SCIENTIFIC ABSTRACT IVANOV, A. - IVANOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619010019-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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wheat 76-1004)"g, of the smmoalsed N so supplied. th
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N; the PA of H Is not inferior to that of (NH.)sHPO,.
The Mr. couds of them awerials am of special Valve 04
%&Tfy sods, Twenty-three references. C.
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Ivanov, A. "Liquid organic soil im-irovers", Trudy rinuen.-Issled.
in-t sveklovich. polevodF;tva), Issue 2, 19h9, P. 153-200.
SO: U-IMO, 17 JulY 153, (Letopis 'Zhurnal 1nykh Statey, No. 1.9, 19h9).

B. A. EVA N,~' V, A.G. V.L, N, B.
DistrIbution oC exrend-itu-r~~.s for Lcetylene aric-, et~,vlena In
their simultant-rpjs i,,--oduot-Jon. Nefteper, i nefr,-,kjjivj. nn.4:2?-
30 '65.
protsessov.

IVANOV M. 0.1.1
Characteristics cf the systematic composition cf phy-k.:;p1ank-ton
In tha r-.rthwestarn part of the Black Sea~ Nauk.zap,,Od,biol,~!1-1,
nc.,501-54 164o (MIRA IS:: 1)
It
T., ~f! IT ;J

IVJUJOV, A.I.
Effoot of the mixing method of water-alcohol mixtures on alcobol
losses. Farm. i spirt. prom. 30 no.7tl2-14 164 (KIRA. 180)
1. Sovet, narodnogo khoz7aystra TSentrullnogo-Chernoze=ogo eka-
nomicheskogo rayona.

Frul Inin" n a,,e Her.-T.
ry r?,o o
't- 0 n , -d
in r

PHASE I BOOK EXPLOITATION SOV/5i62
Ivanov, Anatoliy Ivanovich, and Georgiy Iosifovich Hybkin
Porazhayushcheye deystviye yadernogo vzryva (Destructive Effect of a Nuclear
Enlosion) Moscow, Voyenizdat M_vs, obor. SSSR.,,,;1960. 382 p. No. of copies
printed not given. (Series; Nauchno-populyarne4ri biblioteks. Voyennogo izdatell-
stva)
Ed..: Ya-M. Kader; Tech* Ede: Ye.N. Bleptsova.
PURPOSE: The book is intended for personnel of the Soviet Army and Navy, members
of the All-Union Voluntary Society for the Promotion of the Army, Aviationand
Navy, as well as other individuals concerned with atomic warfare -
COVLMAGE: The book describes the destructive factors of atonic imapons. It is based
an non-Soviet materials. The authors also acquaint the reader with methods of
protection against the damaging effects of atcmic wMlosions . The book presenU
in simple detail the physical principles of the construction of nuclear and thermo-
nuclear weapons., and considers the physical characteristics of the varicus cle-
structive factors and the simplest methods for calculating the dimensions of the
Car&-1/5-

Destructive Effect of a NucleAr ExploSiOA SOV/5162
zones of destruction. There are 24 references: 22 Soviet (including 6 trans-
lations from the English) aad 2 English. In dddition) there are 16 references
mentioned in the text: 12 Soviet (including 2 translations from the English,
1 frda French) and I fran Japaneae) and 4 English.
VLBLE OF CORZENTS:
Introduction
3.
Ch. 1. Brief Ph.Voical Principles pp-tba Construction of Atomic Weapone 10
1. Structure of the atom and Its nucleus 10
2. Reactions utilized in ~tcmic V,eayons 17.
3. Principles of orgmization. of atomic charges 24
4. Principles of organization of thermonuclear charges 37
5. Methods for the mllitaa7 use of atomic weapons 44
6. Phenomena observed in an atonic explosion 46
Ch. IX. Shook Wave of an Atomic Explosion 57
1. Production of an aerial shock wave during an explosion 57

IVANOV, A.I., inzh.
Concerning the defects of the VAF-85 device. Elek.sta..34 no.2387
F 163. (KMA 16:4)
(Electric meters) (Electric measurements)

POLESSHCHElfK0, P.V.; GHERNOV, G.G.;-IY&NOV, A.I., kand. tekhn. nauk,
retsenzent; ZffMVLEVA, M.N., red. izd-va' UVAROVA, A.F.,
tekhn. red. I
[Tolerances and dimensional chains in agricultural machines]
Dopuski i razmernyo tsepi v sellskokhoziaistvennykh mashinakh;
spravochnoe posobie. ?-Ioskva, Mashgiz, 1963. 254 p.
(MIRA 16:6)
(Agricultural machinery-Desing and conEtruction)

17
RRISTALISSM. Vladimir Takorlevich- IYABOY A.I.,redaktor AKBM=v.
Y.M.,rodaktor izdatel'stva: i6-W ekhnicheakiy redattor
Mrs prevention measures in the construction and use of buildings
on stock farms] Pro'tivopozharnye meroyriiatiia pri atroitalletve i
akepluatataii shivotnovodcheskikh pomishchenli. Hookva, lid-vo
X-va k-bmwn. khoz. RWSR, 1956. 63 P. (HIMA 10:5)
Orire prevention) (StQck'and stockbreeding)

9(2) SOV/112-59-5-9931
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5,
pp 214-215 (USSR)
AUTHOR: Ivanov, A. I.
TITLE: Dev~~ *MV"GiTitding. Carbonyl Cups
PERIODICAL: Radiotekhn. proiz-vo, 1957, Nr 14, p 42
ABSTRACT: A device for grinding the central boas of a carbonyl cup is described;
it is recommended that this device be used for adjusting inductance of carborxyl-
cup coils. The device spindle is driven at 3,860 rpm by a 0. 3-kw electric
motor. The spindle upper part carries an abrasive disk. The spindle is placed
in the center of a drum which is connected with a metal shell by means of a
micrometer screw. The carbonyl cup is secured to the shell by a lever. A
16-division (one division is I mm) scale is provided on the shell for checking
the grinding; the drum has a scale with 0. 02-mm divisions. A fan and an oil
.tilter prevent dusting during the grinding process. A functional diagram of
the device is presented.
N. G. K.
Card 1 1
!-1i:,F11i",!!!1J!1-,11 ilfl`*~ I F U 11i11 1

IVAIIJOV, Anatoliy Iyatjovvich; SYRIIHV, V.P., inz her er-mayar, t-nndldat
M~~uk reda'-tor-, KADER, Yadf., re(tn,,Aor .zdateltntva;
SRIBNIS, N.V., tekhnicheskiy redaktor
Duclear radiation of atomic explosions] IAderaye izluchentia
atomnogo vzryva. Moskva, Voen. Izd-vo Ministerstva obor. SSSR,
1956. 211 p. (MLRA 9:9)
(Radioactivity--Safety measures)
(Atomic bomb)
A
JL
H i~ 11

BOLYAYEV Ivan Pavlovich kand. tekhn. nauk dotsent;. ~YANOV, Anato!Jv
Andreyevich
Calculation of thermal processes in an electrical machine using
an electronic digital computer. Izv. vys. ucheb. "dav.;
elektromekh, 6 no-921040-1049 163. (MIRA 16:12)
1. Kafedra elektricheskikh mashin, apparatov, matematicheskikh
i schetnoreshayushchikh priborov i ustroystv flovocherkasakogo
politekhnicheskogo instituta (for Bolyayev). 2. Starshiy
inzhener vycbislitellnoy laboratorii Novocherkasakogo
politekhnicheskogo instituts. (for Ivanov),
;:I'll, ITI j:-!i.:1!:j*!~!11[~.1I

IVXNOV, - Anatoliy- _Aleks-andro-vi'ch, kand. tekhn. nauk; RADUEENKO,
L.A... kand. tekhn. nauk, retsenzent; IIEYCFUIIOVA, O.A.,
red. izd-va; MATUSEVICH, S.M.,, tekhn. red.
(Laboratory work on electric machinery and electrical
equipment of induBtrial entorpriges] Laboratornye raboty
po oloktrichookim mashinam i olektrooborudovaniiu pro-
myshlenrUkh predpriiatii. Izd.2., perer. i dop. Uev2
Gostekhizdat USSR, 1963. 514 p. RA 17: 1)
(Electric machinery)
(Electric apparatus and appliances)

" IVANOV, Anatoliy A-leksandrovich, kand. teklm.nauk, dot6.; SUKAC!i;EV,
.1 1.11.1 1A.P., kand. tekhn. naukp retsenzent; LABINOVA, P.M.) red.
izd-va; NUNZIO IAN, P.F., tolchn. red.
[Fundamentals of the theory of electrical and magnetic
circuits] Osnovy teorii elektricheskikh i rpagritnykh tsepel.
Kiev, Izd-vo A US&q 1963. 366 P. (MIRA 16:12)
(Electric networkai (Magnetic circuits)
I . ' ~ IA; ; ~ 0 1 fl:
I . lp !~!

L% 1,` 0
Anatolly Alql~ardrov-lch; TULIN, V.S., dolctor tekYin. nauk,
retsenzent; -PULUKI11", A.T., daktor te'r:hn. Dauk,
retsenzent
[Theory of autornatic control and regulati(-ij Teoriia avto-
maticheskogo upravleniia i regulirovaniia. Mosyva, Izd-vo
"I'ledrap" 1961,. 328 p. (V IU 17: 8)
Al 11,

USSR/Medicine Education
FD-1533
Card 1/1 : Pub 102-4/14
Author : *Ivanov, A. I., Docent
Title : Four years since introduction of a six-year period of training in
medical schools
Periodical : Sov. zdrav., 6, 22-25, Nov-Dec 1954
Abstract : Four years has now nassed since a 6-year period of training was intro-
duced in medical universities and some observations can now be made.
It can be concluded that such an extended period of training of phy-
sician-specialists is indispensable. It Is noticeable that those who
have gone through a 6-year pdriod of training are vll equipped to
assume their responsibility vith self assurance and resolution. Chang-
ing conditions of training physicians require new methods of teaching.
It is suggested, therefore, that the Main Administration of Educational
Institutions of the Ministry of Health, USSR, pay greater attention to
suggestions offered by those in charge of training in the medical uni-
versities.
Institution '*Director) First Leningrad Medical Institute imeni Academician I. P.
Pavlov

BMIVOV, G.H.; SHOHAM, K.G.;
Pneumatic removal of dust and waste from bat wool carding
machines. Tekst.prom. 20 no-8:52-54 Ag '60. (MM 13:9)
1. Botrudniki Vuesoyuznogo nauchno-iseledovatel'Bkogo institute,
okhrany truda (for Smirnov, Shustenkova). 2. Kaster remontno-'
moutazhnogo otAela, Moskovskoy vatnoy fabriki iment Bakko i
Vantsetti (for Ivanov).
(Dust collectors) (Carding machines)

24(l) MASE I BOOK EXPL401TATION SOV/3150

Vaerosslyak ya konforentelyA profesearov I propodavAt*l*y P*dago-
gichosicIN Instltutov

n
rrimmenlya ul-traskumtlkl k Isslogovanlyu vesh9heatv8j trudY ko
forentalls Vyp. 7 (Application or Ultrasonics for of
rro-
Substances; Transketions of the All-Ruselan Conference of 0
o
tessors and ?"chars of Pedagogical Institutes, Or 7) No$ ows
Ud. XOPI. 1958. 283 p. 1.500 coplitr -,rLnted.
Tech. Zd.% 3. P. Zh1tovj Ido.i Y. r. Notdrev, Professor. and
8. S. Irudryavtoov.
r= s ftle boole is Intended for physicists, technicians, 4*ro"
nautical engineers and other persons concerned with ultrasonics.
CCVXRAalgi The boolc contains twenty eight articles which treat ultra-
1) historical data
o
I
l
t
l
fi
ooz
n
ve genera
ca
sonic phenomena
r
eg
on the development nf ultrasonics In the Soviet Union over the
past forty years; 2) the speed of sound In suspensions of varying
concentration and number and type or component a and the relation-
ship ~etvssn sound, vj~jo nd the comprgasibility ofele-trolytea;
R' I
s.
3) ultrasonic Investigations of physicil and chemical properFI ;
r torials and the determination or phynicAi and chemical con-

compros4l-
dlab&tlc
t" .g. density of aqueous solutions.
:
tar
,
:
billty, :*Larlty Of solutions (with given to p 'ra t.r 6). iscoatty,
surface tension, saturation pressure and also ultrasonic Inv*3 I-
"t1on of the carbon content and petrographic state of coall 4)
industrial applications or ultrasonics, c. g. enuisiricstion or
reagents. cleansing of textile fibers and enhan Ing the mucepti-
and 5) apparatw
bility of some synthetic fibers to dysIng, etc.'
taon
Ic waves So personalities are mentioned.
which pro:uco I
.
X
voconas, 31 . Application of Ultrasonic Re chods for Measure-
seat of the Depth of a Tempered Surface LAyer 169
XLX221&X_V--X- dnd A__M__Z-Lp1x_ Slacentery Theory of a
4uartz Converter 185
Kai- Pteasurement or the Coefficient or Ab3orp-
M
V

.
t
6 In the Crltltal Range of Mathr2 Acetate
by the Pulse X#thod 201
FA21yanov, B. X. KdthOdOlOsical Peculiarities or Inveati-
Zat3ng the Coceficlent of Absorption or Subutanc,v In the
Range by the Pulse Fethod 207

for rtaasurdmant of the speed or Ultramo." by L1,j 0;,Llc&l
x6thoa 21T
yu. 9. and 0,A-Staroatina. A New D-nign for t=4
of a
221
Xqk*1=07 TA_3 and A- v. A D*monatrAtor Pulse

~A So=* Academic tzpariments With the
..'lo'

or .
xppl cation or Electroacoustle Apparatus 229
The Propagation or sound in Liquids 257
.111.8111y, 11, A The Theory or 1pood Dlu;erslon and the
or ultrasound jr, zate, oc
Organic Acids 269
&W21~ Th- Theory QV ftuat Trmaltiond With Two
Curia ftI::ts 279
card 617

HUMIM, A.Y.; MMOV, A.F., lopitan-nastavnik; TABUMOV, I.$., kapitan--
nastavnik; KOSMACEZV, I.K., kapitan-nastavnik; SARATOV, Y.F.,
kapitan-nastavnik; SHKONIN. M.I., kapitan-nastavnik; BEKHAN, A.A.,
kapitan; DRUZHININ, A.Y., kapitan; IVANISA, B.F., Impitan; PCL9-
TAUT. L.A.. kapitan; VISHCHILOY, K.A.; VTKEODTSNV, F.K.; SMOLDY-
RU, A.Te.; VMGSHCHAGIN. Ya.A.; SUTYRIN, M.A.; SAVOSTIN, N.D.;
FILYASOV, K.A.; GOLOVUSHKIN, M.P.; IVAN
, JbJWU; FILYASOV, K.A.,
otv.za vypusk; ALHKSHM , V.I., red. z -va; TERIUKOVA. T.T.,
tekhn.red.
(Rules of navigation on R.S.F.S.R. inland watexvay3l Pravila
plavaniia po vnutrenn&"m vodnym putiam R876R. Vvedeny v deistvie
s 1 marta 1959 g. prikazom ministra rechnogo flota no.28 ot 11
fevrelia 1959 g. Moskva, Izd-vo "Rechnoi transport,w 1959. 124 p.
01IRA 13:6)
1. Russia (1917- R.S.F.S.R.) Ministerstvo rochnogo flota. 2. Glav-
nyy revizor po bezopsonosti sudokhodstva (for Nikolin). 3-Bachall-
niki basseynovykh sudokhodnykh inspektsiy (for Veshchilov, Vykhodtaev.
Smoldyrev). 4. Babotniki Upravleniya glavnogo revizora po bazopes-
nosti sudokbodetva (for Vereohehagin, Sutyrin, Savostin, Filyasov).
5. GlavnoyeiuprAvleniye vodnykh putey i gidrotekhnicheskikh sooru-
zheniy (for Golovushkin).
(Inland navigation--Laws and regulations)

NIKOLIN, A.V., glav. revizor po bezopasnosti nudokhodstva' red.;
PIROZHKOV, N.I., kapitan-nastavnJJg, red.; POLETAYEV,
L.A., kapitan-nastavnik, red.; KOZIN, N.A., kapitaq,'
red.; KUZNETSOV, B.Yu, kapitan, red.; TARASOV, A.G.0
kapitan, red.; VYKHODTSEV, P.K., red.; PEEPVYAKOV, V.V.,
red.; SIDOROV, F.G., ~-ed.; SOLOVIYEV9 V.B., red.;
SHIRINKIN, A.D., red.- SHCHEPETOV, I.A., red.; SMIRNOV,
F.A., red.; KOSTIN, VY., red.; SAVOSTIN, N.D., red.;
FILYASOV, K.A., red.; jYAHQ)4,A_1.L, red.; LOBANOV, Ye.M.,
red.izd-va; REMNEVA, T.T.,.tekhn. red.
[Rules for the navigation oh inland shipping routes of the
R.S.F.S,R.] Pravila plavaniia po vnutrennim sudokhodnym
putiam RSFSR. Vvedeny v deistvia s 15 marts. 1963. g. pri-
kazom ministra. rechnogo flota NO.33 ot 28 fevralia 1963. g.
Moskva, Izd-vo "Rechnoi transport," 1963. 98 P.
(MIRA 16:6)
1. Russia (1917- R.S.F.S.R.) Ministerstvd rechnogo flota.
(Inland' navigation-Laws and regulations)

IVZOV) A.I.; ARISTOV, V.I., red.; CHAPAYEVA, R.I., telchn-red.
(Winged generation; reminiscence on aviatora of three
generations]Krylatoo plemia; vospominaniia o letchikakh
trekh pokolenii. Moskva, Voenizdat, 1962 147 P.
iMIRA 15:3-1)
(Air pilots-Correspondence, reminiscences, eta)

LEONOVICH, B.N.; ALEKSEYEV, Ye.Ye.;-IVANOVy-A.I.; KOTSYUBWAK, A.V.p
KACHALKIN., A.P.; TUZHILKIN, A.P.; KUDRYAVSKIY, R.T., mashinist;
SHAPIRO, H.H.
Brief resum4 of the speeches made at the conference of the
representatives of the collectives and shock workers of communist
labor engaged in the operation and maintenance of locomotives.
Elek. i tepl. tiaga 7 no.9:1-7 S 163. (MMA 161lO)
1, Ifachallnik depo Grebenka. Yuzhnoy dorogi (for Leonovich).
2. Nachallnik depo kommunisticheskogo truda Moskva-Sortirovochnaya
(for Alekseyev). 3'..Nachallnik dde'0 kommunisticheskogo truda Liski
Yugo-V'ostochnoy dorogi (for lvanov~. 4.*..Obshchestvennyy
ihash-b-List-instruktor, sekretarl partiynogo byuro ddpo Mukachevo
Llvovskoy dorogi (for Kotsyubnyak). 5. Zaveduyushchiy otdelom
zarabotnoy platy i proizvodstvenno-massovoy raboty TSentral~nogo
komiteta professionallnogo soyuza:rabochikh zheleznodorozhnogo
transporta (for Kachalkin). 6. Master teekha kommunisticheskogo
truda po remontu toplivnoy- appara-l?i~ depo Rtishchevot Privolzhskoy
dorogi (for Tuzhilkin). 7. Depo Irkutsk-Sortirovochnyy Tostochvio-
Sibirskoy dorogi (for Kudryavskiy). 8. Starshiy master depo
Tashkent Sredneaziatskoy dorogi (for Shapiro).

IVANOV A I KOVANEVp B.V.
The workers of the Liski Railroad Repair Shop have wm the
right for it to be called an enterprise of co=unist labor.
Elsk. i tepl. tiaga no-5:8-11 My 163. 011RA 1638)
1. Nacballnik depo Liski Yugo-Vostochnoy dorogi (for Ivanov).
2. Nachallnik proizvodstvenno-tekhnicheskogo otdola, depo Liski
Yugo-Vostocbnoy dorogi (for Kovanev).
(Liski-Railroads-Employees)
(Liski-Railroade-Repair shops)
E

IVANOV, A. I.
Gmuzy
(c 1962)

CTAFOY, A.I.; KBZMINOV, H.TU.
Devices used for banding steel sheets in making hoist buc)wts.
Obm-takh.opyto EHLPI no.27%36-37 156. 11:11)
(Wwet~-mstal work)
I! ITU

IVANOV, A. I., Cand Tech Scl -- "Calcination of d-I
oxidized qua rtzites in a boillng bed." Dnepropetrovsk,
1961. (Min of Higher and Sec Spec E UkSSR. Dnepropetrovsk
Order of Labor Red Banner notallurrinst Im I. V. Stalin)
(KL, 8-61, 243)
233

Ivanov, A. i., aM Perlin, I. L.
"Determination of the Stress in the Elastic Part of the Deformation Zone in
T-7
.dre Drawing", Sbornik Obrabotka Tsvetnykh Meta.Uov i Splavov., Dietallurgizdatj 1953o

Establishing the basio parameters of drawing steel-aluminum
bimetal wire. Sbor. nauch. trud. GINTSVETMET no.33:324-330
16o. (MIRA 15:3)
(Wire drawing) (Laminated metal)

I Ii:: ~
RYSIYEV~ A. V., prof.; IVANOVI utarshiy prepodavatell; BAUMUI, V. G.p
assistent; IVANOV A. I., assistent; KOMAROVj, B. I., ansiBtent
Praatice of a nev orgemization of laboratory assigmmuts. Izv.
vyse ucheb, zav.-, gor. %bur. no.9sl79-W f6l.
' ' (MIRA 15: 10)
1. leningradskiy ordenov Ianinaj Trudovogo Kmonogo Zna ni
gornyy institut imeni 0. V. Plekhanova.
(Electricity in mining-Study and teaching)
: I !; 11

MIMI A. I.
Stratigraphic position and some characteristics of al]MU-
ultratodio volcanic formaetau in the northern part of the
Siberian Platform. Izv. vft;: ucheb. zav.; geol i rasv. 6
no.4:56.-65 AP 163. ?KMA 16t6)
1. Leningradakiy ornyy institut im. G.V. Plekhanova.
Niberian Platform-Ultrabasite)

SOROKIN, V.A., dolctor teklin.nank prof.; IVANOV, A.I., Inzh.
Magnetized roasting of Krivoy Rog quartzites in a fluidized
bed. Izv.vys.uchob.zav.; chern.met. 2 no.10:17-21 0 '59-
(HIRA 131-3)
1. Donntakly industrial'nyy institut, Rekomondovano kafedroy
metallurgii chuguna Donetakogo industrialinago instituta.
(Krivoy Rog--quartzita) (Fluidization)
R I N:I! ;k:

BRAYNIN, Lye., prof.; ;V" I. , lnzb.
Scientific and technical conference in the metallurgical depart-
nent of the Donate Industrial Institute. Izv.vys.uchob ZELV,; chern,
met. no.5:149-152 W '59. (HIP-A 1~:q)
1. Donetakly Industrialllwy institut.
(Metallurgical research)
171; ~~

SOROKIN, V.A., doktor tekhn. nauk; IVANOV, A.I., kand. tekhn. nauk;
ROGACH) A*P~
Preparation of manganem coke and its use in making can-
verter cast iron. Met. i gornorud. prom. no-4:32-33
Jl-Ag 163. (MIRA 16:11)
1. Don8tskiy polltekhnicheskiy institut.

IVANOV, A.I.
Wqtting coal in the block in the mines of Rutabankov-ugoll trust.
Ugoll Ukr. 5 no.5:37-39 My 161. OURA 14:5)
1. Glavnyy inzh.tresta Rutchenkovugoll.
(Donets Basin-Coal mines and mining)
. :1
-IT ! i.
t ITIIIM~Irfgl [Irm

IVANOV, A.I.
These shortcomings ,can be easily eliminated. Blek.i tepl
tiaga 3 no.8:20 Ag '59. 01411LI 12: 127;
1. Mashinist-instruktor depo Tayga, Tomakays, doroga.
(Electric locomotives)

TVUMI,-Alak"nd=-LyaaQvich-_UGOLEV, B.N., kand. tekhn. nauk, red.;
LEBEDEVA, I.D., red. izd-va; KARLOVA, G.P., tekhn. red.
(Machines and apparatus for the mechanical testing of wood
and wooden materials]Mashiny i pribory dlia mekbanicheskikh
ispytanii drevesiny i drevesnykh materialov. Moskvu,'Gos-
lesbumizdat, 1962. 108 p. (MIRk 16:3)
(Wood--Testing)
[11 1F

IVAN I"I.inzh.; KOVANEV, B.V., inzh.
Over-all mechanization in the repair of diesel locomotives.
Zhel. dor. transp. 45 no.6:73-76 is 163. (KMA 16:7)
1. Nachallnik lokomotivnogo dapo Liski Yugo-Vostoohnoy dorogi
(for Ivanov). 2. NachaVnik proizvodstvenno-tekbnicheukogo
otdala depo Liski Yugo-Vostochnoy doro&i (for Kovanev).
(Diesel locomotives-Maintenance and repair)

IVANOV, A.I.
Equipment mainteinxice and repair service is an important
part of production. Bum. prom. 38 no.IW12 0 163.
(MIRA 3.6: 11)
-1. Nachallnik remontno-mekhanicheakogo zavoda Kotlasskogo
sulifitno-taellyuloznogo kmbinata.
i. 1 9 M 11 1 ;HRI, 7~i wuru I F, , 1. if! 1 i; i

AD&OV, V.Ye.; BAKjj6djoV, G.I., prof.; SAMOYLOVA,A.A.;
USTINOV., A.N.; SHIR4AN, A.G.; SHCHEDRIN, N.I.; CIFIZHEVSKAYA,
K.M., red.
[Collecting of problems on industrial statistics] Sbornik za-
dach po statistike promyshlonnosti. Moskva, Izd-vo "Statistika,"
1964. 2,47 p. 4MU 17-.5)

IvAilovy Aol.
I y alfalfa sjx.~cic!i and varieties.
A
.hccumulaLion o' the root mass b-
Sbor. trude asp. i mol. nauch. sotr. VIR no.5s,'47-i", Ili,.
(M114 18:3)
f -11.,11

IVANOV, A.I.
Survival of Rapana thomasiana Grosse larvae in water of varioua
salinity. Dokl. AN SSSR 161 no.3:694-696 Mr 165.
(KIRA 18t4)
1. '~uhmitferi Juzi-i 20, 196140
11 Fi

BJkKLANOV Gleb Ivanovich) prof.; -1,VAIIOV, Aleksandr Ivanovich;)
dots.; USTINOV, A.14., dots.; SHM40, A.G.p dots.~
NOVIKOVA, S.N.p red.
[Industrial statistics] Statistika promyshlennosti. Rr-
skvat Statisiika, 1965. 358 p. (MIRA 18:6)

IVANOV~v A. 1.
Geogranhy & GeoloTy
Requirements of industry as to the quality of miheral raw ~atcrlals. Handbook ror geo-
lo-ist--?,Icskva, Gos. izd-vo creolo,,ichookoi lit-ry Konlteta :o delam geologii pri SNK
I
SSSR, No. 6, Chalk, 1946.
.I,is of Russian Acce~-;sions, Library of Congress, Oc~ober 1952, UNGUSSIFIED
Monthly t %I

I d, I AI i I,
V -L
2. ussa (6oc)
h .("nalh
7. (,c-mparatlv~L ciiaracLcri!nics of c~ialls ol' t te juvi-A ~n-'.on in vi.:;w .,i' tiialr use IM
vall.c.ul ~)V-ncnc:ll Lf indus-~r, .Clstract..7 izv. ilav. ux. ftu~L- ANo 2
5. ..cntik int of hu!3iian Accc-~mion3. Library of riarcli, igIrl'. ncl- i d

t I ~ Ili i. I ~HJ tli ;I i I P I I
tiogo Stratigraficheekogo Ra2reza D -. eyLi kh S~ri t
Obosnovanjye Svod
7,rIprdn,.gc,) Sklonp Yuz~nogo Mrala. ByulLetenl Mook. o--n lzpyttteley Priorody, Otd.
-1 pibliogr.- 7, IA".V.
Geol., 1949, vyp, 5, B. qj-1~2 --- I
SO: Letopis' ZhxL--na1'nykb Stbtey. Vol. 44

IVANOV, A.1*
%sis of a consolidated stratigraphic cross section of ancient
series in the western slope of the southern Urals. 'Biul. MOIP, Otd.
geol. 24 no.5:31-42 149. (MIRA 11-.5)
(Ural Hountains-Geology, Stratigraphio)

Shcherba, G. N.,___Ly_anoj, A. I, SOV/7-58-6-13/16
TITLE: Discussion (Diskussiya) On the Age of Some Granite
Intrusions in Central Kazakhstan Bearing Rare Metals
(Po povodu vozrasta nekotorykh redkometal'tiy~~_ granitnykh
intruziy Tsentrallftogo Kazakhstana)
PERIODICAL: Geokhimiya, 1958, Nr 6, pp 607 - 6oo, (USSR)
ABSTRACT: L. V. Komlev, S. I. Danilevich, K. S. Ivanova and collabora-
tors believe the intrusions of Akchatau, blaytas and Zhanet
to have Postcaledonian but not Poothercynian age (Refs I
and 2). The authors investigated these regions and carried
out additional age determinations for Akchatau and Zhanet.
Tile assumptions of L. V. Komlev and others are in contra-
diction to the geological conditions. In their investiga-
tions Komlev and his collaborators uoed age determinations
accort,%ng to the helium,,lead and argon method which resulted
in an average of 300 - 317 million years,. A. I. Ivanov
and N, I. Zamyatin on the other hand found in the
Laboratoriya IGN Alf Kaz.SSR according 'too the argon method
240 - 248 Million years. Komlev's determination for Zhanet
Card 1/2 was 320 million years, the authors, however, find 207-243

Discussion - On the Age of Some Granite Intrusiona SOV/7-58-6-13/16
in Central Kazakhstan Bearing Rare Metals
million years (Table 2), The sequence in the region of
Zhanet was investigated in detail by R. 11. Mallikova,
V. P. Muraylyeva, V. L. 11el"nikova. There are 2 tables
and 9 references, which are Soviet.
SUBIMITTED: May 20, 1958
Card 2/2

JUMV
W, ~J. .
I - 3.phr of Permian-Triassic effusive formations
Now data on the stratigri 67:36-47 158.
in the Taymyr Peninsula. Trudy HIIGA (~TIRA 12:10)
(Taymyr peningula--GeologY, Stratigraphic)

IVA NOV, 'A. I. ; MIL& SHNVA, G. V.
Stratlgraphic position and correlation of the Kindyn
aeries in the lower part of the Kotuy basin. Sbor*ate
po paleont.i. bioatrat, no.16:5-11 '59. WIRA 13:3)
(Kotuy Valley-Goology, Stratigraphic)

IVAHOV, A.I.; SAMNOV, V.P.
Contact-metasomatic changes in gabbro-dolerites, melilite rocks,
and iolite-melteigites of the Hemakit massif (right bank of the
lotuya River), Trudy, ITIIGA 65:133-143 1590 (MIRA 13 t 12 )
(Kotuy Valley-Yatasomatism)

GOR, Yu.G.; IVANOV, &.I.
Early Phases in the trap and alkali-ultrabasic volcanism in the
northern Siberian Platform. Trudy JTIIGA 105:116-125 '59.
(MIRA 13:5)
- - - ---Rocks, Igneous)
- (Siberl4n. F1WtfrWN--

3(5) S-GY/2G - 127- 5-40/58
AUTHORS: Ivanov, A. I., Pirozhnikov, L. P.
TITLE. The Acre of the Alkaline Ultrabasic Volcanogenic Formations of
0
the North of the Siberian Platform
PERIODICAL: Doklady Akademii nauk SSSH, 1959, Vol 1127, lir
PP 1078 - 1060 (USSR)
ABSTRACT: The formations mentioned in the title were found by A. 1. Ivanov
in 1956 in the upper course of the Kotuy river. They are deve-
loped in various parts of the terrigenous-volcanogenic Permian
Triassic complex. This complex consists of 3 seriess (from below
to the top) a) Xotuyskaya (190 m thick) b) Potokoyskaya (17o m),
0 and Ary-Dzhangskaya (250 m). The oldest of the mentioned forma-
tions are tuffs (maximum thickness 5 m) which are stratified
at the base of floristically characterized coal-bearing Lorer
Permian deposits of the Kotuyskaya series (Ref 11). These series
have been investigated several times. N. A. Shvedov determin-ai
the remains of the flora; Ya. I, Pollkin and A. A. Lyuber
(Ref 4) and A. F. Dibner (Ref 5) investigated the spore-pollen
complexes; L. P. Pirozhniiov the phyllopoda found by A. I~
Card 1/2 Ivan'-'f and G. V. Milasheva in 1958- In the North of the occurrerze

The Age of the Alkaline Ultrabasic Volcanogenic 3 C"I/I 2 o - 12 7
Formations of the North of the Siberian Plxtform,
of alkaline ultrabasic lavas of tha Ary-Dzhangskaya
the authors observed alternatior beds of alkaline basaltoids
and basalt tuffs. This confirms -the ass=pticn by Ye, L, Bu-.a-
kova and Ya. i. Polikin (Ref 5) that the mentioned formations
of the Ary-Dzhangskaya and Kayalakliskaya series are synchronous.
Within the Ary-Dzhangskaya series pillow-like lavas of melilite-
picrite-porphyrites of a thickness of 2o m are stratiCied cn a
tuff unit. They are newhitherto not described rocks. The phyl-
lopoda found characterize the age of the alkaline ultrabasic
effusive rocks of the series mentioned last as Lower T-viassic.
Thus, the formation of the alkaline ultrabas c rocks in the
North of the Siberian pi-atform took place at the beginning of
Lower Permian, towards the end of Upper Perailan, and in Lower
Triassic. There are 5 Soviet refererIces.
ASSOCIATION: Nauchno-i'asledovatellskiy institut geolcgii Irktiki (Scientific
Research Institate of the Geology of the Arctic)
PRESENTED.- April 2o, 1959, by D. V. Nalivkin, Academician
SUBMIT,rED: April 9. 1959
Card 2/2

IVANOV,-.A-I.----
Determining the absolute age of geological formations. Test,
AN Kazakh.SSR 16 no.12:79-80 D 160. (MIRA 14:1)
(Geological time)

SCROKIN, V.A., doktor tekhn.nauk; KARMAZIN, V.I., doktor tekhn-nauk;
KATSEN, L.G., kand.tekbn.nauk; IVANOV, I.I., Inzh.; OSTAPMO,
P.Te., inzh. ----
Magnetized roacting of Xrivo3r Rog quirtsites in a fluidized bad.
Stall 20 no. 12:1057-lo6o D ,6o. (MIRA 13:12)
1. Makhanobrahermet.
(Kriovy Rogg--Quartziete) (Fluidization)

IVAIiOV, A.I.
Develolment and nature of dkali and ultrabasic volcanism in
the northern Siberian Platform. Trudy NIIGA 114:147-158 160.
(MIRA 13: 11)
(Siberian Platform--Volcanoes)

ZAIAYATIN, N.Ly IVMIOV, A.I.; 1,IONICJI, V,K.; UURLYBAYEV, A.N.
Absolute age of the alkali rocks of the Ishim complex. Izv.
AN Kazakh, SSR. Ser. geol. no.1;15-20 161. (MIRA 14:6)
(Ishim Valley--Rocks, Igneous)
.1 :
-:' 1. 11 ~ 1 "
;i,; ~.! !

IVANOV, A.I - 14011IC117 V.K.; ZAMT11,11, N.I.
Absolute age of the granitoid intrusions in the southern part
of central Kazakhstan. Biul.Kom.po opr.abs.vozr.guol.form.
no-4:30-47 161. (MIlUt 15: 1)
(Kazakhstan-Roc -ks,, Igneous)
(Geological t ai

ABDPAKHMVOV, K. A. j- IVAMV, A. I." - MONICH, V. K.,, MDROKCV, V. D.
Absolute Age-6f alkili rocks ifi th6 northwest6rn-~art of tim
Talas-Ala-Tau. Izv. AN Kazakh.SSR. Ser. geol. no. 41 89-91 101.
(M-ira 1523)
ITIMT

SHCHERBAq G.N.; TMHOV, ~J.; _FAN-QY,-!,1~,-k-.KUDRYASHOV, A.V.,-
m- C"LWIP Cps
Possible Mesozoic age of the Khorgoo intrusive conplex In the
Dzungarian Ala-Tau. Trudy Inst.geol.nauk AN Kazakh.SSR 6:226-236
162. (ML 16:6)
(Dzungarian Ala-Tau-Geological time)

OWi
MONICH) V.K.; PEKARSKAYAp T.B.; SEMENOVA, T.P.; IVANOV, AJ.
Eleventh session of the Commission on the Determination of th&
Absolute Age of Geological Formations attached to the Department
of Geological and Geograp4pal Sciences of the Academy of Sciences
of the U.S.S.R. Izv. AN SSSR. Ser.geol. 28 no.6:129-133 Je
163. (MIRA 16:8)
(Geological time)

RIMANSEV, P.K.; RYZBKOV, M.S.; AIERSEYEV, P.A.; IVANOV, A.I.;
TAGAN.. I.L., elektromakhanik; LYUBINp A.Pi----'- ' --
Discussion of the article *Pedal or track circuit." Aytom.p
telem. i aviaz' 9 no.10:38-39 0 165. (mm 18:11)
1. Starshiy elektromekhanik Velikolukakoy distAntsii Oktyabrlokoy
dorogi (for Rvvantsev). 2. Starphiy elektromelchanik Mikut'skoy
distantsii Seyernoy dorogi (for Ryzhkov), 3, Zameatitell ma*W I-
nika Nyandamskoy diotantsii Severnoy darogi (for Alekseyev).
I+. Glavrqy inzb. Nyandomskoy distantsil Severnoy dorogi (for
Ivanov). 5. Krasnolimanskaya, distantsiya Donotakoy dorogi (for
Tagan). 6. Glavnyy inzh. Kishinevskoy distantsii signalizataii i
ovyazi Odeasko-Kishinevskoy doragi (for Lyubin).

L 298o8-66 E"VP(e )/EWT(m)/&NP( t )/ETj TJP(C) JD/ffli
ACC NRi AF6020872
SOUP,33 CODE:
AUTHORt Donisov, S. I.; Ivanov, A. I.; Lekalova, L. 1.
ORG: none
DOO/001/0043/004-6
TIT12: Industrial production of olectrothermal silumin
T - - I
SOU?,C--: Motallurgichoskaya i gornorudnaya prozVshlonnosti, no, 1, 1966, 43-46
TOPIC TAGS: aluminum alloy, silicon alloy, metal extraction, motal molting, kaolin,
annealing
ABSMkM The electrothermal method for producti:~~ ok silu~ran developed by the'
All-Union Aluminum and Mamesium Institute is preferable t~ the conventional
.technique of producing this alloy by molting pure aluminum i& silicoyizO The
'in'troduction of this ii.cthod into industry x-rill reduce the capital oiltlay
.(by 25-30%) and net cost of siltunin production (by ~-5% for low capacity plants$
and by 30-4040 for large enterprises). The eloctrothermal method for Silumin
production is effective even when less than 20,16 aluminum from the initial
,kaolin is used. Experiments were conducted to find optimum conditions for Z
qnrichment of kaolins to produce alloys without using alumina. The kaolins
,used in the study had the folloving chemical composition in Al 0 39.62;
icy-
* - P 0
SiOZ--44.42; Fe2O 3-- 1.6; M02-0.9; (CaO+MgO)--O 2 -0 08, ca ination
loss--12.98. A batch of kaolin with-an A120 t -Sio~.ra2~!Fo of 0.8 2 was roasted.'.
3 -.9.-
Card 1/2 ---uDct 669.7:L3.6

L 29808-66
ACC NR, AP6020872
,at -i~Yious temDoratures and then leached in~'a 200 g/1 solution of alkali in
Na20 at a temperature of 90-950C for one half hour. Curves are Civen showing
the extraction of silica and alx=ina into solution as a function of roasting
'temperature. The extraction of silica into the solution increases charply
with tom-oeratur'e' reachi~- a maximum of 73-77~ at 900-10000C. Roasting of
kaolin ai higher temperatures retards the transition of silica of the soluable
,phase. Extraction drops to 32% at 13000C due to the formation of mullite
.which dissolves poorly in alkali solutions. Curves are also given showing
the extraction of silica and alumina into solution as a function of annea3ing
time.. An increase in the annealing time past one-half hour has little effect
on the silica extraction. -Extraction shows a maximum at 150-200 g/1 Na2O.
The experimental data are used as a ba�is for setting up a syptem~.for optimum il
production of electrothermal silumin without.using alumina,,' Orig, art-.' has:'
5 figures and 1 t6ble'a /_JPRST
SUB CODE: 3-1, 13 / SUBM DATEi none

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1IM/Metallurgy - MBgnesium 21 Sep 52,
"Phase Diagram for the System K.Cl-14gCl2-CaCl2," A. I.
Iwwov, All-Union Aluminum-YagResium Inst
DAN 83sa, vol 86, No 3, pp 539-542
This report is on one of a series of investigations
done at the All-Union Aluminum-Nagnesium Inst to det
the optimum compn of electrolyte for the production
of metallic ~%. Thermal analysis, picrostructure)
and X-ray analysis were used to det the phase diagram
Of El-MgCl2-CaCl2 for the temp range of 800-3800.
Presented by Aca& G. G. Urazov 19 Jul 52.
247T4

X
SUSHKOV, Akim Ivanovich; TROITSKIY, Ivan Alekseyevich; J1TDBflZO11, Moisey
Aronovich; KHODAK, L.P., kand.tekhn.nauk, rnd.; 171,1107, A.I., inzh.
red.; REMPAL1, S.I., prof. doktor tekhn.nauk, red
red.izd-va; W. Ye.M., tekhn.rod.
Clletallurg)r of light metals) Hetallurgiia logkikh metallov.
Sverdlovsk, Gos.nauchno-takhnAzd-vo lit-ry po chernoi i tsvetnoi
metallurgii, Sverdlovskoe otd-nie, 1957. 510 P. (MIRA 11:2)
(Light meta Is --Metallurgy)

SOV/137-58-11-22218
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 54 (USSR)
AUTHORS: Strelets, Kh. L. Vasillyev, Z. V. , Gus1kov, V. M. , Ivanov, A. 1.
Moiseyev, A. A. Farengoll ts, V. M.
TITLE: Development of an Electrolytic Method of Magnesium Recovery
(Razrabotka elektroliticheskago sposoba polucheniya magniya)
PERIODICAL: V sb. : Legkiye metally. Nr 4, Leningrad, 1957, pp 87-92
ABSTRACT: The history of the creation of Mg production in the USSR. The
major efforts of the research and planning institutions and plants
,e were directed toward improving the designs of the cells and
speeding the Mg electrolysis process. In recent years, five--anode
cells of both top and side anode-insertion designs, operating at
60,000 amps I,have been placed in operation. The working height
of the anode has been increased from 80 to 100 cm. When the
distance between poles is 8 cm, this does not result in any signifi-
cant reduction in the current efficiency of Mg, These electrolysis
procedures require 15 kwh/kg Mg when Mg chloride is subjected
Card 1/1 to electrolysis in a bath of optimal composition. 1. G.

SOVI 13 7-58-9-1370/ 8
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 92 (USSR)
AUTHORS: Strelets, Kh.L., Voynitskiy, A.I., Ivanov, A.I., Petrov, V.I.,
Sergeyev, V.V., Forsblom, G.V.------**--" '
TITLE: Studies in the Metallurgy of Titanium (Raboty v oblasti metal-
lurgii titana)
PERIODICAL: V sb.: Legkiye metally. Nr 4. Leningrad, 1957, pp 114- 120
ABSTRACT: A review of studies of titanium metallurgy in the USSR corn-
prising the production of anhydrous TiC14, the development of
processes and equipment for reduction of TiC14 by Mg and Na,
the purification of Ti sponge, the electrolysis of Ti and TiO?
chlorides, the electrolytic refining of Ti, etc. The studies and
investigations performed have made it possible to organize
large-scale industrial extraction of Ti in the USSR.
Ye.Z.
1. ~Ietallurgy--USSR 2. Titanium-Study and teaching
Card 1/1

137-58-6-11495
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 34 (USSR)
AUTHORS: Gus'kov, V.M., Ivanov, A.I., Pashkevich, L.A.
-------------
TITLE: Fusibility Diagram of Three Cross Sections of the Quaternary
System NaF-AlF3-CaFZ-BaFZ (Diagramma plavkosti trekh
razrezov chetvernoy sistemy NaF-AlF3-GaF2-BaF2)
PERIODICAL: Tr. Vses, alyumin.-magn. in-ta, 1957, Nr 39, pp 251-Z73
ABSTRACT: To determine the optimum composition of an
NaF-AIF3-CaF2-BaF2 bath for Al refining, a study was con-
ducted of the fusibility of this quaternary system within the
limits of the concentrations of the components needed to obtain
high-purity Al. Methods of thermal, and in part, crystal optic
analysis, are used to study 3 incomplete primary sections with
the following constant BaFZ contents: 22, 27, and 32 weight Ja,
Z8 secondary sections are plotted and 3 two-dimensional dia-
grams of primary sections of equal concentration, with iso-
therms of primary crystallization at 250C intervals. The two-
dimensional diagrams showed the presence of four fields of
primary crystallization and a region adjacent to the AIF3 corner
Card 1/2 for a mixture the fusion of which could not be carried to

137-58-6-11495
Fusibility Diagram of Three (cont.)
completion because of the high volatility of AlF3, i.e., an unrealizeable fifth
region. The immersion method of crystal optics established the substances
of primary crystallization for 3 fields out of 4 and a tentative mineralogical
phase composition for each of the fields. The presence of melts with temp-
eratures of primary crystallization 100-1200 lower than the temperature of
fusion of the electrolyte tested in the production of high-purity Al is estab-
lished.
N.P.
1. Halogen fluorideB--Effectiveness 2. Halogen fluorides--Analysis
3. Aluminum--Processing
Card Z/2

137-58-4-6937
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4. p 88 (USSR)
AUTHORS: Ivanov, A. I., Tigane, V.G., Gopiyenko, V.G.
TITLE: Experiences in Pilot-plant Production of Recrystallized Silicon
Carbide (Opyt polupromys tile nnogo POILIcheniya rckristallizo-
vannogo karbida kremniya)
PERIODICAL- Tr. Vscs. alyumin. -magn. in-ta, 1957; N)- 39, pp 368-386
ABSTRACT: A procedure for making items of recrystallized SiG for em-
ployment in equipment for the aluminum and magnesium in-
dustry is developed on a pilot-plant scale. The technical feas-
ibility of shaping objects of various sizes from SiC by pneumatic
ramming is demonstrated. It is established that prior oxidizing
roasting impairs the quality of the products (there is a rise in
SiO2 content, a loss of strength, and an increase in porosity).
A temperature study of graphiting furnaces was conducted in
which temperature zones for recrystallization of SiC iterns as
a by-product of the graphiting of coal products Nvere found, The
physical and mechanical properties and the resistance of the
products to chemicals were studied under laboratory conditions,
Ca rd 112 Ideas on the mechanism of the process of SiC crystallization

137-58-4-6937
Experiences in Pilot-plant Production of Recrystallized Silicori Carbide
are adduced on the basis of the findings of X-ray structural analysis.
1. Silicon earbide--CrYsti_!!..;zatior-_ 2 SLUcrin f.Q%
3. Silicon carbide--Procesue.-;
B.
Card 2/2

137-58-6-12001
Translation f ron-i- R(,-ferati%,n~ y zhu rn~tl, MetallUrgiVil, 1958, Nr 6, p 116 MSSR)
AUTHOR: Ivanov, A.1., Gopiveriko, V.G.
TITLE,. Certain Plivsico-chemic.al Characteristics of' Materials and
Processes oi Ele(trolytic Production of Titanium jNekotoryye
fizlko-khimicheskive kharakteristiki materialov i protsessov
elektroliticheskogo proizvodstva titana)
PERIODICAL: Tr. Vses. n. 1. alyumin.-magn. in-ta, 1957, Nr 40,
pp 365-379
ABSTRACT: As a result of an investigation the following was established:
I) At a temperature of 700-800oC the solubility of TiC14 in
fused chlorous compounds of alkali metals and alkali earth
metals constitutes 0.5-4.0% after a 30 min saturation period
and 1-5% after a saturation period of 1.5 hours. The greatest
solubility is observed in the mixture 4KCI +1. MgC12, in the
eutectic mixture of KCI LiCl, and in KCI, The solubility of
TiC14 in salts Lontaining fluoride may be raised into the range
of teris of percent, a fact ,%,hich is explained by t1le interaction
of TiC14 with f1tiorine ,alts and by the formation of free and
Card 1/3 complex compounds of Ti. 2, At temperatures 1),etween 600 and
ajm
Vq
Nq

137-58-1)-12001
Certain Physico. cherni al Ch,~ract.eristiLs of Materials and Processes(colit.)
8000 the solubihtN7 of TiO2 in fused _hloricles of alkali metals i6 close to
zero. while in chlorides ni Ba, Ca, and Al it doe6 not exceed 0.50%. More
than 3% of TiO2 dissolve in fused floorides .KF, NaF, KFj NaF, Na3AIF6,
and KZTiF6) at lernper~,tuyes of 950-9500. A mixture of fluorti.t.anate with
with chloride!~ is found to be ar effective tolvent of T102 at a temperature of
700-8000. 31, The emplo~,znent of the vacuum separation system is inexpedient
when processing cathodic precipitates containino considerable quantities of
fluoride salts. 4. Mi~ ro~-copic inspec.tion, bketching,and photography, sedi-
mentometric analy5is, measurement of the spe~_-ific surface and specific
gravitv, and struch-ral X-rav arialvsis, all these may be employed in the
evaluation of the qualitv of powdered Ti obta:lned electrolyticallv. The
method of measuring the elec.tric resistiv:tN of the Ti powder is not suitable
for the evaluation of the cl,al-ty of the metal. 5'1 Alloyed steels IKI-.18MT~
E143?., and others, as well at; Ni., brass, Mo, and other metals rnav be re-
commended for work in an atmosphere of TiC14 vapors at temperatures not
exceeding 1360. No metals have been found that are sufficiently stable to be
employed in an atmosphere of TiC'4 in the range of te-mperatures f7-on-i 3000
to 8000. "Ftorplast-4" e\hibit_,- extreme (hemical stability in TIC14 Vapors
at temperatures up to 200'. Good btability in TiC14 vapors at temperatUTeS
of 700-8000 wa,3 alzo exhibited bV fireclaV, magnenite, talcomagnesite,
Card 2/3

137-58-6-12001
Certain Physic o -chemical Characteristics of IMaterials and Processes (cont.)
quartz, porcelain, sintered corundum, forestite, and graphite. Carbides
of Si and Ti disintegrate rapidiv under such conditions.
M. IVIL
1. Titaniurr,-Electrolysis 2. Titanium chlorides---Solubility
3. Titani'uir diox-ides--Solubility 4. Metal clilorides--Solvent action
5. Fluorides---Solvent action TiLanium chloride vapors--Properties
Card 3/3

13 7-58-6- 11999
Translation fror-n~ Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, 1.) 115 (USSR)
AUTHORS: Ivanov. A.!. Maurits, 7.1., Gopiyenko, V.G.
TITLE: Elu( trolysi--i of Chlorides of Titanium in Melts With a. 1-iquid
Cathode "Elvktroliz kh1oridov t.tana v rasplavakh s zhidkirn
katodom'.
PERIODICAL Tr. V~~eF. r.. -2. alvurriin. -magn. in-ta, 1957, Nr 40, pp
380-387
ABSTRACT. it has beer. established that by means of electrolyeis of
'riC!3 and TiC'4 it is po 4sible to obtain metallic Ti in the forr-
of sponge or powder or: the surface of a liquid cathode. Best
results were obtained by employing a Zn + Mg alloy f 60-70% Zn)
as the cathode and by unlizing eiectrolvtes having the follo-wing
compoSition 'in %'..
401% KCI+ 4015 NaEli +20116 MgC12 and 4416 NaCt -1-36% CaCI2 +
+ 20% BaC12 '
the temperature was maintained at 7001C, the cathode cd was
equal to 0.2-3 a/~m2 and the interpolar gal) was 60-90 mm. The
powders obtained contained up to 97% of metallic. Ti, Impurities
are introduced in the materials that constitute the liquid (.athode,
Card 1/1 the electrolyte, the anode, and the raw materials. GIs.
": ~ -trclz -s du
chlorides--E'Le(- vs~ 2. Titwiiu-rn powders--Fro~- e'tion
Cathodes (Elect-o-LAia epll-Flaterial-s 4. ElectrolNtes--Comaosi

137-58-6-12002
Translation from. Referativnvy zhurnal, Metallurgiya, 1.958, Nr 6, p 116 (USSR)
AUTHORS: Ivanov, A.I.,_Gopivenko, V.G.
TITLE: Elec.troly,-,s of Titanium Tetrachloride in Fused Chlorous Salts
tElektroliz (hetvrekhkhloristogo titana v rasplavlennykh
khlor)~.tykh solyakh)
PERIODICAL- Tr. V,--e5, n.-i. alyumin.-magn. in-ta, 1957, Nr 40, pp
388-398
ABSTRACT: Investigations of the cle(trolysis process of TiG14 have
establ,,shed that Ti (:an be obtained by means of electrolysis
performed in tused salts of Li, K, Na, Mg, Ca, and Ba * Best
tesiilt~: were achieved when the TiC14 %%,,as subjected to elec-
troly!-.j6 in baths containing the follo%,.-ing substances:
I", KCI + NaCl i ZOO/oMgC12 ~'the content of KCI and NaCl may
each vary frorn 0 to 80%) at a temperature of 650-7500C and a
cathode L d of 0.3- 5.0 alcrnZ; 2) 30% CaCl?-+ 25'-,o BaC124 4511%
NaCl at a temperature of 600-7500 and a cathode cd of 1.0-5.0
a/cm?-. The cathode metal contains 90 to 100% of Ti and is
contaminated with Sj, A], C, and H - all substances which are
Card I/?- contained in materials of which the electralyzer (porcelain,
T

137-58-6-12002
Electrolysis of Titanium Tetrachloride in Fused Chlorous Salts
quartz, graphitei, the anode (graphite), and the cathode (steel) are made, as
well as in insufficiently pure raw materials and Ar. When employing an
electrolytic bath of the type described under Nr 1, the current efficiency
reaches the value of 44A, the degree of utilization of TiCl,i, constitutes
54.4%; the specific density of the Ti powder after hydrornetallurgical pro-
cessing and drying arnounts to 4.15 -4.30 g/cm3, tile size of 5011/o of the
particles being of -200 mesh class. A melt containing up to 80'Yo of Ti can be
obtained through electrolytis of TiG14 in a fused mixture of AIC13 + NaCl.
M.M.
1. T-I*tar.!-;-Ti chlorides-Electrolysis 2. Metal chlorides-Applications
3. Electrolytic cells-Material's 4. Electrolvtf.c cells-Perforriiance
Card 2/2

826j~
s/18o/60/000/004/002/027
EIII/E452
AUTHORS3 Anufriyeva, N.I. and Ivanov, A.I. (Leningrad)
TITLEs Electrolysis of Titanium Dioxide in Fused Salts
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 196o, No.4, pp.9-14
TEM The authors briefly review attempts to obtain titanium by
elect-rolysis (Ref.1 to 6). They give results of their own work
on the electrolysid of titanium dioxide in fluoride, fluoride-
chloride and chloride melts, which was aecompanied by determinations
of T-J02 solubility in such melts. At 800 to 9506C and cathode
current densities of 0.5 to 3.0 aMP/sm2 and with a fused aluminium
cathode, alloys with 7 to 12% (sometimes 30) Ti were obtained
from fluoride and chloride-fluoride melts, but the element could
not be satisfactorily separated from the aluminium; with solid
molybdenum or tungsten cathodes an impure, difficultly purifiable
deposit was obtained. For chloride melts an ele-;trolyser (Fig,l)
with a graphite anode and a molybdenum or tungsten rod (3 to 10 mm
diameter) was used, in which an inert atmosphere was maintained,
Deposition continued for 1 to 2 hours at 50 amp and 5 to 6 volts.
After water treatment the depoBit contained 5% impurities of which
Card 1/3

82614
s/18o/6o/000/004/002/02'.7
El-Il/E452
Electrolysis of Titanium Dioxide in Fused Salts
the main was silicon derived from the porcelain of the container.
The dependence of current efficiency and of cathodic-deposit
oxygen content on various factors is shown by curves I and 2
respectively in Fig.2 (dependence ort initiai rio,-) content of
electrolyte), Fig-3 (on grains of Ti02 added per hour to keep
5% Ti02 in the melt), Fig.4 (as Fig.3 but for 1% TiO2)~ The
effect of temperature and rate of TiO2 addition is shown in
Table 1. Experiments were also carried out with a rutile
concentrate (91% Ti02u 0-95% SiO2, 4-47% Fe2O3~ 0-19% ZT02)
with an electrolyte of 65% CaC12, 25% BaC12 and 10% NaCI at
7500C and a current densit .y cf 15 amp/cm2. The effect of rutile
concentrate size on the titanium content of the deposit is shown
in Table 2: in general, higher contents were obtained with finer
concentrate. The work shows that titanium can be obtained
electrolytically under specified conditiops directly from 'N02
or rutile concentrate. The author-s show that the me,:;hanism of
the process consists basically of cathodic discharge of --:alcium
ions. partial solution of calcium in CaC-1.2 and redu-t--:-n bv the
Card 2/3

82614
s/i8o/60/000/004/002/027
Elll/E452
Electrolysis of Titanium Dioxide in Fused Salts
calcium of Ti02 suspended in the melt. There are 4 figures, ~Iy
2 tables and 13 references! 3 Soviet, 8 English, I German and
1 Japanese.
SUBMITTED: April 30, 1960
Card 3/3

AUTHORS. Gopiyenko, V.G.
TITLE.- ElectrolXsisl f
Chlorides
82615
s/i8o/6o/ooo/ook/OO3/027
Bill/E452
and Ivanov, A.I. (Leningrad)
Tit_a_n_i`u-w__Te_t-rachloride in Fused
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhni~~.heskikh
nauk, Metallurgiya i toplivo~ 1960v No.4, pp. 15-25
TEXT-. The authors have been working on titanium production by
electrolysis of chloride-salt melts since 1954. They describe
experiments with different electrolytes, electrode positions and
materials for electrodes and other electrolyser parts, designed to
produce cathodic deposits with over 90% Ti. Preliminary
experiments were carried out in a laboratory electrolyser (::urrent
intensity up to 2o to 50 amp) in KC1.-LiClv KC1--NaClc KCI-NaCl'-~ISC12,
KC1-MgCl2, CaC12-BaC12-NaCl and A1Cl3-NaC1 melts at 130 to 76CC,
with current densities of 0.3 to 17.5 amP/cm2t 1, tc- 9939' T:,
deposits were obtained (Table 1). Results obtained with vertical
and with horizontal electrodes did not differ appreci-ably. of
the tested solid cathodes (types 3 and lKh18N9T steel, titanium,
molybdenum, tungsten and copper) only copper differed in its
Card 1/3

82615
s/l8o/6o/ooo/oo4/oo3/o27
Elli/E452
Electrolysis of Titanium Tetrachloride in Fused Chlorides
effect. Various fused metal and alloy cathodes were tried,.
the titanium obtained failed to dissolve but floated on the
electrode surface (Table 2 gives electrode and deposit
compositions) even with stirring. Laboratory experiments in a
larger electrolyser at 500 to 1500 amp in general confirmed the
small-scale work. Fig.2 shows a variant with vertical electrodes
which gave better results than a horizontal arrangement. Fig-3
shows an unusual adherence of deposit to the cathode,
Electrolyte compositions, electrolysis conditions and results are
given in Table 3. A total of 30 kg titanium was obtained on this
electrolyser in 1955: from the best deposits ingots were vacuum
induction melted. The resulting titanium contained titanium-
carbide inclusions. The best results were obtained with a
KCI-NaCl-2%MgCI2 melt (0 to 80% KCI and NaCl) at 650 to 7500C and
a cathodic current density of 0.3 to 5.0 amP/cm2 Or with
30% CaC12-25%BaCl2-45%NaCl at 600 to 750 ,C and a current density
of 1-0 to 5.0 amp/cm2. The cathodic metal contained 92 to 99% Ti
and was contaminated with Fev Siv A19 Cv H and other impurities,
Card 2/3

82615
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Elll/E452
Electrolysis of Titanium Tetrachloride in Fused Chlorides
but the oxygen, nitrogen, hydrogen and carbon contents were
sometimes below specifications. This indicates that metal of
sufficient purity can be obtained electrolytically. The authors
conclude with a review of the present state of work., mainly outside
the USSR,, on the electrolysis of titanium tetrachloride. There
are 3 figures, 3 tables and 25 references.- 7 Soviet; 10 English,
2 Japanese, 1 French and 5 German,
SUBMITTED9 April 30, 1960
Card 3/3
II " T' r-

rj L) 3/598/61/000/006/017/034
D2457D303
AUTHORa _Ivanovq A.I.
TITLE: Papers on electrolytic produotion and refining of
titanium
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Titan i
yego splavyo noo 69 1961. Metallotermiya i elektro-
khimiya titana, 124-130
TEXT: Production of T1 from TiO14 by electrolysis of melts of al-
kali or alkaline-earth metal chlorides with TiC14 at 700-7500C was
studied~ This means a mwjimum of 92 % of Ti is recoverable with
current efficiency of 65 - 70 % and a product containing 96 - 98 %
Ti, the chief impurities being 02, Fe, C and sometimes Si and Al.
The author's experiments established the main Technical require-
ments for electrolytic refining of Ti sponge aes 1) An electrolyte
of NaCl or NaCl and KC1, containing 1.5 to 5 ~6 lower Ti ohloridea;
2) Anode current densityt with vertical arrangement of electrodesp
of 0.3 - 0.4 amperes/cm;-. With horizontal anode disposition, the
Card 1/2
t

31032
S/598/'61/000/006/01'(/034
-kdi#rs46n-'.v4-ectro1yzic production D245/D303
current density on the anode should be 35 -1 50 % lovier; 3) An ini-
tial cathode current density of 0.8 - 1.5 amp/rm2; 4) Temperature
850 � 10OCi 5) Reverse e.m.f. during elec 'trolysis 0.1 volts. Cur-
rent efficiency obtained wa8 0.6 - 0.7 g/A-h, voltage 3-4 volts,
corresponding to a specific power consumption of 5 to 'I k6lowatt
hours per jVg9 Ti. Ti obtained by electrolytic refining of rejected
Ti sponge containeds 02 - 0-1 - 0-01 %; Fe 0.03 - U.06 %; Si
0 - 01_0.05 %1 N - 0-01 - 0-001 %; C - 0.06 0.03 961 01 - 0.05
Large Ti crystals of 60 - 't0 mm were produced. Duration of electro-
lysis was 1400 hours. There are 3 figures and 3 non-Boviet-bloo
references. The references to the English-language publications
read as followsz M. Alpertq F. Schultz, W. Sullivan, J. Electro-
ohem. Soc- 19579 v. 104, no. 9, 555; M.W. Alpertt J~A. Hamilton,
F.J. Schultz, W.F. Sullivang ibid-9 19599 v. 1069 no. 2, 70; O*Q.
Leoneq J.R. Nettleg D.H. Baker, Bur. Mines, Report of Investiga-
tion, 19599 no. 5494.
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S/598/61/'000/'006/018/034
D228/D303
AUTHORSt Ivanovq A.I.V& and Anufriyevat N.I.
TITLEt Electrolysis of titanium dioxide in molten chloride
salts
SOURCE% Akademiya nauk SBSR. Inatitut metallurgii. Titan i
yego splavyo noo 6p 1961. Metallotermiya i elektro-
khimiya titanap 131 - 135
TDXT: Experiments on the electrolysis of cornierftal titaniap ru-
tile concentratep and rich Ti-Blag in molten chlorides (CaCl2 with
20 - 50 % BaC12 and NaCl) were carried out at 750-8000 and 1000
1500 amp. over a period of about 500 hr. in an electrolyzer compo-
sed of the following )Fasia unitst a Mg-brick-lined bath with a gra-
phite anode and a steel or Mo oathodej a hermetically-fixed cell;
a device for decanting the electrolyte and alimej and a receiver
with a pouring funnelq spherical stopperg and leverage system. The
4rathode and anode current-densitiee were 3 - 8 and 8.8 - 1.0 amp/
cm29 respectively, the interpolar distance being 300 mm. Conclu-
V~
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8/598/61~~R/006/olB/034
Blectrol'yeis of titanium diMxide ... D228/D303
elusions: After removing all,the adhering electrolyte the cathode
deposit contained 95 - 979 90 - 91, and 80 - 85 % metallic Ti when
commerickl titaniag rutile concentratep and Ti-slag were respecti-
vely electrolyzed. The electrorefining of Ti prepared from the for-
mer material reduces the content of impurities -- Sig Pop Mgt Alt
09 N9 and 0 -- to the quite acceptable limit of 0.23 - 0.35 %. The
precipitate resulting from the electrolysis of rutile concentrate
and slag also requirei further refining before it is fit for indu8-
trial use. The authors worked out certain technological bases for
the electrolysis of titania. These include the preliminary satura-
tion of the electrolyte by ti4kaniaq the continuous introduction of
raw materialy the perlodio renewal of the electrolyte owing to the
accumulation of slimes (CaOp CaTiO T102p eto.) and the possibili-
ty of repeatedly using the eleotrolylte and slime separated from it
after their purification by chlorination. The optimum current-den-
sity (3 - 5 amp/cm2) and diameter (15 - 30 mm) for the cathode were
also established. However, the experimental data diedlose the exis-
tenoe of certain defects due both to mechanical and procedural
shortcominget The poor cohesion of the deposit with the cathode and
Oard 2/3

a U33 -
S/59 A
8Y61/000/ 6/010/034
BoectrolysiB of titanium diotille D22 D303
the electrolyte's irrational awculation, causing a break-away of
the former from the latter; the high sensitivity of the processy
in consequency of which the technological in4W#s deteriorate ab-
ruptly and the unsatisfactory degree of the electrolyzer's air-
tightness and the weakness of its iron parts. Nevertheless# the
author& consider the production of Ti by the electrolysis of rutile
concentrate and commerftal titania to be economically feasiblep and
they assert that the financial costs per ton of Ti produced by
this method will bdjaess than those for metal obtained from the elec-
trolysis of TiC14. There are 3 tables and 1 figure.
Card 3/3

Z)O I OF51
ZIU34
S/598/61/000/006/019/034
D228/D303
Anav-,_-L.J., Lebedev, O.A., Timofeyev, V.V.
AUTHORS: Iv
7inokurovq V.B., and Frantaslyevq N.A.
TITLE: Electrolysis of titanium tetrachl ,oride in molten
chloride salts
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Titan i
yego splavyo no. 6, 1961. Metallotermiya i elektro-
khimii titana, 136 - 144
TEXT: The authors studied the technological aspects of the elec-
trolysis of TiC'4 in molten chlorides -- NaCl 50P CaC12 35, BaC12
15 % -- in a large, laboratory pilot-plant. 403 electrolyBes were
carried out, and the longest period of continuous operation, during
which the cathode and deposits were extracted 50 timeep was about
100 hr. TiC14 was fed through a special quarlZ Dips into the space
between the stainless-steel cathode and graphite-block anode. The
following optimum conditions for electrolysis on a semi-industrial
scale were first established: 1) The saturation of the electrolyte
with TiC14 for 1 hr. at a d.c. strength of about 200 amp. and at a
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21034
8/598/'61/"000/006/019/034
Electrolysis of titanium tetrachloride.. 1)228/1)303
T1014 outlay of 1 - 1.5 1/hr.; 2) A unit-electrolysis time of 5
amp.hr./om -- -tho cohesion betwoon the cathode and deposit is poor
at 15 - 22 amp-hn/cm2; 3 A cathode ourretit-dexialty of approxitua-
cm2c 4
tely 1.8 - 2.0 amp/ f ~ An operating temperature of 720 - 75091
5) A TiC14 outlay of 1 1/1000 amp.hr.; and 6) The cessation Of the
TiC14 input for 5 min. before the end of the electrolysis -- to
process the electrolyte at a nominal current-strength,, These sDeoi_
fications were then checked by experiments in an electrolyzer with
a hollow cathode and fixed cell -- when it was i1ound that varying
the current-strength has little effect on the electrolyte's Ti con-
tent for a given outlay of TiC14 that within the limits 1.5 - 2o72
amp/cm2 the cathode current-density does not influence the grade
or yield of the TI depoeitp that raising the operating temperature
to 8000 reduces the amount of Ti precipitated at the cathodev and
that varying the Ti ClA input above or below 1 ml/l amp.hr. lowers
the current-discharge as a result of the formation of Na or lower
chlorides on the electrode surfaces. Additional -tests showed that
the current discharge is 60 - 70 %9 and that the cathode metal con-
tains 1.5 - 4 % of impuritiess Fe -- from the cathode rod; 0 - from
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mmflll~mlmunl ~1111!q

L.Lv~)Ij
S/598/61/'000/006/019/034
Electrolysis of titanium tetrachloride.. D228/D303
the a.c. electrodes; Sig Mg and Al - from the lining of the bath;
and 09 H and N - whose concentration depends on the electrolyzer's
airtightness. In conclusion, the authors mention certain problems
which require further study if the current-discharge and grade of
the metallic Ti are to be impOR17ed. These include the perfection of
the technWe of prolonged conlpinuous electrolysis; the improvement
in the debign of the electrolizerle components -- in particular the
distributor for introducing the TiO14; and the rectification of de-
fects in the eleclwolyte -- its poor ability to-4issolve TiO14 and
its tendency to aFrade the brick-linings and steel parts. The con-
tent of impurities, whose transference is proportional to the time
of electrolyis and to the area of the various working-tyurface8g
would be reduced by increasing the electrolyzer's airtightnesep by
removing the a.c. graphite electrodes, by cooling parts of the steel
cathcdesp by glazing the steel covers, and by lining the bath's
inner walls with MgO sla$s. There are 5 figures and 2 tables.
Card 3/3
1 EFT