SCIENTIFIC ABSTRACT ISTRATOV, A.G. - ISTRINA, Z.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618910020-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A
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under
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cr-unda~ y conditions is given &t UD PO'wdar surface . 4 i
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L 34973-66 EWTM /Z~M('a)/T 'W/JW/JWL/WE
-------------
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ACC NRt AP 022523 SOURCE CODE-.. UR/0040/66/030/0
A. G. (Mos _2
AUTHOR: latratov, COV)j Librovith V. B. (Moscow)
ORO: none
TITLEt The effect of trans oceasea on the stability of a flat
flame front
SOURCE: Prikladnaya matematika I mekhanika, T. 30, no, 3, 196.6,
451-466
TOPIC TAGS: combustion, combustion stability, combustion theory
ABSTRACT: In hie previous analysis of flame stability, L. D. Landau
(Zh. eksperim. i teor. fiz., 1944, Vo 14. no. 6.) assumed that the
Reynolds number of the perturbation is infinitely large and the thick-
nesa of the flame frontqinfinitely thin. In the present study, it was
assumed that the Reynolds number is large but not infinite, and the
following effects were taken into considerationt .1) the effects of the
flame front curvature on the diffusion process, the tbermal conductiv-
ity, and the viscosity at the flame front; 2) changes in-the reaction
rate caused by temperature fluctuations; 3) the effect of the finite
width of the flame front; 4) changes in the denisity of the combustion
productsqbehind the flame front caused by temperature flu.ctuations;
Card 1/2,

L 34973-66
ACC NR. AP6022523
and 5) the effect of viscosity o~4.the gas motion outside the flame.
An equation was derived for the c~iti,cal Reynolds number in terma of
the ration of the densities of the~hot and cold gases, the Prandtl
number, the ratio of the thermal C~qnductivity to diffusivity, and the
dimensionless activation )energya ~he effects of these individual fac-
tore on flame stabilityl\ia discussed. In general, the.results showed
that transport processes have a stabilizing effect. The authors than)
G. 1. Barenblatt 4~nd Ya. B., Zell.dovich for formulating and discussing
the-problem and 0.*1* LeXpunskiy and V. 1. Yagodkin for their valuablt
remarks. Orig. art. has: 47 Tormul~s and TfigUrds...". [P.V1
SUB CODE: 21/ SUBM DATEt 18Jan66/ ORIO REFt 007/ OTH REF: 069
ATD PRESS:~~,O :211

ISTRATOV, V.I.; TSUNIKOVA, N.I., red.
(Fundamental problems in algebra] Sbornik osnovnykh
zadach po algebre. Moskva, Vass. zaochnyi energ. in-t,
1963. 79 p. (MIRA 19:1)

ISTRATOV, V. N., Eng.
Electric Transformers
Current transformer, magnetized by current of increased frequency-(condensed from
Bulletin ASE, No. 8, 1952, J. Goldstein). Blecktrichestvo No. 2, 1953.
q
Monthly List of Russian Accessions, Library of Congress, June, 1953. Unclassified.

ISTPATOV, V.N.,, inshener,
Commutation and protection of a direct current electric system of an a4rw
plane (abstract from Xectrical Ingineering no*8;703, 731 '52. K.W.Carlion
and others). Ilaktrichestvo no.6:80-81 Je '53. (KLH& 6:~)
(Airplaues-Electric aquipmeTxt)

ISTRATOV V.N., inzhonur.
Simplified &-.aphic analysis of the operation of a saturation.valve in a
stabilized system, Blaktriahestvo no.8:80 Ag 153. (K6U 6:8)
(Iteotric controllers)

AID P 621
Subject USSR/Aeronautics
Card 1/1 Pub. 27 25/35
tr V Kand. of Tech. Sci., and
Authors : ~ ~
Eng.
Title : Differential protection of airplane D.C. generators
(Review of Foreign Periodicals)
Periodical : Elektrichestvo, 8, 86, Ag 1954
Abstract : According to 3 USA sources, summarized by the authors,
the increase of generated capacities and domplicationof
airplane D.C. electric installations requires a constant
improvement of protection of individual elements.
Seven diagrams.
Institution : Not given
Submitted : No date

AID F 1474
Subject USSR/Electricity
Card 1/1 Pub. 27 25/36
Mnd..of Tech. Sci.,, and
Authors Istratoy,' Y_._X
'MWeFfi`s-kTy-,-, Eng.
Title Parallel operation bf aircraft a-c generators.
Periodical Elektrichestvo,, 2, 73, F 1955
Abstract The authois summarize a group of 5 artiole& on the,above
subject from volume 72 of the AIEE Transactions, Part:II;
1953, 3 diagrams, 5 American rereronces,795j-5
Institution: None
Submitted No date

IbTRAT . kandidat tekhnicheekikh nauk; LtMSXIY, A.V., Inzhener.
Za , , - A i, I
Protection of aircraft electrical systems. Bloktrichostvo no.Z:
89-90 Y 156. (KEAA 9:5)
(Airplane~--Zlectric equipment)

ISTRATOV, V.N., kandidat takhnichookikh nauk; KAMENSKIT, A. V., inzhaner.
Computing the resistance in aircraft three--phase current circuits.
Trudy KU no.57:61-70 156. (MLRA 9110)
(Airplanes--glectric equipment) (Electric resistance)

ISTRATOV, V.N., kandidat takhnicheakikh nauk: KAMUSKIT, A.T., in2heners
Protection of aircraft generators, (Survey of basic systems).
Trudy MAI no.57:76-81 156o (MLRA 9M)
(Airplanes-Rectric equipment)

INOZIIKTSV, S.P., kandidat tekhnicheskikh nauk; ISTBATOV V.S., kwAidat
takhnichookikh nauk; UMSIXT, A.V.,
Automatic frequency control of al.rplass &.a. (pnerators operating
in parallel. Trudy al a0-.66:69-73 156. (WA& 9:11)
eqMipment)

ATABF.KOY. Grigoriy losifovich; I --- .. Imndi(Lit takhnichaskikh amuk,
r6daktor; SUVOROVA, I.Aof tol'okif-rodaktor; SOMMAKOV, P.V.,
tekhnichookly rodaktor
[Linear electric circuits] Linsiuys slaktrichookis tsepi. Nookwag
Gog. Izd-vo obor. promyshl.. 1057. 173 P. (KM 10:2)
(Bloctrio circuits)

Tr-
ATABSKOV Grigori7 Iosifovich, professor; IGLINIKOV, N.A., redaktor-,
IsTnTOV, Va., redaktor; LARIONOV, G.Ye., tekbnicheskiy re-
daktore
[Theoretical principles of relay protection of high voltage systsidel
Teoreticheskie oenovy releinol sashchity vysokov6lltnykh setei. No-
sk-ya, Gos.energAzd-vo 1957- 344 p, (Mmi 10$5),
(Ilectric robws$

ISTRATOV, V.N., Icand. takhn. nauk; MITYUSHINA, Y.Y., inzh.
Calculating short-circuit currents inairplans, three-phase electric
circuits. Tjrudy VAI no.85:84-88 157. (MUIA 10tg)
(3hort ciroults)

Allbert lonifovich, RNNIK.-Gali-na Anato-I'VOT11A. TSTAM
kand.tekhn.nauk, red.: KUZNMSOVA, A.G., itd-red., fu~~ZIKOVA, R A.,
tekht.red,
or aviation; teaching.
I-Designing direct current electric mpchinery f
aid] Proektirovaute &vjat9ianTqk-h slektrichas .kikh mashin poctoiannoco
tokn; -achabnos posoblep Moskva, Goa.izd-vo obor, prot~yshl., 1%8
422 p. 11:8),
(Blectric machinery)
(Airplanes-Blectria equipment)

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.r, WIN

PHASE I BOOK EXPLOITATION SOV/3622
Moscow. Aviatsionnyy institut'imeni Sergo Ordzhonikidze. Kafedra
teoreticheskoy elektrotekhniki
Sbornik zadach po teoreticheskim osnovam elektrotekhniki (Collection
of Problems on Theoretical Fundamentals of Electrical Engineering)
Moscow,-Oborongiz, 1959. 124 p. 14,000 copies printed. Errata
slip inserted.
Additional Sponsoring Agency: RSFSR. Ministerct'vo vysshego i
srednego spetsiallnogo obrazovanlya.
Ed. S.N. Is_tzatov, Candidate of Technical ScJ 'ences, and S.D. Kupalyan,
Candid'ate of Technical Sciences; Managing Ed.: A.S. Zaymovskaya,
.Engineer; Ed.'-,6f Publishing House: S.D. Antonova; Tech. Ed.:
I.M. Zudakin.
PURPOSE: This collection of problems is intended for students in
electromechanical, electrical engineering,, and radio engineering
departments of schools 6f-higher technical education. It may
also be ased by technical R~rBonnel who desire to improve their
Card 1A

Collection of Problems (Cont.)
sov/3622.
technical qualifications irl the field of calculating electric
circuits. ' '
COVERAGE; This collection contains several problems related to
basic subjects of the theory of circuits according to the,pro-
gram of the course on theoreticil principles of electrical
engineering. Some typical problems with detailed solutions are
.given. Conventional symbols and terminology used in the book
comply *ith those adopted in two books by G.I. Atabekov':
"Garmonicheskiy analiz i operatornyy metod" (Harmonic Analysis
and Operational Method), Oborongiz, 1956;-and "Lineynyye
elektricheskiye tsepi" (Linear Electrical Cir.~uits), Oborongiz'J,
19~7. Chapters 1 and 2 were' prepared by N.V. Uspenskaya;
chapter 3'by V.N.'Istratov; chapters 4 anti
I by*S.N. Dmitriyev;
chapter 5,by M.G. Surov; chapter 6 and the Appendix by O.M.
Bogatyrev; chapter 8 by S.D. Kupalyan; chapter 9 by A.IE Namenskiy;
ahapter 10 by A.B. Timofeyev;'and chapter 11 by S.S. Kbukhrikov.
The authors thank Professor G.-I.*Atabekov for his help. There
are no references.
Card 2/4

Collection of Problems (Cont.)
TABLE OF CONTENTS:
Foreword
PART I. LINEAR ELECTRIC CIRCUITS
q o v/3 6 2 2
Ch. 1. D-C Circuits
Ch. 2. Circuits With Sirgle-Phase SinuBo'idal Current
Ch. 3. Resonant Circuits
Ch. 4. Three-Phase Circuits
Ch.'5. Circuits With Non-Sinusoidal Current
Ch. 6. Four-Terminal Networks
Ch. 7. Electric Filters
Card 3/4
3
5
5
13
23
31
53
68
76

Collection of-Probiems (Cont.) S07/3622
Ch. 8. Circuits With Distributed Parameters 81
Ch..q. Transients in Circuits With Lumped Parameters 86
PART II. NONLINEAR CIRCUITS 95
Ch. 10. Steady-State Processes 95
Ch. 11. Transient Processes 106
Solutions of the Problems 115
Appendix 123
AVAILABLE: Li -brary of Congress (TK 168-M58)
Jp/jb
Card 4/4 6-8'60

AGWKINO Dwitrly Iranovich, propodavatoll; BALASHOT, Mikhail Alakeandrovicho
prepodavatell-, KCWSOT. Sargey Petrovich, propodavatell; XMIMA,
Valontina Ivanoyna, prepodavatell; RUMMIXOT, Tevgoniy Kikhaylo-
vich, propodavatell: SOKOWT, likolay IvanbvicI4 propodavatell;
STROMILOT, Vasiliy Kikhaylovieho prepodavatoll; TISH 1 0, likolay
Kikhaylovich, prepodavateltj UDALOT, Nikolay Petrovich, prepoda-
vatell; 010MVp Belo# profog red;*,-IgMATOT, T.W.. kand.tekhn.nauk,
dotsent. red.; SHIKHTMAX, I.A., zdatr*V.--'kWW.-T.P., tekhn,red,
[Manual for designing elownts and systems of autowtic control:
a textbook for a course in designingj Rakovodstvo,p"o' proektiro-
vaullu slonentov I sistem svtowt1kj; posoble po karsovomu pro-
ektirovanilu. Pod red. B.N.Pstrovs. Moskva, Goo.ind-vo obor.
promyshl. Pt.2. 1959,, 247 p. (MIRA 12:6)
1. Chlon-korrespondent AN SSSR (for Petrov), 2. KoskovskLy
avintsionnyy institut Imni Urgo Ordzhonikidze (for all except
Istratov. Shekhtwn. Roshin).
(Automtic control)

INOV, Allbert losifovich; LARIONOV, A.11.,prof., daktor tekhn.nauk.
reteenzentl ROKAKOT, N.Y., doktor t*khn.nauJc#,r*tesnxent;
ATABIKOV, G.I., prof., doktor tekhn.nauk, roteensent;
GOLOOFSKIT, F.I., insh., retsensent; FINSSYST, A.F., Imnd.
tekhn.nauk, retsensent; ~OMTOT, T.N., kand.tekha.nauk, red.;
POROVA, I.A., isdat. red.; - GANNUM119r,'11S.A., tokha.red.
(Aeronautical electric generators) Aviatelannys elektriehaskie
generatory. Moskva. Goo.isd-vo obor.pron7ohl., 1939. 594 p.i
I (NM '12t7)
1, Chlon-karrespondent AN SSSRj seveduyushchi.7 kafedroy aviatilleanoce
I avtotraktornogo oborudoyanlya Hookovskogo oneirgeticheekogo Institute
im.Nelotova (for 16arionov),
(Blectric' generators) (Airplanes--Blectric squipsent)

SOV/143-59-9-8/22
8(6)9 9(2)
AUTHORSs Istr*;tov, Y.N., and Kolosov, S.P.v Candidates of Technical Sci-
--Wei
on
TITLEs A Converter for Changing a Single-Phase System to a Three-Phase
One
PMODICAL: Izvestiya vysshikh uchebnykh savedeniy, Emergetike, 1959, Nr 9,
pp 48-52 (USSR)
ABSTR=Ts The authors describe one of the possible circuit trrangewnta for
converting a single-phase voltage into a three-phase voltage. The
suggested circuit, shovu in fig.1, contains only one reactive ele-
ment. This circuit produces a higher stability of conversion than
the known versions with several reactive elementag discribed by
A.M. Bazdas, V.A. Kulinich (Ref*4). Ot6r converters, which do
no* consist of rotary elements, are described in the papers of Gol.
Atabekov (Aef.2)0 P*Lo Kalantarovq and L.R., Keymall (Ref*3). The
authors present fo~imulas for the calculation of circuit elements
of the converter described in this paper and give recommendations
Card 1/g for selecting the parameters. The work of the circuit may,be.a

SOV/143-59-9-8/*2
A Converter for Changing a Single-Phase System to a Three-Phase One
chieved with commensurable values of the input and-load resistanc-
ps and small capacitances of capacitors. The:paper was presented:
1W the Kafedra teoretiche koy elekrotekhniki: wwr_ .,.!- of Theor-
etical Electrical Inginee;ing). There are I circuit dia'gram,.l
diagram, 1 graph and 4 Soviet references.
ASSOCIATIONs Moskovskiy ordena Lenina evistsionnyy insti-tut imeni S. Ordzhoni-,
kidze (Moscow - Order of Lenin Aviation Institute imeni S. Ord-
zhonikidze)
SUBMITTEDs Way 20, 1959

ATABICKOV, G-I.; IgPRATOV, V.R., red.; KASHAROVA, V.G., red.; SKMV,
D.V., tilglm.rsd.
[Theory of linear electric networks] Teoriia lineinykh
elektrichesk1kh tospel. MoBkva, Ixd;-vo 03ovetskos, radio,"
196o. 711 p. (MIRA 13:10)
(Blectric networks)

KARGOLIN, ai. S. ,inzhener (Moskva).;ISJI" i P irahener (Roak7a).
No -OMORNWfthow
On parallel supp3.v of the trolley contact circuit from adjacent
substations. Zlektrichostvo no-3:28-32 Mr '57. (XLR& 10:4)
(Street railways)

TO
RMUKOV, A.D., Insh.; ISMATOVO V.P,j, insh,; KMOLIFI, lops, Ushe
Ways to ellidnate stray currents In NOBCOW 6t3?GSt railways. Sor;
khoz. Monk* 32 no;4t24-27 AV 05816 (NUA 3.10)
(Noncow-Streot railways) (DUctric ourronts, 1"kmg%)~

L6ih&iuv, V.
"Measures Taken at the Moscow Tramlines for Fighting Stray Currents"
report presented at the Odessa Conference on the Fighting of Corrosion caused
by Stray Currents, Nov 195T, Odessa Branch NTOEP (Elektrichestvo, 1958,No.4,p83)

----------YF4B'MOV, I.S.,, doktor tekhn. neuk; REKITAR, R.A.,, inzh.;
ROZEVBERGp S.V., kand. ekon. ntuk; BLATNOV, gvD.., kand,
tekbn. nauk; VILIKONETSKIY, M.S.p in*.;TOP,1ILIN, A.I.,, inzh. j
POPELYASH
V.N.,, inzh.; ZAGAYNOV., N.A.,, kand teklm. nauk,-
FINKELISETEIN, B.S.,, inzh.,
MARINOV,I.A.,, inzh.;-T&TRATOV.
V. P. j,
--Uo,v 7
inzh.; MARGOLIN, I.Se) inzh.; ENGELIS,, G.G.p inth.; AT
V.A.J. inzh.-, SOKOLOV) V-D.j inzh.; KLESUGHINSKIY, B.K.,, inzh.;
IL'INSKIY, A.I.., reteen;;nt,- PAPKOV, U.G.p retuenzent; EMIRNOV,
G.M., retsenzent; SHPOIZABSKIY.9 Mello, otv* red, tona; VOLOCEM,
V.N., red.; TROFIMOV, A.N., red.; RACIIEVSKA.YA, M.I,, red. izd-va;
LELYUKHIII, A.A.., tekhn. red.
(Technical manuall on city electric transportation in,three
volumes] Tekhnicheskii opravochnik po gorodWi0ou elaktro-
transportu. v trekh.tomakh, Redkollegiiat V.H4iVoloobnevp A.N.
Trofimov, M.N.Shpolianskii. Moskvap Izd-vo H-va kom=n. khoz.
RSFSR. Vol,l. (City electric transportation (general part)]
Gorodskoi elektricheskii tranapbrt (obshchaia chast). Otv.
red. toma M.N.Shpolianakii. 1961. 726 pe 0IM& 15:4)
(Streetcars) - (Trolley buses)

XUTENIKOVp Te.S.; ISTRAT07j, V.V*
Recent data on the tectonics of the Kyutingde -transverse trough
in the Northeast of the Siberian Platfom D&L. AN SSSR U&
no.24U-417 Ja 163, (MIPA- 1642.)
1. VaeBoyu=7y aeropologicheskiy trost i Mentraltnala kamplekenap
pofizicheskVa ekspeditisys. Ytdmtokogo geologicheekop u0svIenox.
Predstarleno akadamikom D*I. Shchstbakorpo
(Xyatingde Talley-Geology,, Structaral)

ISMTOVA. A. YA.;NOVIKCYVA, A. A.
Nurses and Nursing
Role and obligation of.the head nurse in pediatric infectiow ward. Ued-sestra No.
10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, 1953bUncla'ssified.

Storage and germinatiop of the pollen of som conifer specieO.
Biul.g.lav.bot,,sada no43:53-56 161. NMIA 15:2)
1. Sochinskaya. nauchno-issledovateliskaya op,,rtuaya stantaiya i
Bubtropicheskogo lesnogo i lasoparkovogo kho:syaystva.
kPbllen--Storaiel (coniferae)

ISTRATOVA O.J.
AA~
Decorative forms of the tulip tree and their bLological character-
istics. Biul.Glav.bot.sada, no. 48:42-47 163. (MIRA 17:5)
1. Nauchno-issledovatellskaya opytnaya stantsi;ya subtropicheskogo
lesnogo i lesoparkovogo khozyaystva, Sochi.

ISTRATOVA O.T.
Biology of the flowerin g-of Doublas fir. Biul.Glav.botsad
no.52t67-76 164. (KRA 1714)
1. Sochinskaya nauchno-iseledovatellakaya opytnajpa~stantsiya
subtropicheskogo lesnogo i lesoparkovogo khosyayntva.

S/fl?4/61/QOO/008/029/042
AOOI/AIOI
AUTHORS: Klyachko, L. A., Istr tova, Z_V,
TIM: On the theory of the lower limit of flame propagation in a two-phase;
mixture
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 8, 1961, 75, abstract BB524.
(V s1o. "3-ye Vses. soveshchaniye po teorii goreniya. T. 21t. Moscow,
1960, 48-57)
TEM The authors investigate a dependence between the lower limit of
flame propagation in a monodispersed two-phase mixture and the size of liquid
fuel drops at rest. Preliminarily the problem is considered on conditions for
self-ignition of an Immobiie drop in heated air. The critical condition of drop
self-ignition is derived, which consists in the equality of evaporatl.nn time and
period of ignition delay. The results of experiments with ethyl ale.-nol and
isoootane agree well with calculations by the formula derived. Then it is
assumed that flame propagation in a two-phase mixture is possible if the Itlifelf
time of a hot drop and the induction period of a steam-air mixture, surrounding
the drop, are equal. Calculations are performed on the basis of G. A. Varshavddy%
Card 1/2

S/124/61/boo/bo8/029/042
On the theory of the lower limit ... AOOI/AlO1
theory of drop burning. The results of experiments with tetralin (CIOHI
confirm basically the relation between the change in the lower limit,position of 1,2
flame propagation and drop size, which was derived from calculations.
A. Zenin

!6
ACCESSION MR: AP4049181 8/0314/64,1066/004/002910031
re
AUTHOR: Liferenko, 1. G. (Candidate of
!IV
UTLE. Corrosion realstanuo..Out~t:-o 10-0~wr We
thyltiie filhal
me P
MURCE.,. Iches 6ye. Ji. RyAndyo -tha dUck,
r -M~ imn, stdeI 4tW. e'Q'ij~ IsW f Gal
TOPIC TAGS- ch' o
b
mechanical prop6 IRT,--s1-R-eT1-Cz5-iros1on reststan neth-t efropl61:hd1Ed0 roduiAi
ce db P
sLeel OKhM'4012T
ABSTRACT: The production ofdimethyltervaphtWat~, us a~ lor ditaiLqug syridLet-fel
fiberB and films, requires pumipa made of HMSNUT,1127~toel, w1h Jah is qufte oxreils4ve.
A cheaper OKMIN6WISTsteel, has therefore been tested f)r c-omision resisLuice. Yhe
fouridrv laborator- of' VIGM tomted the castabilAty, sbrinkign, macrostmicture and
9 ', and mechimicid
micros'tructure oithe-Zheaper steel. The tesm showed gm easUng,
properties of the steel (ultimate strength 69.5-76. 1 kg/mm relative; elongadon Vi - 6-
2
impa-et toughnetm :'y 3-11. 9 kg-rn/cm and Brinell hardnesis 187). 'ne. choinical
composition of the steel was 0. 01-0. 10% C, 0. 38-1. 01111% SL 0. 53- 1. 38'~, Nin,
2
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Tor-
RTJWIA ganic Chemistry. Synthetio Organio Chemistry. G-2
Abs Tour: Ref Zhur-Khimiyaj.No:23j 1058, 97623.
Author : PoloVtag6anu,.I.',.:Gherghinof, R.,~!and Istri-,-_E
Inst : 146t'-,giveh.
Title : Helo-&af ih~-N, ~_N-adipyl_bis-(3_'6mJ.no'-2_
4,,6-triiod6-
benioio) Aoid.,_~-
Orig Pub: Farmaoid (R6mahia),6, No. 2, 1.87-3,90 (i958). (in
Rumanian with' s,uMMA'_rieq*jn G.er'man,.; ~rep'oh, English,
and R ssi
u an)
Abstraot: A now oontrasting medium has been synthesized for
internal use in X-ray studies of the intra- and:
extrahepatio bile d4ots. The new eoppound has
the formula (3-HOOO-2,4,6-I3 C6 HNHOC(CH2)2)2 (I)
and has been named helo rafin. I is s nthesized
by the reaotion of 0100TCH2)4 Cool (IIf-with two
moleoules of 3-HOOO-2,4,6-I3 06 MNMz (111); 0.5
Card 1/2

-ISTL*UIT-)-G-GF-.-
Conferonce on -1vi'le rehabilitation of the areas o-' vorked out puat fields.
Torf.prma- 38 nn.1:37 161. (MIPA LI,- 2)
(Peat industry)

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"Secondar7 Nonferrous- I-Tetals (Handboozk. Part I Preparation and Preliminw--,,r
.11 Metallurcizdat., 1950. 475 ppo
Working)
Comrients and evaluation- B 77881 16 Itw 54

ISTRINg Mikhail Alaksandrovich; LIVITIN. Vullf Khammovich- RUDINSHT173
---Yo`s1t--WQ;V?'javich; MILLIR. Solomon Mikharlovich; MILLAR, L.Ts..
kandidat takhnicheskikh nauk, reteenzent; MOV, Y.Ta., redaktor;
CHMOV. A.N.. redaktor; ARMUMBLISKAU, M.S., redaktor isdatell-
stvag MICUTLOYA, T.T.. tekbidehaskly redaktor
[Seconlary nonferrous metals]- Vtorichwe tevetawo metally; spravoch-.
nike 13d. 3-0, perer. 1, dop, ft4 r"o T.U.Belo-va. Kooky&. 990.
nauchno-takhn. ixd-vo lit-ry po'chernot i terstual metallurgil.
rt.l. OProcurement and primary proeessiMl 2#4g*tov" I pervichmia
obrabotka.:1956. 338 pg. WRA 9:7)
(gore errous metals)

BAZUATSKIT. Viktor Ramertovich, MIWMIJ bigkoand Lon~~.IIBARTASHIV,
Iborl Isonidovich; LYUBALM, Soviji 17TOTna., IUFZNMTMTIMJf
Davydovich; SHPAGIN, A~1.0 kandidat tabbutchookikh amuk, retsen2snt;
VISSARIONOY# B.G.,. inshener. retssnze~nt XUBMININVIKOV, $.s.,
retsionzent; PBLIMMAN, I.IsO, retsousent,,-
KOKiYSVA, O.M.,-redaktor Wat-ellstva; HIMUTIAIVA, T.Y.. tekhmiche-
skiy redaktor
[secondary nonferrous miatals; a reference menuall Vtorichure. tovetrgo
metal2r; spravocbnik. koskvu, goo.Amuchno-tekhn. isd-vo lit-ry po
che.moi. i tsyetuoi mtallurgii. Pt.3. CrAtellurg7 of copIper and.lead]
Keiallurgiia medi i avintea. 1957..544 p*'- (KM 16:0
(Coppor-Aetallurgy) (lead-Netallurgy).

x/
136-8-15/21
AUTHDR: Istrin, M .A Engineer.
TITLE: -WOn-ference in Prague on Economy of Non-Ferrous.Netals
(Soveshchaniye po ekonomii tsvetnykh metallov.v g'.Prage)
PERIODICAL: Tsvetnye Metally, 1957, Nr 89 pp'077-78 (USSR).
ABSTRACT: Proceedings at the first conference of the non-ferrous
metals economy section of the Permanent Commission on
economic and scientific-technical co-operation in the non-
ferrous metals field of participants in the Council for
economic mutual aid (Sovet ekonomicheskoy vsaimopomoshchi)
are outlined. It was held 25th April-3rd May, 1957t in
Praguet-and was attended by delegates from Bulgaria, H=-
gary, E.Germanyt Poland, the USSR and Czechoslovakiap and
ODServers from China. The conference heard reports on
work carried out and plann d measures for savirg copperg
lead and nickel and the introduction of substitutes, and
also considered'the work of the section in 1957 and the first
quarter of 1958. The following questions were recommended
for investigation:
use of aluminii windings on motors up to 38 KWj-
~ba~ use of aluminium, and plastics in power cables;
(c) use of aluminium windings in dry and oil transformers
Card 1/?

136-8-15/21
Conference in Prague on Economy of Non-Ferrous Metals.
i~p to 1600 M;
(d) use of enamelled heat resisting wire.with isoperlon
nsulation for motors; as well as
e) use of aluminium-base and zinc base alloys
l
anti-friction cast irons and mn-metallic materials in
bearings;
(f) replacement of lead by plastic glass etc. acid-resisting
materials;
~g~ use of tinplate or aluminium for carradiators;
h use of brass with low copper contents (48%) for bear-
i s;
U use of spectroscopic analysis for sorting scrap;
(j use of electric shaft furnaces for melting scrap;
(kjj use of aluminium coinage.
The next meeting is scheduled for November 1957t in East
Germany'.
AVAILABLE: Library of Congress.
Card 2/2

/Y1 137-58-5-9399
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, P~ 86 (USSR)
AUTHOR: Istrin, M.A.
TITLE: Secondary Aluminum Production in the USSR. (Proizvodstvo
vtorichnog.o alyuml;niya v,SSSR)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 8, pp 109-111
ABSTRACT- Recovery of secondary Al is now more than 100 times as
large as in 1932, and more than 20 grades of Al alloys are being
produced in accordance with technical specifications. Pvepara-
tion and dressing of the raw material (concentration ofI.41ags:,
calcining and packaging of chip, and cutting of large scrap are
mechanized. Smelting is in reverberatory furnaces of up, to 15 t
capacity (mostly of the two-chamber type). Furnace output is
3.2 t/m2 hearth (in 1945 it was 1.38 t/m2). 91.3% of the''metal
is now recovered, as against 83.6% in 1945. Machine ch6rgi'hg
and teeming onto conveyor-type casting machines is employed at
all plants. At the Sukholozhskiy and Khartkov plants the waste
slags are allowed to settle in special iiettling,farnaces, and this
results in further recovery of metal. The quality of the second-
Card 1/2 ary alloys obtained differs very little from that of alloys made

137-58-5-9399
Secondary Aluminum Production in the USSR
from primary metals, and in the near future the term "secondary alloy" will
characterize origin and not quality.
A.P.
1. Aluminum--Production 2. Aluminum alloys--Production 3. Industrial plants
--Equipment

-~~r_ S -1-P! I/ -N , Av P"-, 136 -10-9/13
AUTHOR: Istrin,
TITLE: Development of Secondary Non-Ferrous Metallur&y in the USSR.
(Razvitiye vtorichnoy tsvetnoy metallurgii v SSSR).
PERIODICAL: Tsvetnyye Metallyp 1957 p Nr 10, pp" 8 94 IF (USSR)
15 . L
. ppe3!-b ase- alloys was
ABSTRACT: The workimg of scrap copper and co
first organized in the 'USSR in 1921. The author describes
developments since then, giving some information on equipment
and its utilization at various plants waiking copper- and.
aluminium-alloy scrap". A. table shows data for 1940, 9451,
1950 and 1956 for the daily production of meta per ml of
furnace hearth when workimg bronze, brass and alumi m and
the corresponding recoveries of metal'. The author mentions
the work of the Glavytortsvetmet organization, which is res-
ponsible, for most aspects of the secondexy non-ferrous metals
industry. He states that the quantity of scrap prepared by
the organization in 1956 was 2'.5 times that in 1940 and that
the USSR occupies first place in Europe in the production of
secondary mon-ferrous metals. There is 1 table.
AVAILABLE: Library of Congress.
Card 1/1

ISTRIN, M.A., insh.
Conference on the sconoor of copper and 1e&1 In the national econo1w
of the U.S.S.R. TSTet. met. 31 no.8:83-85 Ag 158~ KIRA 11:9)
(Copper) (Lead) (Russia-1conosic p,olicy)

SOV/136-59-2-21/24
AUTHOR: Istrin, M.A,
TITLE: Conference on Secondary Non-Ferrous Metals (soveshobaniye
po vtorichnym tsvetnym, metallam.)
PERIODICAL:Tsvetnyye Metally, 1959, Nr 2, Pp 85-8? (USSR) J
ABSTRACT: The third conference of the non-forrous:
.metals
econom,y section of the Permanent Committee on Economic
and Scientific and Technical Co-ope~ration in the field
of Non-ferrous Metallurgy of the participating nations
of the Sovet Ekonomicheskoy Vzaimopomoshchi (Council.
for Mutual Economic Aid) was held in Moscow on 1 1 .
9th-20th December 1958.. The conference heard an&
discussed the following reports from representationstof
the various nations: "Organisation of.the ion
and First Treatment of Non-Perrous Metal Scf:p'a2d" Waste"
(S.M.Eydis reported for the USSR); "Prod uction of
Secondarv Aluminium.-Base Alloys" (Engineer A.A.Gaylit for
the USSk); "Production of Seconda:E7 Copper-Base Allo~s"
(V.M.Bazilevskiy, Candidate of Technical Science6';.for the
USSR); P.S.Shesternin, Candidate of Technical Sciences on
Card 1/3 "Results of Trials of an Electric Shaft Furnace for

SoV/136-59-2-21/24
conference on Secondary Non-Ferroug Metals
Reclaiming Melting of lead. Scrap and Waste". The
consumption of secondary non-ferrous metals in some.
of the centres represented is half the total consumption.
The author tabulates for the various.nations 1958
productions as percentages of those for 1953 and
planned 1965 productions as percentagpe of those for
1958 for copper, lead and zinc. He noves:that
production possibilities are not evorywhere being-fully
utilised. The conference made recojmendations for
improving the situation and urged especially better
scrap collection, storage and prepaxation. The
importance of dust catching to avoid zinc losses was
stressed. The formation of a working group to stwy
melting practice for secondary aluiminium alloys was-
urged; for melting copper-base scrap the,conference
recommended the induction fu3nace. The next conference
Card 2/3 of the section was planned for February 1959 in Prague;

BOV/136-59-2-21/24
Conference on Secondary Non-Ferrous Metals
an exhibition on non-ferrous metals economy was
recommended for that town for June 1959. There is
1 table.
Card 313

S/136i/60/000/02/001/022
E193/ir,483
.AUTHOR: .1strin, M.A,
TITLE: For Economical and Intelligent Utilization of Non-Ferrous
Metals
PERIODICALtTsvetnyye metally, 1960, Nr 2, pp 1-.6'(USSR)
ABSTRACT: The author of this editorial discusetes the implication!
of the directives of the Central Connittee of the
Communist Party USSR, regarding the rationaluse of
non-ferrous materials. He first conments,on the
enthusiastic response to,the appeal of the Central
Committee, in which numerous organizations have been
asked to exercise strict economy in using various non-
ferrous metals that are expensive or in short supply
(copper, nickel, tin, lead etc) and tosugg6st . nwineans
of reducing the consumption of these materials. Th4oustinds/
of replies have been received, the following being,a
sample selection of the sUgge8ti(-As pUt forwardt
(1) salvage of collapsible tin tubes should be organized
or steps should be taken to use plastic instead of tin in
the production of collapsible tubes; ~the'llatter measure
would result in saving more than 250 t of tin1per year;
Card 1/9 (2) at present, both the outside and inside surfaces of

S/136,160/000/02/001/022
E193/E483
For Economical and Intelligent Utilization of Non-Ferrous Metals
containers used in the tinned food industry are
tin-plated; hundreds of tons of tin c,ould.be savedif
the layers of tin inside the containers were replaced by
a layer of approved corrosion-resistant lacquer;
(3) large savings could be attained by using other
materials in the fabrication of many parts of the
passenger railway carriages that at present are
unnecessarily made of non-ferrous metals; (4) a large
.quantity of tin and aluminium is wasted in the form of
thrown-away milk and soft drink bottle tops; a very
ingenious design of stopper, doing away with the use of,
non-ferrous metals, has been submittod.
While the sum total of savings, attained by these and
other similar measures, would make a not-to-be-despised
contribution to the solution of the problem under
consideration, there are many other, more important,ways
of achieving this end and these are discus sed in the next
paragraphs of the present paper. In the electrical ~
industry alone, 400000 t of copper and 300000 t of tin'
Card 2/9 can be saved by wider application of aluminium as the

S/136/6U/000/02/001/022
E193/E4,83
For Economical and Intelligent Utilization of Non-Ferrous Metals
material for cables and cable-sheathing; this would
mean an annual saving of 2 milliards roubles.
About one-third of the total quantity of copper consumed
by the cable-making industry is used in the windings of
electric motors, transformers and other equipmentl the
fact that a hundred high-power, three-phase, aluminium-
wound transformers have been produced.in,1959 at the
Zaporozhski Transformer Plant indicates that in this
field too economies can be made (283 kg of copper
required for one transformer can be replaced by 205 kg
of aluminium). More than 13000 t of copper could. be.
saved during the present 7-year plan's eriod by using
oxidized aluminium foil instead of copper,windings in the
fabrication of contactors, magnetic brakes, relays, coils
etc. Aluminium can be also used successfully in the
distribution systems as has been shown by.the designers
of the Zaporozhski Plant who, by usiLng profiled alumi-nium
conductors, saved 100000 t of copper in one year.~
The machine-building industry is another large COA 'iumer~
of non-ferrous metalal thousands of tons of bronze and
Card 3/9 Babbitt are used every year in the manufacture of bearings

S/136/60/000/02/001/022
E193/E-k83
For Economical and Intelligent Utilization of Non-.Ferrous Metals
and other moving components, although there is a number
of substitutes of proven quality such as certain plastics,
caprone, textolite, pressed wood, cast iron, special steels,
bi-metals and aluminium- and zinc-bas'e bearing alloys;.
application of the bi-metal strip, iiiiade of iron-aluminium
alloy ASM, in the manufacture of maAn, and.connecting rod
bearings for tractor engines (instead of the previously
used, bronze BS-30 bushes) could give 9aving of.
a
14000 t of copper and 7000 't of lead during the running
7-year period, A new bearing alloy, TW19-1-5, containing,
8 to e ;
11% Al, 1 to 2% Cu, 0. 03 to 0. 06% ~Jjg-, reinaind r~ Zn,
has been developed by TsNII MPS; this alloy has fo und'a
wide application in the rail transport industry as a
substitute for tin bronzes and for ca Icium and tin
Babbitts; comparative properties of thislalloy and,
bronze BrOTsS5-5-5 are given in Table I which includes:
specific gravity, g/cm3; melting point, 0C; UTSj kg/Mm2i
ultimate compressive strengths, kg/nvn2; Brinnell
hardness, kg/mm2; elongation~ %I friction coefficient
with and without lubricant; wear, due to friction, kg/mm2
Card 4/9 with and without lubricant. Prolonged field trials,

s/i36/60/000/02/001/022
E193/E483
~For Economical and Intelligent Utilization of Non-Ferrous Metals
conducted under most exacting conditions, Iiiave shown
that the new alloy is, in some respects, better than.
bronze and yet this alloy has found little application
in other.branches of the machine-building industry,
although its price is only 4 roubles p er likg against
9 roubles per I kg of bronze. Caprone is another useful
substitute; it is being used at the Kolomenski Plant as
the material of the plunger and guiding columns bushes,
2 t of bronze being saved in this way; per:press; the
components, made of caprone, are 3 to 'i tim4s cheaper and
several times lighter than the same components made of
non-ferrous materials. Pressed wood, possessing good
physical, mechanical and anti-frictional properties., is
also a very useful constructional material.that can
replace non-ferrous metals in the manufacture of various
equipment for the textile, food, cement and paper-making
industries. There is a large field for improvement in.
the existing foundry techniquest flame furnaces should
be replaced by electrical induction furnaces, the losseA
on melting in the latter being only half of those in the
Card 3/9 former typei the large proportion to 40%) of qc~rap'

S/136/60/000/02/001/022
E1934003
For Economical and Intelligent Utilization of Non Ferrous bletals
Card 6/9
produced during-machining of parts cast in: the sand
moulds could be reduced to 10 to .15% by using metal:
moulds and/or by wider application of,centrifugal casting,
pressure-die casting etc. The consumption of copper,
bronze and brass in the industry producing the sanitary
armature could be halved by wider ap-
plication of plastics,
ceramics, porcelain and other non-metallic~materials.
New alloys with a lower content of scarce met-als should
be more widely used in the machine-building industry;
brass LNMtsZhA62-1-1-1, developed a few years ago as t a
substitute for silicon bronzes and calcium~and brasses
(LK80-3, LMts58-2.1 LS59-1) is one of these materials;
the properties of these four alloys are given in Table,2,
showing: melting point, *Cj UTS, kg/MM2; ~ultjmate,
compressive strengths, kg/knm2; elongation, %I BriOnell
hardneB3, kg/mm2; friction coefficient (with lubriclant);
corrosion resistance (loss of weight in 2% water solution
of sodium chlorides g/MM2/24 h)* Replacingthe silicon,
bronze with the LMItsZhA62-1-1-1 brass would resultJn an
annual saving of 2000 t of copper. Large economies in
I

S/136/60/000/02/001/022
E193/E-483
For Economical and Intelligent Utilization of Non-Ferrous Metals
the consumption of rod brass can be achieved by. uni~lng
arsenical brass (0.05% As) as the material for steam
turbine condenser pipes and car and tractor radiators,'
while wider.application of various bi-'metals (steei/copper,
steel/brass, steel/oluminium, steel/stainiess stee '1) would
lower the consumption of other non-ferrous materials.
Considerable savings of scarce, non--ferrous metals.;can.be
attained by wider application of titanium.in the
fabrication of components exposed to corrosive and/ or
oxidizing conditions. Since 80% of' nickel, prodilac:'ed at
present in the USSR, is used in the production of
stainless steels, the consumption of metal could be
~ this'
reduced by the introduction of the following measures:,
(1) incre sing the production of nickel-free or lo 'nickel
content stainless and constructional. steels (eg steels~
o8Khl3, Khl7T, 15KhR, 20YhGNR, 4OKhDrR,l wh 'ich, in many,
cases, can be used &s substitutes for,steels with high;
nickel content; stainless steels of' the 18-8 type,,
(containing up to 9% Ni) can be succe'sefully replaced by
new types of high chromium steels E1657 aAd EP26,
Card 7/9 developed at the Moscow Institute of' Aeronautical

S/136/60/000/02/001/02 2
E193/E48,3
For Economical and Intelligent Utilization of Non-Ferrous Metals
Technology, and containing nitrogen and up to 2.5%, Ni;~
(2) replacing the Ni-Mo-bearing steels with'those
containing boron and manganese (15KhRA, 3:JKhR. 2OKhGRA
(3) replacing the nIckel-baseo heat-resistant materialE.
by iron-base alloys; (4) increasing the,productioii of
carbon steel base, stainless steel clad products;
(5) improving the methods of collecting and.treating alloy
steels scrap. More than 4000 t of tin is consum6d
annually in the production of tin-plate, the specific
consumption of this metalin the hot-tinning process being
21 kg per 1 t of tin-plate; this f1gure,could be.:
reduced to 7 to 8 kg by changing over to -3lectrolytxc
tinning. Large savings of non-farrous metals.can'be
attained in the production of secondary non-ferrous:~alloys;
at present, reverberatory furnaces are used,f.or melting
certain types of bronzes and brasses; the melting losses,
amounting to 9%. could be reduced to 5 to~61,4 by using
electric induction furnaces, whereby 5000't of non ferrous
metals could be saved annuallyl in a aimilar manner$
Card 8/9 losses of aluminium could be reduced by 4%4 Finally, mteps

S/136/'60/000/02/001/0;22
E193/E:483
For Economical and Intelligent Utilization of Noxi-Ferrous Metals
should be taken to improve the methods of scrap
collection and to ensure better classificat-L'an of this
important source of valuable non-ferrous metals. There
are 2 tables.
Card 9/9

ISTRIN, M.A.; BAZHENOV, M.F., n-suchn. red.; SINACIMKO, L.M., red.
(Econony of nonferrous metals and the Introduction of
their substitutee, in industry, transportationp and build-
ing] Ekonomiia tsvetrykh metallov i vnedrenie ikh zam'eni-
telei v promyshlennosti na transporte i v stroitel'stve.
Moskvap 1962. 63 p. (MIRA 17:5)
11
1. Moscow. TSentraltrqy ins~itut informataii tsvetnay me-
tallurgii.

FRIDLYANDERI, I.N.; 1STRIN, M.A.; GOLIDBUKHT, G.Ye.
Utilizing scrap from ductile aluminum alloys. Alium. spia
no.3:326-329 164. (MIRA 177

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ISTEiN, Viktor Alekee~f,,~rovlcl-
Printing paper and ciardboard
pod red. G. G. Gillo, Mogkva, Glzlogprom, 19114. 23 P. (Z'Meniteli v Poligrafli)
4Z-b?2

Ruriiania
&I Chemistry--Solutions. Theory of Acids
Physic
*
and Bases*
AM IM RUhfte#---,NGo 5 100a 90o 17l16
AUTHOR I _Nintu, V.,-Istudors I*, ond Ecleseal
'
-
-
-
IMT. Matuxial Gas'
BU, thar*Bt 'In
a
1~0 ~kEr Petroleum and
t
TITLZ J On the Absorption of Ethylene in Solutions of
Amino Complexes
M10. PUB6. 0 Lucrarile Inst Petrol si Gaze Bucuresti, 31
217 (1957)
ADSMACT i The authors have determined the coeffiaient of ab-
sorption of ethylene at room temperatlare and at
pressures of 1-20 atm in solutiona of,the follow-
ing amino ~complexes of. GU(2+)~: [Cu(NL~)4 3012

as well as comp exes
[Cu(IIH3 )4 1 (NO~ of Cu(~+)
with pyridine, ECU(C~ HS N)2 ](NO; )2 CCU(CO
4,N)4. I
(NO~ )2 , and (Cu(C~ f; K),6 IC12 , both ka the li;
qu
and in the solid state (sic]. The results ob-
tained indicate the formation of compounds be-
tween the ethylene and amino complexes.of Cu(2+)-,
CAPDI 1/2 Research

SOV/123-59-12-46851
Translation from: Referativnyy zhurnal. Mashinostroyeniye~ 1959vNr 12, p 132
(USSR)
AUTHORS: Khimushinq F.F*j Istrina, Z~V.
TITLE: Investigating the Trend of the OKhl8N9, M18LEL and lKhl8N9T
Chrome-Nickel Steel Grades to Intercrystallite Corrosion
PERIODICAL: Sb. statey. Vaes. n.-i. i konstrukt.in-t khim. mashinostr., 1958,
Vol 25, PP 11-46
ABSTRACT: The article has not been reviewed.

SlAWAIISKAYA, F.B., kand.tekhn.nauk (doceased.1; SlIVARTS, G.L&,,
kand.tekhn.nauk; KHMSHN, F.F., kand.tekhn.nauk; ISTRINA
Z.F. inzh.; SIDORKINA, YU.S., inzh.
Testing ;or intercrystalline corrosion of stainless Austenite
,and austenite-ferrite steels. Trudy NIIYMIMA~11 no.,27:3-53
159. (HIM 14: 8)
(Steelt Stainless-Testing)

KMOVSKIYY 11. 1.; YUSHCMIKO, K. A.; YUSIIKEVICII, 2;. V.;
Electric are welding of corrosion resistant CrO.2VIOV-T
ferritie-austenitic steel. Avtom. svar. 15 no.11:16-24.
11 f 62. (MIRA 15:10)
1. Ordena Trudavogo Krasnogo Znameni Institut mlektrosvarki
imni Ye. 0. Patona AN UkrSSR (for Nakhovskiy,'Yushchen3ro,
Yushkevich). 2. Vsesoyuznyy nauchno-isaledovmbullski7 i
konstruktorskly institut khimicheskogo mashbmtroyeniya
(for Istrina).
(Steel, Stainless-Welding)

VWSTION NIR Arx-5000732
SOURM, Hof zh,; MaLghTMOStMI-4 kts
raschot detaley n1aahin, Gitirlopilivod. ()td. vy*p.v Abs. 1-48-40
AUTHOP- Istr-111 Kruilmikov, A, hl.-,, Shaval kin B. 9
OU
-::---"A 7 --M-fg- S In, F r o 1, j. kova,
TITLE Corrosion(oresistant properties 6f chromia
with lowered nickel content
C-r
ITED SOURCE: Tr. Vsoi, n~-I, i 1construktt., #i-t 4111m-~
V'Y*P. 45s 1963s 76-
TOPIC, '~MGS-. corrosion resis-t-Emee., ehromium. n,,j4-1Cfj-
nickall!
~'Sateol QM2111:4412T,,
containinr,r a-loy, metal corrosion/ steel OKh--..,It
i " e 8N' I

mmly
. . . . . . . . . . .
F0 _j
li

z
MON-
T
SLA
RM A,6i~ats, of ali

T.7 av r
of corrosion rnglptArft ntepl-:i with reduced nicke"L oontiont Rnd thei ir
cgra 1/;2

W'W.L-WUIA ~ - ~ -- -- - - -- . . .. - ~ .
steals in the construction of chemical oquipment, ~;s do,-Oerrnined, .
I
Because of their corrosion resistancep steals M81N5T~ O!WlMIAW,I
and ~~an 'oii uae,, ~.Lq ai-abstitutes for sl;aels M),18N-9T and
in a varit!~y ol" t.,.crrosive media, for exampae, ia tba
prodl.:Ctjo'n Of Capro"acte'ri, idirlo aoid, dimethyliierephit-halate,
- U ~ A.
Citric aGi-d' L~reap ac.'La" wna orhers.

J~L

log,-

340
SUBMITTED! 00--
gf-
`--SUB 002 0144,
CODE:, 00 -NO RZF*86V
aird 3

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pr%O Write
S Whiog a eaidig
I! Animal 6i
itent Oidwerk oe,
El ance to i tter'~
10 c to) frosioWtesik~ni--e
4ded': lip: ii:6ubstAt4tef

j,

;1

LIFERENK09 I.G., kand. tekhn. I inzb.; FROLIKOVA,
YeeMo, inzh,
Corrosion resistance of M(h2llg6MZT cast steel in the produotion
of dimethyl terephthalate. Dim. i neft. maahimostr, no.5t29~31
N-164 (MIRA 18:2)

0
T
ACCESSION NR- AP4047508 MJW/JD/WB/PYI' S/012 /64/(40;1016~00321003U: f
AUTHORf-'-Sliihirts L
U(st-0 ti
TITLE: Worocorroalon f strurtural mateiqaig du ring bb; prd~kt-tlon- of ,oflpu~~ja
synthetic d_",k'F-
: .. ,1j_~! ~ ~ ~
hl igikd~lvldbtAbb It
SOURC8- 11 : derftlye
M6ta ove 0
32-38
riffine- yej~.m Ad j x*y
~ 0;. 1, , ,~ -,
e ry a'
tainleg's gtepxph *61dijo bt dMi e
corrosion
t
Aypea~ 6 st :96~~s 4.1le we.,re- . M
t v 4b
ABSTRACT,- VttHous ~i~, L n 0
the weld met ot r
industry. In maleic an)-tydride media al of t18 9 W. 08Q! 1. 211
, "18 IT
IvTn t^ F, 0St Il 01 Cr, 8 55 Nl; 0. 60 Mn. 0. 65 T0/41~hl".-M 6o c;, 1). rA
4- '1' K h I [ N 19 WIT (C. -H

K L'. N, I
-- -Y. I - --
36 Si; 17 R Cr 1 .3 M 1 95- M6,- 0- U Ti and
%,j 7 I~Z,. - 1~A C, 1 :1 Nh R Mo. 0 41 TO specimenmi di-spIw,)kKI a tandelicy 1.0
5, r- 1;1 -,11 e 1r v ero-rosion with respec'! to delta-fenite, 'rile weLd joints olf
cardi/3
4 -ih
ZY

f
by general corrosion and those BEAT tanjiurn.Zore qiOre -y
of' taij:1 e
resistant. In the media. used in the wet recb;R~Y- alj:jAes: r 6 pr0oucPan
Y
of phthalic anhydride 01(h2IMT, U . 07,Q -0.,99 Mn;,0.115~! U, 17
0. 4414' til s-p-66f- ens an-ef their-'*Aed jait"i s-46 e sifg:A :d 1 h'
corrosion although individual pitting occurredin thei Wjj~ets. 4. 43uperf ~-'c ial
pitting was observed in the weld joints of lKhIBN9T fiVe KiIBN1211-2,7`~_
OKh2lN6M2T speci-rnens which contain .1. 65% and 2 018111e M~ respectiv 11Y
7RR-aff -Ad ~b---eith'
er ~geij~ra
qr~:p~
pg
c-acdd Lfi-the is-b-Aln,
W 1A.T.
hydroichlok on
i- - - I -t-
sistant and OKh23N28M3D,3T remained sol- A- ul aci
64
During the production o, 3- amino- 5- sulfoFialycillic acid K108NII)MUT and
OKh21N,6M2T specimens were appreciably attacked by s-d9uric acid, their weld
metal having a two-phase structure, In the production of benzi1ithrone, is-zressi
corrosion cracking appeared In OKh23N28M3D3T specilaefts afteir weldingi a n,(~
other typea of mechanical working. The steel is appUcable prbvided fintshed I
parts are annealed at 950 C for 60 minutes and air cooled to r4ilteve interntal. test-
Curd 213

11 ~9754-65
~~,SION--N

-A'
a
wl
g

s
,
` ~ l
-
-
-
.
rm"~tu!~-i
"

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l
1
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AMOCIATMN~'
bTnKh
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-

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NR RrF SO'v'r: 000 OTH.Eu.

1~jl

13
-'i IrI

H ER M i m-1 1111 110
.- -

Acassmu NR: AM018336 S/Ol3T/64/OOO/0Ol/M%AO%, i: ~i
souRcE, Rm. metanurgiya., Abs. u538"
MMOR: Frolov, N. A.; Belink4j, A. Lo*;- iredozvO~ V., K.;' Zqtrinaj~'Z-, F.
TITLE: The properties of new foundr 'corrosion 'restatent-,(stainuss)
y stiel"
Khl7M2TL and the area of its applicati6n- in, chemical machine building
CITED SOURCE: Tro Wes. n..!i. i konativkt in* MSG kihoatr,*j,,Vy*p6
TCF'u TAGS: stainlevi'steel, stainleoc 6teel6astirig.
chromium-nickel steelp acid resistant itee'l, corrosion 'resistant ateel
TRANSLATION: Steel has higher castini',,Vropertied than Cr-Ni (steel of the austetiiti4'-:~_-,
C ass*
I Casting shrinkage determined on~sn instrument designed by'Bollshakoy'
amounts to 2.12-2.21%. The flovability was determined according to.m sp
iral pro
(with a pouring tempereture I of 1, 400 'degrees the Aefigt~: of the'aptral is equal,
300 mm; at ly600 degrees), it is equal to 7
40 MM)'i The + inte mal shrinkage, bli e
were studied on.conical and cylindrical probes.,. :rn ~ the, foraer, a concen rati. . 0
shrinkage blistetp'forma;- In, the-latter) -there ~ia a, lkrge v miat of ahr
increasing as the temperature of pouring rioad Itest' treatment (Mmeauba at! 7
Cardl/2,

ACCESSION NR: AR4018136
780 6irees for 2'hours) of steel does not influetice its mechwical. Vroperties and.',.
-conducted for the purpose of removing casting strenaen and for m;ierWgt--,.
should be
propensity for intercrystalline corrosions Steel had good.cOrrosion, resititance,
Av.
-in 74 boiling acetic acid and. at 78% therke phosphuric aciet tit 100 degreeaj_-,,46~~.
Ia,iec nd d- as a oubstituts for Or-ffi-Stedl typa. 184
Coto Mi' 'OD"'
At
Card 2/2~

.~.ACCESSION M: ~AR4027703 S/0276/64/00/0021=7/4008
SOURCE; RZh. Takhnologip mashinostrorniy&, Abs. 2G38''
AUTHM: Frolov, 9. A.; Belinkiy,, A. L.; Fedoroij V. I.-lot L F.
TITLE: High-strength casting of new corrosion-rosisting, (stainless) stools with
nickel conient
CITM SOURCi: Tr, Vsese n.-to i konstrukto irrit kh1m. aashiwstr,#~ wj*p, 43,'
1963, 88-93
TOPIC TAGS: high-strength casting,'corrosion-r osisting stool'#' low nickel
content. heat treatment, inter-crystal corrosion, steel, rddk~l sta;61
TRANSLVION:, Steel WIN5= has satisfactory casting properties enabling
sufficiant-ly complex castings of high -strength to bo.producedo. As 4,rssat- at
heat treat=ont, the yield point of Uds steel exceeds by 1.-q"2 times that Q;
type 18--8 chromium-nickel stools. Its resistance to corrosion in a number at
tio Ti 0 > 5 it
=adia approaches that of M8N9TL stool. Withi percentage ra
is not prono to inter-orystal corrosion. Steol.D17)452L bas good:c"zg
1/2
Card