SCIENTIFIC ABSTRACT GINZBURG, R. - GINZBURG, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515130004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GIBE& I
Glihteal groq~s of respiratory insufficiency in tuberculosis.
Probl. tub. u*.6z24-33 I-D 154. (MLRA 8:1)
1. Is Moskoveloogo gorodskogo nauchno-lealedoratellskogo
tuborkuletnogo institute, (dir,-pirofe V.L-Ilynis)
(TUMODMIS, p1qsiology '
reep. Insuff., olassif.)
(RNSPIRATION
intuff.. in tubero.. olassif.)

VTSOKDYA' T.M..' STNIS' N.F.; GIIIZMG. Me.
Changes in gas exchange in pulmonary tuberculosis during therapy
with PAS alone and In combination with streptomycin. Probl.tub.
no.3:14-19 MY-J*o 1155. (KIRA 8: 8)
1. 1z MoRkovskq;o, goxodakoga nauchno-issladovatel'skogo institute.
(dir.-Prof. F.A.111khaylov, naucYa~vy rukovaditel I -prof. V.L.BVnio).
(01TWO1, metabolism,
in pulm. tuborc., W. of PAS ther. alone & with strento-
Myc I r')
("IMECUOSIS, PMOILUIT, metAboliam In,
ox7gen, off, of PAS ther.. alone & with afreptomyvin)
(PARA AV41110SALICYLIC ACD), ther. une.
alone h with streptorkycin, tuberc., pulm.. el~f. on
cxygen motah.)
(STRAPTORYCO. ther. use,
tubi-rc.. pulm., with PAS, off. on oxygen metab.)

rMIS, Y.L.; GINZBXRG. Me.; VYSOKOVA, T.M.
&J,
Com,ponsator,y processes in treating pulnomry tuberculosis. Probl.
tub. no.6:9-16 N-D 155. (XLRA 9:2)
Is Is Nookovskogo gorcdekogo nauchno-issledoyatel'skogo
tuborkuletnogo institute, (dir. V.7. Ohernyahey. nauch*7 rakovoditall
-prof. VA. lyniB)
(TUBERCULOSIS, PUIXONARY, ther.
compensation of functions)

GINUM, R.Ye.; AMIANTOVA, N.A.
Study of the functional condition of tuberculosis patients by the
respiratory, pause method under control of a hemozometer. Probl. tub.
16 no.R:51-57 158. (MIRA 12:7)
1. Is MoskoTskoy gorodskoy teentrallnoy klinicheakoy tubarkulesnoy
bollnitey (glavnyy vrach - prof. V. L. Itmis)
(TUBIRCUMSIS) (BIOOD--OXYGIN GOINTENT)

EBB) V*L,j GIMRRD, R.Ts.; AMIANTOVA, M.A.
Panctional restoration of respiration and blood circulation after
liurgical treatmentof tuberculosis of the lungs. Probl.tub.N
no,2t22-28 161, (MIRA 34:3)
Is Iz Inatituta tuborkulaza, (diro - ohlon-korreopondent AMN BOB
prof. WoA. ftelev-) AMN SSSR i Mookovokoy gorodakoy teentrallnoy
k3#ioheok-vy tuberkulasnoy bol;nitey (glavn" vrach - vasluahenn:17
doyatoll muki prof. V.L. Ppis).
(UNIA-UPORY) (HOPIRATIOR) (BIDOD.-.CIRCUIATION)

BLAUNT, V.P. [Blount, V.PJ; GINZI~_W-
,;,,jtrnn9lator1: GINZBURG, P.Z.,
[translator]; PIGARZY, kand.eel'skokhoryayatvennykh nauk, red.;
AKIMOTA, L.D., rod.; GREBYSMA, Ye.A., tekhn.red.
[Hen batteries, Translnted from the llnglishl Kletochnoe
eoderzhAnie kur. Perevod a anglitakop R.Z.Gineburg, P.Z.Ginzburgft.
Pod reA. N.V.Plgnrova. Xoskvn, PishchepromizdRt, 1957. 1.83 p.
(MIRA 11:1)
(Poultry houses And equipment)

GIRZBURG P 1") - I (Kiyoy) , -
letts comp.Us the balance of income and expenditures according to
population groups, Sov. torg. 35 no.6:38-40 h 162. (MM 15:7)
(Income accounting)

BOYCHENKO, Aleksandr Maksimovichp inzh,; MUM" ;bmil
yk
Hoiseyevich, inzh.; ZIMMSM, Fv-l~;-Fa~rovich, inzb.;
PRIMIKO, Boris Stepanovich, inzh,; MERKIJNG, MeL, inzho,
xaucbrWy red.; YUDINA, L.A.., red. izd-vay* GILENSOr, P.G.,
tekhn. red.
(construction of apartment houses from large slabs] Stroitell-
stvo zhilykh zdanii iz kruprWkh panelei; iz opyta Glavkiev-
stroia. [M A.F.Boichanko i dr. Moskva, Gos. izd-vo lit-ry
po stroit., arkbit. i stroit. materialam, 1961. 128 p.
(MIRA 15:2)
(Kiev-Apartment houses)
(Precast concrete construction)

KMC03TSOV. 1.M., dotsent: GIMURG, S.A. doteent
Rapid method of checking the moisture content In highly viscous
furnace mastout. Nauch.trady O1W n0-13.'252-265 157.
(MIRA 11: 11)
(Diesel fuels)

/I I
/I.-- Z'A') -- 1 1 ~4 6.-
, , 3
MROBTSOVO -60% It I
Urgont measures foT improving the quality of fuel oil and methods
for using It in the merchant marine. Neft. khoz. 36 no.1:64-69 Ja
158, (KIRA Ila)
(Petroleum as fuel)

BUSALCV, A.f.; GTINTBURG, C.A.; YOCOYI T.F.; SFCITTINIV~'., I.N.; 1.Yv.
and caJ compar; cunt; In
DONS],ecif.le u-cerative coliLis. Vest. rpnt. 1 rad. 319 nc,..':--7
Ja-F 10,,,. O"INA, 1p:2)
1. Eafedry filkill'Utskoy 1:1ill-l"rp'll (mv. lw.f. 1,111salov),
Infekto,lonn,il-h liolo-r~-*
i-i I-,twill' peito-Ic -i chp5k(,:,, anat-:il i zav. - (ieyst-
I I .
dll~q) Li"'M prrX I .% . . i o"I')rhovskogo
jTl!11JV1t~j _Imer;~ I iri'llovil.

6~000 0 4pipw W!W v - - -;- o
-mv
00 A
o#

00 ir!

'AWN im Ot 60
of mwhw Pdw 00
a
iw b
y
is dwm
A. t.

of a + *aJOA 4
too
12
00"
so -
#* .
no
0 oe o 00
00000 0
1 :10190
: 4#0
too
It*
coo
lot*
to
foe*
po
All
so 90
, ~66 lies

GINZBERGs S. A., All-Union Inst. Aviation #aterials, c 19L9.
"Modern Jurldpe Circuit with Autopatic Balancing."
Electrichestvo, No 8, 19148.

GIN't,EERG, S. A.
"Review of F~ Ye,. Temikov's and R. R. Kharchenko's Sook, 'Electrical Aeasurements
of Non-Elecirical ~mantities.011
Slectrichestvo, No 8, 1949.

toot. ivrotroste sommatle twPorawro rotowtor for tawristory electric
hwors, Lab.. I& M, 11411j. By means of elettik and
kok too" as platut valt opostmted for maintain* a constant
lomperstit" in doctsk beatprit,
,kni and Oil slivainatimun of a galvanometer. volay or any other ummins: IvAfts ut
contacts. Its thip apitarabis the reslattimp liberoscureter. cxtruterttA iou- the AC
it 12ftismalthodmisit TWWgW frodo the bridge is electrowally
:p lk~idMi~ thyrotroo U the fulictintsing eleromt, into the anuttic circuit of
it tha boster Is coo The regullatur is stated to be Mial,le and easily
w
lj~
,.4wa,vd. j1hp.)

w. -,. .7 a41 041 04440
10 LL-A-L-L-AA A. -Q 49 UI
AN ACMUTS T= MLWMOWM. S. A. Gbs!MWS. (Zar
OiWmi Laboratairl", 1949, vol. 25, Nov., pj."1394-11W
[In Rws1m]/, A deveription do given of an electmonle elso-
trometer for the aecarate measurement of poteratiol In circuits 1.400
00 a ot Mgt resirksm, @.I.# In tbo stWy of oomsion potentialr
so- at grata bowWarles.-4.1. 6
'We*
AID ILA0TS I 1)4 OKIM14USI CL AS WICAMM to 0
Mac, N CO.V
NILII Ow a 0 a Iof 14 5 43a
U t& AV 10 As
as x one.
9 .
0 0 N Is
00 0 a00 9000 9 0 06so

am/guetz-1city - Fo=-Teratnal SOP 50
Networks
Nonlinear Networks
"Theorem of Nonlinear Four-Terminal. Networks,"
S. A. Ginzburg, Cand Tech Sci, Moacaw
"Itlektrichestvo" No 9, pp 68-74
Proves subject theorem useful in calculating
nonlinear circuits. Gives relationship of dy-
--Ic conductance of this network to dynamic
coaductances of its nonlinear elements. Pre-
sents general method, based on theorem, of
plotting volt-saipere curve of four-terminal
4WPIPI 16W47
MM/Blectrialty - iraw-TernLisi a" 50
Networks (Coutd)
network with any number of' nonlinear elements
vIth assieped characteristics, and special
setatods for nonlinear four-terminal networks
with one or two nonlinear elements.
AM-
167T47

ODMRW. O.A.; MMW, Mot. I MWT, T.8,
bFundamentals of autontic ad rout# control] Oonov7 avtossolki I tolosekhb-
nOd. Wasku, Oom.onerg.isi*vo, 1953. 432 P. (MM 6:12)
(AaAamatto control) (Reacts control)

I.- I
nj
j~4
rMII/Blectronics - Circuit mwory Feb 53
"Synthesis of S Non-Linear Circuits," Cand Tech
Sal S. A. Ginzburg, Mosacow Power Eng Inst iment
NOIC&bv
Ele,k-yo, No L,,, pp 48-55:~
V-*v*4 s methods; for deta marp-ters of linear cIr-
cult e.Lements and possible currents and voltages
satisfying giver, operating conditions am4 non-
'line element characteristics. Introduces can-
av~-- _-~ flu-n--ticne-I and emerrrv cquutions of ci-r-
cu:Lt operations. Examines in general form
24ft56
functional conditions of voltage indicator and re-
gulstcw, also of relay circuit (trigger). Demon-
strates feasibility of expressing characteristics
of syn#iesized non-linear circuit in relative units.
Cites n=erical example of calcn of bridge regula-
tor with ballast resistors using dimensionless
formulas. Thi:-, research war, reported by author in
1949 to Sci and Tech So-c of Mosca-r Power Eng Inst
and at sci session devoted to Radio Day. Subritttd
17 Oct 51.
~F_EA,r
24&f56

GORYAINOV, O.A.; RAYNIS. R.L.; GINEBURG, S.A., redaktor; FRIDKIN, A.M.,
takhnicheskly rodaktor. """ -:*'- - - -i
[Remote control] Toloupravlanie. Moskva, Gos. energ. izd-vo,
1954. 511 P. (KIM 7:12)
(Rsisote control)

GINSBURG, S. A.
"A Magnetic -Static Power Transformer" from the book Remote Control of Power
Systems, published by the AS USSR, 1954.

4AIDV, Vladimir Sergeyevich; GIMM N - S.A., radaktor-, MDKIN, A.M.
tekbnIcbeekiy rodaktor.
(Talemechanics in power systems] Telemakhanika v energeti-
cheskikh sistemakh. I%d.2-e. perer. Moskva, Goo.energet. izd-vo
1955. 328 p. (MLRA 8:12)
(Remote control)

112-2-3998
Translatiori from: Referativnyy Zhurnal, Elektrotbkhnika, 1957,
Nr 2, P-210 (USSR)
AUTHOR: Ginzburg, S*Aa
TITLE: Electromechanical Systems Reproducing Functions of a
Complex ,Variable(Applioable to the Computation of Auto-
matic Control Systems) (Blektromekhanicheskiye ustroystva,
vosproizvodyashchiye funktsii komplekanogo peremennogo
(primenitellno k raschetu sistem avtomaticheakogc
regulirovaniya)
t
PERIODICAL: Tr. 2-go VBes.~soveshchanlya po teorii avtomat. re&xli-
rovaniya-Moscow-Leningrad, 1955, Nr 3, 130-1392
addresses 140-143
ABSTRACT: The design princ4ples of five devices proposed by the
author and intended on the whole for the analysis of
automatic control systems (ACS) are explained. The
operating principle of these devices is a method of
Card 1/5 representing complex numbers by sinusoidal, voltages.
ii

112-2-3998
Electromechanical Systems Reproducing Functions of a Complex (cont.)
The solutions are automatically registed on a complex
plane (on paper or on a tube screen). The roots of the
equation fn(z) + fn;.J(z) + "' + fo(z) = 0
are'found with the first device. Here z = (Ido
7he variable z is represented as mechanical dissplacements
proportional to 0 and 0 . The variables P and 0 are
introduced in such a way that the point z traces the com-
plex plane. The moment of root passage is set by the
zero-adjuster by the equality to zero of the sum of the
sets output sinusoidal voltages generating the terms of
the equation fk(z) is equal to zero. The design is given
of a device for solving a special case of this problem,
finding the roots of-the characteristic ACS equation:
anZn + an_lzn-I + -+ a0 - 0. The basic elements of
this device are phase inverters and taper-wound rheostats.
The experimental model has shown that the approximate
accuracy in finding roots is to + 5 per cent. Diagrams
Card 2/5

112-2-3998
Electromechanical Systems Reproducing Functions of a Complex (Cont.)
obtained on this model for the solution of two equations with
real and complex coefficients are given. The second device is
designed for finding the roots of a characteristic ACS equation
when the equation itself is not given, but only the characteris-
tic polynomials of the ACS component units and when the ACS
scheme is known. In-the case of a.one-circuit ACS, the device
generates t~e sinueoldal voltages representing the complex
~ D
numbers ) W j 6 .1 ; Da(z) eJ
= ~1-e q2
Here D(Z) are the charaoteristic polyRomials, and k is the
amplification factor of the component units. Then tiTe,follow-up
systems transform the electrical quantities q1,, q2 b 1 cc 2
into mechanical ones, which are fed into the resolver which
generates the voltage W. q1 q2 ... eJ (0 1 + 0 2
k, k2
In course of the solution, the complex plane z is traced.
Card 3/5

112-2-3998
Electromechanical Systems Reproducing Functions of a Complex (Cont.)
The values of z which correspond to W = 0 are the desired roots.
The roots for a multicircuit ACS are determined in practically
the same way. The third device makes it possible to find the
roots of the characteristic equation D(z) - M(z) e'rZ ~ 0 for
a time-lag ACS. The device generates the voltages qeo'and me4(3
which represent the polynomials D(z) and M(z). By way of
logarythmic operations the terms of the original equation can
be reduced to the form: in q + J~% - In m + J(3 -Irz. The
real and imaginary terms In this equation are represented by
voltages at a 90' phase angle to each other. The plane z is
traced as above. The values of the independent variable z
which satisfy this equation are Its roots. The conformal
mapping of the seconda axis of the plane z ol the plane W. m.ejt3
for the function W--D(z7/M(z), where Dkz) - q.e 4 and M(z)
are polynomials, is done in the fourth device on paper or on
the screen of a tube. This device can be used for glotting
Mikhaylov's curve,, for grouping parameter regions ( D-raz-
biyeniye"), etc. The quantities q, ok , m and(3 obtained
after the polynomials have been worked out, are f to the
computing machine giving the voltage W- qbneJ(d"-K)
Card

112-2-3998
Electromechanical Systems Reproducing Functions of a Complex (Cont.)
at the output. This quantity is plotted on the complex plane W.
Should plotting the Mikhaylov curve be required only, the
design of the device can be considerably simplified. The
fifth device is the most unftersal. Direct and reverse con-
formal mapping (from plane z to plane W and vice versa) of any
curves for a given function can be done with this device. In
direct conformal mapping the point z dkirts the given curve,
the voltage W is generated and the follow-up systems generato
the modulus and the argwnent W. In reverse transformations the
plane z is repeatedly tracked and the values of z which correspond
to given values of the quantity W are registered. The point
designating these successive values slowly skirts the given curve
on the plane W.
V.A.B.
5/5

USSR/Engineering - Regulation FD-1746
Card i/l : Pub. 10-5/12
Author : Gltizbury., G. A. (Maticow)
Title : Static power cor)ver-,ers
Pericdical : Avtom. I telem., Val. 16, 1T2-163, Mur-Apr 1955
Abstract : The author analyzes the general theory and classification of static
power converters that are employed as primary meters for telemetering
and automatic regulation of power in electric power systems. He sur-
veys static converters of.'various types, and describes the principles
governing the theory and technical characteristics of magnetic power
converters. 19 references; eg. V. S. Malov, "Remote-Control Telemeter-
ing,'" Elektricliestvcj, No 1, 1953; G. M. Zhdanov, Telelzmereniye [Tele-
metering], State Power Press, 1952; G. N. Balasanov, "semiconductor
titermo-resistorB," Sbornik rabot po avtomatike i telemekhanike (Sym-
posium on automatics and telemechanics), Acad. Sci. MSR Press, 1953;
A. M. Pshenichnikov) "Iniermoelectric power transducer," Sborhik ITele-
mkbanizatsiya energcsisteml', Acad. Sci. USSR Press, 1954; K. B. Karan-
deyev, PoluprovodnikDvyye vypryamit,eli v izmeritel'noy tekhnike [Semi-
conduct-Or rectifiers in metering), Acad. Sci, Ukr. SSR Press, 1954.
Inctitution : -
SubmItted i YAY 25s 1954

GVIZP.URr,, S. A.
"Methods of the Contruction of Static Power Transformers" (Metody postroyenlya
staticheisUlli preobra?,ovatelpy moahchnosti) from the book Telemechanization A
thq National Econorv, op. 264-27E, Iz. AN SSSR, Moscow, 1956
(Given at meeting held in Moscow 29 Nov to 4 Dec 54 by Inqt. of Automatics
and Telemechanics)

GINZBURG, S.A. (Kooky&)
-- WUIW
Gensral. theory of circuits with nonlinear a W atic members (with
InglIsh sunnary in insert]. Avtom.1 toles. 17 no.9:799-810 S 156.
OM 9. 11)
(Electric circuits)

9(6) SOV/1 12-59-3-5574
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 186 (USSR)
AUTHOR: Ginzburg, S. A., and Brik, V. A.
TITLE; the !ndicial Equations of Automatic -Control.
Systems (Vychislitel'naya mashina dlya issledovaniya kharakteristicheskikh
u.ravneni-y sistem avtornaticheskogo regulirovaniya)
PERIODICAL-. V sb. : Mezhvuz. konferentsiya po primeneniyu modelirovaniya v
elektrotekhn. zadachakh i m-item. modelirovaniya. M. , 1957, p 184
ABSTRACT: Art analog electromechanical computer permits analyzing polynomials
of 10th power of the form .j :4 10
~;- anzn I where an are real or complex
0
coefficients; the computer can automatically construct the Mikhaylov's
hodograph for a closed automatic -control system, can determine a polynomial
root locus on the complex plane z, multiple roots, and can also solve other
Card 1 /Z

SOV I I 1Z-59-3-5574
Computer for Investigating the Indicial Equations of Automatic -Control Systems
problems associated with investigations of an automatic -control system. By
changing z arbitrarily, a corresponding curve on the plane w can be obtained,
or vice Versa. An electron-beam afterglow--type tube screen can be used as a
plane z or w. In determining the roots of equations of an automatic -control
system, modules and arguments can be approximately figured out from the
tube screen and then can be accurately read from special scales. The computer
error is 2% or less for the module and 20 for the argument. Most problems
can be solved in a few mirutes. The computer has been developed and tested
by TsLEM, Mosenergo.
1. L. M.
Card 2/2

PHASE I BOOK EXPLOITATION 793
Pinzburg, Samull Aleksandrovich
Nelineynyye tsepi i ikh funktsional'nyye kharakteristlki
(Nonlinear Circuits and Their Functional Characteristics)
Moscow.. Gosenergoizdat, 1958. 151 P. 15,000 copies
printed.
Ed.: Negnevitskiy, I.B.; Tech. Ed.: Larionov, G. Ye.
PURPOSE: The monograph is intended for scientists, engineers,
and senior students specializing in automation and
telemechanics.
COVERAGE. General characteristics of nonlinear a-c and d-c
electric circuits are given and a graph-analytical
determination of voltage and current distribution in
nonlinear circuits is presented. Utilization of nonlinear
Card 1/5

Nonlinear Circuits (Cont.) 793
circuit characteristics in constructing mathematical
functions and calculating parameters of circuits
performing multiplication and division is discussed.
Determination of conditions for stabilization and relay
effects is covered and a method of constructing
logarithmi.c and quadratic circuits is given. Two-
terminal nonlinear elements such as semiconducting
resistances, ferromagnetic elements, and nonlinear
capacitors are discussed. Treatment of electronic-ionic
two-terminal. elements and multiterminal networks as well
as transients In nonlinear a-c and d-c circuits is not
included. Discussion of the behavior of a-c nonlinear
circuits is limited to cases of a fixed frequency and
sinusoidal voltages and currents. Examples of using
nonlinear circuits in such devices as stabilizers,
voltage indicators, contactless relays, and functional
converters are given. The author thanks Professor A.V.
Netushil, Doctor of Technical Sciences, for his valuable
Card 2/5

Nonlinear Circuits (cont.) 793
comments while reviewing the manuscript, and Docent
I. B. Negnevitskiy,. Candidate of Technical Sciences,
who edited the monograph. There are 124 references, of
which 113 are Soviet (including 4 translations), 10 English,
and I German.
TABLE OF CONTENTS:
Foreword 3
Ch. 1. Characteristics of Nonlinear Circuits 7
1. Nonlinear elements 17
a. General characteristics 7
b. Types of nonlinear elements 12
2. General aspects of nonlinear circuit character-
istics 20
3. Currents and voltages in a nonlinear circuit 22
Card 3/5

Nonlinear Circuits (Cont.) 793
4. Static parameters of a nonlinear circuit 28
5. Dynamic parameters of a nonlinear circuit 31
6. Relative parameter8 of a nonlinear circuit 40
7. Special points an the characteristic of a nonlinear
circuit 42
Ch. 2. Calculation of Nonlinear Circuit Parameters 44
1. Methods of calculation 44
2. Graph-analytical, calculation of nonlinear circuit
parameters 47
a. Construction of characteristics of nonlinear
circuits 47
b. Calculation of relay and stabilization effects
in a nonlinear circuit 54
c. Synthesis of simple direct-current circuits 59
Ch. 3. Nonlinear Functional Circuits 73
1. General aspects 73
Card 4/5

Nonlinear Circuits (Cont.) 793
1. General aspects 73
2. 'Use of "natural" nonlinearities 76
3. Method of power series combination 91
4. Broken-line approximation of a curve 99
5. Nonlinear feedback 120
Ch. 4. Nonlinear Circuits for Multiplication and
Division 123
I. General aspects 123
2. Logarithmic circuits for multiplication and
division 124
3. Quadratic circuits for multiplication and division 126
a. Circuits for multiplication 126
b. Circuits for division 145
Bibliography 147
AVAWBLE#. Library of Congress (QC607.G5) JP/ksv
Card 5/5 10-30-58

ItTHORS: Brik, V. A., GinzburG, S. A. (Moscow) 1 o3-1 9-7-51/9
4----
TITLE: A Col')iJUter ITAO)i Collz-AMICLO thO CDr!f0r-!%1 N-Order
Polynomials (Vychioliteltnays. muchina, v,,,polnyayuuhch,-Aya
postroyeniye konformnykh otobrazheniy dlya stepennogo polinoom)
PERIODICAL: lvtomatika i telemekhanika, 1958, Vol 19, Nr 7,
pp 674 - 6a3 (usn)
ABSTRACT: The construction of the conformal mappinro of a complex plane Z
upon the plane W and vice versa for the equation
a0 + aIZ + a2z2 + ... + anZn _ W
is of great practical importance in the investigztion of automatic
control systems. Here a machine which was worked out in the TsLEM
Mosenergo (Central Laboratory and Experimental Workshops of the
Power Supply System Moscow) is described. It permits to perform
operations of the conformal transformation for polynomials in-
cluding the loth degree. This machine makes possible the con-
struction of the mappinGs of any points and curves from the plane
Z to the plane W (,Iirect inaps) and of some points (and sections)
Card 1/3 from W to Z (reversal maps). The complex numbers tire represented

A Computer Which Constructs the Conformal Mappings 1103-19-7-5/9
for N-Order Polylicmial$
by sintisoidal voltai,eB of constant frequency (50 c). Before the
polynomial is introduced into the machine it must be transformed
mathomatically. The form (4) is derived and in this form the
]polynomial is introduced into the machine. The block scheme of
the machine is given. The most fundamental part of it is the
functional trart8formor which produces 2 volta,es W and z. The
phase sensitive scheme 2 decomposes the sinusoidal voltage (which
represents a complex number) applied to it into 2 voltages which
are proportional to the real and imaginary component. Thqse vol-
tages are applied to the deflecting plates of the cathode ray
-tube the screen of which represents a complex plane. T~.e electron
zero device 3 responds when its input voltage approaches zero.
Subsequently the electric diagram of the machine is described. It
is shown that the construction of the direct transformation in
the machine is performed by means of introduction of those z-values
the transformation of which is to take place, The construction
of the reversal transformations, however, is performed after the
method of scanning the plane. I.e.the variable z varies on the one
or the other way until the required quantity W appears at the
Card 2/3 output. The fundamental practical proLlems for the machine are the

A Computer Which Constructs the Conformal Mappings 103-19-7-5/9
For N-Order Polynomials
determination of the polynomial roots and the construction of the
hodograph by Mikhaylov. In the last case a direct map is construc-
ted. The solution of the problem for the determination of the
roots (under application of the automatic introduction of z)is
described in detail. For the illustration of the accuracy of the
solution by means of the machineexamples are given. The machine
described here was produced in the TsLEM Mosenergo in two speci-
mens and they are used in the Laboratory for Dynamic Models at the
MEI (Moscow Institute of Power Engineering) and in the VNIIE MES
for the solution of problems which are connected with the stabili-
ty of the operation in the energy systems. There are 6 figures,
1 table,and lo references, 7 of which are Soviet.
SUBMITTED: July 4P 1957
1. Control system-Analpis 2. Conformal mapping
3. Mathematical camputers.-Performance 14. Mathematical
computers--Equipment
Card 3/3

28(l) PHASE I BOOK EXPLOITATION SOV/3244
-Ginzburg, Samuil Aleksandrovich, Izraill Yakovlevich Lekhtman, and
7FaM-m FF Z e-r g-e -ye -v T -c-fi - %- I b v-
Osnovy avtomatiki i teleimekhaniki (Fuhdamentals of Automation and
Telemechanics) 2d ed., rev.- Moscow, Gosenergoizdat, 1959. 478 P.
35,000 copies printed.
Ed. (Title page): S. A. Ginzburg; Ed. (Inside book):
Yu. P. Ustinova; Tech. Ed.: G. Ye. Larionov.
PURPOSE: The book is intended for engineers and technicians working
in automation:and remote control or interested in familiarizing
themselves with this field. *It may also be used as a textbook by
students.
COVERAGE: The book contains basic information on automation and
remote control facilities. ~t describes electronic, semiconductor
and other components, suoh as data units, relays, amplifiers,
distributors, voltage regulators, servomotors and others. The
authors examine automatic regulation and control, servos, and
measuring and computing systems. They describe the operation of
Card 1/9

Fundamentals of Automation (Cant.) SOV/3244
telemetering and remote gontrol systems and the function of
communication channeis. The Introduction and Chapters 1, 2, 5
and 11 were written by S. A. Ginzburg; Chapters 3, 7, 8 and 9 by
I. Ya. Lekhtman, Chs~pters.-12, 13, 14, 15 and 16 by V. S. Malov.
Chapter 4 was written jointly by S. A. Ginzburg and I. Ya. Lekhtman,
and Chapters 6 and 10 by S. A. Ginzburg and V. S. Malov. There
are 38 references, all Soviet.
TABLE OF CONTENTS:
Foreword to the Second Edition 3
From the Foreword to the First Edition 5
Introduction 11
PART I. COMPONENTS OF AUTOMATION AND REMOTE CONTROL
Ch. I. Functions and General Characteristics of Automation
and Remote Control Components 18
1. General information 18
.2. Functions of automation. and remote control components.
Card 2/9

Fundamentals of Autoffation (Cont.) SOV/3244
Definitions 19
3. General 8haracteristics of components of automation and
remote control. Definitions 25
Ch. II. Electromechanical Components 37
1. General information 37
2. Electric transmitters of mechanical quantities 38
3. Electromechanical relay 48
4. Electromechanical control devices 66
5. Electromechanical distributors 70
6. E.leatromechanic:al voltage regulators, amplifiers and
pulse generators 72
Ch. III. Electric Machine Components 74
1. General Information 74
2. D-c electric motors 75
3. A-0 electric motors 84
4 Rotating amplifiers 90
5: D-c rate generators 97
Card 3/9

Fundamentals of Automation (Cont.)
6. A-c rate generatbrs
Ch. IV. Ferromagnetic Components
1. General information
2. Characteristies of iron-core rm~qtors
3. Magnetic amplifiers
4. Magnetic oontactless relay
5. Ferromagnetic voltage regulators
Ch. V. Electrothermal Components
1. General information
2. Thermocouples
3. Thermistors
Ch. VI. Electronic and Radioactive Components
1. General information
2. Electronic and ionic devices
3. Semiconductor devices
4. Phase-sensitive rectifiers and amplifiers
Card 4/9
SOV/3244
98
100
100
101
113
128
130
133
133
133
137
149
149
150
155
163

Fundamentals of Automation (Cont.) SOV/3244
5. Voltage regulators 173
6. Electronic, ionic and semiconductor relay-action circuits 178
7. Electronic and lonic.distributors 185
8. Photoelectronic anplifiers and relays 189
9. Application of radioactive Isotopes 195
PART II. SYSTEMS OF AUTOMATION
Ch. VII. Systems of Remote Angle Transmission 198
1. General informatlon. 198
2. Step-by-step system of remote angle transmission 199
3. D-c stepless actlon systems of remote angle transmission 200
4. Selsyn system of remote angle transmission 204
5. Magnesyn system of remote argle transmission 212
Ch. VIII. Automatic Regulation 214
1. General information 214
2. Structure of automatic regulation systems 215
Card 5/9

Fundamentals of Automation (Cont.) SOV/3244
~tabljity*'6f ... 1.,ineor kyotems of'autorba tic _.rpgulattDn 227
Typical sectMs orf aut6maile regulating systems Z34
5. Relation between the characteristics of the regulating -
system in the closed and open states 248
6 " Stability analysis of the automatic speed regulator 252
7. Speed regulators with relay control 259
Ch. IX. Servo Systems 263
1. General information
2. Static and dynamic errors
3 # Stability analysis of servo
4. Effect of nonlinearities on
systems
5. Servo systems with relay caitrol
263
269
systems 271
the stability of servo
279
282
Ch. X. Automatic Measuring Systems 283
1. General Information 283
2. Unbalanced systejng~ 288
3. Balanced systems 292
Card 6/9

Fundamentals of Automation (ContJ SOV/3244
4. ,Autornatic measuring systems with digital indication 308
5. Automatic signalling of readings and automatic
sorting 312
6. Systems of centralized inspection of production processes 315
Ch. X1. Automatic Computers 31?
1. (;eneral information 317
2. Analog computers 318
3. Digital computers 343
Ch. X II. Automatic Control 36?'
1. General information J67
2. Automatic starting of eleetric motors 371
3. Automatic protection 375
4. Programmed control of metalworking machine tools 376
PART III. REMOTE CONTROL SYSTEMS
Ch. XIII. Communication Channels 379
Card 7/9 t

Fundamentals of Automation (Cont.)
SOV/3244
1. Special features of remote control system and purpose
of communication channels 379
2. Wire communication lines 381
3. High-frequency communication channels along high-voltage
electric power transmission lines 387
4. Microwave radio.communication channels 388
Ch. XIV. Telematering. Short-range Systems 392
1. General information 392
2. Intensity systems 396
Ch. XV. Long-ddstance Telemetering Systems 404
1. General properties. Classification of methods 404
2. Number-pulse and code-pulse systems 407
3 Frequency systems 417
4: Time-pulse and phase-pulse systems 433
5. Multichannel telemetering systems 440
Ch. XVI. Remote Control and Remote Signal Systems 443
Card 8/9

Fundamentals of Automation (Cont.)
1.
2.
3.
4.
5.
SOV/3244
Basic considerations. General principles of remote control
and remote signal systems 443
Multiwire remote control. systems 447
Remote control systems with frequency separation of
signals
Remote control systems ifith time separation of signals
Prevention of remote control systems from producing
distorted signals
Bibliography
Alphabetical-Index
AVAILABW: Library of Congress
Card 9/9
449
453
469
472
478
JP/ec
3-16-6o

VITMERG, I.M., Imnd.tskha.aauk.;-G.INZBURG, S.A., lmod.takho.nauk;
Gornahtoya, Y.M., land. tskhn.n'a'4'-'*
Use of an electronic simulating device in calculating the off iciency
of operation of power systems with hydroelectric power stations.
Trudy VNIM no.8t233-242 159. (MIRA 13:9)
(Hydroelectric power stations)
(Ilectric power)

Power comysrter withthyrito resistances. Trudy VNIIJ no.8:
251-263 159. (MIRA 13:9)
(Alsotric current converters)

s/196/62/006/012/013/ol6
E194/El.55
A.
TI TLE: compijter for calculating economic conditions of
power system
P611101>1CAL: Rererativnyy zhurnal, Elektrotekhnik-a i energetilca,
no.12, 1962, 14, abstract 12 E84. (V Sb. 'Primeneniye
vychisl. telOin. dlya avtomatiz. proiz-val (In the
.3ymposiun) 'Application of Computer Tchniques to
Automation of Production'). Moscow, Nashgiz, 1961,
358-368).
7 FY T: In 1959 development commenced of aq analogue computer
for ODO YeES which is based on the equivalent circuit of the
Zuropean part of the unified power system of the USSR. The
computer is intended to calculate distribution of the active load
between power systeii'is and large hydroelectric stations, allowing
for losses in the system and assuming constant heads at the
hydro stations. It can also determine the total relative
increments of fuel consumption of a group of stations and the
Card 1/2

S/196/62/000/012/013/ol6
A computer for calculating ... E194/E155
relative increments of pourer losses at various points in the
system. The rel '-itive increment characteristics are reproduced
by the Itriangle' method, which consists in the formation of
linear-segment relationshirls as the sum of triangular functions.
The cof-.puter is designed for sixteen objects (systeiiis or
stations) and fifteen sections of transmission system. With
non-linear elements the pouter transmitted over the lines can be
limited. The relative increments of power loss in the system
are determined by the voltage drop in sections of the analogue.
The computer uses 13C d.c. amplifiers type -4 (UPT-4) with
semi-automatic zero control system.
3 references.
Abstractor's note:
Complete translation.
Card 2/2

G
~.p kand.takhn.nauki GORNSHTHYN, VA, kand.tekhn.mauki
SOVALOVj S.A.j kand.teklin.nauk
Fundamental principles of designing a computer for operational
calculation of the load distribution efficiency of a consolidated
electric vtility eyatemo Elok, sta,32 no. 5:3541 MY 161.
1 (KM 14:5)
systems)
(Interconnected electric utility

XCRCHAGINA, V.I.; GINZBMG,..S.A.; FINIKO, A.A.; RUTMAN, L.I.P-
DATMOV, 1-.V*-';--1XV-RINOVIdH, D.A.
Electric method for measuring the water content in crude oil.
Neft. i guz. prom. no.2:51-56 Ap-Je 162. (MIRk 15-6)
1. Odosekiy neftepererabatMyushchiy zavod.
(Petroleum--Refining)

S/044/62/000/012/041/049
A_b6_o/AOOO
AUTHOR: Ginzburg, S.A.
TITLE; A logical method of synthesizing function generators
Matematika, no. 12, 1962, 46, abstract 12V252
(Tr. T Mevhdunar. kongressa Mozhdunar.ibduratsil po avtomat. upr.
1960. /r. 4/. Tekhn. sredstva avtomatiki. Moscow, AN 3SSR, 1961,
267 - 281. Discussion 281 - 284)
TE)'CT: The author sets forth the elements of the algebra of the logic of
continuous quantities (taking all finite values), based on the operations of dis-
Junction (xV y a max (x, M, conjunction (xAY -~ min (x, y)), and inversion
DE - -x). The author shows networks realizing -these operations. These circuits
contain diodes, active resistances and voltage sources. He gives a method of us-
ing these circuits to synthesize networks realizing functions of one variable by
means of piecewise-linear approximation. A method is also proposed for realizing
functions of two variables specified by a finite number of points on the Z-axis
(the X and Y axes being taken by the input variables), where the interpolation
Card 1/2

. I S/044/62/000/012/041/049
A logical method of synthesizing function generators A060/AOOO
between these points Is carried cut by surfaces of the second order.
A.D. Zakrevskiy
I I v ( '.
[Abstractert a note: Complete translation]
Card 2/2

BOROZINETS, M., insh.; GINZBURG S.A., doktor tekhn. nauk;
'~-- IIJOMW."
SHL1MOVION , V.~-' -,
Network, constructions and operatIonal indices of the RER
computer of the Administration of Power Productions Distri-
. butlon,, and Control of the Consolidated Power System of the
European part of the U.S.S.R. Trudy VNIIE no.18:4-13 164.
(WRA 18:6)

ACCESSION NR: AP4019325 S/0105/64/000100310008/0012
AUTHOR: Borozinets, B. V.; qin* u A.; Gornshteyn, V. M.;
. jL_F,&. S'
Shlimovich, V. D.; Sovalov, S. A.; Lvov, Yu. N.
TITLE: Computer for calculating power-system economy operation and the
operating experience gained at ODU YeES
SOURCE, Elektrichestvo, no. 3, 1964, B-12
TOPIC TAGS: power system, Soviet united power system, power system
economics, power system economics computer, computer, interconnected
power systems, high economy power system operation
ABSTRACT: An analog computer intended for calculating the high-economy
operation of the Soviet United Power System (UPS) is described. The following
features were taken into account in designing the computer: (1) The UPS is
represented by an equivalent network in which all generating stations of a local
power system are replaced by an equivalent station having an equivalent incre-
mental economy rate characteristic (2) Easy setting of any incremental
characteristic. (3) System loads are represented by equivalent loads that have
Card 1/Z

ACCESSION NR: AP4019325
individual load curves; (4) Interconnection -line losses are evaluated by special
methods. The computer comprises the following essential parts: 16 generating
station. equivalents, 16 loads, 15 tie lines, 8 nonlinear units representing incre-
mental losses due to power exchanges and tie-line load restrictions, 14 elements
for setting the resistances of transmission lines. The computer includes 128
UPT-4 amplifiers, 1, 000 6D6A diodes, 800 SP-2-A potentiometers, 2, 000 PV
resistors, 7 power-supply packs, etc.; power consumption is 7 kw. Computation
of a set of operating UPS conditions takes about 2 hro. The computer has been In,
continuous use since Nov. '62. 11L. B. Denisevich (ODU YeES) and N. S.
Malishevskaya (VNIIE) took part in aligning and operating the computer.
Orig. art. has: 3 figures and 1 table.
ASSOCIATION: VNIIE (All-Union Scientific Research Institute of Electrical
Power Engineering); ODU YeES (Joint Load -Dispatcher's Office, United Power
System)
SUBMITTED: 103un63 DATE ACQ: Z7Mar64 ENCL: 00
SUB CODE: PR, EE NO REF SOY: 00 1 OTHER: 000
Corcl 212

GINZEUM, Ws, doktor tekhn. nauk
L*gical method for the synthesis and analysis of electrical
networks In the representation of mathematical ftv--t4nna.
Tx-Qd:r VNIIF, no,18:14,-34 164.
Basic cons4ruction principles of the RFR-2 analog-dIqUal
computer.lbid.:88-98 (MIRA 18t6)

GINZBURG A doktor takhri, naukI LYUBARSKIY, Yu.Ya., inzh.;
q"En!v'A'%CHP V.D., inzh.
Functional conveiter of the RER computer and its design. Trudy
VNIIH no.18:35-52 164. (MIRA 18:6)

~~- ~,Bu ~Av, daktor takhn, naukj LYUBARSKIY, Yu.Y8 - , in7.h.
COMPOPAS (&WLlog-digital.)functional convertera of one and two
var-lables. Trudy VNIIE no.18:53-62 164.
04IRA 18:6)

QINZBURG &A * daktor tekhn. naukj LYURARSKIY, Yu.Ya., In2h.;
~ 1. 1- -"-;-AkjI'TftE'VSKAYAP N.S., inth.
Ametional analog memory device for a digital computer. Trudy
VNIIH no.18:63-68 164. (KM j8:6)

KRAVCHUK, V.F., inzh.; KORCHAGINA, V.I., inzh.; inA,,.; iONGRE,
G.A., inzh.; RUTMAN, L.I., inzh.; YINIKO, A.A., Ij,,VYDOV, J.V.,
inzh.; LAVRINOVICH, D.A., lnzh.
Express method for determining water content in hi#iy viscuus Mazuts
using Lheir dlelecLric conalant. Elek. ata. 35 n0.9--,'21-26 ' 164.
(M.1 RA 18: 1 )

-1.',-.x,-,pn6rovJch; LEK1111:A11, lzraill YakovIevich;
~Uv li~alrlr r)ergeyevich; S-11NOV, A.D.,, red.
[1rinciples of automatic and remote control] Osnovy av-
tomatiki i telemeklianiki. Izd.3., perer. Moskva,. E~icr-
F, I Ia., 190) -513. P. W--liA IP;(,)

ACC NR,
AP60,29550
G
SOURM COUZ,:
AWHORSs Gimburg, S. :A. (Mloscow); Lyubarskiy, Yu. Ya. (Moscow)
OM: none
TITIS: A hybrid function generator
SOMICL: Avtomatika i tolemokhanika, no. 6, 1966, 131-138
TOPIC TAGS; analog digital converter, digital analog convurtor, 7rmorator, hybrid
conputor, analog digital conputor, interpolation, polynonial / lt~'.!R-2 armlo.- digital
computer, RER-1 analog digital computor
ABST111ACT: An analog-digital singlo-variablo function "onorator is describod. -,he
device has fast ros u
ponso, accuracy, and sinplicity, An exLondod inorpolat4on poly-
nomial is used to obtain fairly simple tuning of the circuit (zoo Fig. 1). Ar. inyat.
converter (see Fig. 2) is used to separate the input value into dil-ital and analo-
parts. The analog value required for interpolation x is fomed in accordance with
a
XY xm X B4
a _~L
in k~w) ml x
where E(=/2X) is the integral part of xm/2X. Both-digital and analog function
Card 113 UDC: 681-34'335.8

C N"AP6029550
UM U.
0 P
-b
xr, X4
x r4
r a
Kra
0
K'Y-1 'd
x DAC
,d . ~74 '~XJLX4
b U10,11
pig. 1. Structure of hybrid Fig, 2. Input convertor of hy rid fmicti
generator: a--analog form of `nput
function generator
value; b - digital form of irApu--. value

ACC NRt
A260200550
sot-.'Unr, aro providod. Such a hy'brid function r-onorator wao fc,-
IMM-2 analog-dirrital computer, in which 'LIlo rj= insLrwaont orror In
monotono fwictions is 0.5-4.6,%'. Tho goneration tLro ia noL ovor 1 rxwc. Oric.
art. has: 15 farnivans, 2 graphs) and 5 diagrams.
SUB COIL" : 09/ SUBM DVE; 20Jan66/ ORIG REF: DOM OTH zU,"F: 002
3/3

E/C F--o
cl, !r,
.ft.p..y J. vr,- icy
CC
JD Tien
-.Wr-j _Tm-T. p
.:r.
J. P_ pa- _': .%I v-.;^
q I-, P- .-z=P u p-j F-- vain
qj J. P_ m .j i.s.
94
Le ab
J. qj "t",=
. .-gld
J. ..1%-
-Tun-: P.- J.
_~,zd xw
-d CS
RC6C/A=

SPAMIYp S'.S.-p OBOWNSKAU) N.A.1 YUGTNt V.I.; GINZBITRG, S.B.; TAGILITBLVLt
.. UA
Plasticizoro for nitrile rubbers based on polymester resins. Trudy
Inst. 161n. UFAN SM no*3133-42 '59- 1 (MIRA 10)
(Plasticizers) (Rubberl Synthetic)
40

.mG~DZBM' S.G.-O TWHIN. I.I., redaktor; GROZNOVA, V.I., redaktor; KORUZXV.
jC-w7.,--wxhn1cheskiy radaktor.
[Hathods,of solving problems on transition transients in electric
circuits Metody resheniiR 2adach po perekhodnym protsessam v electri-
chaskikh tsepiakh. Pod red. I.I.Teumina. Moskva, Izd-vo wSovetskoe
radio.* 1954. 251 P (MIRA 8:4)
(Transients (ilectricity)) (Electric circuits)

GINZBURG, S,G.. Prinimal uchastiye RIMIN, A.A., doteent; ITANUSHKO,
H.D., red.; STISUIKOT, A.A., takhn.red.
(Methods of solving problems of transients in electric
networks] Matody r6shaniia sadach po perekhodnym protsessam
v alektriabookikh teepiakh. lzd.2., dop. i parer. Moskva '
Sovetskoe radio, 1959. 403 P. (MIkA 13:2)
(Ilectronic circuits)

B(O) BOY/105-59-5-26/29
AUTHORS: Ginzburg, S. G., Greyner, L. X., Zakharov, S. N.,
Kaply-anskiy, A. Ye., Neyman, L. R., Netushil, A. V., Petrov,
L. S., Pines, G. Ya., Polivanov, K. M., Savenko, V. G.j et al
'L"ITLE: Vladimir Borisovich Romanovskiy
PERIODICAL: Elektrichestvo, 1959, lir 5, P 93 (USSR)
ABSTRACT: On January 13, 1959, Vladimir Borisovich Romanovskiy, Professor,
Doctor of Technical Sciences, died at the age of 63. He start-
ed his activity as an engineer in the design office of the
"Elektroapparat" Works in 1926. Soon he became head of the
works laboratory. Since 1937, he was head of the Chair of
Theoretical Blectroteohnics at the Leningradskiy ulektro-
tekhnicheekiy institut svyazi im. 1.11. A. Bonch-Bruyevicha
(Leningrad Communications Electrical Engineering Institute
imeni M. A. Bonch-Bruyevich). At the same time, he maintained
his relations to the works where he was a counsel, chief
electrical engineer and a permanent member of the technical
council. i's is one of the founders of the theoretical principles
for the building of high-voltage apparatus. At the chair
he was occupied with calculations of transition processes in
electric current ciruits which were also the subject of his
Card 1/2 doctoral thesis. He published more than 40 scientific papers.

Vladimir Borisovich Romanovskiy SOV/105-59-5-26/29
He bore the Badge of Honor and various medals. There is 1
figureo
Card 2/2

KAPLYANSKIY, A.Ye., doktor tekbn.naukp prof. (Leningrad); GINZBURG, S.G.,
kand.tekbn.nauk (Leningrad)
Concerning the order of the differential equation of a transient
proceos in a complex electrical network. Elektrichestvo no.10:
57-59 0 162. (MM l5sl2)
(Electric networks) (Differential equations)

GIMZB'URG, Shl g,
23632.
OPYT LEChEBT& BAT*ILLYaRNOY DIZENTERII MALYMI DOZAMI SULIFIDINA. TRUDY SARAT.
GOS. MED. IN-TA, T. V111, 1949, e. 251-55.
SO: LETOPIS' NO. 31~ 1949

GINZSUROt S. 1. Cand. Chem. Sol.
Dissertation: "The hydrolyals of the Complex GhL)rides of Platinum
etals and Its Utilization In Analysis."
M
M Inst of ueneral and Inorganic
Chemistry imeni N. 6. Kurnakov, Acad 6ol USSR, lfd Nov 47.
SO: VechernzaYs Moskva, Nov, 1947 (Project #17836)

A I
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lit , mul filictilig .440 ho'llaflig ttw I'll, , J--~k t At
ta.-lish flu 111ttal" Iw appim .7, mill , NO,", (N -b'
'Ag .&Amli "Ith C'If'. and N'dills isaw (.- 1.1-C h md I'd
I plad. lit the Ism 'J.-F~tswl 11K. 1,1,1, m~ 1xim"l,
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k" "t,) ~-",:." , ..-,.,I It4,.
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ROVIOW W hr4rvAyw noft" lot "Waium of putinum
rap" \'. K P.iskjI.I.Y" .I S. 1. C.111AXY.1,
As'.0 I'koi#y , Ihistikk 11kred. ArW'VfF,;Tiii. I i4sis, Ad
, S~c " . . . U44 NaN S-8 S R Nw 23, 136 4 4
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Hy1dirmilymis d 400*4 dilostioll" of pbdaum metalis and
this p ,at which OwU hydroxides b%W to !!T". N. K
IliobvilitloTh Alt4.& )v (*.inAUtl~ 1*11WO. 54104 PJAMIT I
1".C.44 ~.Jr*Aoil a Nowt. Kh... .
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IN pli ill the Ill I valt changed AMIJ 1APO swifill, Almost
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uVir ddolrd 41111 the P11 -4 all snins. ords "w4mil"I is),.
f6:11WO met a lmkxl tof little. At twin it mp Our lot
divituirm ballivil at tht 1401"ing P11 vuhl- loth
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IN ' * ' :1.2 J.A. Analoctius iftins. male at tuiditic tittip
slisso"t Owt li)q1tillysim results in greater shcop 44 t1w loll
All-I 01.11 the hydfammil" AMAr at: Rh ' ' '. I ; :1 4.
Is * '. ". it 4 P; I'll 1, .1 lp, Ill 1 1, 3.8; 4,14 It ' ' * "
A Is 4. Holvi'm CI illhif'ilf'~d the filtrusialkin '4 I'd I )III.,
%116-h p4l,orril. Amordsong w: JINIC41- . I'd , , +
it'[ . Ill' * 4 2011 -- 11,1,41111.. %1 11-11

thLydf4dj=9n or skeparstilin of ptatiouto mtIall with
saf Zr to
1,21 it MIJ."T
1.1 ;Ask 11,19, I-sp ..I' all,
2 411LIals, .4 11c1, III III$ I., % tald, ..,Id I Isar Is, s, "..Is /,,0.
NO :., 3 mils , fo.-I "-1l it. 1.1.1 f,,, .4 . 1.1-0.
I Ill, fillim. 1, lily all Has, it% I'lo 1A. 1, 1.- 1-
11,11,ftl "ith 11 It" Ilk I
,,, u.1
tAly I, I cm It. its aa I N :( 4 W- ms-I 1, 1,1,1 -a I . I.
lam 16a.; 14 16 414.1vilIly Via /.I.II oul Oul,
1twe vW_ Z110 Ow"M Ill. jvAdar.l. It %.I. m1.1 Isms I's
Silisilwly Calm t that CI, was, 1u--441 lbiough IN hot --III I-,
trossidilm II . F. In h . . w 111 11 I'll, "I'll; "I hy it" 1,14"1
/00. 41111101. INI %.as 4 1"1 11 011. 6.1 4 I'll
,41V 1111101 tar 1.1, tol Is, 4vi,41 vialv- Wool, 1". 1 Ill, (11.10".
Also. 4 tl~41 ON411,1 I" o1.1
Wawa-

G "I/ ~Z- 1,3 LL /~ & S - J:-,
PSMITSYN. I.I.; GIMUR%, M.
Study of the effect of composition of certain platinum-group complex
compounds upon their resistance to hydrolysis. IsY.Sakt.plat.i blag.
met. no.28:213-228 154. (MM 7:9)
(Platinum group) (Compounds. Complex) (4drolysis)

USSV/Analytical Chemistry Analysis of Inorganic Substances, G-2
Abst Journal: Referat Zhur - Xhimiya, No 19, 1956, 61647
Author: Pshenitsyn, N. K.~ . Ginzburg, S. I.
Institution: None
Title: Deteimination of Palladium by the Method of PoteDtiometric Titra-
tion in the Presence of Platinum
Original
Perlodical: Izv. Sektora platiny IONKh AN SSSR, 1955, No 32, 31-37
Abstract: Potenticimetric titration (PT) of a solution of complex palladium
chloride (1) in 0.15-0.3 N H2S04 with a solution of KJ is conducted
at roca temperature in C02 atmosphere, using a palladium electrode
as indicator ele t ode. Beginning with a certain definite concen-
tration of f-p-tClF admixture in I there appears on the PT vjrveB
a mininum from tSe peAILtion of which is determined the end point of
tjt~ t-r)rl 11 7.. Fovever as the content of Pt in the solution in-
ra

USS~./Analytical Chemistry - Analysis of Inorganic Substances, G-2
Abst Journal: Referat Mur - Khimiya, No 19, 1956, 61847
Abstract: of Pd a determination of the latter is no longer possible. In such
canem thet influence of any amount of Pt Is eliminated by precipi-
tating It as K2j7PtClg by addition of K2SO4. The precipitate that
sepamtee does not Merfere with the titration. Error of deter-
mination of 20-'(2 mg Pd by this method as a rule doea not exceed 2%.
With the same degree of accuracy Pd Is determined in the presence
of Pt by the method of "rapid" titration which is based on the
difference i-n -rate of Imteraction of complex chlorides of Pd and Pt
6 - KJ reacts much more slowly than with I.
with &J. With Cptc�2
.io
In thla method titra-ion is carried out as rapidly as possible
without %mit-ing for a constant value of the potential.
Card 2/2

6 / N z I?w, 9 C- ~; .7**.
PSMIT~W, N.K.; GITZEURG, 6.1.
StUC17 of the reduction reactions of the hydroxopentachlorlds, of
tetravalent ruthenium -- 1~[RuOHCI51. Zhur. neorg. khim. 2 no.l:
112-120 Ja 157. (mm lo,4)
1, Institut obahchey I. neorg&nichasko7 khlmti in. N.8. Kurnakova
AN SSSR.
(Ruthenium compounds) (Complex compounds)

V :7~ t, 0,1 1)~ 1.
18(6) 1 1. 4- .4) PHASE I BOOK EXPLOITATION SOV/3199
Akademiya nauk SSSR. Institut obshchey I neorganicheskoy khimil
im. N. S. Kurnakova
Analiz blagorodnyA metallov (Analysis of Noble Metals) Moscow,
1959. 193 p. Errata slip inserted. 2,700 copies printed.
Resp. Ed.: N. K. Pshenitsyn, USSR Academy of Sciences, Corre-
sponding Member; and 0. Ye. Zvyagintsev, Doctor of Chemical
Sciences; Eds. of Publishing Houses: T. 0 . Levi, and D. N.
Trifonov; Tech. Ed.; I. N. Guseva.
PURPOSE: This collection of articles is for scientists engaged
In the study and analysis of the noble metals.
COVERAGE: This Is a collection of articles on the analysis of the
noble metals. It includes studies carried out ~y the Institute
of GenerAl and Inorganic Chemistry im. N. S. Kurnakov (AN SSSR),
as well as reports presented by scientific research organizations
and by Industrial enterprises at the Third and Fourth Conference
o
'Noble Meta's held in 1954 and 1957, respectively. The
n
Card 1/7

studies and reports describe new organic reagents for gravi-
metric determination of blatinum metals, and physicochemical
method,s of eknalysis (spectrophotometric, polarographic and
potentiometric). Special attention is given to spectral
analysis for the determination of admixtures in alloys of
platinum metals, silver, and gold, as well as in refined nobl
metals. The collection also includes analytical methods, tat
and charts for materials containing metals of the platinum
group, as well as a review of the literature on the analysis
of platinum metals published in the last five years. No
personalities are mentioned. References follow each chapter.
TABLE OF CONTENTS
S. I. Gjnzburg and K. A. Gladyshevskaya.
ki~ailjB-iB of Platinum Metals

Analysis of Noble Metals (Cont-.) SOV/3199
Use of Thiourea for the Concentratlon of Platinum Metals 15
Pshenitsyn, N. K. and N. V. Fedorenko. Use of Nitrogen
Substituted Salts of Dithiocarbamic Acids for the Determi-
nation of Platinum Metals 23
PshenitByn, N. K., M. I. Yuzlko *and L. G. Sal'skaya.
Determination of Platinum, Palladium and Gold In Refined
Silver 29
Pshenitsyn, N. K. and M. I. Yuzlko. Spectrophotometric
Determination of Rhodium With the Aid of Potassium Iodide 37
Pshenitsyn, N. K., S.I. Ginzburg. and L. G. Sallskaya.
Determination of Irldium in Sulfuric Acid Solutions by
Spe(t.trophotometric and Potentiometric Methods 48
Aleksandrov, V. A. Photocolorimetric Method for the
Determiration of Rhodium, in the Presence of Platinum 59
Card 31T

Analysia of' Noble Metals (Cont.) SOV/3199
Levian, 13. G. and T. P. Yufa. PhotocclorlmetrIc Methods
Used in the Analysis of Platinum Metals 65
Pshenitayn, N. K., N. A. Yezerskaya arid V. D. Rathikova.
Polarographic Determination of Base Metal Admixtures In
Refined Tridium 70
Muromtsev, B. A. (Deceased) and V. D. Ratjilkova. Determl-
nation of Base Metals in Refined Silver Bardin, M. B., Yu.
S. Lydlikov and V. S. Temyanko. Polarographic Determination
of Certain Noble Metals by Using Pla,~inum Electv-rode3 80
Anisimov, S. M., P. G. Shulakov, V. N. Alyarichikova, V. M.
Klypenkov and P. A. Ourin. Chemical and Polarographic
Methods fox, the Determination of Copper, Nickel, Iron, Zinc
and Lead by Using a Cationite in Products Containing Platinum
Metals 88
Fshenitsyn, N. K., K. A. Gladyshevakaya arid L. M. Ryakhova.
Card 4,/~[

Analyals of' Noblr,- Metals (Cont. SOV/3199
V
Use of the Ion Exchange Method in the Analysis of Platinum
Metals. Report 2. Separation of Rhodium from irldium 103
Anisimov, S. M., Ye. 1'. Nikitina and V. N. Alyanchikova.
Methods of Preparing Poor Industrial Solutions and Obtaining
From Them Cemented Substances for the Determinatlon of
Platinum Metals by Spectral Analysis 115
Khrapay, V. P. Spectral Method for the Determination of
PlatInum, Palladium, and Tellurium In Silver-gold Alloys 128
Pankratova, N. 1'.. and A. D. Gut1ko. Spect-ral Method of
Analysis for Refined Iridium and Ruthenium 133
Kuranov, A. A., N. P. Ruksha and M. M. Svirtd0va. Spectral
Determination of' Admixtures In Gold, Silver and Alloys 139
Kuranov, A. A. Spectral Analysis Of Platinum AllOys Con-
taining Three Components 143
Card 5/7

Analysis of Noble Metals (Cont.) spvl/-4199
Adalchovskly, A. F. Lnd V. M. Karbo. I ir. De "I erm.1-1rg the
Chemi~.al Composition of Binary Al.lc-..yi by th.e Thermoele,~`Vxo-
motive Fcrce 145
Avilov, V. B. Ef fect of Complexat, and -~,f the Acid-
alkall Balance In the Medium on ~he Pc4ent-ial of the
Auiii/Auo, Au I/Aa0, Au III/Aul , and Ag I/Ag0 Sys~eT
V ns 150
AvIlov, V. B. and V. V. Kosova. Chromat.ometr,,',~ Determination
or Gold 156
Anistmov, "). M., V. M. Klypenkov and V. P. Tsymbai.
Electrometric Method for the Determination of Silver In
Silver and Lead Alloys Containing Platinum Metals 163
'I'Llfa, T. P. and M. A. Chentsava. Dissolving Platinum
Metals and TheIr Alloys With the Aid of an Alternating
CUrrent 176
Card 6/7

Analysis of Noble Metals (Cont.) SOV/3199
Chentsova, M. A., T. P. Yufa and V. G. Levian. New
Method for the Analysis of Palladium-silver Alloys 181
Ruzhnikov, M. S. and K. S. Sheina. Methods of Testing
Palladium Alloys and Their Products on a Touchstone
and by Chemical Means 184
AVAILABL~: Library of CongreBs
TM/mRth
Card 7/7 3-4-60

r/W SOV/78-4-2-110/40
AUTHORS: Pshenitsyn, N. K., Ginzburg, S. I., Sal'skaya, L. G.
TITLE: Investigation of the Oxidation Reaction of Iridium (III)
in Solutions of Sulfuric, Phosphoric, and Perchloric Acid
(Izucheniye reaktsii okisleniya Aridiya (III) v rastvorakh
aernoy, fosfornoy i khlornoy kislot)
PERIODICAL: Zhurnal neorganicheakoy khimii, 1959, Vol 4, Nr 2,
Pp 301-313 (USSR)
ABSTRACT: The oxidation of iridium (III) with cerium (IV) sulfate,
sodium bismuthate, perchloric acid, and potassium bichromate
in concentrated solutions of sulfuric acid, diluted sulfuric
acid, and concentrated phosphoric acid was investigated. The
following compounds were used as initial reagents: standard
solutions H2 Pa. 61 of various concentrations; standard
solutions Ce(SO 4)2 (0-1-0-04 N)'- K2Cr207 (0-1-0-04 N); NaBiO 3;
chemically pure; EC10 5' 50%; H 3PO 41 60%; H2so4 (specific
gravity j-84). The investigation of the oxidation reaction
Card 1/ 4 was carried out by means of the absorption spectra and the

SOV/78-4-2-110/40
Investigation of the Oxidation Reaction of Iridium (111) in Solutions of
Sulfuric, Phosphoric, and Perchloric Acid
potentiometric titration of the solutions by Mohrts salt. It
was found that the oxidation reaction of iridium (M) mainly
depends on the concentrationo of sulfuric acid and phosphoric
acid, respectively. In conoentrated solutions of these acids
blue solutions are formedv independent of the oxidizer, with
characteristic absorption spuctra with an absorption maximum
at 570 m1t. These solutions contain iridium (IV) n the form
of a complex anic-n with the addenda SO42- or PO 4~-. The samf~,
characteristics of phosphoric ai;id and sulfuric acid show
that these complex compounds contain the came chromophoric
group. On the oxidation of iridium (111) red solutions are
formed in weak solutions of sulfuric and phosphoric aoid and
in perchloric acid, which have characteristic spectra w4th
an abaorption maximum at 500 mk. The separation of tht--
products formed did not provo successful. It may be presumed
that these compounds contain iridium (IV) as a hydrated
cation. The hydrated complex is stable in acid media only
and with an increase of pH in the solution it becomes a
Card 2/4 hydroxo compound whinh is separated as iridium hydroxide.