organic bases in non-
alueaus solutions. Quatitative determination of spasmolytine and
puenatine. Apt. delo 9 no. 5:16-19 S-0 160. (MIRA 13:10)
1. Kafecb*a farmateev-ticheakoy khimJ.1 Leningradskogo khimiko-
famatsevticheskogo instituta (zav. - prof. A.M. Khaletskiy).
(PBM,TINE) (SPASMOLYTINE) (POTENTIOMETRIC ANALYSIS)

PMUOM,, U.K.; YEVSTRATOVA, K.I.
Quantitative determination of benzacine in tablets. Mad. prom. 14
no. 1005-37 0 160. (MIRA 13:10)
1. Leningradskiy khimiko-farmatsovticheakiy institut.
(BENZILIC ACID)

ISMOK09 Iskav HoiMovich; KCASHNIKOVp V.P.9 redjdeceased]; RUIZVAp M*S.p
(Analysis: of mediciwa foms; practical raniallAr-lis lekarstyemwkh
form; prakticbeakoe rukovodstvo. Izd. 3, perer. i dop. Leningradt
Goo, imd-vo mod, lit-ry Mdgizg Lealngr. otd-niep 1961. 615 p.
(MlU 24:7)
(CHEmismp MEDICAL AND PHARMEUTICAL)

GMVICH. 1.1k.; FEMIM&N, Ta.M.
K)thc,d for determining the codeine In medicinal mixtures. Apt.
delo 9 no.2:14-19 Mr-Ap 060. (MM 1316)
1, 12; kafedry farmateerticheekoy khImil (zav. - prof. A.M.
Khalotskiy) Leningradskogo 1rhimiko-farmatsevtIche9kogo inatituta.
(CM111NA)

POMLIK"t Tadc
.: IM. - ~.t,Lometrlo analyals of dit
w retla. Trady rm awl. khU. 4t2O5
215 152. (Diuretin) (Km litO
Obtentlometria analple)

PARILIMAN, Ta.T,, In2h.; SHULYATIMA, G.N., inzho
Concerning I,X. Ter-Qpnesian's article *Use of MS-07-tYpe
Inntritments to measure reslstwnces.' Fromsenerge 13 no,4:34-35
It
Ap 58. (KU 11:4)
(Electric messuroverits)
(Electric Instrwoents)
(Ter-Oganesian, I.M.)

1(4
AUTHOR:
94-4-19/25
Perellman, Ya.V. and Shulyat'yeva, G.N., Engineers
TITIN': Discussion on the Article by I.M. Ter-OEanesyan "Some
Special Features of Resistance Measurements rith Instruments
Type M14-0?" (Po povody stat'i I.M. Ter-Oi7,qr1-svqna "0 nekotorv',ch
osobennostyakh izmereniya soprotivleni- priborami tipa Y-S-07)
(Promysblennaya Energetika, 195?, No.2) and ti-e Author's
Reply to the Above.
PERIODICAL: Prc-myshlennaya Energetika, 1958, Vol 13 No.4,
PP. 34 - ~6 6JSSR)-
ABSTUCT: Ter-OE;anesyan's article dealt with the use of instrumentg,
type 1,19-0?, to measure the resistance of conductors and in
particular to measure the resistance of earthing equipment.
There is a great need for work on the measurement of the condition
of earthing equipment but Ter-Obanesyan's article did not take
account of the actual circuit characteristics. His estimate of
the errors of the instrument is said to be over-pessimistic, and
in fact ma:ay of the errors cancel one another. 1t would be
serious if the errors were neEative but in !'act they are mostly
positive. Therefore, it is quite permissible t. use instrument,
type MS-07, to assess the condition of earthing_ equipment.
Author's reply.
Carc.l/ Pis is the author's reply to the above discussion. He states

94-4-19/25
Discu.3sion on the Article by I.M_ Ter-OC~-anesyan "Some Special Features
of Re;3istance Measurements with Instruments Type L!,$-O'/ (Promyshlen-ayar
Energetika, 195?, no.2) and the Author's Reply to the Above.
that the critics of his paper tend to overlook the inductance
of the earthinC circuit, which can Live a neCative error of up
to 305166 and not 1050', as they think. A curve is given to show
the errors that can result from incorrect assessment of impedance.
A negative orror can arise and in some cases the instrument
cannot be used to determine whether an earthinC system is in
good condition.
Editorial vote to the above Discussion
This note on the above discussion points out that instrument
MS-O? is unsuitable for measuring reactive impedances. The
article of Ter-Oganesyan shovis that his property of the instru-
ment determines its principle o-f action. Unfortunately, instru-
ments intended for testintL earthing are not yet manufactured.
The conditions unde, which this instrument can be uned for the
purpose are defined. There is I figure.
AVAILAI~LE: Library of Conffress
Uard 2/2

ALIMSANDPDV. A.A.; SiVIZM.A.; PIMMIMN, Y&.V.
'Protective grounding in electric installations" by
N.R. Nalfelld. Reviewed by A.A. Alskmandrov. X.A. Savin,
IA,V, Ferellmn, From.anarg. 12 no.1:36-37 Ja 157. (MLRA 10:2)
1. Glavrg?7 anergatik savoda "Blektrosila" (for Aleksandrov)
2. InsImktor Energoinspekta t Inergosbyta Leningradskoy
elektroanargeticheskay 8ist!ar (for Savin) 3. Chlen
Vaesayusnogo, usuchnogo inshenerno-takhnIchemkogo obahchestva
anarget1kov (WIROAP) (for PerelInan).
(Bloctric currents-Orounding)

112 IMa,,,j*oY.IsidorpvIch; U(MROY, ViA., doteent. otv.red.; VMS. L.F.,
red.;,131W-CHKOVA, T.H., tokhn.red.
[Physics made interestingj UnImatelInaia fl2iks. Izd.16. Moskva.
Goe.izd-vo fizlko-matem.lit-ry. Book 2. ig6o. 279 P.
(MIRA 13:10)
(Physics--Problems. exercises. ate.)

AUT'iOR: 32-1 --23/5r,
TIT."Z: On the Problem of Criteria of the Deteruinaticn of the De-pth of
Cementation Layer3 (K voprvsu o kriterii otsenki glubiny
tse-mentovannogo sloya).
PER 10DICAL: Zavodskaya Laboratoriya, 1,~)50 , Vol. 24, Nr I , 65--67 (USSR)
ABSTPACT: In the introduction it is said that, although this method is no
longer new, there nevertheless exist no uniform data in Sovi~t
scientific literature. It is recorwended to take account cf the
thiclmess of the layer of cementation according to micro- and macro-
structure and hardness, together with the determination of the
thicimess of the eutecticuri layer as far as the middle of tht zone
of transition and the full thickness down to the original 5truc-
ture. For vurposes of comparigon experiments were carried out vdth
th,: steels: 15X, 25X, i8rT. 30XFT, 12XH3A and 30X113A with 15 dif-
ferent Tjrooesse3 of cementELticn. Comparisons viere made at two
steel piant3 (A and B) , and several laboratory workers rArried out
the same experiments. The follovring conclusion is ara~,,n: Up to the
middle of the zone of tranz;ition control ran be carried out accord-
Card 1/2 ing to the iAcro- or macroEtructure (vrith a measuring, magnifying

On the Problevi of Criteria of' the Detemi1nation 32-1-28/55
of the Depth cf Ce-mentation Layers
glass), if the factor of subjectivity is taken into acccunt; -,C--
lection of criteria for judging cementation layers in _ltcel-
a higher carbon content in difficult. 1. _tecl 1-
'he 3oftening of s
carbonizer, v;hich is the practice in this case, for the purpose if
avniding a los-z of carbon, influences the thickness a-- aell as the
micro!,tructure of the cementation layer, and this may lead to grave
errom in the results obtained. As a unifom criterion for judging
the thickness of the cementation layer it is therefore re_co%-,nende3
to carr I
y out the process of determination according to m`croitric-
ture up to the middle of the layer of tmnsition, and to deteiuine
the thickness of the layer according to the macrostructure by mear;~
of measuring vrith a rnagnif~lring glass. It is further recoz!nrended
th)Lt this should be included among the ,FOC T , otandards. There.
are 4 figures.
A V1 I L0LE: Library of Congress
Card V2 1. Metallurgy 2. Phase transition-Control

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~ACCESSION NR: AP4040614 S/0286/64/ooo/oll/0021/0021.
Perel~ -Gk; Lady*gina, A. A.; Krasnitakiy, Z, I.;
AU,31OR s
I JP-�kA#...Xq.*~jj.
;Zybatvin, 'A-. P.; Kontsevaya, Yes M,; Drusilovskly, B, So; Soroko,
L. No; Filonov, V. Aq Ksenzuk, F. A.; Bargly, V, X,
TITLE: HiRh-strength steel for stamped and weldable parts. Class
21. No. 162866
6
!SOURCEt Byul. izobr. i tovar. znakov, no. 11, 1964, 21
ITOPIC um multicomponent steel, high strength steel, alloy
Isteel. heat resistant steel
IABSTRA-",T: This Author Certificate has been issued for a high-strength
steel for stamped and welded parts. The steel, which retains its
istrangth at temperatures up to 300C, contains (in %): 0.25-0.4.8 C,
10.5-1.0 Hn, 0.8-1.5 Si, 2.0-4.0 Cr, 0,8-1.5 Ni, 0*3-0.6 Moo
0.7-1.5 W, 0.05-0.2 V.
,ASSOCIATION: none
!Cord I/$

PJMLIKLN, TetI,
IffectIveness of phthivaxid thora" In tuberculosis. Say. wd.
18 no*9:28-30 5 134. (MMA 7:11)
1. Is Dzieprodsershinskogo tuberkulesnogo goopitalya d1ya, imwaltdov
Otechestvannoy voymy
(ISONCOTIMIC ACrD ISOKIRS, therapeutic use
isoul"Id ther. on palm. tubere.)
(TUBARCULOSIS, FULMOMY, therapy
isoniasid)

1j, 4- It 15 y q
I it,
Z.- -1-k ;L 41.
Reclamat,on of Land
District improvement construction projects. 3idr. i mel. 4 'To. 6, 1952.
9. Monthly List of Russian Accessions, Library of Congress, August 1952. 19C54, Uncl.

3 5 /4
;~~77 Sniblygin, S~ V. --ardIdi*e of Technica-
'~zirgala V, D Z=tLL=-~n, Y,,- A.-. Engii,ecr~.
LL 71imps wl*n a -.c-c!dal -r3Lnsfc,:-m-T- f
anI aluminum alloys
ET7 IOF~ 1AT 3 v I T- Y i.- ' vo, n) 3, 1962, 30 - 31
A* *he Saratov Polytechnic Instit-ate and the Ylar' :)f
F,.q,jpmen-, C11A -66 (SPI-66) type suspended clamps were developed
and naving a pne-;matic mechanism for pressing the electrodes. Tre caamps are
terded for welding aluminum alloy parts 0 8 + 0.9 mm thick, and low-carron ve~,
parts up to 3 4 3 mm thick, with 20 kamp short-circuit curren' of 50 cYclea fre-
quency. When using 100 cycle frequency current, the thickness cf :i!-imInum 1'~-.
r
paits aan be iricreased to 1.5 - 2mm. The clamps are.dif-ferer.1 fr:lm
on~!s -y ha-~-Ing a transformer in the toroidal form which presents rumber 31(-
vaLT.tagsz- over P -ype transformer, Such as elghar efflc4en:'; -trj rro-,~
-din
.qe g condif~ons, in.par*icular for spo-- welding alktmirv-im E -
cc:. 1 design of. trie se-zondary trarr. former winding makes i * possin I e ~OC
1~ A ~d 11 .1 - -/

Clam-,c- wi- a lorolda I ransformey
c' mme I. f r' VO I' :I gC,~ 71
--IF hou.', Ing nr' -I I r 1) t
and co7A-a-'or 6 s,: c ~ Ion The pr4
-6 cm mary copper f
a round h~. magne I c T ondu c' o r ami has 20 turnc- . 7 he f ix,~d
Kzlder is moun'e,t on a c(-n'ral rod p3sslne, lhrough ''-e fron' .J
mc,,in* z~l -)7)' ey.-rr,~: --ar!
1C it I y cormc,- * -:1 wl r,~. same . The hig!-~ ra-lo of 'ht- -wel'zr'
r al 3 ' o ', r,~- o' i-,! welgn~ Df 'ne cl amps 755%)
'~eq~lerlcy (f 100 cycletF) ne r e a 7
A 3 3.13, A Xq, S a s k'~ y J~ I I e 1U Ll e s y I n.
; I- ~, a t I y g n . v o a o b o v Gargala) 7
ya F, -an* of El ec-! rcithe rmal Eq-~ I prren
otor d -~ir
:V~

~) t Q L- L : f~i.i ~ r--, ) ~j o Ii
JURYUGSH, F.K.; KOTS, S.L.; KAZAKOV, V.11.; GRECHANSKIY, V.S.; YEMOV, P.N.;
1=07,13NO. I.A*; PERELIKAH, Tu.S.; WOW, V.I., lnzh., red.;
XHI-,RCM-. P.A.. tekhn.r6d*---
(Repairing electric equipment i9nd cab sections of diesel loccomotive93
Remont elektrooboradovanila i ekipashnoi chasti teplovozov. Koakva,
Goo.tranap.zhel-dor. izd-vo, 1955. 150 p, (MIRA 11-.6)
(Diesel
locomotives--Kaintenence and repair)

!MABUGIN, S.V., kand.tekhn.nauk; SIVOLOBOV, V.V., inzh.; GARGALA, V.D.,
inzh.; PEMMIMM, YU.A., inzh.
Gun ,with a built-in ring transformer for the spot welding of steel
and aluminum alloys. Svar. proizv. no.3:30-31 Yx '62.
(MIRA 15:2)
1. Saratovskiy politekhnicheskiy institut (for Shablygin, Sivolotov,
Gargala). 2. Zavod elektrotermicheskogo obGrudovaniya (for
PerelIrran).
(Electric welding--Equipment and supplies)

I
.iMELIMAN, Yu.'Z., inzh.; WIKA, K.P., inzh.; ROMISKIY, Yu.V., telchnik
Modified design of the fan 6rive of the TEI diesel locomotive. Elek.
i teFl.tiaga no.7:40 J1 163. (IMA 6:~)
(DieBel locomotivea-Ventilation)

RRMTEL' p Aron loBifovich, Inzh.; FEML910 V Yuriy Zalarenovichp itsh.1 Ml-
IMLON'SKIY9 Aleksandr MoiseyevVi-(cl-,-3H-zh.-;--RZJMUTUUN"t M.D. p retmr.-
zent; VUL"F9 V.V.9 inzh.v red.j BOBROVAp Ye.N.p teklm. rod.
[Repairing the cylinder-piaton system of the 2D100 diesel ongine;
practices of the Tasbkent Diesel locomotive Depot] Remout teilindro-
jpbTsbusvoi gruppy disolia MOO; Is opyta Teahkentakogo toplovoznogo
depo. MoAvap Vass. izdatellako-poligr. ob"edinenle M-va putei no-
OhAhchg~ni-IAP 1961o 38 pe (MIRA .14:7)
(Diesel engb4s--Haintenance ard repair)

OSIKA, X.Fe, insh.; PXRJMIKU, Yu.Z., insh. (Tashkent)
lbobanized washing of diesel locomotives. Ilsk. I tepl.
tiaga 4 no. 9t22-23 8 160. (NEU 13:12)
(Diesel locomotives--Cleaning)

it
IC I. C6P4

C, I s 7- v n
ut -Z.~ :- r1! ces
(4.3-3: F931)
Q. 1 "1 a, 3F4

RYABOT, M. S., kand. tekka. nauk; __PERELIMANI. Z. NOR Inshe
Compensation of reactive power i-a ligbting fixtures of industrial
buildb4le using ML Imapa. Syetotakhaika 9 no.221-5 F 163.
(MIRA 16:4) ,
1. Gosu,.arvtvenWy institut po proyektirovqniyu elektroo*m-
dovaniya dlya tyasheloy promyshlennosti.
(Electric power distribution)
(Electric lightingY

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PEPX,LIMTRJI A.S..; GUREVICII, I.Ya.; KOTRAS, R.L.
NA-3M arievLhetic apparatus. Nov. med. tekh. no.3:~-9
(MIRA 119:1,