SCIENTIFIC ABSTRACT KOLOTILOVA, A.I. - KOLOTIY, M. [KOLOTII, M.]

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000823930007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

deceasedl doktor
VLAD114IROV, G.Ye.1 LYZLOVA, S.11.- KOLOTILOVA,, A.I.
biol. natLkp otv. red.; PETROVICBEVA) O.L., red.; VODOIAGINA,
S.D., tekhn. red.
[Enzymology; basic problems concerning ferments] Enzimologiia;
obshchie voprosy ucheniia o fementakh. Leningradj Izd-vo
Leningr. univU 1962. 255 p- (MIRA 15:5)
Enzymes) (Digestive ferments)

1j:- .7-
KOLOTIMVA, A.I.1 LIZTPVA,, S.N.; PATMLEMA, N.S.
Fifth Internatidnal Biochemical Congress. Vest. IGU I?
no.3:15?-158 162. WIRA 15,.2)
(Biochemistry--Congresses)

RAk-.d6MIw --
KOLOTILOVA,, A.I. - -,
Conference on hypoxia.and bjL()Cheaistry of the neryous and
muscular systems, Vest. LGU 17 no.9:158-160 162. (MIRA 15:5)
(BIOCHEMISTRY-COIKOLSM)

KOLOTILOVA AleksaEdra 111inichna; VLADIMIROVA, G.Teop prof*, red.;
red.j ZHUKOVA, Ye.G., tekhn. red.
(Metabolismi a short textbook for students of the Soil Biology
Department of the Evening Division of Leningrad University) Ob-
men vesbohestv; kratkoe uchobnoe posobie dlia studentov biologo-
pochvemogo fakulltata vechernego otdeleniia, Leningradskogo Uni-
versiteta. Pod red. G.E.Vladimirova. Leningrad, Izd-vo Lenin-
gro univ., 1962. 141 pe (metabolism) (MIRA 15:7)

KOLOTILUVA., A. I.
Some aspects of the moleemlar structure arZ functions of
proteins. Veat. LGU 18 no.15z!19-132163. (KRA 16:9)
(PROTEINS)

KOLOTILIOVA, A.I.T,-XOR0VXINp B.F.; LYZIDVA, S.N..; VAGNERp V.X.; VASILEMKOP
N.K.
Free dbonualeotides and the activity of some enzymes.of the
pentose phosphate cycle in the heart muscle in experimental
*ocardial infaraction, Biakhimiia 28 nooljU3-121 Ja-F 163.
(KRA 1634)
1. Chair of Biochemistryl State UniversityAand Biochemical
L.aborator7p District Militaz7 Hospital, Uningrad.
(HEART-INFARCTION) (NUCLEOTIDES)
(PENTOSE PHOSPHATES)

VAGNER, V.K.j KOLOTILOVA, A.1.1 KOROVKIN, D.F.
Blood serum transk6tolase reaction in myocard.-,.al infarct. Vop.med.khim.
10 no.2:158-163 Mr-Ap 1164a (MIRA 18:1)
1, Chair of Biochemistry of the A,A.Zhdanov State University Leningrad.

KOLOTILOVA A* 1.
Vladimir Aleksandrovich Engellgardt, 1891+- j- on his 70th
birthday. Vest. ILU 20 no.9:165-166 165.
(MIRA 18:6)

VLADIHIROV
., Georgiy Yefimovich, prof.; PANTELEYEVA2 'adezhda
Semenovnai- TW-VA.,,,A,T~P-prof.q doktor biol. nauk~
otv. red.j PETROVICMA., OX., red.
(Functional biochemistryg selected chapters: Respiratory
function of the blood, biochemistry of the muscles and the
brain] Funktsionallnaia biokhimiia,* izbranrqe glavy: Dy-
khate.11nais, funktaiia krovi, biokbimiia myshts i mozga.
Leningrad., Izd-vo Laningr. univ., 1965. 21+0 p.
(MIRA 18s6)

KOLOTILOVA, A.I.; LYZLOVA, S.N.; VAGINER, V.K.; KDROVIKINy B.F.
Some biochemical changes In the myocard4jLn and the blood
at an early stage of experimental myocardial Infaret.
Vop.med.khim. 11 no.5:70-74 S-0 165. (mim 19SI) I
1. Leningradskiy gosudarstvennyy universitet imeni A.A.Zhdanova.
Submitted May 25, 1964.

KOLOTILOVA, D.G.
Effect of external reactive resistance on the self-excitation conditions
of a generator feedir" L half-wave tuned line. Trudy Sib. nauch.-Issl.
inst. energ. no.1:6.1-69 f64. (KIRA 18:5)

KOLOTILOVA, D.G.
Use of'terminal transformers top balf-wave tuning of an electric
power transmission line. Trudy. Tran~p.-energ.4'~mst. Sib. otd,
AN SSSR no.11:59-66 960. (MM 14:6).
(Electric power distribution) (Electric transformers)

WMF
LUKASIIOV~ E.B.1 KOLOTILOVA, D.G.
Consideration of transients in a half-wave tuned line in atud-
ying the self-excitation of the genorator6 Trudy Transp, energ6
inBt. Sib, otd. AN SSSR noiW54-60 ~62. (MIRA 16:9)
(Electric power distribution)

KOLGTIWVA.. D.G.
4W.~-- -,Al~-L--
Decreaue in expenditures on tuning systems by utilizirtgthb reac- ~,q~
tive power-cf.tha.ganamtor. Trudy Tranap. anarg. inst. Sib. otd,
AN SSR noa4-.88-94 162o (KRA 16:9) 1 :
(Electric power distribution)
v

KuLOTIWU, D.G.; LUWIIOV, E.S.
Choice of the parameters of the damper stages of a generator
feeding a half-wave tuned line taking into account self-excl,-
tation conditions. Trudy Transp.-energ. inst. Sib. otd. AN SSSR
no.16:79-89 163. (MIRA 16.11)

KOLOTILOVA, L.V.
Epidemiological significance of vaccination in whooping
cough foci, Zhur, mikrobiol,p Opid, i immun. 33 no.7:50-53
J1 162. (MIRA 17:1)
1. Iz LIvovskogo instituta epidemiologii, mikrobiologii i
gigiyeny.

DAVYDOVA, I.S.; KOLOTILOVA, L.V.
Ant In chilitren following viral
influenza. Zhux.mikrobiol.epicl. I immm. 30 no.5,85-86
MY '59- (HIPA 12:9)
1. Iz L'vovskogo Instituta apidemilocit, mikrobiologii I gigiyon7%.
(INFLUMU. imunoi.
post-Influensal anti-diphtherial immun. in
child* (RUB))
(DIPHTMIL, immol.
same)

DAVYDOVA, I.S.; BIRKOVSKIY, Yu.Ye.; KALITSEVAp t.l.; KOLOTILOVA, L.V.;
TURETSKAYAj E.S.
Disqases awased by S.Breslau. Zhur.mikroblol. epid. i imuln, 32
no.4$143 Ap 161. (MIM 3.4:6)
1. Iz Llvavskogo Instituta epidemiologiip mikrobiologii i gigiyeny.
(SALMOOLIA)

KkLITSEVA,, L.I.;.KOL4)TIWVA, L.V.; LYASKOVSKAYA, M.N.
Epidexiology of typhoid fever. Zhur. mikrobiol,,, epids'ji
imm. 33 noel-50-53 Ja 162, (MIRA 15:3)
1. Iz Llvovskogo instituta epidemiologii$ mikrobiologii i
gigiyeny i oblutnoy sanitarno-epidemiologichookoy stantsii.
(TYPHOID FEVER)

KOLOTILOVA L.V.; POLONOOK, T.M.; SILINA, S.F.
Comparative data on whooping ccugh incidence in children vaectnated
and unvaccinated with antipertussis preparations. Zhur. mikrobiol..,
epid. i immun. 41 no.4t25-29 4 164.
(MIRA 18:4)
1. Llvovskiy institut epidemiologii, raikrobiologii _i gigiyany.

LIPKIN,, M.Ye.; KISHKOJ, Ya.G.; URIN, A.I.; KOLOTILOVA, L.V.; IONOV, L.I.
Use of the fluorescent method for the detection of poliomyelitis
and rabies viruses. Vop. virus. 10 no.1:26-29 Ja-F 165.
O-f[RA 18: 5)
1. Institut epidemiologii, mikrobiologii i gigiyeny, Ltvov.

TURSIN#,7.M.; CHEBOTAWAt L.G.; BELOUSOVAt N.D.
Synthesis of vitamin E~- Zhw. prilai. kbim. 34 no.1:229-232 Ja
161. (MA Us 1)

TURSIN, NF.M.; CHEBOTAREVA, L.G.; MAKAROVA, L.N.; KOLOTILOVA, N.D.
Production of 2-methyl-l~-amino-5-acetamidomet~ylpyrimidine. Trudy
.VNIVI 8:35-38 61. (VJRA 14,9)
1. Laboratoriya vitaminov kompleksa B Vsesoyuznogo nauchno-isaledo-
vatellskogo instituta.
(Pyrimidine)
4

NOLOT ILO - ff. V. - - - - - .- -1- -- -
. -
Removal of colors from waste papers and their final treatment.
Bum-prom. 35 no.10ij-0 0 060. (MIRA 13:20)
.. (Waste paper) I

WIN
t., A~0,5 -
IA
--gTq ffffff-~
--Vg"F 7i' 7

TURSIN, V.M.; MUMMA. LOGO; KOLCTIWU NOD
Synthesis of 2-methyl"4-amino-3-stboxymthylpyrimidins. Trudy
VRrVI 6t17-20 159., (MIR& 13:7)
1. VessoyuzVy nauchuo-Issladovatellskiy vitaminn" itatitut.
Siu~eticheakaya laborator iya,
(Pnummu)

TMIN' V.tfe- KOLOTHOVA, 1,D,
%thod for the continuous production of the methyl and ethyl
esters of formic and acetic acid, Trudy VNIVI 601-33 159.
(MIRA 31.7)
1, Vessoymnyy nauchno-Iseledovatel'skiv vitaminnyy inatitut;
Sinteticheskaya laboratorlya.
OF03MIC ACID) (ACRIC ACID)

US_SR;P4Ysics Semiconductor- -FD-i36o
Card 1/1 Pub. 146-5/18
Author Adirovich, E. I., and Koltilova, V. G.
Title Kinetics governing the foiiuifioilaL"Teraxation of nonequilibrial cur-
rent carriers during irradiation of a semiconductor
Periodical Zhur. eksp. i teor. fiz., 26, pp 281-292, Mar 1954
Abstract The authors investigate the kinetics governing the occurrence of
photoelectrons and photo-holes in the case of irradiated oemi-con-
ductor vith bipolar conductivity, and also study the kinetics of
their relaxation after cessation of the irradiation. They find for
the one-dimensional case the solution of the linearized problem in a
general form and in the asymptotic description for certain limiting
conditions. They also consider the stationary distribution of non-
,equilibrial current carriers, and clarify the conditions for the ap-
plicability of the linearized equations and their connection with the
requirement of quasineutrality, Three references, USSR (E. I. Adiro-
vich, DAN SSSR, 86, 1085, 1952; S. L. Sobolev, Uravneniya matematiche-
skoy fiziki, State Technical Press, 1947; A. N. Tikhonov and A. A.
Samarskiy, Uravneniya matematicheskoy fiziki, GITTL, 1951.).
Institution : Physics Institute imeni P. N. Lebedev, Acad. Sci. USSR
Submitted : May 29, 1953

n u k' 1P t I L~ c-V-6-, V - "-7-
twR/Physics Semiconductor FD-3247
Card 1/1 Pub. 146 - 6/44
Author Adirovich, E. I.; Kolotilovaj V. G.
Title Propagation.of a short pulse in a semiconductor limited to two elec-
tron-hole transitions
Periodical Zhur. eksp. I teor. fiz., 29., No 6(12)., Dec 1955: 770-77
Abstract The authors calculate the propagation of a short pulse in a semi-
conductor limited to two electron-hole transitions upon one of
which a positive displacement is imposed and upon -the other (xv) a
large negative displacement is imposed., which corresponds to the re-
gime of a semiconductor triode. The shape of the pulse is approxi-
mated by a delta-function. By means of a Iaplace transform they find
the p-representation of the current In any cross-section of the semi-
conductor. Passing over to the original for x--w permits one to ob-
tain an expression for the collector current I (v,t) and to explain
the influence of diffusion and recombination of nonequilibrial cur-
rent carriers in the semiconductor upon the shape of the pulse in the
Collector. Six references: e.g. E. I. Adirovich, DAN SSSR) 86, 1085,
1952; V. P. Siforov, Rad..-'Lopriyemnyye ustroystva, [Radio receiver de-
vices], 195k.
Submitted July 19, 1954

-L L; C; 0 P
Ali

Ll-A m
WE
RMAINKM

KOLOTIWVA, V. G.
Kolotilova, V. G. -- "Non-Stationary Processes in a Semiconductor Layer
Bounded by Two Electron-Perforated Shifts (Transistors?) in the Case of
Small Disturbances to Thermodymmic Equilibrium." Physics Inst imelli 11. N.
Lebedev, Acad Sci USSR. Moscov, 1956, (Disseration for the Degree of Can-
didate in Physicomathematical Sciences).
I So- Knizhnaya Letopis', No. 11, 1956, pp 103-114

ADIROVIGH, B.I#,- KOLCTIWVA. Y.0.; MALIN, BeVo
Transient conditions In semiconductor triodes. Radiotekh. I elektron
I no-8:1052-1057 Ag 156e (mm 10:1)
(Semiconductors) (Transistors)

7777~,

fi
----------
Category : UM/Faectronice semicanductor;Devices and PhotgelementS
Abs Jour : Ref Zhur - nzikiLl. No 2, 1957, No 4369
Author : Adirovich, B.I.,, X61otilova V.G.
Title : Concerning the in Transistors
t
Orig Pub Dokl- AN MR,, 1956, loB, No 4) 629-632
Abstract In-earlier publiihed articles the authors -(Referat Zh. Fizika, 1956,
20341, 231o6yobtained the-trandient characteristic of a'grauzUecl-
base tiadsistor'.' 'This *6.rti6le is de4oted toU6 deterAinati6n of'
tiaasfent,characteiigtic~ f6z; the' other tii6 modes'L;.- with.grounded
emitter and vith grounded collector. Bib,liography, 8 titles.
Card

.K 7-0
AUTHOR kDIROVIGHgZ.I.p and KOLOTILOVA V G PA - 2535
TITLE Influence of the Emiff-ef.-Hi-eir Mineas on Semiconductor
Triod Transition Characteristics. (VIiyaniye effektivnooti
emitters, n& perekhodnyye kharaktariatiki poluprovodnikovykh
triodov, Russian)
PERIODICAL Zhurnal Takhn, Fiat, 1957t Vol 27, Kr 3, pp 473 - 477 (U-S-S-R-)
Received, 4 / 1957 Revieweds 6 / 1957
ABSTRACT With reference to the papers of the author in Doklady kkad,
Itauk 5SORl 19550 Vol 105, fir 4, and 19569 Vol 108, Nr 41
where the transition characteristics for semiconductor triods,
were foundp the dependence of transition characteristics on the
efficiency of the emitter ~i is investigated by the present paper
First the mathematical formulation of the problem of trans-
ition characteristics in the case of an earthed basis is written
down for the case
~ 1. The ooefficient.~ expressec in the
t~
last equation of is
,system the boundary condition on the
.
emitter. The effectiveness of the emitter in this case does
not alter.the,form of the transition characteristic nor'-ithe
value of the time of adjustment. Also thi fr'equency-chara'cter-
istic of the triod does not change. Finally the required
equation for the transition characteristic of a semi-conduc-
tor triod for the case of an earthed emiiter is obtained for

Card 1/2 an arbitrary value of the emitter efficiency al . Now the most

AUTHCR -KOLOTMOVk, PA 276T
TITLE P&_d_G_a_9_e_O_f_8_1_n_9T~_and Periodic Palsea "hrough the Semiconductor Triode.
(Prokhozhdeniye.odinochnykh i pariodicheskikh impullsov toka cherez
poluprovodnikorn triod. - Russian)
PMIODICAL Zhurnal Tekhn. Fiz... 19571 Vol 279 fir 4. pp 63o-637, (U*S.S.R.)
Received 5/1957 Reviewed 6/1957
~MTRACT Atfirst a triode with an earthed basis in investigated. The periodic
6 pulses may be regarded as alialting case of n pulses-with-& period
tending towards zero and an amplitude tending towards infinity. The
problem of the creation of periodic pulses may be solved in analogy
to that of the propagation of individual 6 pulses (ZhETF, 1955m 29o
6,770). The process of the passage of pulses through the serlicionductor
triode is characterized by the following factors. 1) Adjusting time of
the steady periodic operation, 2) Maximum frequency of the sequence of
pulses which is determined according to reaction conditions of the in-
dividual pulses in the collector. 3) The lowest frequency of pulse se-
quence corresponding to the initial overlapping of the individual pul-
sesJ1n the collector, 4) The time of the fading-out of the collector
current after-passage of-the pulse sequence. The transition processes
of the adjusting and fading-out of the collector current are investi-
gated. From the formula derived here all characteristics for the se-
quence of the n pulses of finite lenght as vell as for the periodic
Card 1/2 6 pulses may be determined. In the second chapter a triode with earthed

ZINCHOKO, Andrey Vasillyevich; VIKMN, Viktor Samenovich; TOBNIKOV,
N.V., red.: IDLWJZM Tu referent, otv. ze vypusk;
-T
SMMAMA, R.A., takhn.red.
[Now antomatic control systems for machine tools] Novye sistemy
upravleniia metalloreshushchimi stankami. Koskya, 1959. 36 p.
(Moskovskii don nauchno-takhnicheakoi propagandy. Peredovoi opyt
proizvodetva. Serils: Progrissivusia takhnologha mashinoBtroaniis
vyp. 3). 13:8)
(Machine tools-Numerioal control)

S/118/60/000/007/004/004
A161/AO29
AUTHOR: Kolotilova, Yu. V., Engineer
TITLEt Application of,Hydraulic Tracing Drive for Automationllkf
Equipment XIN %I-
PERIODICALt Mekhanizatsiya i avtomatizatsiya proizvodstva, 1960, No. 7,
pp. 59-60
TEXTi Moskovskiy dom nauchno-tekhnicheakoy propagandy im. F. E. V
Dzerzhinskogo (The-Moscow House of Scientifio-Teohnical Propaganda imeni
F. E. Dzerzhinskiy) and Gobudarstvennyy komitet Soveta Ministrov SSSR
po avtomatizatsii i mashinostroyeniyu (State Committee for Automation and
Machine Building in the USSR Council of Ministers) organized-last March a
special seminar "Automation of Equipment by Means of Application of Hydrau.-
lic Tracing Drive". The article lists the reports presented at i~he seminar.
It was opened by _.` Ye. M. Khaymovichl report on the "Hydraulic Tracing
Drive - An Effective Means of Automation and Moderni,.iixtion of Equipment".
Candidate of Technical Sciences B. L. Korobochkin read a paper on "Single-
Coordinate Hydraulic Tracing Drfves and Their Applications", comparing the
Card 1/4

S/118/60/000/007/004/004
A161/AO29
Application of Hydraulic Tracing Drive for Automation of Equipment
static and power characteristics of hydraulic tracing systems and stating
that the system with a differential cylinder with a one-edge slide valve
and constant pressure is beat suited for cases where there is no need for
high accuracy and rigidity and where alternating loadings are absentj
Candidate of Technical Sciences V. A. Leshchenko dealt with "Design of
Two-Coordinate Hydraulic Tracinj -Drives and Their Field of Application in
Automation", stating that extensive design work is done by ENINS on electro-
hydraulic transformers in machine tools with tracing drive w =Th are a
combination,of an electric pickup and a hydraulic power drive. Reports
were read ons "The Prospective Applications of Rotary Hydraulic Drives and
Volume Control in Hydraulic Tracing Drives and Program Control Systems"~,V\
by Candidate of Technical Sciences Ya. A. Kamenirl "Electrically ConFroi~ed
Hydraulic Tracing Drive with Forward and Rotary Motion", by Candidate of
Technical Sciences.G. I, KamenjtGkiv; "Experience with Application of
Electro-Hydraulic Transformers in Machine Tool Drives", by Engineer A. I.
Tikhonov. Representatives from the "Krasnyy proletariy", Elektrostallskiy
zavod-ty-azhelogo mashinostroyeniya (Elektrostall, Heavy Machine Building,
Plant) and other plants exchanged information on their experience with
Card 2/4

3/118/60/000/007/004/004
A161[AO29
Application of Hydraulic Tracing Drive for Automation of Equipment
hydraulic #,acipg drives# Deputy Chief Designer of Gorlkov&iy zavod
frezernykh stankov (GorlkiZ Milling Machine Flant~.N, V. Plotnikov, ave
information on automation of machine tools a-f-thTs plant using these drives.
Twelve copying milling machines were developed by-the plant Ir. 10 are ancL
brought into practical use. In hydraulic copying 11r4)-21411,,(qF_214rand
1-r4>-2101' (GF-214m) machines the automatic cutting process lasts 8 hours and
the placing of the part, clamping, and removing takes only 10 minutes. On
the ,r~-619,, (GP-619,o and "NI-62011 (GF-620) machines the cutting tpkes 6
hours and the auxiliary time only 15 minutes. The report by S. M. Kato
"Experience with Hydraulic Tracing Drive in Tooting Stands" dealt with the
use of this drive in testing and setting gyroscopic and other instruments
and devices. V. P. Temnyy presented a paper'on "Hydraulic Tracing Power
Drive for Automation of Heat Power Processes"; S. S. Barvina - on "Experi-
ence With the Automation of Billeting Stamping Equipment by Using Hydraulic
Tracing Drives;. Candidate of Technical Sciences G. 'L Kamenetskiy on the
calculation principles for hydraulic tracing drives.' Recommendations and
practical suggestions were made by the seminar participants concerning
better use of the drives. One-coordinate tracing drives with independent
Card 3/4

S/118/60/000/007/004/004
A161/AO29
Application of Hydraulic Tracing Drive for Automation of Equipment
and automatically controlled feed were recommended for automation of machine
tools for machining parts with interrupted contours; for machining parts
with complex outline and internal surfaces two-coordinate hydraulic
drives and their Gambiaw"Ions with one-coordinate drives are to be used;
for the automation of billeting stamping and other presses or other heavy-
duty equipment, high-pressure drives were recommended. The necessity was
stressed to organize mass-production of standardized component units of
drives, as well as to improve the quality of the design and making.
Card 4/4

69310
S/118/60/000/02/018/024
D038/DO06
AUTHOR: Kolotilova Yu.V. Engineer
TITLE: Composite Automatio -and Mechanization of Mechanical
Metalworking Processes
PERIODICAL: Mechanizatsiya i avtomatizatsiya proizvodstva, 1960,/y
Nr 29 pp 53-54 (USSR)
ABSTRACT: The Moskovskiy Dom.nauchno-tekhnicheskoy propagandy
im. F.E. Dzerzhinskogo (The Moscow House of Scientific-
Technical Propaganda imeni F.E. Dzerzhinskiy) -organized
several seminars. The one described opened with a re- V
port from Doctor of Technical Sciences A.P. Vladziyevskil
who outlined the planned development, mentioning 'that I
in 1957 there were 295 types of automatic and seimi-auto-
matic machine tools,~~nd that 650 will be produced by
1965. The automatic lines for machining bevel gea:rs,
Card 1/5 developed by ENIMS, will be produced in quantity. A.Ye.

69310
S/118/60/000/02/018/0.24
D038/DO06
Composite Automation and Mechanization of Mechanical Metalworking
Processes
Prokkopovich, head of the Upravleniye avtomatizats.11i
1 sreTs v-proizvodstva dlya mashinostroyeniya (DJ...
rectorate of Automation and Production Means for Ma-
chine Building) of the Gosudarstvennyy komitet So-
veta Ministrov SSSR po avtomatizatsii i mashino-
stroyeniyu (State Automation and Machine Building,
Committee of the Ministers Council of the USSR),
read a paper on "The Level of Modern Machining Tech-
niques and Methods of Evaluating it". N.A, Razumov,
member of the Sovet Mosgorsovnarkhoz (Mosgorsovnark-
hoz Council) reported on "Complete Automation and
Mechanization of Technologic Processes in Machine
Building at the Moscow Plants". He mentioned that the
special 8-position unit head 111S-21211 machine tool
for,bicycle tie rods replaces 15 conventional machines
Card 2/ 5 and requires 2 operators instead of the former 30. An

69310
S/118/60/000/02/018/024
D038/DO06
Composite Automation and Mechanization of Mechanical Metalworking
Processes
automatic line machining the frames of electric motors
resulted in nearly half million rubles annual economy.
Moscow plants will produce 450 automatic machining
lines in seven years and the output of multiposition
unit head machine tools will be trebled, while produc-
tion of unified (standardized) machine components will
be organized. Moskovskiy-zavod im. Likhacheva (Moscow
Plant imeni Likhachev) enivisages an overhead pusAing
conveyer which will release 1000 workers and give an
estimated annual economy of 20 million rubles. Doctor
of Technical Science F.S. Dem9zaayuk treated the basic
principles of complqte automat d mentioned ex-
amples of new equipment combining several machining
operations, like multiposition t-arget type semiauro-
matics with up to 10 works positions and 100 cutt---ng
Card 3/5 tools working simultaneously, Professor B.L. Boguslavs-

69310
S/118/60/000/02/018/024
D038/DO06
Composite Automation and Mechanization of Mechanical Metalworking
Processes
kiy read a paper on "The Basic Development Trends of
Higii-Automated Lathes", mentioning that one fifth
of the machine tools planned for output by 1965 are
lathe;N$B.S. Blakshin, Doctor of Technical Sciences,
IT-o-nored Scientist and Technician of the RSPSR, spoke
on 6Automation of Circular Grinding and Universal Mill-
ing Machines". Candidate of Technical Science A.N. Ma-
__12y_discussed "Automatic and Semi-Automatic Attachments
for Metalcutting Machine Tools"., R.G. Yashunskiy (of
NIITavtoprom) reported on automafic loadiRg- =571-51es for
general-purpose machine tools mentioning the vib.rodrives
developed at NIITavtoprom - namely the IIVP-200" which
holds a cup 200-300 mm in diameter the "VP-400" for
cups 400 mm in diameter and the 14-6001- for 600 mm
cups. Candidate of Technical Sciences A.N. Zhurairlev
spoke, sometimes critically, of meqhanical and auto-
matic dimension control in machining. It is planned
Card 4/5 to replacethe existing technical inspection system

69310
S/118/60/000/02/018/024
D038/DO06
Composite Automation and Mechanization of Mechanical Metalworking
Processes
based on passive recording of spoilage by an active
control system preventing spoilage, ensuring stable
and high quality raising output and cutting costs.
Doctor of Economic Sciences A.A. Zvorykin delivered
a report on "Complete Mechanization and Automation
of Production Processes in Machine Building, and
its Economic Effecttandidate of Technical Sciences,
N.G. Latyshev discussed "Automation of Production
P-rocesses and its Effect at Series Production Plants".
The participants of the seminar approved a recommen-
dation in which it was noted that though there is a
considerable success in automation and mechanization
in mass production, too little attention is Daid to
it in series and small-lot productionj particularly
in the use of old machine tools.
Card 5/5

25(6) S/028&/000/03/024/029
D041/ '~006
AUTHORs Kolotilova, Yu'va
TITLE: The Typification of Technological Processes in Machine
Building
14
PERIODICAL: Standartizatsiya, 1960,t~Nr 3, pp 57-58 (VSSR)
p
ABSTRACT: In January 196091the Moskovskiy dom nauchno-tekhnichookoy
propagandy im. F.E. Dzerzhinskogo (Moscow House of Scienti-
fic Technical Propaganda imeni F.E. Dzerzhinskir) con-
ducted a seminar on the typification of technological
processes in machine building. The'folloving lactures
were givent.Profeauor-F.8 t Techni--
Demlyanjuk Doctor o
Fo ions ~ Vf theT _i_
-Processes --I S -_-Gizi
"Fundamentals of Group Vachining";III.M. Dvoretalkiyo
Engineer - "The Typification of Technological Trocess-
es and t~e Improvement of Technological Documentation";
Card 1/2 X.Oo Yakobson, Doctor,of Technical Sciences, leatured

28(1 31 28 60/000/05/022/027
30(17~
0 6
AUMR: Kolotilovaj. Yu.Vo
TIM: Axufttomat of Equipment by Means of a E~rdraullc Follov-Up Drive
PM33DD3DAL.- Standartizatslya,, 1960,, Ur 5. p 54 (MR)
ABSMACT: The article covers a semInar tuder the title VAulpment Antwdlon
by News of Almlying %nft=lic 4R~.U DrIve* jointly orgutized
by the VloskDvskly Dom MUOM10-tekhnicheskoy propagandq im, T.E,
Dzerzhinslwgo (Moscow ffouw~ of Scientific and Technical PahLicity
imeni FeE. Dzerzhinskiy) and the Gosudarstie=Wy komitet SareU Rinist-
rov SSSR (State Co=Attee of the Ministers Council of the USM).
The seminar vu attended by more than 350 peopla'and 18 reports
were dolivwad. The following specialists lectured on themes
indicat;M: Professor Doctor of Technical Sciences Ye.M. Zbbmw-
vich on uThe Hydrau3f Follow-Up Drive - an Effective Moms for
The Automation of Equipment and Modernizatioe; Candidate Df Tecb-
nical Sciences B.L. Korobocbkin,on "Single-Coordimte 4drealic
C ard V2 Follov-Up-DA1i;i=d Their Scope of Applicatloht; Candidate of

KAZAIMEV, Nikolay Dmitriyovicht doktor yurid'o nauk, prof.;
111kola evna kand. yurid. nauk;
RYGALIII, A.G., - - Zlw. II.Lop teklm. red.
(Legal aspects of conservation in the U.S.S.R.; a textbook]
Pravovaia okhrana prirody v SSSR; ucbebnoe posobie. Moskmap
Gosiurizdat, 1962. 132 p. (MIRA 15:11)
(Conservation of natural resources)

.KOLOT.UISKAYA Yelena KikolayMw; KAZANTSEVA, N.D., prof.., red.;
~NKOJI G.P., red.; YMUKOV, M.S., tekhn. red.
(Legal aspects of conservation in the U.S.S.R.; a textbook
for correspondence studonts of state univerBities]Pravovaia
okhrana prirody v SSSR; uchebnoe posobie dlia studentov-
zaochnikov gosudarstvennykh universitetov. Pod red. N.D.
Kazantseva. Moskva, Izd--vo Mosk. univ., 1962. 193 P,,
(HMA 15:11)
(Coxwervation of natural resources)

KOLOTIRKIN I M
==L-f=i
Anion Wnfluence on the kinetic digAplution of metals. Analele chimie
-18 AO-I-'99-114 Ja-Mr 163.

Delirarskiv, Yr. K. and Kolot-t i I A. A. "The deco,-!position 1vtenflal of aj!,J;AnLv1
Ukr. kllilm.. zhurnad, 1948, Issue 1, p. 124-23, - Di llog: 6 ite-'s.
SO: U-3042, 11 Yarch '13, (letopis Iny'z\-h Statey, No. 10, 194!--,,).

Y,OLCTrI, A. A.
Dolimarskiy, Yu. K., Ryabokon', V. D. and Kolotti, A. A.
"The decomposition potentials of the chlorides of metals in
a molten mixture of N&C1,, KC1 and SrCl as a solevent,"
Ukr. khin.. zhurnal, Vol XV. Issue 1, 1949, P- 1h9-58, - Bibliog'. 11 ite.-M.
SO: U-5241, 17 December 1953, (Letopis Qhurnal Iny1ch Statey, 26, 19119)

L A 42,
Li
Mu
1.41, Uri a I
,~a 761 Of T iC"! ~l i"I A At 4.,kq-.
ea

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00
of
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a
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if ,I '.Gi
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J-P .44 fill 140#6l
. 7 - - ; -- ~ . - ) -CFO
"0
'so
P;twtw "doe of mews in awlt- 1046
bfmWds #2 "wou"
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ee arm 1weaMs Ud P091 "00
-
.
yu. X. I)clitnardA and A.A. K010144- ZhIlf- M. xhip".
MIR 0
23, 330-fl194D). cf. C.;~. 42, 2186t.-The tkcQMPII.
% ums. of cabri. Itnurl. T111r.
5 6ci 000
.
I the (UMI cuo;ACA. Mitt. Of NOW And Kar %0
v.. rej). The tcluit.
I.M. And 0.0
t~~fj. X 10, ul I' bcturcio We) aml M
-I(,, arid --at r~p. The standard 1moviltiAls of ltwtA14
+ KDr am diflocat from th
n
% ro
a
(
1. J. HikermAn

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SITImilva
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K
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.
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Zh"f- Fig- rt. C.A.
00 The dmompn. pultentiAll V of 51-C 111,11. W)ltlc it, All, ill
`
'
CO .00

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of tit tact4bi is different in All, and SAM.. ne ejecer.mic
paccutiab Usually are moct neg. in %AAII, thin its N.&AlCi,
becawe of the diffemat dd
rmti
f
l
b zoo
04 o
ons o
mcu
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y
diffemit halogen ions. 1. 1. Hikernun
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0 0 0 0 0 6 0 0 0 41
0:6,411-0,411 0'.
rw 0 9 1 IN I a
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0 * a 0 0 0,
0 0 0 4 0

KOWITI; A.
USSR/C6nistry- ~etgll*gy, Alwitinum Jun 50.
'IBlectrode Potential of Alwaimm in Molted Halides,"
Yu. K. Delimarskiy, A. A. Kolotti, Inst of Gen and
Inorg Chem, Acad of Sci Ukrainian SSR
"Ukrainskiy Khimicheakiy Zhurnai" Vol XVI, No 1,
pp 119-126
The electrode potentials of aluminum exe detd for
various melted halides in relation to a sodium
electrode taken as zero. The relationship betveen
the magnitude of the aluminum electrode potential
and the nature of the anions present in the melted
electrolyte is. established. On changing from chlo-
-rideto bromide-and.i7dide, the electrode potential
1 of aluninijai b6cowslvore DOS. 212r6

Reversible glass-tin-sodium reference elecifodes n fused
I tr- SY salts. Vu. K. Deli -=Uj and A, A. Kol
Z
M -
- otti. Ukrain.
-
T
Kkins. Zhur. 116, 43)~AG(1950)(in Itu. sia
HT- 77
construe
e
tion and use of a glass-Su-1-Ta electrode is described. For.

r
2
~thecell SnIglassINa, E - 2.0.346 v. at 500*. In the 11ge
*
500-600* AE/A T -0.0003 v./
C. Na-Sn alloy. e
.
. be
substituted for either Sn or. Na to give sinaller voltages.
Wben Na exceeds 40% in the alloy the voltage of the cell.
Sn I glass I Na.3n, does not appm to vary appreciably with
Na. Na-qtt alloy electrodes are used foc measurements of
thecells AgjAgX-NaXjglari NarSnp. where X is Cl, Br, or
l
1. WittiBasanexpesimen(A
lydevciopedfutictioniD(%Na
for-NalglassiNa~Sug, thi electrode potenthd of All Is calcd.
with reference tb Na. The fused salts Investigated are, in*
molar %, Mal-Mgi; 5ON&I-60AgI. 5ONaBr-6OAgBr;
sobiacl-wAgcl- Voltages are reported for the temp. range
530-700*. The most gert ly U lye-SU alloy contains
30.79% Na. The A. betw H Ag varies with the
r= ten Na aji
C
n
of the
et el
ectrol
t
H
Facbman
COM
.
l
.
.
.
g
y
p

'5~j V-
L-07 f A-A
DICLIMARSKIY, Yu,x,; "MWTI A A
Relation of the decomposition potentials of salts to their concoatratiox
in fused electrolytes. Ukr-khim-zhur-17 no.1:123-135 151. (KMA 9:9)
I.Institut obshchey i neorganichookey khimli Akademii nauk Ukraiaskey SSR.
(Salts) (Potential. Theory of).

INLIK.aRSKIY, YU.K.; KOLMI, A.A.
Second potentials in the electrolysis of fused silver halides. Ukrain.
Khim. Zhur. 17, 877-89,151. (MLRA 6:4)
(CA 47 no.22:12041 153),
1. ~nst. Gen. Inorg. Chem., Acad. Sci. Mr. B.S.R., Kiev.

, r
on iti wolita- -
Lead
of
'U-Z~2' is.
fflMu ~hli~
al Vb-Li alloys (up to 54% Lii by cltetri~'vmia of the molten
eulectic mixturv, of KC1 and LiCl (60 me!.-% Lif'11, wi*. r
molten-Pb cAthede &ad a gu&phito &node, Data ibo~ink the
rzNtitin bct--,cn ed.. temp.. turf of t~--mmal
voltAg-. Ld c-auka of th2 alloy, Gnd cimilt &M
tahul,i ed.-G. V. I- T.
i

USSR/Chemistry Zirconium Jul-Aug 53
,"Potentials of Electrolytic Decomposition of the
Systems NaF-ZrF4 and NaF-ZrF4-ZrO2," Yu.K. Delly-
skiyjp A.A. Kolotiy, V.A. Iapa, Inst of Gen and
Inorg Chem, Acad Sci. Uk SSR
,Ukrain Khim Zhur, Vol 19, No Pp 372-376.
Although Zr is commonly produced by reducing
f luorozirconates with Na, it can also be obtained
industrially by electrolyzing fused fluorides.
:With the aid of I-V curves, the decomp potentials
.were measured at different temps. It was
268T11
established that the decomp potential of Na
fluorozirconate drops with rising temps and risen
when the concn of NaF is increased. In the I-V
curves for the ternary system]NaF-ZrF3-ZrO2, only
one bend is present. In the electrolysis of both
mixts, Zr was deposited at the cathode.
8-774ol.
26ftil

KOWTIYI A. As-
Dissertation: "Standard Electrode for Yolten Salis and Its Applicatfton."' Cand
Chem Scil, Inst. of General and Inorganic Chemistr7p Acad Sci Ukrainimi SSR, 1 Jul
54. (Pravda Ukrainyp Kiev$ 23 JM 54)
SO: SUM 318t 23 Dec 1954
M

fill j
VOF ~,-LAS.,

F7-TTF. -TIT-
f3

Category: USSR [Physical Chemistry - Electrochemistry
Abs Jour! ~eferat Zhur-10iimiya, No 9, 1957, 30142
Author : Kolotiy_A.A., Delimarskiy Yu. K.
Inst T-K-6~F given
Title Electrochemical Separation of Binary.Lead-Copper and Lead-Silver
Alloys in Fused Electrolyte
Orig Pub: Ukr. khim. zh., 1956, 22, iio 4, 466
Abstract: In continuation of previously pi;blished work (RZhM'im, 1956, 42832)
a study was made, for the purpose of refining Pb from Cu and Ag,
of the electro lysis of fused eutectic mixture PbClL -KC1-NaC1 at dif-
ferent current density.~i. As anode were utilized the binary alloys,
Pb-Ag (0-05 - 10 at c~ Ag).and Pb-Ca (0-05 - 5 at.% Cu). Cathode
and anode metals were held in refrd wctory test tubes with lateral
openings. The electrolyte was contained in a porcelain exacible.
It was found that with increase of Cu and AS content of the anode
metal by 10 times the amount of admixtures in the cathode metal
increases, respectively, by 10 and:4 times. Gn increase of i at the
Card 1/2 -13-
........................................ .............. .............................................................

v rp
d7

MO aary afkY3 of Pb with

K C I u, t-,
aa jz-4en JZ JW"d pW Ct.,
P-1p. .!"m
-tam Z
SMP./N, CM. tall 'N

tOd Ole eleMulyjs IP an sin-
woz ba
so Zo Impurilks Can t~r
the junt, Fif In

,R~l
I-W,
'.1-Ai
1 EE
ip~
i1;
~14 11
Z2-L~
J-

KOLOT I Y
Potentiometry of melts containing silver and sodium halides. Zhur.
fiz.khim. 30 no,3:508-514 Mr 056. (NUA 9t8)
1. Institut obehehey I neorganicheskoy khimii Akademii nauk U=,
Kiyev.
(Potentionetric analysis) (Halides)

-4VA
an,
Wk:j and Racl-It
1,12
aiz eurmn
Aza--

KOLOTIY, A. A. GIIMN, Ye. B. DELRAAMKIY, Yu. K. PANCHEIRCO) I. D.
"Blectroly-tic Production of Lead by Electrolytes of Fused SaItG"
IONEh Ac. Sc. Ukr SSR.
report xUbdtted at a aWereme OU am wtho" of lmd Product-Ion fm comentmtes,
Gilatsvetmt (Stlte rust- NOU-FerrOw MeteQUUrgA, MOSCOV 22-25 June 1958.
(for entire conf. "e awd for LUM, V. P.)

DIMIMARS11Y. Ta.l.; IOIMIT, A.A.
Qtwrts reference al"Arode for fused salts. Ukr. khts. hur 24
no. 2:146-151 1580' WRA 11:6)
1. ~Institut abahchey' i.nsorgsnIOhsskqy khtmit AN USSR.
(Electrodes)
(qurts)
(Suits)

KOLOTIT, A.A.
Using,silver and silver chloride reference electrodes in fused salts.
UkrAhim,shuro 24 no,6:712-717 158. (MIRA 12:3)
1. Institut obahchey I noorganicheakoy khimii AN USSR.
Mectrodeo) (Salts) (Blectromotive force)

50) PHASE I BOOK EXPLOITATION SOV/2216
3Qvo5hchanlye PO *Iektrakhimil. 4th, Moscow, 1956.
Trudy... ; labornlkl (Transaction$ of the Fourth Conference on Elect-
rochemistry; Collection Of Articles) Moscow . Izd-vo AN SSSt.,'
1959. 868 V. Errata slip inserted. 2,500 Copies Printed. ;Z'
Sponsoring Agencya Akedemlya nauk 333R. Otdolonlya khImIcheskikh
nauk.
]Ldltorlal Bmrda A.N. Prumkln (Reap. Rd. ) Academician, O.A. Yealn.
rr,oressor; 3.t. Zhdanov (Reap. Secretary), B.H. Xabanov, Pro-
feasor, 3.1. Zh4anov (Rasp, Secretary)s B.N. Kabanov, Proresaorv
YA. M. KolotyricIn, Doctor r Chemical 3c4*nc~3; V.V. Losev. P.D.
Lukovta*v. PrOfessorl Z.A. Solov'yoval V.V. 3tender. Professort
and O.M. Florlanovich; Ed. of Publishing Houses N.O. Yogorov;
Tech. Md.s T.A. Prusakova.
FURPOSIz This book is Intended for chemical and electrical engi-
neers. Phyalclots. metallurgists and researchers Interested in
various Aspect* of electrochemistry.
OVEftAOEg The book contains 127 of the 138 reports Presented at
the Fourth Conference on Electrochemistry sponsored by the Depart-
ment of Chemical Sciences And the Institute of Physical Chemistry.
Academy of Sciences. USSR. The collection Pertains to different
branches of electrochemical kinetics, double layer theories and
galvanic Processes In metal olactrodepositork And Industrial also t-
rolyslo. &bridged discussions are given At the and of each divl-
sion. The rAjority or reports not Included here have been t
published In periodical literature. No Personalities are man lon*d.
References are given at the and or most or the articles.
(Inatitut geokhimil 1 analitlch&MkOY Ichimill
AN 3--: Iment V.I. Vernadskogo - Institute of Otocho-latry
and Analytical Chemistry Imeni V.I. Vernadekly, Academy of
Sciences. USSR). Diffusion of Electrolytes and the Polaro-
graphic Method 67T
-,-and X.&_Thigalava (Institute of F.Yalcal
Chemistry, Academy of Sciences, USSR). Diffus Ion of Oxygen
Through Thin Films of Electrolytes 684
Discussion 10.3. Knenzhek, Yu. A. Chizmadxh#v, Yu. A. Vdowlrs.*
D.E. X)-Achturyan and contributing authorel 689
PART VIII. ELECTROCHEMICAL PROCESSES IN NONFERROUS 695
METALLURGY
3tsngor,_Y.JL (Dnepropetrovsk Institute Of Chemical Technology
--raient V.I. Dmor.1iinakly; Institute of chemistry Academy
or Sciences, KazSSR). Electrolysis as a Means of Combining
Card 27/3k
Several Metallurgical and Chemical Production Processes
(3006 Raw P"COSGOG Of Hydroelectric Metallurgy) 6cr,
%r. (Kazakh State University. Academy of Sciences.
me Problea or Amalgam metallurgy - Cementation
Of Metals With Amalgams 704
0 Panchoako, yc_a_,
fft--n and ?J__rZ-
C A-.jhjL01.t _Trno or G*n*rAl and In-
organic hemlatry- X`cmi of Science UkrSSR). Elect-
rolyt1c Purlrlcatton or Lead From Pus% Salta 710
and VJ1ah01Z_1_1Tna (Institute of Metallurgy,
Academy Of science*, R vent1gation or the Potentials
and Anodle Palarizatlon of Metallic Sulfides and Their
Alloys 715
I A. BAumAS.(Deceaswd)(VsesOyuznyy nauchno-
Institut tovetnyich metallov - All-Union
Scientific Research Institute Of Nonferrous Metals). 3pe-cial
Card 28/34
features or the Anode Process During the Purincatt-on or a
COPPer-Mickel Anode In a Sulfate
-Chloride Electrolyte 720
Z&rot$kly. 3,A.. I.G. Zharnit&klyr (De~'a'ed). and I.A. Bogdanova.
Anodic Bchsvlor Or Mangano*. and Its A Iloys 723

S/073/60/026/001/003/021
BO04/BO54
AUTHORS: Delimarskiy, Yu. K. and Kolotiy, A. A.,.
TITLE: Anodic Dissolution of Lead Alloys With Antimony, Bismuth, and
Silver in Fused Alkali
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, 1960, Vol. 26, No. 1,
pp. 16-24
TEXT: The authors studied the electrolytic separation of the anoderesidue
which is formed in the electrolytic refining of lead, and contains, besides
lead, 1-13% of Bi, 0.6-35% of Sb, and about 0.05% of Ag. The electrolytic
experiments were made in molten NaOH. Pure Pb, Bi, Pb-Sb alloy, Pb-Bi
alloy, or a quaternary Pb-Sb-Bi-Ag alloy served as anodes. The interaction
of Fb, Sb, and Pb-Sb alloy (with 1% and 35% of Sb) with the molten NaOH
was studied. The authors found a poor solubility of Pb and, in the alloy with
1% of Sb, an extraction of Sb from the alloy. The 35% Sb alloy, however,
was stable to NaOH. Electrolysis of the two Pb-Sb alloys was conducted in
the electrolyzer shown by the figure. The Pb-Bi and Pb-Ag alloys were
stable to NaOH. These alloys were also dissolved anodically. To dissolve
Card 1/4

Anodic Dissolution of Lead Alloys With Antimony, S/073/60/026/001/003/021
Bismuth, and Silver in Fused Alkali B004/3054
the lead completely from alloys rich in'bismuth, the authors finally
studied the intoraotion between Pb-Bi alloys and a B12O 3 -NaOH melt, and
determined the solubility of Bi 203in NaOH. The following was found: 1.4%
by weight of Bi203 dissolved at 315OC; 6-4% by weight at 483OC; and 10.1%
by weight at 7400C. A Pb-Bi alloy with 4$ of Bi can be concentrated to
50% of Bi by means of the Bi20 3-NaOH melt. On the basis of experimental
data, the authors concluded: Sb must be removed from alloys poor in Sb at
low anodic amperage, since otherwise Pb and Bi are also dissolved. In
alloys rich in antimony, a high current density must be applied at the
beginning to intensify the process. After a decrease of the Sb content in
the alloy, low current density is applied. Antimony can bo fully romoved
from lead alloys by anodic dissolution. After removal of 3b, the alloy
can be enriched in silver by anodic dissolution of Pb and Bi. By complete
removal of Pb, possibly with tho use of a Bi 20 -NaOff melt, the alloy can be
enriched to 40% of Ag. The complete separation of silver from bismuth must
be conducted by known oxidation methods..The cathodic proce2s during the
Card 2/4

Ano di 6 Dissolution o fLead Alloys Wi t hAntimony,,3/073/60/026/001/003/021
Bismuth, and Silver in Fused Alkali B0040054
anodic separation of the Pb_Sb-Bi-Ag alloy was not investigated in detail.
~It was.observed that only hydrogen 'was separated by low current den~aities.
Athigh current densities, Pb, Bi, and also Na can be precipitated as
Na3Bi. The formation of H 2 and Na 3Bi reduces the current yield of Pb and
.Bi on the cathode. A complete separation of lead from bismuth in an alka-
lite melt L
could not be aitained. There are 1 figure, 6 tables, and 12
refLerences:-5 Soviet, 3 US,and 4 German.
ASSOCIATION: Instit"It obshchey i neorganicheskoy khimii AN USSR
(Institute of Generaland Inorganic Chemistry of the
AS UkrSSR)
SUBMITTED: June 19, 1958
Legend to the, figure:.l: metallic anode,'2: NaOR melt, 3,4: corundum.
beaker, 5: current supply to the anode, iron bar in corundum casing,
6: cathode, iron bar in corundum casinE with shovel-shaped end.
Card 3/4

DRIMLMNITP Yu. K.j KOLOTIrp A. A.; GRISHCHENKO, V. F.
- -----------
Electrode function of platinum in fused salts. Part I.: Potassium
and chlorine functions and the eigenfunction of platinum. Ukr. khim.
shur. 27 no.6:760-766 161. (MIRA JA:11)
1. Institut obehchey i cheskoy khimii AN USOR.
=des, Platinum)
(salts)

KOLOTIY, A.A.; EELDUMKIY, Yu.K.
. ............
Blectrodo functionof platinum in melts. Part 2. Qwgen
functionof platinm, Ukr.,khim. zhur. 28 no.lt53-59 0620
(MIRI l6t9)
1. Institut obehobey i neorganicheskoy khimii AN TqtrSSR.

KOLOTIY,, A.A.
Mixed electrode functions of platimm and other metals in fused
Balte. Ukrkhim.zhu.r. 28 no.2slOS-192 162. 04IRA 150)
1. Institut obahchey i neorganicheskoy WWI AN USSR.
(Electrodes., Plati=) (Salts) (Electrochemistry)

DELIMARSKIY, Yu.K., akademik; KOLOTIY, A.A., kand.kbimicheskikh nauk;
WACHEVAI E.V.
Equal value potentials of iron and tin in FeC12 - KC1 and SnC12 -
KC1 melts. Sbor. trud. TSNIICHM no.28:166-172 162. (MRA 15:11)
1. AN UkrSSR,
(Tin plating) (Fused salts-Electric properties)

UPI
,4EIYO A.; DELIMIMAR, Yu.K.
Electrochemical study of the system SnC'2 - KCL' Zhur. Ir*org.khim..
8 no.1:163.-166 Ja 1,63. OURA 16-5)
1. InBtitut obshchey i neorganidlieskoy-khimii AN UkrSSR.
(Fused salts) (Kleo"trochemical analysis)

KOLO~IY, A.A.; TKAGHEVA, E.V.
Decomposition potentials of the systems SnO12 - XG1 (50 mol..~/O)v
FeC12 -101 (50 mol. O/o), and SnC12 - K01 - Fed-12 (61j5133,5,
and 5 mol. 0/o) in the fused atiate. Ukr.khim.zhur. 29r no.1:39-42
963. (MIRA 16:5)
1. Inatitut obahchey i neorganichaskoy khimii AN Ukr3SR.
(Fused salts--Electric properties)
(Electromotive force)

KOLOTIYP AqA*
Glass electrode in fused salts. Ukr. khim. zhur. 29 no.11:
1-169-1172 163. (HIRA l6r12)
1. Institut obshchey i neorgar-icheskoy khimii AN Ukr6SR.

DELIMARSKIY, Yu,K,j KOLOTIY., A.A.
EquilibriUi potentials of iron and tin in molten FeG:L2 - KCI
and SnC12 - KC1 and the equi2ibrium constant of the -reaction
Sn +- FeC12 # Fe t- SnC12 - Zhur. prikl. 'khim, 36 no.9:1929-
1932 D 163. (MIRA 17: 1)
1. Inutitut obshchey i neorganichookoy khimii AN UkrSSR.

KOIDTIY9 A.A., kand.tekhn.nauk; TKACHEVA~ E.V., inzh.
Potentials of the decomposition of the systems SnC12 - KCI
[50 % (m01-)], FeC12 - KC1 150 % (mOl-)b and SnC12 - KGI - FeCl
(61.5: 33.5 and 5 % (mol.)] in a fused state. Sbor. trudy TSNII9HM
163. (MRA 17:10

KOLOTIY, A.A., kand.tekhn.nauk; DELIMARSKIY, Yu.K., akademik
Electrochemical investigation of the system SnC12 KCI sbor.
trud. TSNIICHM no.34t28-33 163. WRA 17:4)

K'OLOT~l,--~.A.-t--kand.tekhn.nauk
Tin losBes in a fuBed mixture SnG12 - KC1. Sbor. trud. TSNIICHM
no.3404-39 163. (MIRA 17s4)

KOLGrTIY, A.A.
Eleetrochemical investigation of the system Sn - SnCl (K01).
Ukr..khim.zhur., 29 no.9:939-945 163. (NIRA 17:4)
1. Institut obshchey i neorganicheskoy khimii AN UkrSSR.

KOLOTIY, A.A.; KUCHMNKOt V.L.
Loases of tin and lead during dissolution in the systems-4of
fused salts Sncl 2 - (Xcl) and PbCl 2 - (KC1 - NaCl).
Ukr. khim. zhur. 30 no.1:57-59 164. (MIRA 17s6)
1. Institut obahchey i neorganicheakoy khimii AN UkrSSR.

DELIMUOKiyf YU.K. [DelimarB'kyi, MR.If akademik; KOSMAITY, Yu.Ye.
Bomatyi, IME.I; KOIDTITp A.A.
platinum and platinum-glass reference electrodes for silicate-
chloride and chloride malts. Dop. AN URSR no.9:1192-1194 164.
(KIRA 1711l)
1, AN UkrSSR (for Dolizarokiy).

KOLOTIYj A.A.
Method of determining the decomposition voltage of fused
salts. Zhur. fiz. khim. 38 no.5:1370-1371 MY 164 jMIRA 18M)
1. Institut obahchey i neorganichoskoy khimii AN UkrSSR.
Submitted March 22, 1963.

EWP(e)/EWT(m) DS/WH
L oqq,)_!!6
ACC NRt AP7002341
SOURCE COV41 UR/0073/66/032/007/0673/0675.
AUTHOR: Kolotiy, A. A. Lushnikova, G. V.
ORGI Institute of General And-Inorganic Chemistry,, Academy of Scioncesp Ukrainian
SSR (Ins7~fl~u_i-o~iiichey I noorganichaskoy kh1m1f,"' AN Uh~ssky-
TITIZ: Electrochemical properties of glass membraneslin-a PbCl2-NaC1 molt
SOURCE: Ukrainskiy khimtcheskiy zhurnalq v. 32, no* 7. 19660 673-675
TOPIC TAGSS electrochemistry$ glass property, glass electrode
ABSTRACT: The composition of a 91"s has a substantial Influonoe on'its electro-~
bhomical -properties, which plays an important role in the design'of glass ro-
ference olctrodes for molten salts. An attempt was made to simplify the method
:of studying the electrochemicall*13ehavior of a glass membrane through the use of
a platinum-oxygen airFoloctrodh in PbC12_NaC1? molts. The electromotive force
:of the circuit was measured as a function of th; composition of the glass# time$
and temperature at constant concentrations 10-2 and 3.2.10-1% by weight NaCl in
ithe molt. A decrease in the electromotive force of the circuit was observed with!
;increasing-sodium oxide content in the glaso. All of the tested glasses but one.:
.were characterlzod_~y a general drop in the electromotive force with timeo
ORIG. art. hast I.figuret 2 tables and 5 formulas.. &PAS: 38,439
SUB CODE: 07,09,11 SUDH DATEt 24Feb65 ORIG REFt 008 OTH REF: 004
Card 1/1 net UDCs 541'.13L53

KOLOTIYo M. Nolotii, M.]
Urgent problems. Sill. bud. 11 no.4:6-8 Ap 161. (HIRA 14:6)
1. Zamestitall nachallnika Mavnogo upravleniya-sovkhozov pri
Sovete Ministrov USSR.
(Pkraine--Construction industry)