SCIENTIFIC ABSTRACT ZIZEK, V. - ZINOVYEV, V. YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065220016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CZBOHOSLOVAKIA
PAVLIKO I; ZIMO V
Department of General and Inorganic Ghemistry Institute
of Chemical Technology, Pardubice - (for bothl
Prague# O2jlegt12zL gL qAe2hoAj2 QMAU1 P_giMVaj"1onsp
No 5. may 1966# pp 1985-1,991
"Acetylferrioini= salts*"

G., kand. tekhn. nauk; PYTRFtlh'O A.; INOVMIJ., 'Vil. IVANOV, Yu.#~
ZUB
kand. tekhn. nault; XURYASHOVI IT." Wwwiw, Te.
-Tnf
-l -7-
(mm~ 18:6)
1. Direktor Ukrainck-og anspartridgo!nau~hi'~o-;isaled6-''7
,,o darozhnp-tr
vatallmgo InstitlutR (for Zub). 2, lfatichn8-~ale~ov;atell ski!
Inotitut avtomobiltnogo transporta (for Ivanov).

DIYACHENKO, M., inzh.; ZINOVITEV, V..,,inzh.
Technical production base in case of an organization of the
technical service on a self-financing bRsis. Avt. transp.
42 no.8r19-20 Ag 164, (VdRA 1?110)
1. Donetskiy proizvodstvennyy avtotrest "Glavdanbasetroy.11

'REW Vol
0
1, V 4 11 '.1,0 W
oo AI L LI-1 f. I
0
00
TbO 4041UMMOUN gk~CWAi tttdtWAGO Of -90
I A---069:90
-00
ki
V. 3j N. App. i- tk,%
00 -00
00
00
00j.
a 46 J.
00
~00
-00
#00
46''.
00 -'0o
00 o
00 1
00
00
0 a
0l 0 0 * 0 0 0 0 0 00 o 00 w 0o a o 0 '00 o o::
: : : : :: : : : : :00 0 0 :10 o 0:0 * 0 o o 0:0 0 0 0 f0 0 * 0 0 ~* 0 O~

ZINOVIYETP YJ (St lino)
. .
Mobile carbonic acide oqutpment made at an automotive trasportation
unit. Pozh.ael 4 no.El.-20 Ag 158. (MIRA 11:9),
(Fire extiriction-Cbemical methods)

ZINOVITZT, V. (Stalino)
Saud box. Pozh. dole 5 no.5:8 My 159. (KM 12:6) ,
(Fire prevention)

ZINOTOYN V NRAVTSOV. V.I.
Anodic solution of cadmium In salfuric acid solutions containing
cadmium sulfatew Vast. 14U 13:93-100 160. (MIRA 13:2)
(Cadmium) (Sulfuric acid) (Cadiduft sulfate)

ZINOVIYEVI V.A.; SHEMNS AaB.; KKKIMSl V.L.
tudir . of the kinetics of electrode procespese
Oxaillograp4ic a
Part 2t gobil-t electrode in cobalt sufafe soluti9ps Zhur, f iz.,
khim. 35 no-1198-103. J061. (MM 34~-2)
1. Gasudarstvennyy institut, nikelevoyp kobalitovoysi olobyamoy
promyshlennooti.
(Cobalt)

Sillc& esilcite Prbluctes' Gor. i ebj~.vtroi. no.1:32 ja,~ 'Ve
(XLPA io:
1* Glavnry inshaver treat* Stavropol'tra.ystroys
(Stavropol Territory-Building materials)

I r 11 1 01 1 [fill' i I "I I I T 1-1 11 11, 1 !lvl,. I I I wil). I Tvill 1"I IIfivp!, v! 1-~!t I I
ZINOVOYF,Vp.V.
'IN I
WIN
Reaction unit. Okhr.tnida I sots.strakh. no.11,634 N 162.
N #62. (MM 151
ga~
1. Machallnik prolzrodstvenno-tekhnicheskop otdeIA ~Oneteko
avtotresta, Donstok.
(~%tal cleaning)

I ' T t ~ I i I I I I I jr, A 111, 1111 f1l, 14 '! I I I I I V1111 V I I VI T III! ll~ N lvc.Jt 1 14 ;[It r, IP, I I I
KOROME71, A.; RUBIN, A.,, flag-shturman; ZIffOV'rEV:4-'V~,,,kcwndlr
podrazdaleniya
Forecast#*. for YeAtel-day. Grazhd. ar. 20 no. 3 1 loan' xr~ t63.
(MM :L614)
1. Zamestitell nachal'Imika Vzbekokogo upravlentys. Grazhdanskogo
vm6shnogo flota (for Koroteyev), 2. Usbekskoye, upravleniye
Gmabdanskogo vozdm--sluiogo flota (for Rubin).
in aeronautics)
L- I~L [fill 1111 lis

MOVIC, V. A.
M. V. Senenov. lUravnrvp3hivanie meklardwilov avlatqiotmy'l:h M0.6ox,ov.
(sovetsim-31-a 1-niFaj- 1948,- no-. 2y p.-
Review of ti-ite book by M. V. Somenov: "Bq,'mcing of aircridt eill,,.I.ne tiiechahivns
SO: Aeronautical Sciences and Aviatim in the Soviet Union,-Librar7 of
Congress, 1955.

zillov-tv, V. A.
25619 ZBOV 'EV, V. A.
0 spornyldi utverzhdeniyakh dots. Komaroua. Po j)ov6da--'
ebo otat i
Nekotoryye voprosy metodi4cl rxepodavaniya lawau Detali
maehin )) v zhurn. (( ftstnik yyssh. shkoly 1,91,8, No. 6, S
Primech. M-. a. 212.
Vestnik vyssh. shkoly, 19/+13, No.. 60, s, 16-18.
SO: Letopis Zhurnal Statayt No. 30, Moscow, 1948

I d I ! 1 01 1 1 11 V I I ME, ~ .1 I;p~ ."pil 11-111, 1 11114 111 t 1 :1 !"1 1 'T 1 :1 If "i I I
ZINOV videbeglev A.
Analytic rethods of calculating horizontal nechanismas Voskva, Cos. itd-vo
tekhn.-teoret. lit-ry, 1949. 203 P. (50--17086)
TJ173.Z5
Ififfil Pxtrf I tur eU Hill- . ... .... .MPH... H111- fill]]
.. .. .... ..... ..... ..... . ..

ZINOV
33178. Proyektirovaniye Sharnirnogo Cbetyrekhzvennika F6 Zadam*m
Polozheniyam Krivoshipa I Koromysla. IVWy Seminara Po eorii llash~
I Y;ekhanizmov ( Akad. Mauk SSSP, In-T Mashinovedeniya), VII~ Vyp.
25, 1949, c. 69-81+.-bibliogrt 6 Nam
SO: latopial Zhv~lrvkh Statey Vol. 45, Moskvu L-,149

21ROVIEVp Viacheslav, A.p ed.
A short engineering reference book. Moskva,. Gos. iz&vo tekhnlko-
teoret. lit-rY, 1%9-50. 2v. (50-27567)
TA151.Z5

ZINOVIYEV, V. A.
Kratkiy.Tokhnicheskiy Spravochnik., Moscowj 1950
sum #148
Zi*qtW 'it, ....... ... . .....
_g("j HAM
111,11 .11;11111 'HIII111! 11111 11FIVIP 21111 IMAM: IiIIIIIIJIVITIVIO 11111AILI t"I

PHASE I Treasure Island Bibliogniphic Report-
BOOK can Ilo. -AF 4
Author: ZINOVIEV, V.A.
Fall - Titre--. &MMUTI-C-AL ANAITSIS OF SPACE41301tUISMS
Transliterated Title: Kinftatich6skiy analis prostranstvennyk~ Mekbanizic!
Pdbli6hing Dat -a
Originating Agency: Academy of Sciebees of the USSR, histitut'd of flechanics
Series: Transactions of the Seminar an Theory of Machines and Kaebanisms,
1951, vol.II, issue 42,, pp. 52-99.
Publishing Souse: Publishing 1buse of the Academy of Sciences o~ the USSR
Date:1951 No. Pp.: 47 No. of Copiest 1,800
Editorial Staff:
Editor: Arto-bolovskiy,, 1.1.1 Member of the Academy of $oiendem
Ede in-Chief: None Tech. W.: Ilona
Text Data:
Covera.-e: 'The'w6rk describes thD method of,kineratical ah-alysta 'of space,
machaniams, l6zAing pLrts of which are composed' of 5~-,4-j3-y and
2-liak groups. The 7,raposed methods are applieable for problem
based on the use of eloaed vector syatems. Solutions of five
practical problems are given as examples.
Purpose: The proposed mathod-s can be used in the designizig of aimple
space mechanisms.
Facilities None
No. of Russian References: None.
Available: A.I.D., Library of Congress.

d7
Akad. Nauk WSR.. TruellYSCIII. i"givil, KTIO i Me-
hanimov id, no. 43, 52-99 M51). t R ur,4a n
The kinernatical theory of machinxil Q mcirhanl
neccaiaty to reOWt to almlytical 0 nun~crlcal nittho&i. T'his
:jq difficultelvadtfO in (lie ptt%4~ but th"Is worl: Mitmipts to
ifflustrate %sitme 41? file ImmiuJI'Lit-s in tlu-~ analytical tmat.
Vol. 15 Ito. I :tnout of tipaifaf niechanimi. The foundatimus. of ycoar
Jan. 1954 in &ee (finicimsion.4 are der~%!W. As im miniple.
Mochmica ;the relative positions Or' the lialts of a cleem. hingedI chain
~of eix links ate Ehown to sacls(y a set of twelve equqtt'png
'of which (*o ate linear and tli-t othegs are quadratic; A 0!
numorical eKample is s(ilved bit tucicesoive, approxitnktj4on
by makink use of the given fengtlm, twists and offsets c~ jhc
Ilinks. 0W& mtnpfcs Involving, in additlam to hinges, 4#1-
land aoad-jointgand iscrew pahm, 3.m gWell.

ZTNOV~kv- Vlacheelav A. ed.
Short technical manual. Izd. 2., stere,otipnoo. Moskvap Goo. lzd-~Vo
tekhnIko-teoret. lit-ry, 1952- (5-3-18819)
TA151.Z52

I I - I I I'] 'I I I I 11'. It !11 AVI U1, lill I I Ili I V11111 lit It!
ZTNOAV, Viacheslav A.
Three dimensional ibechanisms In lower piirs; kinematic analysis and
synthesis. Moskvap Cos. izd-vo tekhniki>-teoret. lit-ryp 1952.
431 P- (54-23393)
QA841.Z5

i V ~ ". f ~ !

T.T.T.-W-TE ~-
jil
1v
ARTCHOLUSKIY. Ivan Ivanovich; Z HOT TJW, 77acheoliv A#'reywrich-
SET=, Boris Vital
N.Ya., tekhuicheskiy redaktor
(Problems in the theory of mechanisms an(i machines] Sbornik
zadach po teorii makhanimmov i mashin. 1%d. 3-e,.Lperer.
Moskva, Gos.izd-vo tekhniko-tooret. lit-ry, 1955, 243 P.
(Mechanical engineering) (Kt9A 91:2)

0, 3p
F F% r
-p
164- .74
if
ir
ik
P
41
id
tg

ZINOTIYZV, V.A.- SRSHNIKOV, G.,N.; SNIWO, IOK.; YAKOVLN, K.P.p red.;
MT~Di,'V.L, red.; AIDMMOV, S.N., takha.red.
[Short handbook on phys4ce and machaniom] Kratkii fini'lro-
takhnicheakii spravochalk. Moskva, Goe.lzd-vo fitiko-miltem.
lit-ry. Vol.2. [General mechanics, strength of materials,
theory of mechanisms and machines) Obahchals mekbanikao sopro-
tivlenie materislov, teoriia mekbaniomov i maahin. ig6a., 411
(MIRA 13:123
(14schanice) (Strength of materials) (Machinery)

PME I BOOK EXPLOATATIOlf SOV/053
.Zinovlyev, Vyacheslav Andreyevich
lCurs t4eorii mekhanizmov i mashin (Coux-,e in the Theory 'of Mechanisms an d
Machines) Moscow, Fizziatgiz., 1960. 431 P. 50jOOO CoPies printed.
Ed.: S. A. Mleyngard; Tech. Ed.: K. F. Brudno.
PURPOSE: This textbook is intended for students specislizing in machine
building at schools of' higher technical education.
COVEEAGE: The book presents structuralo kLnematie, and. dynamic analysis
of mechanisms and gives fundamentals or designimg'meebanisms. Kine-
matic chains, frictional and toothed mechanismap plare lower-pair
mechanisms, plane cam mechanisms, crank-gear an(I other three-dimn-
sional mechanisms,, the motion of machinery units,, and, illorcea in
mechanisms are studied. The theory of gear tooth action Is given and
the designing of frictional and toothed mechaniams,, including belt
drives and gear boxes', is discussed. Attention is given to the effect
of electromagnetic processes taking place in eloctricimotors and to

PHASE I BOOK E(PLOITATION SOV/5734
Akademiya nauk SSSR. Institut mashinovedenlya. Seminar potecru
mashin i mekhanizmov.
Trudy, t. 21, vyp. 83-84 (Academy of. Sciences of.. the U-13SR likiti-
tute.of Machine Science. Seminar on the Theory OtNachluea.and
Nechahisms. Transactioms) v,21, nos , 83-841. ~ Moscow., lzt vo
AN USSR, 1961. 161 p. 33rrata slip inserted.~ 2000 copies
printed.
Sponsoring Agency: Akademiya nauk SSSR.
Editorial Board: Resp. Ed.:'I.I. Artobolevskiy,,~Aaademician., G.G.-
Baranov, Professor, Doctor of Technical Scienees " iL. Bykhov-
skiy, Doctor of Technical Sciences; V.A. Oavril.e4kbi Professor,
Doctor of Technical Scielices;'Ifk. Zinovlyev. jProf Oissor, - DoOtor,
of Technical Sciences; A.Ye. Kb-b-rTn-NW-, Doctor of:'Reohnical
Sciences; N.I. Toevitskly,, Professor., Doctor of Teaku'Lical. Sai-
enoes; N.P. ~Iayevskiy, Doctor of Technical Sciences; L.N. Reshe-
tov, Professor, Doctor of Technical Sciences; and M.A. Skuridin,
Card 4746-

Seminar on the Theory (Cont,') SOV/5734
Professor., DootorofTechnical Sciences; Ed. of, Publishing
House- A.A. Demidenko; Tech. Ed,.: 3,G, Tikhomiroval
PURPOSE: This collection of articles is Intended for scientific
research workers and designers in the fields of mwbine and
mechanism dynamics,
COVERAGE: The articles in No. 83 discuss the following: develop-
ments and achievements in the field of machineland'.experimental
dynantics, including vibrations and vibratory impa_nt'; investiga-
tions in the theory of irytermittent motions; differential eqtia-
tions for describing the Joint motion of mechanical (disbalaneinjo
vibrators; inirestigations into the dynamics and sta.'t,ility of'
periodic regimes of motion in vibratox7-impact.ziystt-,ins;,an attempt
to find-an approximate periodic solution of a second.-Order no:n-
linear differential equation; and results of the application of
electronic analog computers In analyzing the oj~eration of rolling'
mills. No 84 includes articles on the following: an anklytical
Card -2y4~

'p, f 11 11p5ilil 1-11, ill lit; lij-p IfIrlil
IM
seminar on the Theory (Cont.) SDV/5734
method for determining t6"he positions of three!-dimonsional
multiple-link mechanismis composed of three-dimensional kin:e,-
matic groups with lower kinematic pairs; an.anal~tical method
for determining the parameters of th6 simplest hinged linkage
with two degrees of freedom; a general method for investigitins'
three-dimensional gearings; the Iffect of dr~-friction dampers!
on vibrations in railway vehicles; and the utilization of Bur-
mester's curves for determining the parametei~s of a multiple-
,link hinged linkage with a dwell. No personalities are men-
tioned. References accompany individgal artiales.. There are
260 references: 212 Soviet, 31 English, 16 Oermah, and 1 Prenrh.
TARLP, OF CONTENTS:-
Foreword ~3:
Card

ZINOVIYEV, V.A.; SVF.SBNIKOV, G.N.; SNITKO, I.K.; YAKOVTXV, K.P.,
T-nDNIX, V.I., red.; KOIET-1XKOVA, A.P.j, takhn. red.
(Concise pbysical and technological handbook]Kratkii~fiziko-
tekhnicheskii spravoclnUk. Moskva., Fizmatgiz. Vol.2.~[General
mechanics, Strength o." materials". theory of mechanimas and
machinery Obshchaia wkhariika, soprotivlenie materialov, teorila
mekhanizmov i mashin. 1962. 417 p. (MTjtA 15:12)
(Mechanics) (Strength of materials) (Mechanical nnginearing)
P.

LEVITSKIY, N.I., doktor tekhn, nauk prof., otv. red.j BUGGIRAVOV,
A. A. , akademik . red, ; BESSONOV 0 A. P. 0 doktor tokhn,
nauk,, red., DIMITBIRG F.M., doktor tekhn. naik, Prof.,
red.; ZINOVIYEV, V.1j... doktor tekhn. nauk, prof., reA.;
KOBR1NSKIY, A.Ye., doktor tekhn. naukp red.1
GHERKUD1NOV, S.A., doktor tekhn. nauk, red.
(Current problems in the theory of machiner, and mechr.-
nisms] Sovremermye problemy teorii mashin i treikhanizinov.
Moskvap Naukaj 1965. 31a p. (MIRA 1911)
1. Moscow. Gosudarstvennyy nauchno-isaledovatellslc~y In-
stitut masbinovedeniya.

ARTOWLEVSKlY, Ivan lvanovicb; ZTNOV UEV V.A#g,prof*, red,
(Theory of mechanimal Teorila makhanizriov. Monkva,
Nauka, 1965. 776 1). (MIRA 19'.11)

111"C'K (,'ODE: ryli/03Bo/,$,;.5;/(',O,~/01~,T6E29 rOp T4
AUTHOR: 11, P,
I-A
TT
"R:; nonf I
1) Ir niz '.~rr

2 trio ve`O-Aty of the v:, j'$ tho vela(Aty (if tale
- z,otjf, vaiocl.ty and ':jtat,.)r,'
and

. I ~ I In! ~
[I F P C "I (t 1- , ,
I IiLl*~ k. 1. 11

Z.1 NO rfV V N - ZMLEV, G.S.; ISKIVIKO, I.V.
Working thin deposits at the 1111ch mine. Gor. zhu--. no.4:23-26
Ap 165. (MIRA 18!5)
1. Trest Dzerzhinskruda, Krivoy Rog.

PCH011190VA, Ye.A., doktor med.nank; ZOLOLUMSKIY )mnd.med.nauk
Thorapentic importance of A.Y.Tishnevskit's novocaine ~block In
eome formn of surgical pathology of the eeoptwWw and otaroch.
Xmz.med.zhur. 40 no.1:41-44 Ja-F '59. (HLU 12:10)
1. Iz inotituta khirurgii im. A.V.Vishnevokogo AM SSSR (direktor-
deyetvitollnW chlen AMR SSSR, prof.A.A.Vishnevokiy).
(ILItUrARY G&Wr-DIU&SMS) (LOGAL AUSTHNSIA)

lard

V
um/zooparesitology Parasitic. i4orms. G-2
Abe JoIur Ref Zhur Biol.) No 6) 24,319
Author Zino' vev, V.G&
Inst
Title Enzymatic AC tivity of Remtcdas?,- Plant Parasi~tes

Orig Pub 2
Zool- zh-) 1957, A No 4) 617-6 0
Abstract A study was.conduated of th4,Ssllic 'newtode ldaloid6ana
marioni) potato stalk nemtode~Diiylench~s~deinruct~or;
f ~
;
I ~
o6
and onion stalk netratode'D. allii. The: stalk' neMM an
and pre-parasitic lexme raised. from the ease of 0e;(Pl-
lic nematode, taken from infected bulbs,and anions, here
placed in distilled water on cover glasses fd(r, a Vixiod
of 1-2 days. To determine the number of aemitodesp the
contents of the glasses were c6ntrifuged andl!filteked;
the filtrate was testel for the presence and.activity of
enzymes. All three speeies of nematodes liborate 6X~Ylase,
invertase and a proteolytto enzyme. The strongest
Card 1/2

USTIWOV.. A.A.;_,~INOVI
Grain nematodes, ZaaMu rast. ot vred. i bol. 6 no.ki2A,-25
Ap 1610 OaM 15:6)'
(Grain-Diseases and posts)
(Nematode diseases and plants)

2~s'ymatle' aot'iv'ltv of nematodes parasitic on plants [with nmog ry In:
linglish .Zool, shur, 36 no,4t6l?-620 Ap 157. (IM 10tO
.%tellukly institut biologii Xharlkovakogo gasudarat
vennogo universitata.
(Nomtoda) (Mnzymes) (P1=% diseases)

-~l I 1 11"! MIT, 11711-14 F Fit"", I r,m
GOWWBOV V.G., inzh.; ZIHOVIYEV, V.I., SHECI
inzh.; GRIS WINJ A. I0 inzh,
Mining and ore dressinq equlpment~of the Voronesh Plant. Gor.
zhur. no.12:40-4.1 D 63. (MIRA 17:3)
1. Voronezhskiy zavod gornoobogatitellnogo oborildovaniya.

ZINOVIYEV, V.I., inzh.; GOLOLOBOV, V.G., inzh.; GRISHECWN, A.I. inzh.:
Machines manufactured by the Voronezh Ore-Dressing Equipment
Factory, Gor. zhur. no.6:65-67 Js 162. (MIRA 15:11)
1. Voronezhakiy zavod gornc-obogatitelinogo oboradoviudya.
(Voronezh-Ore dressing-,Equipment and supplies)

137-58-3-6056
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Kr 3, p 231 (USSR)
AUTHORS: Dobatkin, V. 1. , Zinov'yev, V. K.
TITLE: Inspection of the Structure of Breaks in Ingots Made of Alloy's
AK4 and AK4-1 (Kontroll struktury Woma slititov splavov AK4
i AK4-1)
PERIODICAL: V sb. : Metallurg. osnovy litlya legkikh splayov. Moscow,
Oborongiz, 1957, pp 229-Z35
ABSTRACT: Fracture tests may be employed for the evaluatio.n of any
schistosity and detection of large crystals of intermetallic
compounds in ingots produced by means of continuous casting.
The present work is devoted to the selection of standard speci-
mens to be employed in the evaluation of the structure of the
break in ingots made of Al alloys AK4 and AK4-1. Specimens
representative of every mark on the scale diff,.-red from each
other by the presence and the amount of aclcular intermetallic
compounds and by the degree of crushing apparent in the structure
of the break. No sharp difference in the content of alloying
elements and controlled additives was revealed by chemical
Card 11/Z analysis of ingots representing various scale marks. Strength

137-58-3-60i56
Inspection of the Structure of Breaks in Ingots Made of Alloys AM and AM -I
and plasticity of alloys increases with increasing grade values of the structure,
whereas the changes relatively little. Differences in properties are con-
siderably reduced after deformation of the ingot, and only in regions where
mijoir "amount of intermetallic compounds have accumulated can a sharp
reduction in properties be observed. It is shown that the quality of the raw
material employed affects the size and number of primary crystals of inter-
metallic compounds in the ingots. The employment of lower grades of Al
enhances the formation of intermetallic compounds. In order to evaluate the
quality of an entire smelting, it is-sufficient to subject two or three ingots of
the total run to fracture tests. The method of evaluation of the structure of
breaks proposed here permits a determination of the. limits within which a
smelting batch may be employed in the manufacture of critical components and
has proved to be an effective inspection method.
E. K.

j.ACCESSION NR: AT4037652 S/Z98l/6A/000/0P3/0105/Qll9
AUTHOR: Rutman, M. H.; Sevin, F, I.; Balakhontsav,~G, Ad,
Cherepok, Go V.; Zinovi.yov. V, K,
TITLE: Properties of V92 alloy ingots
1SOURCE: Alyuminiyevy*ye aplavyk, no. 3, 1964# Detormiruyemy*ye~
splavy* (Malleable alloys), 105-119
TOPIC TAGS: aluminum magnesium zinc alloy, V92 alloy"continuou's
alloy casting, alloy heat treatment, alloy property
ABSTRACT: A technique for production-scale melping and:continuous
casting of V92, an aluminum-base alloy (3.75% Hg.42.M~Zn, 0.8Z Mn,
0.2% TO is described. Round (225111-1100 mm in diamata.r) band fla~t
A
(250 x 1400 mm) ingots were.cast. The high Mg Content; of the 3110~
Y requirod addition. of about 0.001% Be. No difficulties were encoun-t
r4 tered in casting round inqots. The pouring ratevusea,corraeo!"ded
to the lower limjt~of thosa~usad for AM8*6 alloye.;:For ingots Ioss
C4Or4 Co,d

I
!I
~l
i z
: i i I q i 1 1 1.1., IjI!!RI -1:11111 A ill; di'l V1, -:~ I j I , I . . , "-. . ., .. ... , - . ... - . . . . . ...

"d
RUTMAN, M.N.; SAVIN, F.Io; BALAXHOIITSEV, G.A.; CHEREPOK, G.V.;
ZINOVIYEV, V.K.
Properties of ingots Prom the B92 allay, Alim,aplavy n0-3:
105-119 164. (KRA 17:6)

1, '11 1 p I I p [p ; I 'I 111, -1-:1
ZINOVIYEVP V*K*
Accumulation of Begr(gatee in Afto alloy ingots# A:Liu~n'
splavy no-3 383-389 164. (KRA 17:6)

4 W(1) SCTB DD/GD
ACC MR# SOURM CODE I
AUTWR: any G f
Bizin. Yu L
P qr.�~ ~,K.,; Zinov V Y2, M2 KU113*1 Z.
Sidorovo.- Kq- S~imi~, Go L,; ShirskayC 0 a a hkin Vo Do
now,
TITIE: 'Changes in several physiological indices of the organism in 'a izas Wd4 silk
fdraied'-by ~polywr decomposition [Paper presented at the Conference on Pr
�1 *- q_ i 3Wdicins held in Moscow from 24 Ito 27 May 19661
ionferentsiya po problemam koomicheakoy meditainy# 19~6# Problemy
kosmicheekoy m3ditsinyo (Problems of space medicine); materialy konferents
iis
No3dbWr-l966* 66-68
TOP~q TAGS: toxicology, polymer degradation,, central nervous system,, liver, oloted
ecological system, air pollution
ABSTRACT: The combined effect on animl organism of the chemical suboiances
to rA;
ed by the degradation of some 14 polymer* a at temperatures In excess
of 400C was studied in a 25 -day experiment.
Analysis of air from the chamber containing 80 laboratory. animals showed.*
the followAng: acrylonitrile, 2. 8 :L 1.7 mg/ml; aldehydes, 0. 02 t 0.01
'L 3 mgfm3; acetone'l. 07 t 0
mg ammonia, 4.6 6 mg/m8; ifibutYlphtha-':
later,, 3. o. 4 p)gLM3. s%~V.Our dioxidg, 1. 77. 0. 8 mg/m4; carbon monoxide,j
Card 1/3

DA-67
1. 3 mg/m hydrocarbons, 600 :L 216 mg/m3; hydrogen chloride,
11,46.t 1. 2 mg/m3; epichlorhydrine, 0. 33 :t 0. 08 mg/m3; ethyl acefate,
3
LO'M� 0. 6 mg/M and ethylene glycol, 0. 7 j 0. 4 MgJM3.
Carbon dioxide content varied up to a maximum of 1%, oxygen content
~Vi",21%. and the relative humidity varied from 60 to 80,
Wood studies 'conducted on W-c animals'includ~A erythrocyte' cou'int'
;1~06cyte count, reticulocyte couit, and hemoglobin determinations, as well
49 d6ration of bleeding, rate of coagulation, prothrombin time, thrombocyte
&Wfif, and blood viscosity. Ability to synthesize hippuric, from benzoic acid
~wad taken as an index of the functional state of the liver.
In addition, observations were'made of behavior and general conclitions
:of the animals, dynamics of weight changes,,* tolerance to physical stress,
and oxygen requirement. Relative weights of internal organs were determined*
The experimental Animals were observed'preceding, durtig, and for 14
'day* after the experiment.
Prolonged continuous expoqure of the animals to the chemical substances 7,11
11ti&ated by the polymers produced nonspecific functional shiftso
Card ?,/3

I U374-67
-ACC-NR, At6Oj4#�-
CNS effects in~ludcd subcortical irritation and weakening of cortical sub
'6edination function. This resulted in intersection of extensor and Ilexor motor
thfonaxy curves, lowered susceptibility to brain stem hexanol narcosis,
:eMd increased tolerance to physical stress.
Peripheral blood studies showed increased erythrocyte, hemoglobin,
and thrQmbocyte counts$
These CNS and peripheral blood shifts were unstable* and nonspecific,
and should be regarded as an adaptation reaction of theorganism to the
presence of gases released by polymer materials. This interpretation is
supported by full. restoration of the altered functions and indices td the initilki
state within 14 days after the end of -the experiment,
It is concluded that the inveatigtiled polymers can be used in space cabin
to long as the gases they liberate are scrubbed from the cabin air before they
attain the maximum
_rmissible concentration for small cloped.compartment,
No'.- 22;-ATD_'Nport 66-1161
SUB CODE.: 06 SUBM DATE:' OOMay66
313
LC
!jilt 16;1) 1 14ILM

SMOTIm,
Let's perfect the repair of car vhsol pairs. 1"44'.popl.tings
no.5:23-24 W 157. ()012A 10:9)
1. Vaster koleenogo tookha depo Pererva Rookovsko-Nuralw-Donbsookoy
shelesnay dorogi.
(Cmkr wheels)

m .

ZINOWYEVI V,M.; XOVRIGO, A.F., kand.tekhn.nauk
Breaking coal with deep bore~oles in vorking a.thin steep layer.
Sbor. nauch. trud. Kaz GMI no.19:79-81 160. (MIRA 1~'O)
(Kuznetsk Basin-Coal mines and mining) (Blaisting)

j
TITLXt Mst.rlog the Fr ..... of Sulrh.ti.ing Lead Vu-ts
"MIGOICALS T*V.tary. A.tsllY. 1959. Nr 10. pp 35-16~! (USSR)
ABSTILACT's The -th.d of -lph.tt.l.g pc%y-t.11L4 .- and
-"*ntrato. w^& fir.% developed in the Uowtst VAL- by Ic-
V An 1923. Since then. a Lroat
Professor A.Te.MmkovotmV
4-1 of has been 4.. I.. th..
co= t I... One -ri.. f thL. ..th.d. ----&ll-d
peak. at wy-~Glnt.v.twat Pr ...... .... Latin& of I...& Ch.
i=.teri&L with "14 tr*^. ,hg
pulp In a cylL dr cL". I .;,!d
at at . pilot PlA.&tl(dMt&nt4Ato tre-Et 3 t or ulpht.. lz~
to t
40"Mrat. ppr day) O:r,
after three years' ;p r CLose found 1.
"-c- di fic.ltj &th Ch.
fammosti f -t I. the ..1ph.-izatcr and Lth rapid
a " " ... Cu
of
" ,, th:"
h
Y%1111.::~ozt

I., Of
ct
go**I
a

Card 1"

. 1955
Vor "1. 4, bl..
It

'th'd ... d... I.P.J ..ith'
!
!
-
-
by ties .1.. 6... .-S
13L. tta difference bot".0 the tim. orixxftal~
"Chad Is the, -PPLI-stI.- Of .'a
-bt-h ..old nat be u..4 p-X4..jy, ..I.& t. the fact
t3bat O"Ont-tt- Of the d.... pulp took pis the

44-1p-t Used 1. the Old process, to9i..r,
1.
W-Pftlp-r end ."ph.tix.t.r. Thl cf..-Lty A. ...rcua.
dA
bT "4-ItRIOZ the powder material:
tA-a w1th C.n4.ntr.,-4
'L4
matIpthatic a La. . PA. granulator. (,*in& to the
th."It "Cur* of the ro,actions tmki=L place durinig
odullai.x 1- ....... the tod-l- -..a to
nd this r
i
-4 ... 1. t.:
Or' the FUIP toor-n-Ot- The --L.-q..
ar-Cntlos t: 350 C
Is
41, c"sp t the ..lyh.t3.zj.% 1. -W
SIAS the fluLdi..d bad p"-c IPI- tR-f 1). Th.
Investigation ~as .... 1.4u, A. . 1-&.
XA*-tary pleat
In IhIlh 4,,t
,Ir,- va d

Card V? :.
Copper .-Itt's plant . .'. tr t. d.""- '::.
bthe
W.-It- Of this --rk-the -t-ff of t1- Vat- N.-g-XIJ
Lmod-Tin Comd~lAa In coopard;Ign with VjjIjT&v,tm.%t.
e-14- *" -Vmcmd . large pilot pl~mt
*"&%1" 10 t -f due%. par day. 1.. 1.
I- the 9~ c. I-tcr~ ah.a. di.gr-titlly I.
Ris 1 ..4 the 'Lu'4f M bad ~ ... to, Ill.. %rated inFI
t-.S.d In the C-bl..
AriTan by, a 3A kV alaet,j. -tor.,-Z& 44u1 4ran
15= 001 4 Laos t ar
nd
25 0 ow deep. the &XI.A
,,:
"
to t3-r 60 and
I nt.1 at an ^.&I. of . .
,

I
.hzxb state. at the rate Or 8 t 4G ... 4,
.4 d 1
prQC*6# or. r:-
,. d thro~jh an
W th
'I
Z-e.: ~Z.
:t
In of .4111 .4*
;'
t.
ZZ Posen 1. fti.d steel .. the ..", 91..,10-1
mest,wriol of 1-ho sr nulator. Cbe Islot aal vutl~Z 14.. n4
r... or .1'.11 (FIX 2) also
V"t ,.at A-, Y:t...
T .
~
=-
.
.,L
1. d
I th ! Insl. layer Of
ZrrzctrY LV411.1 the acti- are. or the b..,th 1.
0.713 02, the ]LOASht. or .&4s rl~j.tt.rd bad. 101 ca. -
to lovight, r the react- b.i.& 3
"
Card
3/7 =Ls
Iftod in Ch* fluidized be d rest
tr

X-gt-r&nS the I -.... Of S.Iph.t..x.S '... %
stainless steel took. fr.. Which lt is pU=i.od into
":c where the sulphat* pro"tt ~s
..4 Th* following are the main operations
aarriecl out La the hydro-ot&l.lurgical SOCLIOns I.och..x
Out of the sulphate product. settlLng and wastping the ja.aA
Oak., Prolcipitation of romoval. of arsento as4
ircal Crow tho solutions and #Xcracti.. Of ..4.iusa. Th.
-4 dO*4. tr-t.d In tho experimental pilot plant
n
Onl;!M,d 1111.,.!9.3 11b. l6.1 1-. ..1 Cd. 0.5 C.,
1,0 C, and 0, 2 S. TU. c.asueptl- of
Goncentra... ul'huric Acid d.li.ing this pl*d..t
v
ari.4 between 5$ and 62% of the weight of the dust wh-hk
*1 panded t: 1101A of tile theoretically required
qu-sk.. (Th authors point out hare that Ar sulphuric
4cry;.. ac.tic. Is.. than 92% 1. used. the
6:*41"u1iifts P;:Ces:ti: ad--Ly affected. granules or low
:
."llanical stra.StJL,':roC*bt;1o:d,.th. q ... City of
dlotil!.d Off chlyr .Ill I. d ar-l. 1. -3-d
and th Output Of the granulator is reduced.) Vith the
"an
gir let" inclined at 55 .and operating at 8.3 ra./w-a.
Card 4A/7 IQ to 15 tof the dust Woo treated par day, the obtained
7117~:,-Z~--ir-.7~.-t:;*;.*.~tllr."X~` R or th:.;5 - Cray I,-. Tile
proportion or dust carried .by the all...- Sea-.
was c"paratively &aiall and oxecuo1*4 to 1.1; only; the
suantity r go... ..cle.4 during the procr:.... I..
."%I.oW7:9 to the low chlOrla.. fLl'. rill arsenic
atho dust. the .
b:nt:nt.,L. _-: ... taut I- the
tw an"-1 9 *1.,.Th optilux t stperatur or
oulph.ti.L.S the granules Ch the rlu taix:d bad reactor
-.6,352.C. Th. as pacity of the r*ac!or was 12 to
114. tsl2r.% br. the air c. a."Ptlo. b1.& )000 .31hr.
Th gramul- remained In the reactor for ware, than
Xwever. It .. hat. the Sao.
thor:t was Cd
Cyr the On I t1oft of the sulphattaLng ro-tiott and Cyr
=-4 rz~44.: r i" i a. 13 .1.1
as quently. it ... b . ...... 4 that ch. proo-ti-ty of
:h". r.-tZ. Ould b: Inor, ,d,41,*,:br its speolf- air
14 bicr
06 .4 durin washilag ..d filter--.& Ch. load
Oak&) resultant fr- the Water leach ?f the aulphAc*
product, contained (S/I)S 37.9 Z.0.b.3 Cd; %t,4 ...had
Card %/7 la.4 Oak. Contained j%). 0.$2 Za. 0.16 Cd. 6%.3 Fill
Z. and 91% Cd F--Wnt n
the ..Iuti..l the --.ry Of Z-. Cd and ph is' the
*.he a.. 2A. 4.8 and 98% r-:P;;"l-IY9 ch. r.....ry
of raw ,I* Imy"n Cadt0 74 ,"So to 905; or ... i.
:rr during the, -11-hat-lj; ar-tall-tj
znd. 35% #kj.rIsa and and oO tn 7311,
was diatiLled off during both ny4%I1zIuS and
After 4-crIbI.. 1--. 1u-c;cy,I1Gctk=X ;rOc-2
and ar 11-t-lllz C. th -L'hors scats Chair
the
ch 1. f !. i
-c-
&PpcI
sca a bay. bwcu 0,.rc.. by xi. cc.tr.c.d
old by U-0.1tZl"S the pulp 2. a r.tar-7 per.
:c4
I J.tyr. -,L,. of loild
Z.. of "I ~---
Me a, ".&at- -A Me rluj4l&*d U.j ro.ct.r
-1,xng continuously ...h..z any and he -ka.4
Go-ditlonx haws, been satisfactory. J3) Th
_tl--..d I. tile pr ... nt pap-, has b... r. ~ to b
r:!.rdIni; tn. 1.4- OrL both tn. or
C.id or. ..4 Ch 44 ;ad i he
cc ponanta. (19) A necessary
r~y.l or the volatAIN M
coculltJoal far .-crlot ffi.i..t Purification of the
j*&vjcZ the fluidiz. z. .1
4.4#* C: b;dr ... Or the
p.,:tu,. C the go... 2-30 C ad Ch. ppLl..L4..
'o" -ply With it,*
01' 11.rT.:.cl: 11
Lt=14. Ch*
gu tt:..,'.XardA'y
I U al
-hon. a.. , al 1_.nt. Per
ivot I!atr::;IIesrup18 .40 .... ry. (5) TU:J*PpL%c-S--h Of
t44 MULIZALI-AlAijS process ror Creating 10 ju.V
A sonventent means of utIlAzing this cy-orldx "a
b. Cyr .4.p,t.. 1. .11 all. I-t 'la, L. h
table . d
Ch* Soviet Colon. Th- or. 2 flilu-, I
I Jy_J.j
ASSOCIArx"al
tY"IT "t"'t
vtnt--c-t.i-k-'yY k--bl-At
L-4-Zlvc Coubkoa)

I AJ 0 ;F
137-58.4-6542
Translation from: Referativnyy zhurnal, Metallargiya, 1958, Nr 4, p(USSR)
AUTHORS: Petrov, I.K., 2',inov'yev, V.P., Lerner, V.S.
TITLE: Automatic Adjustment of Certain Processes in Lead and Zinc
Metallurgy (Avtomaticheskoye regulirovaniye nekotorykh prot-
sessov v metallurgii svintsa i tsinka)
PERIODICAL: Sb. tr. Vseg, n. -i. in-t tsvetn. niet., 1956, Nr 1, PI)
119-139
ABSTRACT: The following systems of automation of various technical
processes and parameters, developed by the VNEITsvetMe.t,
are described. In connection with the automatic control (AC)
of the amount of air delivered to a shaft furnace, a direct re-.
lationship has been experimentally determined'to exist bq4weeti
the rate of air flow and the, productivity of the furnace, which
is an object of fixed capacity. AC is employed to hold constant
the amount of air blown into the oven. In AC of the rate of
motion of the pal.lets of a sintering machine, the primary-. iig-
nal is the thermoelectromotive force of 4 differentially-con-
nected (paired) thermocouples, determining the position of the
Card I/?- temperature maximum of the outgoing gases, which should, be

137-58,J-6542
Automatic Adjustment of Certain Processes in Lead and Zinc Metallurgy
in the third chamber from the "fault". The AC employs an:electronic 'potent-
iometer, a millivoltmeter with an electronic regulator, a time, relay, ~andlan
actuating mechanism manipulating the rpm of the sintering: machine drive.
In AC of the maximum productivity of sintering machine exhausters, 14e con-
quantity is the current of the exhauster motor, which is held at an assigned
constant level. AC is performed by means of an eleclronic potentiometer
with a three-position control, a time relay, and a driving mechanism act-
uating a choke in the exhauster intake. In connection with AC of the opera-
tion of the assembly governing the returns in a sintering plant, the problem
of the assembly is delivery of cooled return agglomerate ("returns") at a ~
temperature not higher than -that desired. In AC of eloctricl,il settling furn-
aces for the products of lead shaft-furnace smelting, threes regulators em-
ploying electronic potentiometers with 3-position control sustain a definite:
current intensity in the circuit. of each of the three electrod,ei~ by raising or
lowering them. The design of AC for the thermal regime of a. rotary tu bul&r
furnace provides for AG of the temperatures at the top and bottom ends of
the furnace and of the vacuum, but automatic control of charging is required
for the proper functioning of -the AC system.
M. L.
Ca rd 2/?
1. Lead--Processes--Automation 2; Zinc--Processes--Autcmation

.......... .
'acCJJS71~1'~, 0.
ZJ'JOV Y 7-1, V. P.
Y-7
MALIF11, V. A., NAZARCV, P. ;'E0--,0LA -,V, S. K.;, S`A71 5, Y. Y.,
UK-AIIST!~~I, F. I., FRA-1K, I. M., '!---IAKFO, F. L. ,fA-671'[Slcv~Y, Y.: S.,
J?., 7,UFUr.r -Y. 0112!y
RLWHNTS7317) D. i., tjLo-- I - T,
~YJI~IA
A., -0141) .0, 1. 1.)
DTRYAC17 , .9 "T., -ZAT,()7SY1Y, A.
"A Pulsed fast reactor."
renort Eubnitted for the IAFA ecminar on tile PhvHics of Pm:Ft and
Intermediate Reactom, Vienna, 3-11 Jkur 151616
Acad Aci. USSR Moscow

22873
8/009/61/010/005/001/65
5~1
Mo Az ~J- B102/B214
AUTHORS: Blokhin, 0. Ya., Blokhintsev, D. I., Bly-omkina, Vu.
Bondarenke, I.-I. Beryagin, B. It., Znymoyokiyj X. 3.1
Zinov'yev, V. P,, Xazaohkovskiy, 0. D , Kim 1hen Bon,
Krasnoyar--111 Malykb, V. A.
V., Leypunckiy, A. I.
Nazarov, P. M., Nikolayev, S. Ki, Stavieskly, V. T&.'
Ukraintaev, F. I., Frank, 1. M., Shapiro, F. L.,
Yatvitekiy, Yu. S.
T IT "7: A pulsed fast reactor
PERIODICALt Atomnaya'energiya, v. 10, no. 5, 1961, 437-446
TEXT; 7he pr,jeent paper gives a doccription of the pulsed fast reactor of
the Obl'yedinennyy inatitut yadernykh loolodovaniy (Joint Inatiluie of:
Nuclear Research) which became critical in June, 1960. Thin reactor,
called 146P (IBR) reactor, serves as pulsed fast neutron source (mean
power i31 kv) for physical Investigations, particularly for time-of-fiieht
experiments. Its most.diatinguishing feature is the very onall contri'ma-
%ion ('J10-4) of the delayed neutrons in its normal operation; it la about
Card 1/-,

I 1 7 If I 1 -1 W,I - 'I !q qj I
22873
S10891611010100510011015
Apulsed fast reactor B102/11214
q one hundredth of that of the unuol steady uranium reactor. Tho pulse"
appear beoauae whenever the reaoi;or becomes overcritical a burst of ppompt
neutrons results. The half width of these pulses Is 36 pace. The
frequency with which the pulses are repeated can be varied between 13 j1n4
80 pulaeo/poo. Fig. 2 shown the construction of this reactor. The
periodic change in the reactivity In brought about by the displacement of
235 blocks placed in two disks that ban be rotated. T
the two U he main
block is pressed in the form of sk diukt.1100 mm in diametert and can be~
rotated with a peripheral velocity of 276 m/seo (at 6000 rpm) during wh1oh
it passes through the core center. The reactivity change obtainable Crom
the motion of the main block is F-4 %, that obtainable from tho motion of
the auxiliary block is 0.4 %, The stationary part of the core consists of
plutonium lumps in steel jackets, The reactor is started by arough
rogulator, in this case a movablf; part of the reflector. It gives a
0 _1.3.10-5 see- . The, manual Ly
reactivity change at the rate of 13-1 -5 1
operated red is also a, part of the reflector. Two plutonium rode in
electromagnetic suspension serve so aoram. They can be separated fron the
care with an acceleration of 20 g:. Their separation causes 6 reactivity
Card 2/7~'

22-873
S/00)/61/070/OD5/601/015
A pulsed fast reactor 8102/3214
decrease of 2-1.1 1,4; the rough regulator allows a reactivity change of
2.4 54, the manual regulator' 0.1 4, and the automatic ref;ulntor 0.036
The reactor posseasee also a reootivity booster for the production of one
intensive pulse. The control and shield system in an automatically
functioning electronio arrangement with DF aounters and ionl2ation
chambers. The whole reactor is placed In a room of size 10-10-7 0 whose
concrete wells allow complete protection from radiation. Themout
important experimental arrangement consists of a 1000 m long neutrori:
conductor, a metal tube, 400 mm In diameter In the fire% part and 800 mm
in the second part in which a pressure of 0.1 mm Hg is maintainid. This
conductor connects a chain of sooalled "intermediate pavilioni" (at
distances of 70, 250, 500, 750, and 1000 m from the reactor) In which
experiments can be carried out. There Is also an additio'nal neutron'
conductor of 100 m length. The readtor chamber is joined to an expeti-
mental chamber in which four neutron beams of up to 800 mm diameter are
available. There us such an experimental chamber also above the rea(3t*:r

2287)
S/01)9/61/010/005/0011015
A pulsed fast reactor B102/B214
assemblies and slowly moving main block for the determination of the most
important parameters of the reactorl experiments with a core onsembly
(unmoved), experiments with rotating (5000 rPM) main block enI a Baws-Be
source in the core for the Investigation of the effect of the.multiplioa-
tiort factor, etc. The moot important resulto are repr4a(,.n%td graphtqatly.
For example, Fig. 0 shown the dktpendonoe of the half width 0 of a pulea an
the reactivity; the dashed line holds for the quosistationary ones, Aht
dot-dash line for the cave of 0 - X(T/a) here v in The velocity
of motion of the (rotating) main blocks in the quealatatIonarvi case
7_77
0 - 24 av , where t is the reactivity at the maximal multiplication
M
2
faotori L - F~M_ax I Where x is Me displacement of the main block. The
reactor has been actually used for the measurement of the tot&l, scattering,
capture, and fission croseaeations by the time-of-flight method. Forther
experiments will be carried out with a view 4o obtaining increase of,power
and decrease of the pulse duration.. There are 15 figures and.,3 refetenoen:
2 Soviet-bloc and I non-Sovi~t-bloo. The reference to the English-language
publication reads as follbiat J. Orndorfs Nuol. Sci. and EnOgj2,"4,sI5O(I957)-
Card 4/N

~Ezo.,kArOV, A.'P.; EDELISIFIllyll, B.V., kaul.
tekhn. naulk, retsenzent; MMIGARD, S.A., red.
(Puyulmontaln of the dynAmics of n-Achine units'l Ostwify
di-Intimiki mnshiraVkh agreg&tov. ljovk~,ra, lKaiihinwitro
238 p. (1,11,1A 17.9)

...........
ZINOVIYEV. V.P.. master po remontu defektookopav (st~ntsiya VillnYU0,
-----'Litovik-o7-dorog1)
Improved electric transformer. Put' i put.,khose5~no,2:23 F061,
(MIRA 14:3)
(Railroads-Electric equipmenO

GCFLSHKM. H.I.; Z111OVITEV, VJR.#- TOPLM, A.I.; USKMIKO, 2.1.
Cutting surfaced veneer with planar save* Der.proo, 5 no.8:1-4
Ag 156. Ocm 9 10)
(Veneer% and veneering) (Plnning mnehines)

I f I II ~ I ~ II I i I
V OV 'Xe- v
GCRSHWf, M.I.; ZINOVITEV, V.R.: TOPLIN, A.I.; USHMMM, M.
Cutting surfaced veneer with planar o^wo. Dortpr=4 5 40*8:3-4
Ag '56. :0an 9: 10)
(veneers and veneering) (Planing mchines)
. . .
..,POW

AMERIK) B.K.; MAYDEBOR, L.K.; SVETOZAROVA, 0.1.; 14ATAYEVAP B.V.;
RCMANKOVA, I.K.; GOLOVENKO, A.M.; SAPOON, M.P.; VIDANOVAP V.V.
LEVASHOVA, E.P.; KOZlfJVA, A.S.; 1, 11 A
MUTOVIN, Ya.Gs KO IN , V.F
Refining sweet mazuts. Trudy GrozNII no. 15:49-58 163.
(MIRA 17:5)

STOLOT, A. L ZIK TOY", T. R.
Doubling the capacity of pressure vaemm apparatus. Neftianik 5
no.10:2546 0 t6o* (RIU 13: 10)

t' 11 T 11 t'71 11 '111111!1 pr ~Iilj Jill III'l I [IV-11 VfAauju
ZINOTIYRV, V.S., inzhener.
Ttailer village for mine builders, Mmkht, strol. no.8 :27-28 Ng 1P#
(Automobiles--Trailers) (Construction workers) (KM lOt9)

I
AUMP-St Zinoviyev, V. S.; Pimirronolir, R. G.; Pilipaluk It, i. I Wkhw-'w!rv' A. P.
t none
TITLE; Diaphrap comprua= "llass 27, No, 176656 4,
SGUME: .3yulleten' inbreterdy i tovarnyidi ziakov, no. 23, 1965p 39
TOPIC TAGSt diaphragm, comprismariV. gsts comprosaor
ABSTRACT: This Author Cartific.,tte, pres,~nts it diaphragm corvprwqni~r. Tho compresmor
z
.nclude,: a case divided by a diapl--ra4rui intii tula cha-mbers (lDnit pnwizuAlc and on:5
a,, c c 0 rta -1i; i-- if 0 r KI 1"i!; 13" 1: -il 1, a.luc:;na f(i'l. I v 01'c~ ii lrij3L1.f:r
I c: -4
UUU
1/Z

NRt AMOUS37
Orig. art. has i figiu-e.
SUB GGDE- 13/ SUBM IATEi If3ift-,rlbli
ease;
2 - diaphimigm; 3 - gas
chanbor~ hydraulic
pistong
chtm er
arank3haft drive;
ralro;
prosouxe camponmatorl
9, pipinfl:1 10 ItMer

3/148/60/0W/006/012/016/Xi
A161/4030 . i~
AUTHORS: Medzhibozhskiyp M.Ya.j Zinoviyev, V.T.1 Geyne man, A.V.
T=: The Effect of Some Factors on the Carbon Burning.Rate In-the Open-
Hearth Furnace Bath
PERIODICAL: Izvestiya. vysshikh uchebnykh zavedeniy. Chernaya metallursiya, 196%~
No. 6, pp. 47 - 53
TEXT., Most authors *consider that the oxidation of carbon in. the open-hearth:
bath Is limited by diffusion links, but some point out that it may also be limit-
ed by heterogeneous chemical reactions on the boundaries gas--slag,~slag_metal:and.
metal-bubbles. The question of In whatregion the process takes place, diffusion.
(limitation by diffusion links) or kinetic (chemical links) can bee.answered by
determining the effect of the temperature on the speed of the process.. With r--I-
atively slow chemical reactions the process rate will change with temperature in
accordance with the Afrenius equation E
RT
K - Ko e 0)
where K is the constant of the chemical reaction rate; Ko the so-c:alled preexpo-
Card 1/7
lull
I-

5/148/,6o/ooo/oo6/oi2/bi6/XX,
A161/AO3O
The Effect of Some Factors on the Carbon Burning Rate in the-Open-Hearth Furnace
Bath
nential factorl e the base of natural logarithms; E the actIvation enOrgy..
cal/moli R the universal gas constant, 1.986 cal/mol OKI T the absolute tempier-
ature, OK. 'It follows that
Kp
4.57
5 19
E
Tj T2
KI arid K2 are constants of the chemical reaction speed at Tj and T2 temperaturm
The process is in the kinetic region if the aotivation energy value Is hIgh (>
50,000 cal/mol), and in the diffusion region if it is relativ6ly low (>30,000:
cal/mol). The authors studied over 400 heats in 380 and 190-ton open-hearth fur-
naces firing mixed coke and generator gas; temperature was measured-by means,of
a submerged platinumrbodium-platinum thermocouple. Over 1,200 carbon oxidation
rate values were determined (vC) at different temperatures and C content in
metal. The relations shown were ver1fied by mathematical statistic mthads. The
effect of the C content in metal, of the specific surface area of thti slag-metal
boundary, and the quantity of oxygen was also studied. The results are IllustrA.
Card 2/7

8/148/6o/ooo/06/m/ol6Ax
Ai&/Am
The Effect of Some Factors on the Carbon Burning Rate in the Open.-Hearth Furnace
Bath
ed by diagrams (Figs. 1, 2, 3). The low activation energy proves the prbc-
ess is inAh6 diffusion region. Low activation energy value:a In the steel de.'
carbonization process had also been obtained In laboratory eXperiments by 8.111.
Filippov (Ref, 1) and in shop experiments by P. Vallet (Ref.,(, Iron and SteIel,
1955, No. 11). Conclusions: 1) The carbon burning rate does not~depend on the
carbon content In metal if % C>0.3%. 2) The~effect of thetampetlature of the,
metal on the carbon burning rate is not strong at superheatiiig above the liquidus~
point > 200) and corresponds with the apparent activation,energy.of the decar-
bonization process amounting to 15,000 - 22,000 cal/mol, TKIn means that the
process takes place in the diffusion range. 3) The decarbonization rate depends
on the Intensity of oxygen feed into the bath and Is not limIted by any of the
heterogeneous reactions on the boundaryts gas-slag, slag-metal and metal-bubbles.
4) At % C