SCIENTIFIC ABSTRACT KUZMIN, K.P. - KUZMIN, M.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928020013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VELIKORETSKIY, D.A.; LORIM, K.M.; FINKEL$, I.I.; GRIGORCHUK., Yu.F.;
BERGER, L.Kh.; 'XTROBINA, V.P.; 11,2SHMERYOV, A.V.,
student V kuroa; OBERMIMCMUTKO, Ya.V., kand.med.nauk; NIKITIN, A.V.;
WK110YEDOVA, S.N.; KUSFARTSM, L.V., asoistent; KUMETSOV, V.A.,
dotsent; KUKHTINOVA, R.A., assiatent; BONDARENKO, Ya.D. (g. Fastov);
KURTASOVA, L.V. (g. Fastov); PYWCHIM, V.V.; CHURAKOVA, A.Ye.;
BABICHY M.M.; KU~~T PAVLOV, S.S.; SHEVLYAKOV, L.V., kand.
med.nauk; IG11AT1Y--,VA, O.M.; ZZYGEMWER, G.A.; GUTKIN, A.A.;
POLYKOVSKIY, T.S.
Resumes. Sov.med. 25 no.11:147-152 N 161. NIRA 15:50
1. Iz Instituta grudnoy khirurgii AW4 SSSR (for Velikoretskiy, Loriye,
Finkel'). 2. Iz bolinitsy No-3 Gorlovk! Stalinskoy oblasti (for
Grigorchuk). 3. Iz Tyumonskoy oblastnoy bollnitsy (for Berger,
Utrobina). 4. Iz Yaratasskoy rayonnoy bollnitsy Yuzhno-Kazakhstanskoy
oblasti (for Kharchenko). 5. Iz Gospitallnoy khirurgicheskoy kliniki
I Moskovskogo ordena Lenina maditsinakogo instit-ata Lmeni Sechenova
(for Meshcheryakov). 6. Iz kliniki propedevticheskoy terapii Stalinskogo
meditsinakogo instituta na bazo oblastnoy klinicheakoy bollnitsy
imeni Kalinina (for Oberomehonko). 7. 1z kliniki goopitallnoy torapii
Voronezhskogo meditsinskogo Instituta (for Nikitin, Mukhoyedova).
8. Iz kafedry obshchey khirurgii Kishinveskogo med-itsinskogo, Instituta
(for Kusmartseva). (Continued on next card)

VELIKORETSKIY, D.A.--(continued) Card 2.
9. Iz akushersko-ginekologicheskcrf k-liniki Stalinskogo,
institut-a na baze bollnitsy imeni Kalinina (for Kuznotsov, Kukhtinova).
10. Iz gospitallnoy terapevticheskoy,kliniki lzhovokogo meditsinskogo
instituta (for Fevchikh, Churakova). 11. lz Nosovskoy rayonnoy
bollnitsy Chernigovskoy oblasti (for Babichl. 12. Iz Vyborgskoy
mezhrayonnoy bollnitsy (for Pavlov). 13. Iz 1-y gorodskoy bollnitsy
Tyumoni (for Ignatlyeva). 14. Iz 2-y infektsionnoy bollaitsy
g. Zaporozhlya (for Zeygermakher). 15. Iz infektsionnogo i
prozaktorskogo otdeleniy-Petrozavodskoy gorodskoy bollnitsy
(for Gutkin, Polykovskiy).
(MEDICINE--ABSTRACTS)

, KUZIMINO K.P. (Pekavskaya oblastl)
- ------ -l---------.
Rare observation of a thoracoabdminal wounds Xhirurgila 37
no,lsl26 A 161. (MIM 14t2)
(CHEST-4iOUNM AND INJURIM)
(ABMW-VOUNDS AND INTURIM)

V.V.1 karid.med.riaok; OZIMIN. K.P.
Pancreatic cyst. Vast. khir. 93 rm..12~9F,99 D
(MIRA 180)

L 36829-66 bVT(d)/EWP(1) 1JPkc) GU/bb
ACC NR: AP60179?9 SOURCE CODE: UR/0378/66/000/OOZ/0057/0102
AUTHOR, Karolev, M. A.: Kuz'min K. S. Lavrov, S. S.; LetichevskiZ, A. A.;
Stol.varov, G. K.;.Sliura-Bura, 14. R.
ORG: Non6-'
LG
TITLE: Report on the A' EK algorithmic languap_e
SOURCE: Kibernetika, no. Z, 1966, 57-102
TOPIC TAGS: algorithmic language, economics, information processing, com-
puter application, machine translation
ABSTRACT: This paper presents a description of an algorithmic language termed
ALGEK (algorithmic language for economic problems). It extensively uses the
data on the ALGOL-60 language, the SUBSET ALOOL-60 (IFIP) language, and
the input-output procedures developed for ALGOL. The present work also makes
use of the ideas of COBOL-60 language and the input-output procedures developed
elsewhere (D. E. Knuth,L. L. Bumgarner, P. Z. Ingerman, J. H. Werner,
D. E. Hamilton, M. P. Lietzke, D. T. Ross, A Proposal for Input - Output
Conventions in Algol-60 (A Report of the Subcommittee on ALGOL of the ACM
Programming Languages Committee). Communications of the ACM, V.7, N 5,
May 1964.) The proposed language may be utilized for the composition of pro-
UDC: 681.14Z.001:330.115

-66
ACC NR: AP6017929
_J171
grams for some typical problems in the processing of economic information and
makes it possible to start the development of translators. The preliminary ver-
sions of the language were discussed at several conferences and seminars. The
draft of the language was sent out to several organizations. The present publica-
tion has been approved by the Group of Algorithmic Languages for Processing
Economic Information attached to the Commission for Multilateral Cooperation
Between Academies of Sciences of Socialist Countries on the Problem of "Sci-
entific Problems in Computing Technolog (Gruppa algaritmicheskikh yazykov po
pererabotke ekonornicheskoy informatsii ~~AYaPEY) liri komissii mnogostoronnego
sotrudnichestva mezhdu akademiyami nauk sotsialisticheskikh stran po probleme
"Nauchnyye voprosy vycheslitellnoy tekhniki") and is being recommended for a
description of economic problems and for the creation of translators in the coop-
erating countries. GAYaPEY recommends that the authors of the language per-
form work on the creation of an input-output apparatus and retains the right to
insert corrections into the language. The following are treated in great detail:
the structure of the language; fundamental symbols, identifiers, digits,. quotations,
and fundamental concepts; expressions; and operators. Comrades Yu.-Ya.
Bazilevski , M. N. Yefimova, and A. S. Frolov rendered a great deal of assis-
tance in the work, and the authors express their gratitude to them. Orig. art,, has;
9 tables and 3 figures.
SUB CODE: 05/ SUBM DATE: 04Dec65/ ORIG REF: 000/ OTH REF: 007
Z/Z

AYNHERG, V,.Do; DUVALYAN, S.V., tMIMIN, K.S.; SRAGGVICH, T.G., land.
fiz6-natem. nauk, otv. d.
(Input, output, and exchange programs for 4Ural-3" and "Ural..4*
a-imputers. Part 1.1 Programmy vvoda, -,-yvoda i obmena d-lia
"Ur&la-3" i OUrala-41". Moskva, Pt-, 1. 1965. 72 P. Wkacemiia
riftuk SSSR. Vyr3hislitellnyi tsetitr. Stwidartnyo i t1pov3re
lrogrammy dlia mashin "lJral,-' no-5) (MIRA 18:8)

AID P - 46og
Subject USSR/Aeronautics - bibliography
Card 1/1 Pub. 135 - 21/23
Author : ~Kum~in, K~.S. Col.
Title : Reconnaissance aviation of the USA and British Air
Forces.
Periodical : Vest. vozd. flota.. 3, 87-91, Mr 1956
Abstract On basis of the United States and British periodicals
the author reviews the reconnaissance aviation of those
countries and their equipment of aerial photography.
Four photos.
Institution : None
Submitted : No date

I 1 0 11 - ..
"V
86-9-36136
AUTHOR: Kuzlmin'. K.S., Colonel
TITLE: Reconnaissance'Units of the Strategic Air Command of
the USAY (Razvedyvatel,naya aviatsiya strategicheskikh
VVS SShA)
PERIODICAL: Vestnik Vozdushnogo Flota, 1957,, Nr 9, PP-93-96(USSR)
ABSTRACT: The article summarizes smie of the information at the dis-
posal of the Soviet arimed :sregs concerning:
- The organization of the reconnaissance units of the
USAF Strategic Air Command, and the type of planes these
units are f ormed of .
- The missions strategic reconnaissance planes may be
charged with, and the tactics they are likely to follow
in carrying out these missions.
- the photographic equipment used by USAF for strategic
Card 1/2 reconnaissance purposes.

86-9-36/36
Reconnaissance Units of the Strategic Air Command of the USAF (Cont.)
- The ways the radio-communications between the re-
connoitering planes and their bases may be expected to
be maintained.
In the concluding paragraphs of his article, Col. Kuzlmin
offers also Soviet figures on the alleged violations by
US planes of the air space above the Soviet Union and
other Eastern countries, and criticizes the Eisenhower
"open skies" plan as aimed simply at facilitating the
peacetime air reconnaissance of the defenses of the
Warsaw pact owners. The article is said to be.based on
the information gathered from Western publications. As
sources are named: "Air Force" ~April 1956). "Janels"
~1955-1956), "Canadian Aviation' (February 1956) and
Forces A4riennes Frangaises" (October 1955). but occa-
sionally-the author refers directly to "the experience
gathered at USAF exercises". As far as exact sciences are
concerned, the article contains no data of value.
3 drawings.
AVAILABLE: Library of Congress
Card 2/2

MOURA, Aristoteles; KUZOMIN L.F.[tranalator); FILATOVI A.I.
(translatorl-j-X12-S~KET, O.Cp' red.; BORODIN, Tu.V., red.;
DZHATIYEVA, F.Kh.p tekbn. red.
(Foreign capital in Brazil] Inostrannyi kapital v Brazilii. Pod
red. i a predial. O.G.Klesmet. Moskva, Izd-vo inostr. lit-
1961. 435 p. Translated from the Portuguese. (MIM 15:57P
(Brazi.-I-Investments, American)

REVYAKOV, V.F., rou'ovsKA-"I, G.M.; TH,~'.y()v, , ,
A
PANFILOVI R.A.
Increasing the durability of --;n`ngs ir ~ nw-f reLpiin,-,.7 ' ri J"~, -'-,i C!!
J~ ~
i .1 u - -
channel ~Iurnaces. Tolvet. met, 58 no.8381-83 Ag 16%

KUVMIN~ L.I.
Comparing the properties of quartzites from the Gvruch and
Pervourallsk deposits. TSvet. met. 38 no.801-92 Ag 165.
(MIRA AM

KUZIMINO L.K., inshener.
'.
Rapid unloading of local freight from through trains. Shel.dor.
transp. 37 no-10:75 0 155. (KIRA 9:1)
l.Stantsiya Prokhladnaya,
(Railroads--Freight)

PA ;-"-IT19
UM/ChdMiAtfT - El"trOIGG, Irm Apr 1948
Chemistry - Powder bbtaUurg3r
"Irou Powder Slectrodoe. I. The Effect of Dleperelon
and Cmpoeltion of the Powder on the Properties of
Iron Mectrodes," L. L. MitImin and L. V. Borisov&,
lVanoTO lust 3f Chem Techp gi pp-
"Zhur PrItlad Xhimil" Vol XII, No 4
Describes stMles conducted to determine properties of
Iron powder and relationship of its character to
nature of its formation by reducticn of iron oxides
with k-drogen. Submitted 5 Ifer 1947.
75T19

H(MAKOV, V. G.; 1,MSMOMS, V. P.; MIMI, L. L.
IM4IN) L. L.
Tehnologiya Elektrohimicheskih Froizvods-tv (Technology of Electrechemical Production),
Moscow-Leningrad, 1949. -t,7L 0.

ussR/Chemiatry - Irani, Metallurgy of) *k~
Powder
Chemistry - Powder Metallurgy
'Mectrolytic Method of Obtaining Povdared Irm
and Properties of Iron Obtained in This Mm sr."
L. L. kuzlmin, V. L. Kieeleva., Ivanovo Chel~lco_
E-4
tech Inst., 8 pp
-Zhur Priklad Rhim- Vol. =, No 3*311-18
Blectrol,vtic methods do not permit obta=rIg
iron grains of equal size. When a -'11 q,~Autity
of hydrates is released, it is noticed that. ir=
deposited on the cathode Is active. Trivalmt, , :
iron; power Is created by oxidation of. the ourface
4W
USSR/Chemistry - iron, Metallurgy of, Mul 49
Powder (Contd)
of iron. This process passes through all pointo
from FeUto Fe304- Capacitances of alectr6dee
produced from porwdered metal obtained by elec-
trolytic method are not stable. Additiona,of
mercury tend to stabilize the capacitauce. Sub-
mitted 15 Sep 47.
Lq
PA

KUZ IMIN L. L.
62/49TRO
Ch"detry Blectrodes
"Hydrogen Owervoltage on Porous Iron," L. L.
UzImin, V. S. Ivaaevo Chemico-
tecbnol Put, 5 1/2 pp
"Zhur Prik Rhim" Vol MaT, izo 6 511
Determtwe that bydrogen overvoltage is
Omost 0.3 V less on electrodes vith surfaces
developed metalloceramically than on smooth
Iron. Submitted 29 mar 48.
6
2AM

A -T -11ilf-JO-7,710 5
-t- L--M- Pa. ix SO jrx4j
4

so
so
38-34. Illevilmllft I
ron Powder, W L.
go V* and V. L K
61
S
t
1 iselevaj chemicai
"
Ul ,
ep
. 3,
Pie'viously Abstr 9. . 320-322.
W'frOM Zhur-
al
nat PrIlkladsol Xhimif 4ournal of
A
MUed Chemistry). See Itegn SES-17,

0o

11 B it N J3 IN v a w 0 0 4
it-l
Lill RAI L&I CLASSIMATION
ill-ii, -4K Q-V -i-$i,-
u --- j,--r a 0 0 1 w of 9 a a 3 0 v
SiATIO ILI" R AA
P" O&WOK slams Kucc 1111tw
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0 o 0 0
~400 q- *o 66000-46
Rso
to

SOV/1 37-57-1-452
Translation from: Referativnyy zhurnal. Metallurgiya, 1957, Nr 1, p 60 (USSR)
AUTHORS: Kuzlmin, L. L., Gunyayeva, M. M.
TITLE: Cathode Reduction of Mercuric Oxide (Katodnoye vosstanovleniye
okisi rtuti)
PERIODICAL: Tr. Ivanovsk. khirn.-tekhnol. in-ta, 1956, Nr 5, pp 34-36
ABSTRACT: The author investigated the reduction of HgO in electrolysis during
direct contact between Hg particles and the cathode in relation to the
current density D and the cathode material used. A 500-cc battery
container was used as the electrolyzer. The horizontal cathode was
located on the bottom of the bath. An Ni anode was placed 17 mm
above it. A 30/o NaOH solution served as the electrolyte. The upper
surface of the cathode was coated with a uniform layer of HgO. Cu,
Ni, and Fe plate5 were used as the cathodes. The electrolysis was
carried out with I = 0.25 amp for 4 hours, the ratio of the cathode sur-
face to the anode surface being < 1.10. The reduction of HgO with toA,D
densities proceeds very rapidly. Graphs of the results of the experi-
ments are submitted.
Card 1/1 G. A.

SOV/137-59-1-551
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, P 73 (USSR)
AUTHORS: Filippova, L. I., K.uzmin, L. L.
TITLE: Investigation of Cermet Electrodes Manufactured From Magnetite
and Metallic Iron. Report I. Process of Compaction of a Two-
component System (Issledovaniye metallokeramicheskikh elektrodov,
izgotovlennykh iz magnetita i metalliclieskogo zheleza. Soobshcheniye
1. Protsess pressovaniya dvukhkomponentnoy sistemy)
PERIODICAL: Tr. Ivanovsk. khim,tekhnol. in-ta, 1958, Nr 7, pp 69-74
ABSTRACT: The authors studied the electrical resistivity (ER) of compacted mi-x-
tures of Fe304 and Fe powders of various compositions. It was
established that ER depends not only on the composition but also on
the structure of the Fe particles and on the relative sizes of the Fe
and Fe304 particles. ER is at its minimum at a 400 - 600 kg/cn-12
compacting pressure. An increase in ER is observed when the
pressure is raised to 1000 kg/cm2.
I. B.
Card 1/ 1

SOV/137-59-1-552
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 73 (USSR)
AUTHORS: Fillippova, L. I. f Filippova, L - I., according to Index], Kuzlmin,L.L.
0_1~
TITLE: Investigation of Cermet Electrodes Manufactured From Magnetite and
Metallic Iron. Report 2. Process of Sintering of a Two-component
System (Issledovaniye rnetallokeramicheskikh elektrodov, izgotovlen-
nykh iz magnetita i metallicheskogo zheleza. Soobshcheniye 2. Pro-
tsess spekaniya dvukhkomponentnoy sistpmy)
PERIODICAL: Tr. Ivanovsk. khim,tekhnol. in-ta, 1958, Nr 7, pp 75-86
ABSTRACT.- The authors investigated the effect of the conditions of sintering in an
inert atmosphere on the properties of the electrodes made of a mix-
ture of the following powders of magnetite and Fe: a) 80016 Fe304 +
20% Fe and b) 60% Fe304 f 40% Fe. It is established that during
sintering, besides recrystallization, a chemical reaction takes place
with the formation of a new crystalline phase, namely wUstite. An
increase in the temperature and length of sintering time decreases
porosity and elect rochemic ZLI activity and increases mechanical
strength and electrical resistance, Elect rochernical activity depends
Card 1/2 not only on the active component but also on the strength of the

SOV/137- 59-1- 552
Investigation of Cermet Electrodes Manufactured From Magnetite (cont. )
current- conducting skeletal structure and depends but little on the dispersion and
activity of the Fe powder.
I. B.
Card 2/2

50p 2) SOV/153-2-4-20/32
AUTHORS: Filippova, L. I., Kuzlmin, L. L.
TiTLE: Cermet Iron Electrodes j . for Alkaline Accumulators
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheskays
tekhnologiya, 1959, Vol 2, Nr 4, PP 573-577 (USSR)
ABSTRACT: The accumulators mentioned in the title which are produced
in serJes are usually provided with an active mass enclosed
in a thin perforated metal envelope by means of electrodes.
Thus, the electrodes gain mechanical strength. Morsovetp the
access of current to the active mass is thereby to be ascured.
This construction# howevert has a principal shortcoming: the
envelope mentioned does not secure a uniform current supply.
At the same time, additional internal resistance is formed
in the accumulator causing an unfavorable effect in the dis-
charge of the accumulator by a current of high amperages The
production of electrodes Without lamellas for alkaline so-
cumulators (Refs 1-6) by using - cermet products
has recently been attempted. These electrodes can be given
new valuable properties by the sintering of iron electrodes
from active iron powder (Ref 7). The practical utilizatiori
Card 113 of this method shows certain difficulties: the eintering has

BOV/153-2--4-20/32
Cermet Iron Electrodes for Alkaline Accumulators
to be carried out in a reduced atmosphere with accurate
observance of the temperaturej otherwise the quality becomes
inferior. It was assumed that these shortcomings could be
eliminated by the production from a mixture of iron-aAd iron-
oxide powders because these have different recrystallization
temperatures. The strength of such electrodes is then secured
by iron sintering whereby a skeleton is formed at comparative-
ly low temperature. Iron oxides having higher reorystallization
temperature, howevert will maintain their activity under these
conditions; and thus secure the applicability of the electrole.
The paper under discussion is devoted to the investigation
of these problems. The powders mentioned above which had
been carefully mixed were briquetted at 600 kg/cm2l the
briquettes were sintered in nitrogen atmosphere at various
temperatures and for a varying period of time* Figures 1 and
3, respectively, show the discharge curves at various current
densities and temperatures. Figure 2 and table 1 show the
capacity dependence of the electrodes on the discharge tem-
perature. Figure 4 shows the dependence of the electrode
capacity on the duration of oasehardening. It was found that
Card 2/3 electrodes of powdered Fe3 04 + Pe or P203 + Fe have high

BOY/153-2-4-20/32
Cermet Iron Electrodes for Alkaline Accumulators
electrochemical activity and sufficient mechanical strength
(Table 2). These electrodes have a higher specific capacity
as well as a smaller specific volume as compared with a usual
iron-powder electrode. They can be shaped more quickly, and
work better under hard discharge conditions. Thust they can
be used in starter accumulators. The production method of the
eleotrodeo suggested is much aimpler than other methods.
There are 3 figures, 3 tables, and 9 references, 7 of vhich are
Soviet.
ASSOCIATION: Ivanovskiy khimiko-tekhnologioheskiy inatituti Kafedra takhno-
logii elektrokhimicheskikh proizvodetv
(Ivanovo Institute of Chemical Technology; Chair of Technology
of Elea trochemi cal Industrial Processes)
SUBMITTED: May 13, 1958
Card 3/3

FOBEDINSK.TY, S.N.; BULYGIN., B.M.; KNIMIN, L.L.
4zz~
&Yhavior of magnesium anode in galvanic cel2s, Izv.vyseucbeb*zaV*;
Iddm.l. khim.tekh# 4 no&6.-1006-1010 161. (MIR& 15:3)
1. Ivanovskiy kbimi oe-tekhnologicheskiy ijastitut, kafedra
tekhmlogii elektrokbimicheskikh proizvodstv.
(Magnesium) (Electric batteries)

BULYGIN, B.M.; POBLDINSKIY, S.N.L KUZININ, L.L.
Anodic dissolution of magnesium in oxidizing electrolytes. Izv.
vys.ucheb.zav.; khim.i khim.tekh. 5 no.1:120-125 162. f
%MA 15:4)
1, Ivanovskiy khimiko-tekhnologicheskiy institut, kafedra takhnologii
elektrokhimicheskikh proizvodstv.
(Electrodes.. ~hgnesium) (Electrolytes)

S/l53/62/OO5/Oo6/ooq/oi5
E071/E333
A~THORS. Pobadinskiy, S.N. and Kuzlmin, L.L.
TITLE: Anodic behavior of magnesium in solutions of some
salts in the presence of an alkali
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Khimiya i
khimicheskaya telthnologiya, V. 5, no. 6, 1962,
954 - 959
TEXT: The authors investigated the anodic behavior of
magnesium in solution of sodium chloride, sodium bromide,
potassium iodide, sodium sulfate and potassium thiocyanide in the
presence of an alkali in order to study the possibility of
decreasing the unproductive consumption of metal in magnesium calls.
(autosolution of anode). lirtroduction of a certain amount of
sodium.or potassium hydroxide into solutions of sodium chloride
or sodium bromide sharply decreases the rate of autosolution of
the metal without noticeable change in the electrode potential.
Salt solutions in combination with alkalis give better results
in cells at low current densities. There are 5 figures.
Card 1/2

S/153/62/005/Oo6/oO9/015
Anodic behavior I ... E;07l/E333
ASSOCIATION: Xafedra teldinologii elektrokhimicheskikh
proizvodstv, Ivanovskiy Ishimiko-tel-chnologicheskiy
Institut
(Department of Electrochemical Production
Technology, Ivanovo Institute of Chemical
Technology)
SUB1141TTED: May 23, 1961
Card 2/2-

L 11057-63 EW~(q)/EWT(m)/BDS--AFFiC/ASL~-JD
ICCESSMN Ms AP300(Y+76 S/0153/63/006/001/0119/014
AMORz Lukomskiy, ju. Ya.; Kuzfmin L-
TITLEs Study* of the effect of electrolwis conditions an the adhesion of a nickel_
coating to an aluminum base
SOMM lzv* VM Khi~dya i k%im. tekhnologiya, v. 6, no. 1, 1963, 119-124
TWIC TAGSt electrODiating., chloride ionss electrolyte,, HaF, K sub 2 S sub 2 0
sub 8
ABSTRACT: The authors studied the adhesion of Ni to an Ll bass under various con-
ditions* Mi was plated directly onto Al. with no intermediate lays-- of anothe-z
metal. It was found that the passive tilm, on the Ll surface -was chiefly responsible
for preventing good adhesion of the Ni coatirq. Zlectroplating carried out at, tem-
peratures ranging fromm 20-70C showad that at highter temperatures and in the presenaft
of chlorides,, the quality of the material obtained was unsatisfactory as a result of
Interaction between Al and chloride ions in the electrolyte* To elimi-riate iater-
ference with the adhesion of Ni$ the authors recomand that electrolysis be carried
out at a high temperature in a bath containing W and K sub 2 S sub 2 0 sub G*
The material should be heat treated after platinge By this method.9 good quality
Card 1/2
------------

L 11057-63
ACMSION HR; AP3000476
Hi-plated A-1 can be obtained aver a broad range of conditions,. Origo art* hast
6 figures.
ASSOCIATION: Kp-fedra teldmologii e1ektroZAm1cheskikh proizvodst7s Ivanovskdy
khimik-o-tekhnologicheskiy institut (Department of Electrachemdeal Production Tech-
nology, Ivano-rskiy Chmical Technological Institute)
SUBMITTED: 3jFeb62 DATE AM 21J=63 =L; 00
SUB CODEE: CH,. ML NO RE? SGV-. 010 OTM.- 000
L/42
------------------

LUKOMSKIY, Yu.Ya.;-K-UZIW.N.,j.L. .
Electrolytic nickel plating of aluminlim and its alloys. Izv.vys.ucheb.
zav.;khim.i khim.tekh. 6 no.4:637-642 163. (MIRA 17: 2)
1. Ivanovskiy khimilko-tekhnologicheskiy inistItut. Kafedra tekhnologii
elektrokhimicheskikh proizvodstv.

POBEDINSKIYI, SA.; KREST(YV, G.A.; !TZ,IM.IN,,-:~-.L.
Possibility of electrode processes taking place in the presence of the
singly charged ions of alkaline earth metals. Izv.vys.ucheb.zav.;
khim.i khim.tekh. 6 no.5t768-773 163. (WRA 16212)
1. Ivanovskiy khimiko-tekhnologicheskiy institut, kafedra tek-hnologii
elektrokhImicheskikh proizvodstv i kafedra neorganicheskoy khimli.

a-, ~e Wn
ABSTRACT: Copper coated polystyrene powder would. dplive
prr!fabricated
particles for the elec"rical conductive whIch cam be more e4aonornical

wim ettianol, degyreasirig Ln 151a nnt;qczrl~lr-l

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ACCESSION NR: AP4025262 S/0153163/0061006/1002/1010
AUTHOR: Shorokhova, V. L; Kuzlmin, L. L.
TITLE: Production of electrically conductive plastics. II. Properties of plas-
ties prepared from copper-coated polystyrene powder
SOURCE: IVUZ. Xhimiya I khimicheskaya tekhnologlya, v. 6, no. 6, 1063,
1002-1010
I TOPIC TAGS: electrically co'nductive plastic, conductive polystyrene, mols- 0
i -ture. absorption, forming temperature, forming pressure, residaws dmelpst"14
size, resistivity, continous conductive film,
AMSTRACT: Preparation of electrically conductive plastics from poly,-
styrene powder coated with a conductive layer of copper has been studi*d,,
The effect of the conditions of preparing the material 4~mperaturb, forming
pressure, rsaidence. time) on its properties (resistivity.. echanical
strength, density. and mcfature abaMt1m) ' Wab studied. The effect on the electric
resistance of the particle size of the powders used in the preparation of the sam-,
Cc'r-~-, 117

11'ACCESSION NR: AP4025262
ples is indicated inFige 1. As the particle size of the polystyrene is reduced a
limit is reached where a given weight of copper (the tests were run with 25%
Cu by weight) cannot cover the particle surfaces with a continuous strong coating,'
At this point the electric resistance becomes much higher and increases signifi-~
cantly with increased forming temperature. The mechanical strength of the
formed polystyrenes increases, with higher forming temperatures; the strength
:i of samples made from pure polystyrene is higher than that of "mples, made of I
copper-coated polystyrene. The density and the water absorption of samples
formed above 120C are constant; 100C gives'a completely uniform mass on
2
forming. Examination of forming pressures of 100-700 kg/cm andvarious
Periodsof residence dufLing froming showed that compact masses were obtaineJ at a
2 P
_-l-,wassure of 100 kg/cm and a cycle time of 10 min. Increasing pressure or
residence time did not lover resistivity or enhance mechanical strength of the sam-
ples. - The effect of parti6le size on the resistivity, strength, density and water 1;
resistaAce.of the samples is summarized in FLS.2. Fig. 3-shows the minimum
copper content to form a continous metal coating on the polystyrene. surface
(with 2000 micron particle size) is 15%. With increasing copper content the
_CT.

ACCESSION NR: AP4025262
resistivity decreases; -the mechanical strength decreaoei, then
levels off; the fusion of the polystyrene decreases; and water adsorption re-
mains constant (Fig. 4) The plastic material obtained from copper coatect poly-
styrene has a resistAvity of approximately -one ordet loss than
a mass containing the same amount of copper in finely powdered form. Orig.
art. has: 8 figures, 2 tables and 2 formula&.
ASSOCIATION: Ivanovskiy. khimiko-tekhDologicheekly Institut, Kafedra tekhnologl
elektrokhimicheakikh prolzvadstv (Ivanovsk Chemico-t logical Institutes,,
Department of Electroobanical Production Tosobnology7*W
SUBMITTED: 11Veb63 DATE ACQ: 10Apr64 ENCL: 04
SUB COD HT NO RE? -SOVs 003 OM8jK1- 000
ATD MM
s 3044
;'Card
3j 7

ACCESSION NRt AP4025262 ENCLOSURE
101 '7
. .........
7

J2
0
'w Fig., 1. Effe et of forming tam-
perature on r
' esistIvity, of Sam- L
ared
-plea prep from polya
tyrene
vith average ,
particle size,

IAr? 1 - 1206, 2 342, 3 1260.-4
'
2000 (forming pressura'100
-kglcm
dvall t~ime-10 min, Cu conts
nL
24-25Z
.

Extrusion temperature C
Ca rd 4/7

ACCESSION NRiAP4025262
FW
W lie.
ENCLOSUREs 02
Fin. 2. iffect of polystyrene
particle size on sample proper-
ties (forming temperature 160C.
k 2
pressure 100 g1cm g copper cone
tent 24-25%)
urear.'Lngpoinvj Mg/cm-6,J
water kb*'
AN density$. gm/cm 4
sorptiow;)x
9).
'011~
Polystyrene Partial* size, Micron,
Card*5/7

iCCESSION NR: AP402$262 ENCLOSURE: 03

of copper content on
fig. 3. Effect
.1 .4 1- 10 1e properties, obtained with pol
samp
styrene with average particle diameterL
of 2000 microns (forming temperature
160C. forming pressure 100 kg/cm2
790 dwell time 10 min,) f
-
~S 1,- Resistivity, ohm. cm, 2';- breaking
2 3
oi't
3 - Aensity. gm/cm
kg/cm
p n
wt ,
.
wate'r abooprtion,

t
V
-
9 .4t P#

40

V
.
C pper content, Z
'Card 6/7 0

W a Rill
ACCESSION NRs AP4025262 EXCLOsuRz,04
;4 j 4. Effect of copper content on
Fig.
sample properties, samples obtained f
u J-!d from polystyrene with averavo particle
diameter of 342 microns (forming tem-
perature 160C; forming pressure
M me
;J. kV, 100 kg/c 2,dwell ti' 10 inin.)
AV
I -- ResistUvity ohm. cm, 2-
breaking point k;/cm2, 3- densityb.
3,* M N
J~_40 -je-MILJ gm/cM 4 Vater' absoprt'i'on, Z'
Copper,contenti, x
Caird'7/i
St-
J.

KUZ4ffN&, A.V.; KUZ
Behavior of the aluminum awde in galvanic ceUs with an alkal In electro-
lyte. Zhur.priklekh"-'36 no*2-.356-36-2 F 163. (MIRL 16:3)
L, Ivanovskiy',-?Jitdko-tokhwlogicheakiy institut.
(Electrodes., Alunimum) (Electric batteries) (Alknlies~

NEMODRUK, A.A.; KTJZMRT, L.I.,
Behavior of a positive pressed electrode of a cadmium-nickel
accumulatoi.--, Izv. vys. uchab. zav.; khim. i khim. tekh. 7
no.2-.263-266 164. (MIRA 18-4)
1. Tvanovskiy :1
IIIYI-17b-i-~ -1,

v
1ACCESSIOU YR: AP5oo655T S/0191165P=1003/00SVO025
AUMOR: Shcrokhova, V. I.; Kuzlmin, L. L.
-7
5~nn-.- nnnniartipi7. :-7-,f-.dUc:t.(',(e -,,OlY-lt-;-7eTl2 smd nickel
f'i 1 le d. wt hcomer flakes wais one order of T, a gn i t u d clower t,,ar, that of the same

C~!

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049 Refivue" At mwmu pbos*te with O"um fullato And
V

06 -
F. Puktaill"lle 'min, N. N. Kwabov and U. N.
M
~
0 ". J'ark. Itaxam (U.S.S.R.)
Mishhan, Tres"I'
M
No. 1, 42-7(1939).-The possibility of PrWuLing Na
A pboaphates by mactim cd Cse(M)i with NOISLN and Nal-
zich in aq. sat". at high, temps. was dttd. Adefiniteaust.
of the compoont* W" placed in a glaw tutm uW heated in
ti
b
h
th
h
l
t
A
f
on
e reac
e
u
t
t t
e Clu
o
t
a lububw dw. *veil.
was 00oled GW I he Cowlents were Mulylod for PA, With
an Optimum talio of 1.4 for
W)'
I
a
th
At bkt
d
d
P
.
e
.
w
~ M
rcomp
OOt won
Cas(
cTp
droompa. declim".shily. In the exptx. with N&IL*U.
j . was obimincil wbvn N&IISLI~
the ben decom1m
00 ,
was 4, 1, temp. 100., and time of braling 0 bra.
%1CLI-
tempa. the decompts. decreased. Theformaticts
Q( the vol. piwatihates was favored in dd. "in. cunta. 2%
041 N0118041
00 a the docampo. Hxpls. were Also awde W PbOAPIV-Vitv,
dl&dtitt CQOCCW AtC. and btMt MM With 001"A. CU01g.
414 s Wl' N4LHS0a and a NaIISLk-C&*04A), satio of 4:1.
In t" cu" I., the dcotope- with na,'ce"ing
tvmp, The toWvftg max. rmilts wem ubtaiwd~ ~I)
spatile declompil'. 66.9% MOW% (2)bunctresideompa.
'
; and (3) phosphorite dtcompa., d7.0%
17.0% at IOU
1
V. Z. Ramich
At W.
Al*~SLA AITAkLUROCAL U191141UNt CLMOKATOG"
u A, to a F I
v a P a a a a
-.&,A _4
IA I I a ad a N T I Ir At I a a I A IF
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00
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At I& to 21 v n j# A At 0 4 )v 10 h V 13 M a It V so JO 6, W it 0 1' 0
00 A -V J-0-1 U.1- AA 10 It 9 1 t
i, volt.1 14"Astel
of -60
00 PrsvpGradom ad vultur Rod ammonium WUMO hs the I
00 ti presence o11 a caulya. L. L, Kutmift and V. P. Losev.
JI'IffW)CkM. j11,11 - Tn-Tv(in C.Iman.
oo a MIMI 9W ; Cf. C. A. 30. 4". 71071,--,rbe reaction .0 0
2NUJISOs + (NHJ*~Ot - 2(NlWSO, + S + 110)
00 oil --o 0
i I was carriM out in the preftence At( So. 8 and a catalyst
fir obtainittl by heatius (NIIJO), to 9M)". Sr or S was
f1. Gutty pound M4 pa-ed Wough a 1K..vn with FAM .04
Ij* upevings per sq. rmt, Me requirrd amt. of the raWyst
9 a was then shaken in a 110-m1. meamuing R&A for 10 min. see
010 withtitesoln. Se was completely dissolved and the win. be-
came tnumiartut and acquired a brownish color. The
00 cat&, 'himutfate and polythionatcS " prelkl. us 0
by nevtral mued. soln. of (Ntf,).S(IN for I hr.
0 rellow qWu. obtained was added to the
Vi Itamon IIIIILI, rhr with4"it atsit,sts at tiw
is my slow,, *bib in ifie prestrurr of ratal"Is undry thr
00
abo"coudit;msitamimintsto&15%utgization(A5(h- . i lit 110 0
.!0 A very satisfactory con%Ttsion was obtained in t he presence
of O.M&33 X. Sc in 10 nil. of the w3la. by hmting for 2 hts.
at too*. A temp. of 1;',0* permitted the use of only 0.137
kj. of Se per cu. m. of soln. for ow hr. The efftvt of S
at IW' was insignificant, even with O.H1211 g. of the
Ze 0
catalyst per 10 mi. of the soln. Hipts. with the third
cataIrst met! entirely Unsatisfactory. A. A. B. wee
too
bo 0
'00
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ACC NRs AP6019566 SOURCE CODE: UR/0080/66/039/006/1327/1332~1.
AUTHOR: Shmukler Yu S.; Kuzfmin, L. L.
ORG: Ivanovo Chemical Engineering Institute (Ivanovskly Rhimiko-tokhnologicheskly
Institut)
TITLE: Behavior of Vanadium pentoxide 1~n certain salt electrolytes
SOURCE: Zhurnal prikladnoy khtmil, v. 39, no. 6, 1966, 1327-1332
TOPIC TAGS: vanadium pentoxide, ammonium salt, ammonium sulfate, electrolyte,
electrode potential
ABSTRACT: The article presents d on the,~cfthodic behavior of vanadium pentoxide
in the aqueous electrolytes NH4ClnN1H4)2S_9VZnS04, NaCl, and CaC12. The best elec-
trolyte for studying this behavi-or was foirid- to be 4 N NH4C'- The following reac-~-
tions are thought to occur at the electrodet
V205 + 2H+ + 2e - V204 + H201
V205 + 4H+ + 4e - V203 + 2H20-
V204 + 2H+ + 2e - V203 + H20-
881+54

L 4olol-66
ACC NRo AP6019566
For these three reactions, the dependence of the potential on the hydrogen ion acti-
vity In the solution at 250C is expressed by the equation
~ - Y6 0 - 0.059 - PH.
The formation of vanadium tetroxide was demonstrated by analyzing the electrode mass.
On the basis of the mechanism of phase transfornation of vanadium pentoxide to the
tetroxide during the discharge of the electrode, an explanation Is provided for the
behavior of the pentoxide in the various electrolytes studied. The discharge of the
V205 electrodelin NaCl and CaC12 solutions Is accompanied by a fast rise of the PH of
the electrofy-te present in the pores of the active mass; this causes electrode polar-
ization and a sharp potential drop. In the ZnS04 solution, particularly at low cur-
rent densities, an Increase in the acidity of the initial solution has a favorable
effect, as does the buffering effect of the electrolyte, duo to the precipitation of
Zn(OH)2- However, this shortens the operation of the electrode. The smooth course
of the discharge curves In the ammonium electrolytes Is explained by their buffering
action and the formation of V204, which has a much higher conductivity than the Ini-
tial pentoxide. It is concluded that the V205 electrode can be used in chemical cur-
rent sources in ammonium chloride and sulfate electrolytes. OrI3. art. has: 3 fig-
ures, 4 tables, and 5 formulas.
SUB CODE: 07/ SUBM DATE: O2Mar65/ ORIG REFt 003/ OTH REFt 003
Card 2

L o-99N.,-67 W/,E-,IT(.t)/ZrI
ACC NRs AP6002200' Soullck; cooz: IJIV0153/65/008/005/0804/08
~17
AUT11,101t: Agapov, it. MI.; Mollnikov, A. M.; Y,.uz Irnin, L. L.
ORG: IvanovO Chanical-Teehnological Institutep Department of Technology of Eloctro.-
cacmical Products (Ivtinovrkiy-k~Iiiiuko-tekhnolo jt~~Cfi. o,-ltiy Institut, Wedra. tekhnologil
clektrokhijaichaskikh proizvods'%-Iv)
TITLE: Possibility of using a titanium,anode in a galvanio cell. 1. Corrosion of
titanium in acid electrolytes
SOURCE-.""'IM. Khimiya, i khimicheskaya tokhnologiya.. v. 8,'no, 5, 1965, 804-807
TOPIC TAGS: titaniump corrosion resistance, electrolysis, perchloric acid, hydro-
fluoric acid,, oxide formation
ABSTRACT: The corrosion resistance of Ti was determined by weighing 10 x 10 X 0-5 MI,
samples of titanium BT-1 shoots sunponded in a polyethylene vessel and exposed to tho
e'roct of 30 ml acid solution (HO10 ') a., and their mixtures) at 25C. The Ti had a
A.. .4
high corrosion resistance in HC10,: no decrease in woip)it and no visible changes wori
observed in samples exInsed for 6 months to HC10 having concentrations of 100-800 9/'
although the stationary potential of Ti increased with increased concentratLon of
Helo from 0.160 to 0*309 v.-The addition of HF to the H-010 solution sharply de-
4
creased the corrosion resistance of Ti up to a certain mQ* tZ The corrosion of Ti
Card 1/2 uDc: 620.193.414621.352.8

L 08904-67
ACC NRl APO'002206
in a pure HF solution increased proportionally with an increase in the concentration
of HF. The presence of RF in the HCIO 4 solution in all cases caused tho activation of
the Ti surface probably because of the deitruction of the oxide film by fluoride ions.
The activation effect of HF decr~oased at a larger rate at a higher concentration of
HC104in solution. An increase of the HC104 concentration from 100 to 800 g/1 in-
creased its activity from 0.932 to 1138. The concentration of fluoride ions, therefore
decroased with increased concentration of HC1040 This caused a rapid accumulation of
corrosion products on the surface of Ti. The dissolving of Ti in HC10 J. containing
HF, occurred under mixed anode-cathode control and the process was dXlerated equally
on tho anode and the cathodes The increase in concentration of HC10 promoted (1)
an increase in thickness of.the oxide film which was indicated by changes in the
values of the stationary potential, and (2~ an increase in activity of H ions facili-
tating depolarization of H and causing the formation of maximums on the corrosion
rate curve. 7he displacement of the maximum to the loft side of the curve, ieeop to
the side of lower concatrantions, during enrichment in HF of the,.solution, was related
to a stronger effect of corrosion agents resulting in rapid passivation of the anode
sections* Orig., art. bass 2 fig. and 2 tables.
SUB CODEs 09 SUBM DATES 15JunW ORIG RWs 002/ OTH WWs 004
Cord 2/2 .~6

KUZ 'MIN, L.K., inzh.; GUSU, V.P., mashiniot
Our readers discuss the book wSwitching diesel locomotives."
Elek. i tepl. tiaga 6 no,10:400 p.3 of cover 0 1629
(MIRA 15:11)
1. Depo Kinerall Vocly Severo-Kaykazskoy
dorogi (for Kusl2nT. 2. Depo Lyublino Moskovskoy
dorogi (for Gusev)a
(Diesel locomotives)
(Railroads-Making up trains)

KUZIMIN, L.M.; FEWLISUTSYM, I.I.; MIZOMOVA, A.I.; BEWV, I.F.
- , ". -.!"' I
Studying the operation of sav-toothed drams in the front section
of single-proceaR pickers during table feeding. Inv.vys.ucheb.sav.;
tokh.tekEt.prom. no.2:94-99 158. . (MIRA 11:5)
1. Ivnnovskly tekstilInyy institut.
(Cotton machinery)

VUZIKIN, L.N.
.. 1 - -
I., Rheostat transmitting synchro for solving photogramustrical problems.
Geod.i kart.no.7:19-25 J1 157. (MIRA 10:10)
I
(Photocrawstr7--Apparatus and supplies)

AUTHOR: Kuzlmin, L. P. (Moscov) 03-1-9-4-1/12
TITLE: Graphical-Analytical. Method for the Di-termination ~ f the
1. V
Characteristics of a Relay System (GrafcaLaliticheskiy sposob
opredeleniya kharakteristik releynoy sistemy)-
PERIODICALt Avtomatika i Telemekhanika.. 1,958, Vol., 19~ lir 4, pp, 285-295
(USSR)
ABSTRACT: Here the gra hical-analytical method for the detarmiration
of the JJ(435 - and Jl.(,,.,) - characteristic of a relay system
is given. These characteristics are necessary for the investiga-
tion of the periodical mode of operation of the relay systems
according to the frequenoy-method, The theoreTic-al foundation
of the method is demonstrated- The characteristics of a relay
system are connected with the amplitude-phaee-chcLracteristic
of the linear part by the formulae (4
).. The es8en,~e of the
-
graphical-analytical method for the computation of the Jl(C-))
and Tt(63) -characteristios --;s the rqpre5ertat~.on of their
components, which correspond to the values m
andf - 1, for each fixed frequency value in form of vectors,
then the determination of the hodo~-,raphs of these vectors in
case of a modif ication of X' In the domai n 0 phenyl
cyclopropane> phenyl cyclobutane> isopropyl benzene (Table 1).
Card 0 The same frequencies in the spectrum of p-tolyl cyclobutane