SCIENTIFIC ABSTRACT ZUBAREV, R.P. - ZUBAREV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065520007-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZUBAREV, R. P.
Cend Med Sci - (diss) "Surgical treatment of valvular steriosis
of the pulmonary artery by way of trans-g.,)r.Aric p0monary
valvul o tofay. "Moscow, 1961. 9 pp; (Ministry of i"ublic Health
RSFSR, Moscow Med StOmItoJOP,'_JC8l Inst); 250 copies; Price 'lot
given; (KL, ?-61 sup, 259)

BRUZOV, Yu.Ye., doktor med.nailk; BUKHARIN, V.A.; ZIM&M, R.P.
Second seanion of the Institute of Thoracic -Dargery of the
Acader.q of Medicine of the U.3,5,Rs Sov.nO&. 23 no.6:147-151
JO '59.
(mim 12: 9)
(CllHST--=tGlV)
it

BAKULEV, A.N.; KOLESNIKOV, S.A.; DUYJMR3V,V.A.; ZI)IMP.,voit.r.
First report on the clinic4l use of a large vaxosutural apparatus
for carrying out a cava-pidmonary anastomosis in tetralogy of
Fallot. Grud.khir. 2 no.2: 3-6 Kr-Ap 160. (14IRA 16:7)
1. Iz Institute grudnoy khirurgii A1,21 SSSR (dir.prof. A.A.Busalov,
nauchnyy rukovoditell - akademik A.1T.Bakulev). Adrma avtorov-.
Moskva, Laninakly promp., d.8.. Institut grmimjy khirurgii A141
SM.
(PUMONARY ARTERY-SURGM) (VENA ZAV"URM- 01)
(SURGICAL INSAUMMS AND APPARATUS) (TETRAW.'Y'OF FALIM)

BAKLUV, A.11,; HYMEMP, S.V,; SAVELIEV, V.S.; BLV.rC'V, 11.1%,-
R.?,; '110111ROV) B.D.; KOSTE,141M., L.~;4; VL--OIZICV~ 1W."U.11
Now method, for ixtracorporeal blood circulation. Grud. khir.
2 no-4:3-5 J].~Ilg 160. (MUL, 15:6)
1. Iz kliniki fakulltetakoy khirurgii imeni Spasokukotskogo
(dir. - akademik A.U. Bakulev) 11 Moskovakogo medi.tasinskogo
instituta imemi N.I. Pirogova. Adres Pvtorav; MoskTa, Leninalciy
prosp.,d.8, lizUtut grudnoy U-irurgii.
(~,ILOOD--CIRCUIATION, ARTIFICIAL)

SAVBLI UV, V.S., kand.med.nauk; ZUBh3XV, 11-P-
Diagnosis of valmlar atenouis of the pulmonary artery. Xhirurglia
35 no.6:118-12) Je 159. (MIRA 1-2:8)
1. Iz falmlltetskoy khlrurgicheskoy kliniki (dir. - prof.A.N.
Balciaev) II Hookovskogo meditainskogo institixta ite.N.I.Pirogova
i Inotituta grudnoy khirurgii A14M SSSR (dir. - prof.A.A-Busalov).
(Almmu's, PTrLHcdbkRY, St"nnals
valvular stenosis, diag. methods (Rixa))

BAKULEV, A.N.; ZUBAWV._jR.P. _
Indications for pi~monary valvotomy. Grud. kkir. 2 no.5tW-16 a-0
160,, (KUU 16'1'5)
1. Ix kafedry fakulltatakoy khirurgii imeni S.I.Spm9dkukctskoga
(dir. - akademik.A.N.Bakulev) II Moskovskogo usnditsinakogo instituts.
imeni N.I.Pirogo'va (dir. - doteent M.G.Sirotkinmi) I InstitiAta grudnoy
khirurgii (dir. - prof. S.A.Koleanikov) AMN 83SR. Ailres avtoroy:
Moskva, V,49, Leninakiy prospekt, 8, Institut grudmoy khirurgli AMN
SSSR.
(PULMONARY STENOSIS) (HEART-SURGERY)

NECHMEN) Mikhail Aleksandrovich. Prinimal uchastiye MITROTANOV, I.A.0,
in2h.; ZUBAREV, S.A., rettionzent; LEVE, retrxenzent;
SIGAL, I.Ya., retsenzeng; KOLYADA, I.A., xvUeazent; STOLPM)
Ye.B.p naucbnyy red.; FEDOTOVA, M.I., ved. red.; SAFRONOVA, I.M.,
telft. red,
(Safety measures in the transportation, distAbution, and use
of gas fuel] Tekhnika bezopasnosti pri tranapr~rtirovke, ras-
predelenii i ispolizovanii gazovogo topliva. Izd.3., perer.
i dop. Leningrad, Goatoptekhizdatp 1962. 2x,19 p.
(KRA 15:4)
(Gas as fuel-Safety neasures)

SIIABANOV, AJI., prof.~ red.; ZUMREII, iZ.F.p red.
(Medical manual for feldshers] Meditsinskii jipravoch-
nik dlia felldsherov. Mojkva, Meditsina, 1965. 693 P.
(MIRA 18:10)

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GPXLIADAIIT3IX, 1. 1., DMIYUCH, V. Q..
Manganese Ores
Maf:netic separation of Limpness oros. Gor. zhur. no. 5, 19~2.
Yonthly List of Russian Accessions, Librnxy of Cowresu, Auglint, 1952, UNGLASSIF11T.
- t'

127-56-5-17/30
AUTHORS: Zubarev, S.N., Bobrushkin, L.G., and Golovanov, G.A.
TITLE: Ways of Improving the Concentration Process in the Olene-
gorsk Plant (Puti usovershenstvovaniya ukhemy obogashche-
niya na Olenegorskoy fabrike)
PERIODICAL: Gornyy Zhurnal, 1958, Nr 5, PP 55-59 (USSR)
ABSTRACT: Serious technological and constructional defects were dis-
covered when the Olenegorsk Concentration Plant was opened.
The iron content in the concentrate did not exceed 50 or
52;~'~% As a result of additional investigations of the
Mekhanobr Institute and practical experience of the Plant's
specialists, the concentration process was rebuilts an
additional crushing of the ore down to 0.5 mai; a re-puri-
fying of the maenetic concentrate, and an improvemeni of
the dehydration cycle of the concentrate. The ?atter is
noiv dehydrated in a special 3tore-room by the natural
drainage method. However, the process is still unsatis-
factory. New improvements are suggeuted to attain 624p of
iron content and 12 to 13%, of silicon content in the con-
Card 1/2 centrate; namely, development of a 1~ravi tational-magna tic

1,27-58-5-17/30
'Nays of Improving the Concentration Process in.the Olenegorsk Plant
process and construction of a store-room, fox, averaging the
content of ores, with a capacity of at leaut 100,000 tons,
There are 3 diagrams, 5 tables, and 2 Soviet references.
ASSOCIATION: Gosudarstvennyy nauchno-tekhnicheskiy komitet Soveta Mi-
nistrov SSSR (State Scientific-Technical Committee of the
USSR Council of Ministers). Olenegorskoye rudoupravle-
niye (01enegorsk Mine Administration)
AVAILABLE: Library of Congress
Card 2/2 1. Ores-Processing 2. HJ_nes
i 1 A
H;

KOROBOV, P.I.; V J ;0%," h.C.; ',C,-'lA':-;,X A.; SlEW',' W1,
L.D.;
F. V.ye.;
i7%JCj'.C!V, V.F.; Al;..~-'.;:~.;~-~,
L.P.; IPATUV, P.11.; *-:A"~:;L,!O%F, P.P., '101
A LY-~j'lp P" J'S
- - .;. P. ;-~AM F.P., 11, -,v, ' ,.A. I"'. C-z
-!AS'T0'-' SUJ~Jov, 0.0., V-' ADW, V.3.; w S IT .
7i"Olai l'i"Colao-lic, :c! -n .~xy. Lur. no.6:7 Jo
l6cj.
(Pat,r-'-l,ccl.,, ~'Tzol:A i~i,:olacvich,

NIKOLAIENKO, Viktor Favlovich; ~,q otv. r4id.,- .11.7a.,
red. lzd-.,a; BOLDY2EVA, Z.A., telchn. red.
(Operator of magnetic separators] Uashinist riA;,rnit"nylch separatorov.
Moskva, Gos. nauchno-te."Chn. izd-vo lit-ry po gornoru delu, 1961.
75 P. (HIRA 14:11)
(Magnetic separ'ation of ores)

--.- -,, otv. red. ~ TSUXTlilMAll, SJa.,
LYUBAIMS, Ivan Mikhaylovicll;_.7,AA~~, ~,sji, I
red. izd.-va; BOUDI-11111A, Z,.A~, tollan. red.
[Tig operatorl Mashinlit otsadochigkh maahin. Eoskvu, Gos. na-uchno--
teklin. lzd-.vo lit-ry po gornomu dolu, 1961. 51 0 ~P. WIRA
-P --Equilmiont anl sup Ile 0
01 - drossing t
(

ZUBAREV9 S.N.p gornyy inzh.
Mechanization of repair work In the crushing department of the
Silver Bay Ore-dressing Plant. Gor. zhux, noO:54-55 Mr 161,
(MIRA 1,~tj)
1. Goaudarstvennyy nauchno-tekhnichoakiy kofaltet &~ISR.
(Silver Ba7, Mnn. --Crushing and repair)
101
LZ
!TM 1~ H

LYUBAAETS, Ivan Mikhaylovich-, SWE-71DELl , Leonid laard-xivich; - W*I-Ell,
--S.N., otv. red - KACFAALI','I,'!A, Z.I., red. lzd-va.
.ekhn.red.; MAihIllRi, M., trAhn.red.
[Launder operator 114ashini st pronrjvochnoi mat3b4ny. Moskva, Goo-
gort,eldiizdat, 1962. 36 p. OIERA Ir,:12)
(ore- dressing-Equipmont and supplies)

VZOGRADOV, V.S., inzh.,- ALITSHMIE,,', M.A.., kand. takhti. nw&; FOU'liKOV,
V.G., i.nzh.; KU.'.OCFFKIII .11 ., inzh.; F-Ali-EAZIN, V.I., doktor tekhn.
nauk; ZAIKIN, S.A., inzh.; OSTROVSKIY, G.P., inzh.(deceased]j
MOM, P.I., lnzli.; BOBRUSHKIN, L.G.) in-Sh.; lJJ5TAl-UV, I.I.,
inzh.; SHIMUN, I.!., irizli.; GOLOVANOV, G'.A.~ inzh.; MWNSlay,
L.A., inzh.; TSDIMAIMIKO, L.N., inzh.; HAVIKOVICH, 1.1%, inzh.;
BAZILMNICHt S.V., kand. takhn.nauk; 7,ORB%', I.P.2 ZUBA!-'-EV,.
S.N.,,inzh.; TIKIIOVIDOV, A.F., i=Ji.; SHITOV, l.S., inzh.;
-GIL",TAYUROV, A.I., inzh.; KUS:-ZIBIWEV, Kh.N., iri,",h.; DEKIENAIIEV,
S.I., inzh.; WHONOV, I.S., inzh.j BURMIll, G,111., :Ln,,rh.,- awd'TIEV,
V.M., inzh.; GOLDVDI, Yu.P., inzh.,- MARCI-1011,C), K.F., inzh.;
ZCHKOVI L.F.p inzh.,- NESITEXIENKO~ A.M., inzh..; KAB-INOV, V.F.f
inzh.; PATRIYMEV, inzh.(deceascd],- H061;01NIT, A.F., inzh.;
SOSEDOV, O.O.p inzh.; POICROVSF17, M.A., inzh,, retsenzent:
POLOTSKI S.M., red.; GOLIDITTI, Ya.A., glav. rod.; GDLUBYATNIK0VA,G.S.,
red. izd-va; DOLDHEVA, Z.A., teklin. red.
[Iron mining and ore dfessing industry]Zhelettorudnuia pro-
iVshlenno3t'. Moskva, GosF,,ortekhizdat, 1962. 41,Y) p.
(311RA 15:12)
1. Moscow. TSentral'My institut informatsii c~ernoy raetallurLrii.
(Iron mines and mining) (Ore dretisb:g)

MIAMI, Vitaliy Ivanovich,, doktor tokhn. nauk, prof. PrWxiali
uchastiye: IMUTIY, V.V.; SMIZITAROVSKIY, P.A.; CUB11,10 G.V.;
ZUBAREV, S.11., otv. red.; ARWASOV, N.A.j ve4.izd-vt-.;
BOMYr-ZV-,Z7-.-A... tekhn. red.
[Modern methods of magnetic separation of ferrous inatsl ores)
SovremenrWe inetody magnitnogo obogashcheniia rud chernykh
irotallov. Voskvn, Gos. mauchno-teklm. izd--vo lit-ry po gor-
nomu delu, 1962. 658 p. OHLRA 15:3)
(Magnetic separation of ores) Irca ores)

ZUBAREV, S.N., gorW inzh.
jor
Barker mill (from foreign literature). Goralmr. wAs'74-75 Ja
163. (PURA 1611)
(Australia-Milling machinery)
.111111, 1111: Id' ~ 111211, 1' 111' 11

, , " -, 1. 1, I'll .: ~ 1~ I I,, . I , I I I
ZUBAREVt S.N., gornyy lnzh.
Iron ore dresAng phnt:i in the M.A. Rn.J Minsuda. Gsr. zhur.
no.9:70-74 S t63. (141RIL 160D)

IZHAITELI, S.A., otv. red.; SERkt, V.K... otv. red.; ZUBAr=.,,
S,.N., otv. red.; MOlaYEV, S.L., otv. red.; 43TAFITEWA,
A.V.p kand. tekhn. nauk, red.; VASIKOVSKIY, Ta.L., red.;
VISIUIEVSKIYI Ye.L., red.; KRI'VTSOV, B.S., red.; KOROTKD-I,
I.N., red.; MMOFANOV, S.I., doktor tekhri. mauk, red.;
NORM, V.V., kand. tekhn. nauk, red.; NIKITIN, A.A... red.;
RUDITEVI, A.P.0 red.; SLASTUIOV, V.G., red.; TUCIEV, F.A.,
red.; RAUKINARGER, Ye.L... kand. tekhn. nau~, red.;
FEOKTISTOV, A.T.[deceased), red.; ZAYTEEV, A.P., red.
[Sa-fety regulations for the dressing rvd ointlering of fer-
rous and nonferrous metal ores] Pravila bezapasnouti pri
obogashchenii i nglonerntqii rud ti3vetn3,kh i cherziykh me-
tallov. MOSI(va, Nedra, 1964. 206 p. (MMA 18:4)
1. Russia (1917- R.S.F.S.R.) Gosudars-tvemyy komitet po
nadzoru za bezopasriym vedcniyem v proqnUtn)nosti i gor-
nor,u nadzoru.

ZUBAREV., S NFOVA V L;~ V;~ A 'IA, .1 14.
r L

KOVALEVSKIY, P.M., prof.5 PL'TYATA'N- V.M- dotsent; SKALRIA. Ye.P., dotsent;
Z I-TBAREV T.A., vrach
Late results of surgical treabvmt ofichronia cormaxy
y bilatera- Iigat-'on of intermil th:jracic
insufficiency L-
ari;orie3. U^,h. zap. Stavr, go!~-. wd. bivt. 12t223-224 163.
(MIRA 17M
1. Kafedra gospitallqoy kh`.:~%i-L~gii (zav. Prof. P.M. Kovalevskly),
kafedra gospitallnoy terapii zav. prof. I.N. Sergiyenko)
,o institilta i
Stavropollskogo gosudarsiwennogo meditvinikog
kabinet funktsionallnoy d,- agncistiki Stavropol'skoy krayevoy
klinichenkoy bollnitsy (ZEiv. r.A. Zuba:,-av)-
11 :H; 1""! 1.: IH

KARASHUROV Ye,S,, kand. med. naulk; ZUB, Y ~ TIA.
Comparative data on eloctrocardiog-raphy nnd tmIllato.."ardiography
in bronchial aethm. bfifore and after the rewwwal of' the carotid
gland. Uch. zap. Stavr. gos. med. inst. 12.-254-255 163.
(MIRA 17:9)
1. Kafedra obshchey khirurgi.4 (zav. prof. Yu.S. Gilevich)#
kafedra normaltnoy fiziologli (zav. zasluzhemnyy deyatell
nauki, prof. V.G. Budylin) Stavropollskor,() F I
moditsinskogo infltitutit i kabinot funktaiona'-1.1noy diagnot3tiki
(zav. T.A. Zubarev) Stavropollsoy krayevoy Khnicheskoy
bollnitsy.

'I
.1(9)
AUTHOR: Zubarev, T. If. !30V/89-5-6-1/25
TITLEi A Pulsed Reactor (Miga3nishchiy reak-tor)
PERIODICALj Atoinnaya energiya, 1958, Vol 5, 17Tr (.;, pp 605-617 (USSR)
ABSTRACT- This reactor, which -was developed 'bii!tween 1954 and `955,
uses enriched uranium salt, which ii~ disnolved in water,
as active material. At a certain time, the core of the reactor
(a spherical vessel) is filled with the uranium solution and
the bottom of the condenser is covered by It.
If the mobile reflector is not in the reactor, the reactor
is in its suboritical state. If the reflector has however
been driven into the reactor, In whLch case it covers the
active zone entirely, the reactor iv in ito supercritical
state. Driving in of the reflector talies place at a time
in which the uranium solution finds practically no time to
heat up in the active zone. In the further courne of events
intense heat transfer takes place In the core, and the
specific -volume of the solution inoreases. As ii result, part
of the solution reaches the condenser through certain channels.
In this case, pressure in the cort,3 af the reactor is gre&ter
Card 1/4 than the naturation pressure, and no vapor can form in the

A Pulsed Reactor 307/89-5-6-1/25
condenser. In other cases no sufficiently #?ffective ignition
ot neutrons can be attained wh4in tho solution boils.
If 5-10 Of. of the solution reaches ~he condenser from the core,
the reactor again becomes subcrition! and the neutron flux
decreases exponentially. At the Baffia time, pressure in the
core drops considerably.
At the end of the neutron burst, th* cove of the reactor to
filled *ith an overheated liquid, which expands practically
adiabatically when entering the con(lanser. Wet vapor is
formed. The vapor condenses and reaches the bottom of the
condenser, from where it is coaveye(l through channals back
to the core of the reactor. The cycla can then begin afreah.
The mobile reactor consists of two partat Each of them is
fastened to therim of a wheel moving with constant velocity.
The size of one of the sectors of the mobile reflector is,
arranged in such a mariner that, when the reflector is conveyed
past the core, the latter remains in the subcritical state.
If both sectors are conveyed past the core simultaneously,
the reactor becomes critical.
For a 5 Yff-reactor the followin parametors were calculatedt
Card 2/4 Volume of core -.015 1; 1 kg U23 in the uctive section;

A Pulsed Reactor
sov/aq-5-6-1/2 5
cooling surface of the condenser -18 m volume of the
condenser-,j200 1; diameter of the wheel -.,l m; angld
velocity of the wheel ---e850 revol*a-tiona per minute. Lversge
1 -11,2
thermal neutron flux In the car# --10 n/am .sea . 11"imun
neutron flux -.."1017n/cm 2. sea (at the time of neutron'burst).
If several pulsed reactors, the neutron burnt8 of'which are
shifted with respect to time, are connoctfid with one another
in an aggregate, the average neutron fltix can, in proportion
to the number of reactors, be raii3od up to a value of
.4: 0 17 2.
..1 n/cm sea . A,pulsed reactor can be used both for the
generation of energy and as an atonic piston motor.'
The following parameters of the ptilsed reactor are dealt'vith
in detailt
a
Degree of efficiency of the thormodynamic cycle.
Selection of the proper*workin,q, temperature of the
uranium solution.
c) pensity,'temperaturr-, of the so.hition iind neutTon density
in the acti7e section.
d) Pre'saure in*fhe acti,~e se6tion.
Card 3/4

A Pulsed Reactor
In 6onclusion, the-author thalks
for.thb interent he displayed
disou6sing results, and A. K.
number of calculations., There
references.
SUBMITTED: August 7, 1958
Card 4/4
9,009-5-6-1 /2 5
t4 .V. 'Kurchatovi AaMemidian,
in this work ,' Yu'~ M Zankov for
Sokolov for assi;tir*jg. 4n a
are 14'figures and I Soviet
AM
i 11 11 111, i~ =_Ifri

21(9) 807/69-6.-5-10/33
AUTHORS: Zubarev, T. N., Sokolovj A. K.
TITLE: On the Calculation of Heat Generation J.n a Shut-down Reactor
(K raschetu teplovydeleniya v ostanovlonnom reaktore)
PERIODICAL. Atomnaya energiyal 19599 Vol 6, Ur 5, MI) 564-565 (USSR)
ABSTRACT: Owing to the presence of delayed neutrons heal, continues to
be generated also in a shut-off reactor. In ordAr to deternine
this heat generationp it is necounary to solve the non-steady
neutron diffuuior, equation., Tho dopendonco of the neutron
flux (~ in the shut-off reactor upon the time t is of very
complicated character and numerical solution is diffioult.
A simplified formula is given, which doscriboli hot-it goneration,
very well: M
(No 7~6 Q exp t) eq) 0 X
~o Q + P T + P 77 P it)
m
-Z
Card 1/3 where (~M neutron flux as function of the time tj
H '! ' "
I I IN I'fll 11 : N!" 111:111 I~ III ~11 I IiLJ

SOV/89-6-5-10/33
On the Calculation of Heat Generation in a Shut-down Reactor
0 ahutting off the reactor#
. neutron flux at the time of
Q - reactivity of the time of Bhutting off,
P - total yield of delayed neutrons,
Pi - fraction of delayed neutrons of the i-th groups
T - lifo-time of neutrons in the reactors
Xi - decay constant of the nuclear fragments of the i-th
groups
M - number of groups of delayed neutrons.
Calculation by means of the formula given is comparatively
simple. The values for heat development are obtained with
sufficient accuracy for all negative reactiviti.ea. In the
case of negative reactivity 1(?I> 0.03 calculation results
obtained by using the non-steady neutron diffusion equation
practically coincide with those obtained by the above simpli-
fied method. There are I figure and I referenom.
Card 2/3

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. - .- I ; I . , i - -.1 1 H . I - . IL.

. : 4 ;
1: 1 i I; Hil JI-11111 ;4~111.11;111!111, ill:!!-] I.., I 11i, ! 11. hl::, h. i - 11 i

!111,11 H11011flH 1" 111::.:; 1 h. 11 Ii

ZUBAREV, V., polkovnik
ca;lw
Idc~logical gangsters. Komm. Vooruzh. Sil 4 rio.1:87-91. Ja
(Pfl-RA 17 9)

ZUB&M, V. (Leningrad)
"Leti-55" remote control projector. Sov.foto 20 noo2:34
F 16o. (Motion-picture projectora) OIIU 13: 7)
!IIIII, AIIIIIIII

ZLOBIN, Pavel Iosifovich; ZUBARHV, V., red.: KONDUTMITA, I., red.:
TSLEGINA, T., teklm,rea'.
[Accounting for capital construction] Bukbgn1torvkiL uchot
kapitallnogo stroitolletva. Ita.2., parer. Hookva, Goafin-
izdat, 1960. 455 p. WRA 13:8)
(Construction induBtry-Accounting)
1. IIIJ !IH!

1 .1 .1 1 1 1... . I . ., I -- .1 i~ I I " . . I
ZUBAREV, V.
The flourishing Soviet evonom)ro Voen.znan. 37 J1 161.
(MIRA 11, t. (3)
(Rumsia-Economic conditlaaa)
. I

ZUBAR,ZV,,_T.,4.; SIDOROV, P.A.; ARISTOV, A.D., polkovnilr, red.; ANIXIIIA,
R.F., tekhn.red.
[Manual for officers studying Ygrxist-Leninint theory; a collsation
o'f articles] V pomonhah' ofitaortim. itmehakwOlchim um-rkaintalra-
leninukuiu teoriiu; obornik statei. Koukva, lrnen.lvl~vo H-va abor.
330. 1959. 413 P. (MIRA 12-4)
(Military art and science)

V..A.
Gluing nap on parts in slectroztatic fiell.o, Biul0ekh.-elca-zP
inform. no*6:42--J,3 158* Ouv, ill 8)
(Protective coatings)

ZUBARZV, V.A., assistant
Certain aspects of hospital construction. G11r. i roan. 24 no.9:59-61
S 159. (MMA 13:1)
1. Iz kafadry kommnalinoy g1glyany Omak,)F,-o madits-invicogo Inatituta
Imani M.I* Kalinina.
(HOSPITAL, PLANNING AND CONSTRUCTION)

ZUBARVEV, V.n.; KIMESTOV, V.M.
Effect of zirconium on the tempering of alloyed structural steel.
Izv. vys. ucheb. zav.; chern. met. 6 no.6:143-L4.7 163.
(MIRA 16:3)
1. Zhdanovskiy metallurgicheskiy institut.
(Steel, Stractural-149tallurgy) (Temporing)

-4 4- go 7, -344,11 0
0:0 0 9 44-
,f I) I) )a )) Ill 17 to 14 2) )w ;] ,I Z4 n A 11 3 A X. 11 V 11 M t- m If w to 9 1
A s ic -L -L a to p 9 R S 1 4 y A f 1 .0 to 'r Col. f I I p

rbis deccom",isiti. of ce men tile in hick ~wojjjod I. a stifles 00
duling the predutit of nitillseohloo, jolign V. I , 4,11141. 1 -941111
I Ilefol- Prof, 11139, N.i 1, 11 1.1. A bm, ..90
1039, NO. .4, -.1 A MlloilliArV I,( Ij,i,jIj
of "I"'S 'If IfIr dtivit-11pro. rof tyricillitc, ItIll-ftis IIIp jjrixI%wtI--n
-.4 malfrat,jr ift-n. Oil tile tojo.1% ~)f The III
-00
a loof"t IfIld-Le Ch"thtf Ilnncij4v4 the Lww% toritch ill.
Ifilirtwe flit th-InItIrl, lalav4s III ~vnrrlflte (It
'
w1310 arc I
h, eff"I 14 ClApIlilljothotj If e,,4t
mm frmfs a I,,, taput h-ttrou mid the 11-avolv, ,I Ow do..
Ifit"IIinto A thrior Septli. .4 C (Cauk-4 bY
PW hemlitolgi
ate *,%I Itswu.".
l

Zoo 0

tt
Ov
- '
'

r,
I I
s'
i
t 11 1
; If, I of of
is I- it
It I 1 4rip 'I I it
1
0 *

4111111 0 a 0 0 0 0 a 0 0 0 0 a 0 0 : 9

000006000 0 0 0 0 0 e 0 00 0 0 go 0 00 001 a 0 4
0
D 0 0 0-9-0 O
A

ZU--,-V'~-Evy V. F.
~j ) Al, T
"Inc re as c in thr., f~tren~,7th of I Joints, 11 '*LikL I, I i0. 4, P'; ~ii:j. Ca! , ~ chn I Ca I.
Sci. Irlor., Siberia Mfalltu-gical Inst.0 c-l-)/;('7-.

ZE-~.1,2L,;': V.
In, t::,. o ~v !~rn
IL lly
C11

ZUT-AR%III' V. r".
C,I:;t. lr~.--n
Theoreticai fur "::uthods ~~"* ill Ul'~t! of' ma I Ief%-!"Ic
C.`.10. iran. T.'; t. prol.""v. !I*o. 2, Y/5,'.
9. Monthl List of Russian Accessions, Library of Congrp3ik, V7 11.1 It 1953, Uncl.

'arnwi doktor tekhnichoskikh mulic. priifessor;
7T0 '1 0
War tekhnicheekikh mauk profeavor rigtoonzent;
KMAYSKIT, K.N., kandidat tekhnicheskikh nauk, redalmor
[deceased]; BA,4WIN, A.P., redaktor lzdatellstva; TIIIWOV.
A.Ya., tekhnicheskiy redaktor
[Theoretical principles of the graphitization of white iron
and steel] Teoretiobeekle oenovy grafitizatsit belogo ch%n=a
I stali. Moskva, Gas. nauchno-takhn. i2ti-vo mas'hinootrolt. lit-ry,
1957. 222 p. (KLRA 10:6)
(Iron--Katallurg7) (St eel--XataIIu:rd,7)

41r.,`~. ra
r ~~M

.,y mu. ~ . '. - . I . 1 11
. . i , !. ;. i :.- . -- =---I . !-~ - -- I ---It "

!ACCESSICN NRi AR403626,3
I SOU=s ReferatiwWoy zh=wle Metallurgipp'Abse 31323
AUTHOM Zubanvo Ve Fel Xhlastovp Ve Ho
TITLE, UNA af i9tim6fitUM dit W JIMPaINUAD Of 11tMWQjaAl1w AU&I
CITED SOURCEI Sbe naUdMe tre Mdanovske metallurge in-ti, vywps, Up 1963V 171-1T6
TOPIC TAGS* zirconi-= steel., boron ateolp zirconium strucitural dte*:L
TRANSLATIait A study was made of the effect of Zr (up to 0~58%) on the structurep
rwctmical properties., hardanability., and brittleneaa at nagatilfe twperatw es of
the steels 35KhG., 35KWRs 35KWjT,. and 35KhGVR. The stoe-el was nw)lted in an elsotrio,
arc furnace; after deoxidizing with aluminum Zr was Introd-uced :111, the form of bri-
quota prepared f ram pcwders of Fe aad Zr. When Zr is latimduced into Ithe ateel, a
considerable ref inement of aulfidea Is observedo No aircimiun Jji,clusions uore oboa
served in experiw3ntal industrial malto containing 043% tr,, and the ates-la wave
:1 very pure with respect to n=wtallia inalusionme Aa epv~ocllabg4ij Inargene in Us
Card'
H

ACXFMIGN NRt ARhO36263
hardenability of these stools was ob'served af&r introductiem of limall amounto of
Zro Combined allaying with boron (up to 0.0019%) and sirconlun (mp to 01.2%) in-
creasoz the hardenatbility still moree In slw(-,Imnm 18 = An dimioterj Zr h43 no
appreciable effect on the microutruoture and modunical pro;ortioio Zr raisudl W
plasticity in stools containing Be In largo cross sections (260 mn).p Zz, raimaaa,,S
In its mechanical pmportiesp 35KUPris ateel. (C 0*37%p Mn 0*51441, Cir 0.95%,* W a
%Z
11crevivo In mk Is0
Zr 0.03%) is not inferior to 4WIL101 ateelo An appreciabla U
served in steel with Zr at -700. N. IrellnMims
DAM JA4 17Apr64 M OM 14L 1111CLI 00
2A

KHLEST I, V.M.; ZUBARFV, V.F.; LEONTIM, B.A.
Effect of zirconium on the Otability of &u3tel-litA Ithd tho
hardenability of 35KhGj 35KhGR and 35KhGR steels. Ittv. vys.
ucheb. zav.; chern. met. 6 no.10-.113-1.19 161,, (MIRA 16:12)
1. Zhdanovskiy metallargicbeskiy inl3tittlt.

TKACHENKO, F.K.; ZUBAPEV V F.
Distribution of silicon between the phases of Fe-Si.-C alloys.
Lit. proizv. no-8331-32 Ag 162. (IKRA 15t1l)
(Irm-aillcon-carbon alloya-Mo tallography)
(Phase rule aiid equilibrium)

I. A

9
~ : ; I ~ - t-- I ~ -1
~:j . ::: j:~I 1' ! : 1:1 ~,:
. . 'I , I!:!' *
1! [1 ill
'i i . : 1.1 1! ; I ~ ! . . ;: I.

I-TOINTIEV2 B.A.;
Lllew t-sndltLons fov the heat treiatmant of larga, --:'crgi.rgs of alloy-;;J
Ote,j-, Izv. -ria. ucheb. zav.; chern. riet, 5
int' tut.
(Steol forgings-Heat treatrj~nt)

ZUBAREVP V.F.; KHLESTOV, V.M.
Effect of zirconi-wn on tho 6120 Of an ULIStl!,nit8 pain
during the heating of alloyed structural stael. Y?.v. vys.
I
ucheb. zav.; chern. met, 0 no.12.141-1416 163.
(MIRA 17:1)
1. Zhdanovskiy metallurgichas'ki-y inst-!Aut.

ZANM, A.U.; SAPELKINA O.R.; ~PBAREVP V.F.; DEMAKOVA, A.V.;
FEREVERZEVA, ie.G. "
Effect of conditions of oelf-tempering and f1mmiace tempering
on the mechanical properties of ralls hardened along their
entire length by heating with high frequency .,urrentei. Izv.
vy.9, ucheb. zav.; chern. met. 7 no.20.16-123 164.
(DaTU 1713)
1. Zavod "Azovatallu i Zhdanovskiy wtallurgi-~beskiy institut,

TKACHENKOP F.K.,, kand,tekhn.nauk; ZUBAR8VO V.F., doktor teldiri,nauk;
KUDRYAVTSEVA, L.R. ,
Mechanism of the formation of graphitization nuclei. A.n
prehardened white cast iron. 1-fashinostroenle jio.li50-53 Ta-F
162. (MIRA 15:2)
(Cast iron-4letallography)

S/13'1/6VWO/003/16P/191
A16o/Aioi
AUTHORS: Zubarev, V. F.; Pereverzeva, Ye. G., Damakova, A. V.; Tea-aoova, L. P.
TITLE: The effect of arsenic on the mechanical properties of welded
Joints of then(_1. 3 Mt.3) steel
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 3, 19,62, 1!) - 7, abstracL
3E39. (5b. nauchn. tr. Zhdanovsk. metallurg. In-t, L960, Typ. 61,
213 - 225)
TE)(T- Investigations were conducted on -the heterogeneity and mechanical
properties of a welded joint of the WSt.3 arsenic steel. The investigatior's were
carried out with metal out out from different ingot parts, such as the upper,
middle and lower part at a concentration of 0.14 - 0.20' % As and u.14 - 0.22 % C.
The tests yielded the following results: (1) The built-up metal of the -gelded
joint considerably differs from the base metal as to its chemical composition.
The content of Mn and Si in the built-up Me of the St3 killed steel increases in
relation to the base metal 1.5 - 2 times, the content of C, and As deareasez 1.5 -
- 2 times. (2) The content of Mn and Si in the built-up metal wId in the killed
Card 1/3

S1J-R16210OO1C)03116P11 91
The effect of arsenic on .... A16o/Aioi
and rimmed steels corresponds to the cquilibrium concentra:Uons between tile
liquid flux and metal at weld-bath temperatures of 2000 and 15750C. (3) A
liquation of impurities is appearing in the base and bvilt-up Me aloDg, the length
of the ingot bloom. The upper, and to a le,,qser degree tile middle section of' the
ingot bloom are enriched with 5, F, C and As. (4) An effect of the As on t1he
macrostructure Is not detected, and an effect on tile macrohardricoa of tile main
zones of the welded 3oint Is clearly detected: an increase in the content of' As
ase of C would similarly af -
0.01 % causes an increase of RB by 1.0. An incre,
"-.et the hardness. (5) The mechanical properties along 'Vho:-! lerip1h of the Ingot
.,V
bloom are heterogenous. When paasin~j from the upper to the bottain ptart of Une
ingot, the strength properties decrease, tile plasticity properiJes and .1k increase.
(6) An increase of the content C and As improve the &trenLrth and do-
crease the plasticity properties. An increase of the C content by 0.01 ~ incrcases
j 0 - 7 kg/inn, *2
- in the killed and rimmed steels - the b, aad devrtasc,- C5 by i.2
The effect of As- is 2 times vlealcer. (7) 1111hen containing 0. 14 0.26 % As, the
ak of a welded joint of the St3 arsenic steel hais a high lavel ~9 - 30
i.e., a higher one than in a St3 non-arsenic steel. (8) The Me (if a Welded. ~Olnt
Card 2/3

. S/13'j/62/OV)/003/162/Jq1
The effect of arsenic on .... A16o/Aim
of the MSt-3 steel with 0.20' % As possesses satisfactory mechmical properties.
V. Tarisova
[Abstracter's note: Complete translation]
Card 3/3
771 117, : -111 1-1
I U, Ik
. R

TKAMIENMO, F.K.; ZUBAREV, V.F.
Effect of low-temNrature treatment on the gritphiti.,mitlon of
commer6ial white capt iron. Lit. proizv, no. 5;2~47 My 161,
(MW W5)
(Caet iron-Ileat troatment)

ZUBAREV, V.F.
Letter to the editors. Lit. proizv. no.6148 SO 161. 0111-U 14: 6)
(Cast iron-Metallography)
... i i,
I ! !,
; I I - j I ll;~' 11111111 ~:ll I I 1 11 1 Hill !!,'lf! If If i;i! I 111i : ~ 11; 1 111
11. . 4 ' ! !, , :1, 1 '
11 ;~ '; , [ ;
4 ; : . . .; I

PHASE I F-')CK LICFLOITATIC:s I
tez-Jchc.,:aya otratot!c: ~171~-.-'"' CnA 11cat
Tr,atr.,!j,.t 11.o5cnu, allp
Inscrtud. 5,000 coPi-z Pr."Itcd.
Spor.5c,ring AF-ncy; C)oEudArotveni,yy ko.,.Itet
Scv~t% UkrSSR.
ranhInobtr,iltel -noy C',Iartnoye
prav'enlye.
B~dltcr-A! Itiand: M. P. S.-nuor, Doctor or sclences, 1. Ya.
Dc'~htyr..-. Doctor or Tecl,nlcal 5clencea, D. A. Doctor of
Tec~~n!cal ncleces, T. S. Zr_tnz~r, Yt. A.
sk!y, Candidate or Technical ScIcncc3, 7. 0. Per-..,nkov, Vnctor
or TectinleEtl Scl-acc~, and A. V. Cherj,~v~,'- of T,Q),
ntcal Scienc,~m; Kd.: M. S. Sorc%,i; Tech. 1:1.: M . 3
aon.1catay-pol.-k--ya; Chief Ed., V. K.
Serdyuk, LUInc-er.
Card 1,Ao
FIJU~SE: T.-Az collection of artle2co _'.i interle! for scientific
wor;*.er3 and teclin!cal perscnnel of rc--c-,rcn ln2-ttutcs, PlLnt3,
ai~d chD(,lM of high'r tec:,;Iicpl education.
CC'iL,U-- E: T::e c,11tctic.... Cnta-lnc pare..3 pr~:Cnt.! at a ccnv~ntlzn
hold In 111yov or, probleza of' pryacal and mdllhola or
the hza-t trea L=crt of' mutftIs appil-ed in thi In ttidt-y .
F.I.azn trc"fc.--tIo= In -etalln and ar- :I!tca~nezl. tnd
of InicztIF-,%tic-.n conductcd tc aic--tal1r: tht eff.ct or
ht-t t.~it-nt on th, qu%llty of :nrtml ==r- 7,1t Po=-
611-111ty of mttale with giv,.i pr~pcrt:oa
in d!ncaorcd, am arc problenn cf vt;c2l bri-tienont. Tnf, col-
lectlcn -ln=lu'e3 pasl-erij d.nllnF with or
ht--t tr--tztent, and px~ptrtj~z of aazt NO ;-," Oita! It It*
are renciGned. Articlen are act c=_an.'ad L., rcfcr-=ca, =ontly
.ranir--ation of Aubteiilto lntv K,rtvii6ltwi :-.E!s
22
t~,:,Inaar, an-- r. 1.
1-~Uy of thu
In Te~parlnz 1~-w Te:L,,er~tuve
19
Tu. Ci6,11,lnit~ Teo?~,I, 1~
in Irt-=-CtrL-cn 22
Mli,~Vdkly, R. I.,
rr-.c of Car'-c-n stz~l--
C,lr%t 3/q0

h. - Kulalcv, and 1. It. (Y7"
Quench-!;~v-lcn'. rL of r-'an-, lv,-- 1 n ":-*t'- ;
Mxturet)
L,raun, ?I. P., an,2 73. P. Virickur (KiyeO. C~~racttr of
Rupturd of ~'t.CL!
A,Uonov, A. D Candidate of Te0mical Sclencca (~rczc~,d).
Effect Of )!IF.~,,Tcmper~.ture Haatln..; n tht. Strznt~h Frep-
ties of Stezl JE~~)
Kondr;t0wv, K. I FnCinccr, K. 11. and N.
Kolea,,V'. Accclcrat~d
Re6lv.,~a In t" ficat Trcatment or "r-o For,:Ir.Z3 J:,"
gostyrl:o, 0. S., Engin"r, Ye. P. D-bryan-.1-aya
(?aF.n1tcE:or3'.c), a '111 X. P. Braun. of' a Riticnal
Heat -Trc at~.--nt RC!Clm~ for Lari;c For,:Iz,~e 203
Physical ?13toijill-7 (Cont.) SOVA511
Virckur, B. B. (KIYOV). Heat Rclistvicc of V~rlcus kj~~yed
steeI3 21f)
Vanin, V. S., En0jneaj*, and V. K. Titoy
Cc=-Cz1,t,a'~cn of Steel In Liquid F-dia 225
Dtinin, K. P. CorresponlinC 1'.c-Ler or' the )Lci,-jt-f%, or
sclencc:i, ulz;~inlah SMI e~,.j A, V.
Chcrnovol, Candidate of Techalc%1 S~-Js-%ccm (rjj -V) .
On the 0~aL;%It- Growth lit Cast 1m], 2,2,)
Zubarev, - V. F.; Doctor or Technical Sciences, pr~reasc-_
Enoincer Cn tna M.Zch--~jtl
Or tl',c 2111ccn Influeqce on -34
Pc;ova, N. W., EnE:ineer (Kharl~ov). I-jveut1Z,t!cn or ti,,e
45rc-th or Gray Cant 2r~,j
(Dncprc-,ctrov~k).
Ch2n_-:! in F.1'.~ILJC
Physical K:tajjurZy (Cont.)
Zullr~v V D~~tor or T~cruijcjj
and L. N. F~z
ration cf Grahitizat-Im Czmt,,-, a~j of'
Tnell, In VIC
C=~t,
'nZIrl
Tltcv, V. r., - car, ard V. S. V n1n
Tne Qe-ich!n.L of C~,,jt i,c, a,~- itz. Erf~ct cn tt~
of 21~6
Dubrov, V. V., FnF,1n-r (Fly,v). tnt
150tner--ti: n=!L5e-% e-r
I 'on 270
Y-- G., C2-1d1dat, or Tec?,njc-,t,
Lfr~ct of Cart,in to
of c4st
25.
Fr,7..necr (I',~,vcc,). (~,tsr,m Ht,ti,,,
CnI Ccolli,~' haten in Amj,,a1j,,G of
Grziphit~ 1r,:, 2'a-,
Card 9Au
Phyalt,hi ?`--tz11iirZy. (Ccnt.) 1
K.noww-va, T. A., (M.vcc.), lnver~tliratln~, tt.~
Pri~pevtle5 of Quanched Ca3t
Sjkh~vzt,!y. 1- 1., F4ii;1n,,,r (Kly-r). L.rect of H~at
o-n '-10 Tranafomation ,r Tin Intr

ZUBAM, V*P- (Zhdanov), NAMIMO, PsKo (Zhdanov)
Effect of prellmiai7 heat treatment on the paphilt trat Ion of
white cast iron. Izv. AN SSSR. Otd. W~h. nal-til:. muot, j topl. rio.6:
19-24 IF - D 160. (MIRk 1311P)
(Cast iron--MetallograplW)

ZUBAREV, V.F. (Zhdanov); TIACHEM, T.K. (ZhdaTIOV)
Effect of transition stress in pig iron during passag throtAgh
3e
the eutectoid point. Izv. All SSSR. Otd. takh. rauk Not, I topl.
no,2:113-155 Mr-Ap '59. (mrRA 12:6)
(Cast iron--Metallography)
(Phase rule and equilibrium)

SOV/180- 59-2-21/3 If
AUTHORS: Zubarev, V.F., and Tkache&,o, F.K. (Zhdanov)
TITLE: Me-TEH-u~ence of Inter-Phase Stress on Cast Iron in -the
Transition over the Eutectaidal Point (0 Vliyanii
mezhdufazovylth napryaZhenly v chugune pri p(.:)re1faode
cherez evtektoidnuyu tochku)
PERIODM'AL: Izvestiya akademii nauk SSSR, Otdaloniye telchnicheski1di
2
nauk) 11,11etallurgiya i toplivo,195(),Nr " oP .113-115 (USSR)
0
ABSTRACT: It has been considered (Refs 11 2) that tensile strasses
, in cementite affect Its ztability, IncreasirZ tae
arising
graphitization rate. Graphitization is also accelerated
by the presence of micro-pores) wnosa for.~.mtion is
promoted by the stresses. The juthars hav~j determined
the order of magnitude of the st-rosses. Dilatonetric
curves were obtained with a dif.L"erenl-iRl f'o~-
almost purely perlite type 610S2 allcl ,j white. -iron
(2.51", C~ 1.3%' Si) whose A., Poin't a(1111-:il -';,- tnat -,f
the steel (Figs I and 2, res-Dectilro, - On the basis
of an equation (Refs 32 10 for the 6',,T03S PrO`.IUCz~d
by thermal expansion and on t-Nodulk' %i s
Card 1/2 of elasticity (Ref 5) and shear. WO-Rf 6) cf
carbon steel, the authors calleulats! v,nlue of

SOV/1 _2_211/3~
The Influence of Inter-Phase Stress on Cast Irori in th(i., Translf;ioz,
over the Eutectoidal Point
Poisson's ratio and arrive at - 22.3 [q:/mjjj2 as tlie
of the average tensile stresses in all.6"OnitO, Fronta
consideration of volume changes and dej~ozrmation, tne
authors calculate the total compresslou stross at the
Arl point to be 31.7 kg/twtiP, Tho otr(:Isses in
are of the same order but of opposite sign, t"'his
agreeing well with the published val.,,i4-f.
There are 2 figures and 8 referqm,,Ios~ 5 of wiLich are,
%aard 2/2 Soviet and 3 English.
SUBMITTED: July 7, 10/58

ZPB AUY, JL
Reply to K.P. Bunin, IA. V. Grechnyt and others. Izv,v7s,uchebo
zav.; chern.met. no.10:145-146 0 '58. (MIRh 11:12)
1. Zhdanovsk-i" metallurgichaskiy institut#
(Austenitd) (Phase rule and equilibriun)

ZUBAlff, T.F.. prof.,doktor takhn.nauk;
- 4,~' ;j I
-
Structural characteristics of
elate to voids and cavities,
no.4:157-168 157.
(Cast irou-419tallography)
SINITMA, T.r., inghts
black-heart melloablo cast iron
Sboramaachtrudn Zhdau.notainnts.
(MIRA lltll)
08860 ill mutalm)

IMOffZHKD, F.K.. insh.; MAW. 7.F., prof., doktor telctm.naulr.
Transformations occurring during tha heating of hardoved wh1to
Iron. Metalloved. i obr. mt. no.9:24-26 S 1541.
(14IRA 11:10)
1.ZhdanovskI7 metallurgicheakiy institut.
(Cast iron-Motallography)
Ill AM Fl 71-UT

137-58-6-13363
Translati on from: Referativnyy zhurnal, Meta flu rgiya, 1958, Nr 6, p 316 (USSR)
AUTHORS: IZubare~~.~, ~Sinitsyna, T. F.
TITLE- Structural Peculiarities of Iron in the Vicinity of Voids and
Cavities (Osobenriosti struktury chernoserdechnogo kovkogo
chuguna vblizi pustot i rakovin)
PERIODICAL: Sb. nauchn. tr. Zhdanovsk. metallurg. in-t, 1957, Nr 4,
pp 157-168
ABSTRACT: The purpose of the work performed was the investigation of
structural changes occurring in bull's-eye malleable iron in the
proximity of voids and cavities. Investigations we-re carried
out on cast iron of type KCh 33-8 with the followinp chernical
composition: 2. 5-Z. 87o C, 0. 8- 1. 4/o Si, 0. 4-0. 67'() 14n, less
than 0. 120/6 5, and less than 0. 14q P. After anni.,aling at
temperatures of 880-9750C, the ca"s)t-iron compontnts were
normalized at a temperature 880-8600 for a period of 17-22
minutes. The heat treatment cycle requ 'ired 51 hcurs. The
RB had a value of 89-97. The following facts were establish-
ed: 1. Gas blisters, shrin age cavitij.-s and poroi6ties cannot
Card 1/2 serve as zones of separation of graphite owhig to the fact thal,

137-58-6-.13363
Structural Peculiarities of Iron in the Vicinity of Voids and Cavities
they are always filled with gases which prevent the forniation of graphitiza-
tion centers. 2. The presence of large (Iiiantities of gas resillts it) the for-
mation of a decarburized layer which is obtained during high-- temperature
annealing operations. 3. Grain boundaries do not servi! as cavities for sep-
aration of graphite but merely provide paths of least resistance for the
movement of C atorns. 4. The experiments revealed characteristic pecu.-
liarities of graphitization in the vicinity of the shrinkage cavities. The
assumption that these cavities serve as centers for accurnuliation of graphite
was not corroborated by the experimental work; on the ~:ontrary, the forma-
tion of a decarburized zone and a graphite network, both of which impair the
quality of the cast iron, is inevitable in the vicinity of such cavities.
1. Cact iron--Processing 2. Cast irori--Structuraj.
A.S.
3. Cast iron--'Fest res 'j I ts
Card 2/2

V.P., doktor tekhn. nauk, prof.
Basic principles of the physleochemical theory O;r whito cast irom
and steel graphitizatIon, Inve vye, ucheb, Sav.; chern. met* no.I~t
133~~-141 Ap 1580 (MM 1116)
1. Zhdanovskly metallurgIchoskly Inatitut.
(Gast iron--Metallography) (Stoel-Ketallography)
11.1; Ni 1,11111i H11:111

Doc1;,',):L- of
AUTH02U;: Tkachonko, F.K., 31.VJ ~Ubal'(TV
Technical Sciences, Professor,
TIM~: of Mtit'~~ Iron
(Prevrashchoniya pri no,.,revo
chulSwia)
PERIODICAL: Lletallovedonlye i ObraboLh'a Metallov, 19,3111 li*lr 9~
pp 24-26 (IJ3,13R)
ABSTRACT: The authors carried out ~ Coj,lbirj~-d .611e
internal trails f o ra-.t ions ta_!CinE~,' placo in ilon-1--Lardemed
and hardened cast iro-n by meam-, of Gi-.Jiult'~rleous Photo-
reco~rdinL; of Lhe Elu::.netic
curves dur-iLL6 -the procesz of he~-itinj~ :*~_ad coolin- of 'kll e
specimen. The e~.'Deriiae.nts were car-_,J_e~d out on a
specially desi,~ned dilatoi-aeter fitte,~, .1 pl-loto-
recordin6. The curve -was rcoorde~i by Cleans:- o a
lii~ht point reflected frci-_ the curve,:._ -Arror of a 1111:2ror
~~alvano.-a.eter -,.-;]-.,ich V7~___!~ j0.
1 1 ii~ ( d 0 1--l
Fol,
variations in all im,.uct-'Illce Lt furn.-ace I.Sed. t C.
heating; eler-ient of Which -v~,as the T)rimr,ry -iiind-inE, -whilstu
Card 1/3 the secondary was, a, coll o'l.' rilchr-o.ao wire wowid

-C)-5/16
T--~j,1;jjj;- j3f 17,~Z~j an:~d NMti, --,-T
Transformations DUrip,
onto the qtiar~ F ult 4; 1 L) ~I 1: 0 r1 1:1 Tj
n
th(,, irductio n e.ta.f. a co:gpoy, F,,-, tinc, ewil kvas
Series with the Second'.11., Col I -11:1ta .'"he O.Lrclli~ UI
secondary coil zz. oscillo6ratph loop
shown in the sketch, Fil-,.I. All. CIIX'V(:!.13 viere
U
recorded simultaneou.,,ly on a sin-le oat-u-,Itlve pnpor
v;hich via-, fitted onto a rotatinL (I~I,LL:-a. Tli(-.! irivesti-
gations viere carried out on 5 Lam, di,,t, 50 11-1 lonL.,, copeci-
mens of the steels U10 and GOS2 and white iron, the
compositions of v.-hich =-,e entered in Table 1. Th e
determined thermal, dilatoiaetric ard ina~,Jrxtic curves of
..- - I in
- -; 1, - d
the heatiiIE; and coolinL, processes art: _r- h3 -
in FiE;-3 the differential dilat-ometric clu'ves of
heating and Gooliji6 are ~Lraphed for M', e~ t,.!iterials in the
h.-irderied stage. The follo-~4131U ar-_,ived at-
1. Magnetic transfor iiL~tion of tlhi~ rerl ite ~,bich enters
into the structure of coi-.,imerciaA virliil;e irOTI
below the Ac, Point.
2. At the temperatures of the second transformn-tion,
Card 2/3 transforfaation. of the reoidu-al eu~-,tanite tnto Inartensite
and a -rie-netic trouisforvu-ition of tlie (,*,,-rbId(,, of an
U

Transformations During Lleatin[!, of ifcrc.'Wnad 1,11hitc, Iron
unkaovin. composition take place.
3. An increase in the per-ateablliLy in Hie te,,-xperature
ranEe of the third transfori,,iotion is. ii'ttrilmiLe-d to
eliminating the internal stre-sses 1xi the
There are 3 figures, I table and 1 Soviet 'referezice.
ASSOCIATION: Zhdanovskiy wetallurgicheskly insitlt;Ltt
(Zhdanov Metallur'~,-,jcal Ins-titute)
1. Cast iron-Transrormations
Card 3/3
il H 14

ZUBARV. TrACHINIO. INK,
01'w.-'i~'2 Position of equilibri= lines in the right-hani poxt of the Lron-
carbon equilibrium diagrame Lit, prolave noe3t28 IEr 153.
WIRA 1114)
Mace rule arA equilitmium)

- - --- . - -- - /
tF.
Category ; USSR/Solid State Fhy,,ic,-- - FIv-so Trrnsfort:ic-tion in
C-olid Bod!,)s
".bs Jour Rof Zhur - Fizilcr, "Jo 3, Ir,);,:7,
No 6029
Author nrev. V-p-
Title Effoct of Stre-Osor at-, t1wi For.,rtion of C~jnterv of 34-r-nhiti-
zation in thc Innerlin- of '.hit(,, Cr.,.3t Iron.
Orig, Fub LitLynoyc proiz-vo, P,
Abstract : No abstrret
Card : 1/-,

CrAngory U-S."R/Colid "tato r+,.-r,ic:-- Fh::.,w Trnnofor.-!vtIon in
Clolid Oodiis
J',bs Jour Rof Zhur - Fizilrr, !c) :7r? 1169
",,uthort Zubpxcv. V.E.
Title -0r-.tr
o 4tr(,-2sc!: oii t1,,,.- For,'rtion c' C~intor.~ of
zation i nthe !nnorlin- clP ' 'hit,,~ CIron.
OriE Pub Liteynoyc proi7-vo, vlo
Artract llo r.~vtrrct
Card

The Investi, ation of Lie, Llicro3co~-ic 307111';1-22-24-11- 23/65
of the Silicon Diritribution in Steel 11'r Smtrface
steel (comented d,,!n-:rio ctpel) vvith an eolml cont-,` of admixtt~.re!3
U
in, ,j.von. The differerice in 1.*!o ("010.1. of t1le Oxi(le
film and of the rocl-yellwv not o;,idized layer -io.y be cl1:!11x1Y
soen. An incre-azed resistanceh to in L.;o diroctiorls
of the dendrite axes i8 -%(nitioned. a
6082 ,,tool sample (Wit"I 0,5'T./-tbarC,ajid 1,721'ro of Si), containinj,
less silicon, shov;s a concidoi.-.' ')l(, roduction of' the oxid-Ition
resi,-taT,.ce and thus a
-rec. . L,
- n colorizv-. It was fou,,id with this
method t,,at silicon exhibito a tendency for a dendrite li,-uation.
It is assuried,,that no "reversible" silicon liqt:ation exi:its~
Therc are it re*~eronees, are Sovil.t.
ASSOCIATIOU: Zhdanovskiy met allur--ir, he rkiy in.~-tit-at (Zhdr-nov Metallur:,,ical
Institute)
Card 2/2
I I 111h

ANDRIMIOVA, T.N.; ZUBARLV, V.I., red.
[Throttling of' paes and vaporn; a lef.-ttiroj livolitiolira.,
vanie gazov i parov; I.ektsila. Pod red. M.Zubnrova. !~o-
okva, Mosk. energetichaskii in-A, 196.2. 23 1).
(MIRA '17 1 /,)

WSAREV, V.I.; IM-REGOVSKIY, V.I.; FIGURKOV, IN.
Transfer to oxygen-blown smelting of the Ahralyk Copper Smaltary
and tin increase in its capacity. TSvet. met. 36 w).8-.6-9
Ag '63. (MIRA 3,6: 9)
(Almalyk-Copper indu3try-) (Oxygen- Indus tri al applicationn)
11 111H 11,11 H1,11 ilff 1~ III!! II
Ili i i:, , I I - 11. j ; I
h

ZUBARNV, V.I.
Some problems of expanding the copper smelting Indusitry In
central Kazakhstan. TSvet. met. 12 no.3:1-4 Mr '59.
OURA 12:5)
I.Xaragandinskl7 sovnarkhoz.
(Kazakhstan-Copper industry)

r r

AUTHOR: Zubarev, V.I. SOV/136-.59-3-1/21
___Tn the Development of the Copper-sme! tins
TITLE: Some Problems
1ndustry of Central Kazakhstan (Nelco-Loryyo vo-prosy
razvitiya medeplavillnoy promyshlennoatt town7trallnogo
Kazakhstana)
PERIODICAL: Tsvetnyye Metally, 1959, 14rr 3, PI) I (USSR)
ABSTRACT: Central Kazakhstan is to play a major part in the 1.9-fold
increase in copper production en-,risaG,-ivi in the seve'ri-yaar
plan. The author discusses some of tho main techni,"'al
problems involved at three of the locifl. ent;erprises,
At the Baj-k7aashskiy kombi-nat
(Balkhash Mining-metallurgi-c-3.1 Comb'ini;!), the
Mine, the rate of strippiu~,'; in lq60 :L!,, to bi:.- doub-le
in 1958 and much re-equipment~ will be in L')5'-). The
author states that the Giosplan SSSR it~ not taking -die
steps necessary to w,,celEtrate the pr,~~-:Lur~tion of
productivity equipment foir open-(-.i,~3-t rj.nd flo,tation -
e.g. the failure to organise, the tirfie.'Ly production of
"Mekhanobr-',711 flotation machines whi-__', -.,iere su-ppcs-ad to
have come into ser-ii-ce in 19--8. On the metallux6ical side,
Cardl/4 the author considers, the combine will oray att-ain -the

SGI/ 1-36-59-3-1 /21
Some Problems in the Development of the Cop-.) er-sLeel ting Industry of
Central Kazakhsta-n
proposed copper out ut by replacing r(rj-erb~,:,]:~atory ;Bzelting
.P V
by, for example, cyclonic or oxygen (autogenoucz) smt~ltling,
The latter promising method. can-not yet; be adopted there
because of delay in research and de-vei.opment work, bu-, a
start will be made in 1959 on the inti~oduction of the !ormer.,
By the start of 1960, working. plans fi:)r the reconstruc~tion
of the copper-ameltine; plant must be :t.,eady for the wo-Nir to
start in the same year; the OXY2;A:!.rl b.)AMt I-MLO alrea,,Ily been
commissioned. For solving(-, them probleva of :LacreasiINr
recovery of rare metals, tile viorks sh::,)uld have the iu3ii;tance
of the AN Kazakb SSR (Ac.Sc. Kaza'6:h SISFO and t,.,l--
Gintsvetmet and VNIItsvetmet
At the Dzhezkazga-nskiy kom-birat
(Dzhezka73gan -re Out;pv.-.t, 4.s to
increase 2.8-fold in the next zeiren ypmrs. This is to be
achieved by increasing open-cast mini~ng and the adoption of
new underground mining methods. Here, too, equipmi~nt wupply
is likely to be a delaying fact-or arad 'the aut~o-r u1ges
Card.2/4 prompt aid by the Gosp1an of tile USSR and. GIITTK cf the-

SOV/136-59-3-1/21
Some Problems in the Development of the Copps r- line 14, ing Ind,15t'ry of
Central Kazakhstan
Sovet blinistroir SSSR (Council of Minister.; of 'the USSR).
The ore beneficiation DIants are to be reo-onstructed and
for dealing with oxidised and mixed ores the method cf
Professor Mostovich or hydro-metallurgical techniques
should be suitable, for the G0lUti0XL Of this problem
the combine should have the help of GI-intswitraet, Yiekhanobr,
and 171TIltsvetmet organisations and th(-*., Ac.8c. KazSSR;
the author considers the proposal of Giprotsvetmet that
no hydrometallurgical plant should b.,,! Inoluded in the plans
of the Dzhezkazgan Ccpp er- smelt irq, Works prematuro,, and
regrets the proposed u-~e cf re-verberatory smeltin(~ on the
grounds that this is out of date. He favours elest:,_J.~
smelting of pre-calcined concentrate.B., 2XI Vialch laboratory
work is proceeding at the Kazakh Mining-metallurgia-al
Institute and urges the Tapid szlut-Wri of the -p_-oblemis
involved by this Institute and (lintsvell-not, VNIItsvetmet,
Giprotsvetmet and the Academy of S~%J.encejs of the X,~,,,ISBR.
At the same time the link 'Lnl:- of -jh,~ regicii. to thd
Karaganda power grid should be -ushed
Card3/4 P

I
SOVII',. 6- 591-3-V21
Some Problems in the Development of t~_e of
Central Kazakhstan
The seven-year plan prolrides for the ccwit,ruction -if the
Boshchekullskiy gor1xo.-obogaUtel',n,7,y 1wm'1btnz-!t
(Boshchekull Mining-beneficiation Combine). Tte Mc!khanobr
and Unipromed' Institutes should reu-w their c5tud!.i!s of
the local ores and the :,T
Irtysh-Karaganda canal should be gi,,Ten prioiity.
ASSOCIATION: Karagandinskiy sovrarkhoz (Karaji;and.o. Council)
Card 4/4

7 U /~'/l I.."! v-, v -1.
GRAMOVSKIT Any
,,A,~ B.L.; DITFV, M.P.; ZYB .. T.1,; KARGMSKIY, T.I., JUSEUX, D,W.;
VSKIT, G.M.; MIROXW,i'-A A.; OLI]MOV, M.P.; PARYANOVIGH, B.V.;
USHAKOV, K.I.; SRAKHNAZAROT: A.K.
Electric smelting for matte In copper metallurg7; a repV, to
L.H.Gazarian. TSvet.met. 28 no.1:31-41 Ja-T 155. OURA 10:10)
(Copper--Electrometallurgy) (Gazarian, L.W.)