SCIENTIFIC ABSTRACT KUNITSKIY, N. - KUNITSKIY, R. V.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUNITSKIY 14. kand.tekhn.nauk (Kaunas)
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Transmitter with plate self-modulation operating on 28 Mc.
Radio no-4:21-23 Ap 165. 04IRA 18:5)

MrMl, V.P., Academ-a-cian, KU14ITSKIY N.F.
"Stability of the Operation of a DC Shunt 1-*otor, IIIz. Ak. llau]~ SSSR t el.T
I , 0 d ekh
Nauk, No, 9. 1940. Submitted 5 Aug- 1940.
4W Report U-1530, 25 Oct. 1951

NIKITE4, V.P., Academician, KUNITSKIY, 11.1'.
T
I
Stability of Operation of a DC Shunt Motor, IlIz. IJ,. Naulc SSSR, Otdel, T,kh, NaWk
No. 10) 19h0. Submitted 5 Aug. 1940
IM Report U-15,30, 25 Oct 1951

I-TEMIM) V.P., Acader.;iician, HIM"SULY, N.P.
"Diagram of Operational Stability of a 7YIrect Ctwrent Shunt Motor," Lz Ak. Nauk
- SSSR, Ctdel, Tekh. Nauk, No. 7-8, 1941. Sjubr,~-,tted 17 I-lay 191i1-
IM Report U-1530., 25 Oct 1~51

NIKITIN, V.P., Academician, N.P.
"Operation Stability of the De-onard System," 17,. Ah. Hauk SSR, Otdol. Tekh. 'plauk,
No. 9) 1941.
2W Report U-1530, 25 Oct 1951

-XMTSM.* W. F.
"Stable Work Diagram of a D.C. Shunt Motor.," Dokl. AN SSSRo 33,, No.6., 1941

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KUNITSKIY, N. P. j TURKIN., V. K. and NIKITIN., V. P. Acad.
"An Analytical Nethod f or Studying the Work of a D.C. Shunt Motor with Rotation
Speed Controlled by Excitation Flux," Dokl. AN SSSR, 39, No-4, 1943
Bame article in Is. Ak. Nauk SSSR, Otdol. Tekh. Fauk, Nos. 9-10, 1943

KUNITSKIY, N. P.
"Stability of Operation and Transient Processes in the Leonard Ststem," Dokl.
AN SSSRI 42, No.1, 1943

NIKITIN, V. P.; OTITSYM, N. P. Ac~tdamician#
"Thoory of it Power Follower Electric Drive with Sh-,mt ';jound Direct Durrent llotoor,
Fed fx-on-, Ionic Rectifier (Without Calculation of Inductance of Y'otor Armature)."
Is. Alk. Nauk SSSR, Otdcl. Tokh. 1,11auk, No. 6, 1944. Submitted 24 Dee 1943.
-1p
,FReport U-1556, 14 No%, 1951.

KUNITSKIY, N. P.
"An Analytical Method for the Investigation of the Work of a D.C. Shunt Motor
with Allowance for Saturation when the Speed of Revolution is Controlled by the
Excitation Flux," Dokl. AN SSSR., 45, No-4,, 1944

J~O-;hed
"The 3t,,bill" ol-' Opuwat..l.un 0i, th';
-tkitin, Acadom _, 4LW1 JV. K. Turki.n., 1.1. P. Yunl~,;kl.,,, IL pp
117LZ idr 1"w1k) Otd ~P(Afh " "'alA 1"', '110 10
D-.,c DZIO
Pvulimtnary thaorotlea"L ruseaiAi on the questioa oK- stabilit.- and aper-ILOi!.ILC'*-ti OL WI
a:,ip1--d-,me electric drive with diat-rams for t~ (-- trwrisitioaal processes -,;',iic--
are described b77 sf.;rics of a differential equation of the ourth ~iegree.
-ell 27'~30

Kulil'I'Alit N. P.
RT-124 (The stability of performance of an amplidyne drive).
amplidinnogo elektroprivoda.
Izvestiia Akademii Nauk SSSR. Otdelenie Tekhnichoskikh Nauk,
Ob ustcichivosti raboty
(11): 1567-1580) 1946.

Vn
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744, IILPCTRIC VRIVR Ott EXCAVATOR�.YVITII AMPLIDYNK EXCITUR -
V. 11, Nikitin and N. P., gunilAy j#W.,4,pad, Sri., No. 12,1737, 190).

TSELIXOV, A.I., professor. daktor tekhnicheskikh nauk; KMITSKIY, N.P.,
doteent, kandidat takhnicheskikh nauke
6
Selicting the gear ratio for the electric drives of auxiliary mechanisms
of rolling mills. Yest,olaktroprom. 18 no.9;8-10 5 147. (HLHA 6.-12)
1. TSentrallnyy nauchno-iseledovatel'skiy inetitut, takhnologii i mashino-
stroyantya (for Teelikov). 2. Moskovskoye vyesheye takhniahaskoye uchili-
ahohe im. Baum& (for Khnitskiy).
(Electric driving) (Rolling--~mWll machinery)

I,A- ~~ A-1-6
OMIL-TSE-j, N- P. 3-15-
uQCIR/Mathemitics - Sorieu
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Mathematics !Applied
1-41ov 3 A7
I'Stabil.ity Diagrams for Bystems of the Fifth Series," Academician V. P. Tsenov,
Pokrovskoye Village) Sverdlovak Oblast., 4 pp
"M .,athematicheskiy Sbornik" b1 xx:E (63),, No 3

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FA 17-790

KUNITSKIY, N. P. and LEVITA15KIY,, B. A.
"Electric Equipment of Metallurgical Shopa.," 1948

KUNITSIM, N. F.
USSR/Electricity
Generators, Electric
Systems, Electric
I-lay 1948
"Dynamic Equilibrium of the 1-~-,frnetic Stttte of (in Llectrical Machine in a Leonard System,"
Acad V. P. Nikitin, 11. 1. KunitsIdy, 13i PP
"Iz Ak NaW,: SSSR, Otdel Tekh Nauk" No 5
Expands conditions for the stability of d~mamic equilibrium of electrical systems, as
presented by V. P. Nikitin and which he applied to operation of an electric arc in
1925, so that they can also be applied to excitation and damping of electrical generators
and Leonard system machines. Submitted 15 Jan 191,8.
PA76T14

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U-VI
Isvestiya Almdadi Nauk, Otdolenie Teknicheskikh Nauk,
19,48p No. 6 (June)

-$I. A .11TALLOGICA 1.11TRATV01 CLASSIFICATION
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KU14I TSKIY, N. P.
USSR/Electricity
Motors) Electric
Sep 0
"Optimum Variation in the Current of a DC Shunt Motor Being Regulated at Fzaster
Ihan Average Hates)" V. P. Nikitin, Acad and N. P. Kunitskiyj 151, Pp
I'lz Ak NauJk SSSR, Otdel Tekh Nauk" No ~
Explains practical applications of subject in nvorBi.b1(.- rolling-mill design. Discusses
problem and illustrates resultsby graphs. Concludes that when regulatiR,'~ ,,pcod of
motor above average rates, dynamic current equals speed of flux alteration divided
by cube of flux, excluding voltage drops in motor armature. To make full use of
commutation properties of motor, flux should alter rapidly at high values and
slowly at low -Values. Explains how electromotive force shuuld be varied. Slibmitted
21 Feb 48.
PA 14/h9T13

KUNITSM, N. F-.
USSV-Electronics
Regulators, Voltage
Systems, Electronic
"Amplidyne Voltage Regulator in a Leonard-Ilgner System," Acad V. 1'. Nikitdny
N. P. Kunitskiy, lb pp,
'IIz Ak Nuak SSSR, Otdel Tekh Nauk" No 9
Seo 48
AirDlidyne regulators are replading contact regulators in Leonard-Ilgner system for
controlliqg reversible rollirv mills. Amplidyne method is described in detail and
characteristics are reproduced. Calculation procedure is illustrated by numerical
exapples. Submitted 21~ Feb h8.
PA l4/h9Tl4

KtJNITSXIYI N. P.
USSR/Elea-ti'lolty Nor 48
Motors, Electric
Mathematics, Applied
"Maximum Current of a Shunt Motor While Its Field Is
Collapsing," Aoad V. P. Nikitin, Dr N. P. Kunitskiy,
Cand Tech Sci, 2 pp
"ELektrichestvo No 11
Introduces simplified formula for calculating motor's
maximum current during collapsing field. It was
simplified by taking the value of the voltage drop,
in the armature to be zero, in the equation for
electric drive during a7change in the field.
27/49T48

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h-MT,-TSKIY, N. F.
USSR/Electricity
Drives, Electric
Ma-ffienatics, A:-~Dlied
vul li"i
"Generalized Equations of Transition Processes of an Electric Drive With Amplidyne
Control." Acad V. Pe Nikitin) N. P. Kurrttbkiy, V. K. T~arkin, 3 PP
I'Dok Ak Nauk SSBRII Vol LXII No 1
State and discuss the ."encral equation for a cubic electric drive system with
regulat6d generator voltage and amplidyne control at constant motor operation) tuo
staI,.-)iIizIng and antioscillation trarL9formers being included in the circuit. ('ale
equation has approxLwtely 80 terms.) Submitted 2h Apr 1948-
P~I 8/49 172

USSR/E'lee trio ity Jul 48
Servo Systems
Mathematios, Applied
E-
"Comparative Analysis of Sequence Systems," Acad
V. P. Nikitia, N. P. Knnitskly, 3~ pp
r-4
P- "Dok,Ak Nauk SSSR" Vol M1, No
.Divides systems Into foux classes, according to
angle of divergence e : (1) systems vith inoreauing,
tatic (2) systems with constant static
(3) systems vithout static systems vithamt:
static 60 vith regulaiLy alternating movement of
the leading axis. Analjyzes case of electric
'USSR/Eleetricity (Contd) Jal 48~
sequence systems vith amplidyne generator feeding
auxiliary motor. Sabmitted 29 May 48.
11/49T37,

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USSR/Electronics Aug 48
Voltage ]Regulators
Generators - Regulators
of Regulating the Voltage of a Genera-
tor and the Current of the Rxeiting Motor in a
Leonard System Having AmpUdyne Regulation,"
V. P. Hildtin, 11. P. Kunitskiy, V. K. Turkin, 4pp
"Dok Ak Nauk SSSRII Vol LXI, No 5
Describes subjeot dynamics vith long equations
depicting processes for regulating electromotive
force, of the generator and the current of the ex-
citing motor with two, one., an& no stabilizing
trtmBformers.
24/49T19

KUNITSKIY., N. P.
"Nomographs of Stability," Dok1. AN SSSR., 63, No.2, 1948

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00 13 of Apparstu'4 fur Obtsi"11 P. Kunit-
.3 current. On Russian ) v. P. Kikitin and
MA-lady Akadr;nii Nuoik SSSR 0tvp-Ab of the re 0
Aca&my ,( Scienem of the USSR), nvw Kee.. v. 0
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0 =s!! 1949, No. 3 (Yarch)

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KUNITSKIY, N. P.
'USSR/Electricity Motors Regulation
may 49
"Optimum Flux Transition Processes in a Shunt Motor for Regulation Above Basic
Speed," Acad V. P. Nikitin, N. P. Kmitskiy,, Cand Tech Sci, 2 pp
"Elektrichostvoll No 5
Brief article presents optimum curves of variation in magnetic flux while
regulating a shunt motor above its basic speed. Submitted 10 Apr 48.
PA 55A9T41

tYSSR/Zlec4_--icIt7 -~, Regulation 1 -Aug 49i
Transformer
UN "Approxi'mate Calculation of a Control Trans,'tormerls
Parameters in Cu-nent Regulation to Obtain the
Optimum Starting Current," Acad V. P. Nikitin, N.
P., Kvnitskiy, 4 pp
"Itok Ak Nauk S&SR" Vol LWIT, No 4
Kethematically determines necessary conditions for
obtaining optimm starting current in electric,
drive system 'with an amplidyne regulator vhere
this starting cz-xrent is obtained by demagnet'i zing
ampere-taaaw of control transformer and current
3/50T19
USSR/Bleatricity - Regulation 1. Aug;,49
(Contd')
vinding e. amplidyne exciter-regulator, and vita
~the qzadrat,=-e field. Submitted 4 J~an 4.9.

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At
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Vikitin
V.T". And Yun it pile i Ion in solintific linvelopment
of the problems of Wr-c-"Idlng nnd eleatrotharnq, AaadaW of
Sciences), Current re;Ytilttion in an electrical concluctor with variable
motor voltape and electro-machine wnplifier (with transverse field),
ago
64-78.
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KUNITSKIY, II.P.
How to obtain the optimum current curve for a motor when the flux io
weakened. Slektrichostvo 15), Ilo.1, 26-30. (MLRA 6:2)
(BRA 56 no-6)70:3926 153)

31l 89 Pf-durl i ...a O.f 4 11,6111,111,
T. R. 'all. I hat im! ~41,ii d Jig .4 S, -wm. W.-
Vol. 3 No. if. 1 V 1, Klij,11,111 171.01m.11,01init ~~M'Otdflvniv
1.1,11h hv,lakh Vailk. IT. 1, J." 'i, kwj I I I I 11-)6.
~Iar. 1954 I'l-clik a 1111111,fi..i! 'I'd im-.111"Its"ll Cmw
Eloutrioal L11111it!
E wigineoring

KUNITSKIY, N.F.
Determination of optimum parameters of electric control systems
by reducing the motor current. Dokl.AN SSSR 95 no.2:261-263 Mr
'54. (MI;RA 7:3)
1. Veesoy-usnyy saochnyy politakhnichookiy institut.
(Alectric motors)

MITSKIT.
iffect of the ragenerativa coupling on motor current in
electric controllers of reduction motor circuit. Dokl.AN
SSSR 95 no.6:1073-1074 F '54. (MI-RA 7:2)
(Electric controllers)

KMTSKIY, N.P.
Parameter calculations in a three-stage electric motor control
97stem operated by generator currant regulation (taking into -
account the time constant of the exciter and the amplifier).
Dokl.AN SSSR 105 ne.6;2244-1247 D 155. WaA 9:4)
1.Pradstavlene akademikom V.P.Nikitin7m.
(Electric motors--Design and construction)

KMTSKIY.']I.P., kandidat takhticheskikh nauk, doteent (Moskva)
Calculation of the parameters of a three-stago electromechanical system
of control which employs weakening of motor flux. Slaktrichostvo jL9.4:
32-37 Ap 156. (KLRA 9:7)
(Electric motors)

MITSKIY, H kGU -Pe-trov SIDOROV, V-11., red.izd-va;
NSON, . .0 tekhn.rau.
[Controlling electric machinery in reverBing rolling mills] Xlektro-
mashinnoe upravlente reversivaymi prokatnymi stanami; uchabnoe poeo-
bie dlia chkol i kurBov mastarov. Moskva, Gos.nauchno-tekhn.iz4-vo
lit-ry po dhernoi i tovetnoi metallurgii, 1957. 325 P. (MIRA 11:3)
(Rolling mills)

MITEM, N.P., kand1dat tekhnicheskikh nauk, dotsent.
An optimal current characteristic for a motor with flux ampli-
fication In an amplidyne controlled electric drive. 13lefctrieba-
styo, no.10:34-39 0 157. (M1RA 10:9)
1. TSentrallnyy nauchno-issledovatel'skiy institut chernoy metal-
lurgii.
(Electric motors)

8(5) PEME I BOOK EXPLOITATION sov/1869
Tsentralvnyy nsuchno-issledovateltskly institut chernoy metalluxogii
Elektroprivod rev9rsiMkh'prok&tnykh stanov s ejectraWhinnym
g Mills With Dynamoalectric
upravleniyem (Electric Drivv of Reversing RoUin
Oontrol MoSeUVI, Meiallirgizdat, 1958. 257 p. (Series: Itsi 5bornik trudov,
vyp. 141 Evats slip, inserted* %800 copies printede
Additional Sponsoring Agency: Institut proizvodstva stali.
Ed.: N.P. Kunitskiy; Ede'of Publishing House: AA* Vagin; Tech.3di,:
O.P. Rikker.
PURPOSE., This book is intended ror scientific workers., process engineera,
setui men, and'designers, whose work is connected vith electric drives of
rolllng*mills. It MW also be useful for students in advanced courses at
polytpchnical an& pover institutes who are specializing In the-field of
electric drives for rolling millse
CMERAGF-o. ' The book deals with theoretical and experimental resetarch being done
on.electric ''drives for reversing rolling mills. Optibun regimes for motors,
t4e control of tension In rolling very thin band, control of the thermal load
Card 1/4

Electric Drive of Reversing (Cont.),
sovI1869
of d-o rollin mill motors, and the stability of electronic time relay are
discussed, Recommendations are made for the selection and determination of
electric drive ~%irsaeters of reversing rolling mills, The following person-
alities., all engineers, are mentioned: F.F* Olifer, B.Z. Zaytsev,
V.L. Kalyazhnov, V.A. Kov~unovich, Sh.N. Kupershmit, and N.D. Kochenenko.
The~-e are 10 Boviet,references.
TABLE CF CONTEM-
Preface 3
Makeyev, I.F. [Candidate of Technical Sciences].
Tension Control as the Function of Pover in Rolling Band
on a Cluster Mill
The Problem of accuracy in maintaining the uniformity if tension in
winding a band on the, drum of a coiler at constant speed is-discussed.,
as well as the effect of single factors, such As tension, speed of
rolling, pmer in idling, etc., on the accuracy of tension control.
Kunitskiy, N.P. [Candidate of Technical Sciences], Optimum
Regimes for Acceleration of Motors Driving Reversing Rolling
Mechanisms at Constant Field 27
Card 2/4

Electric Drive of Reversing (Cont.)
sovli869
The author states that there is certain optimum v'alue of additional
resistance in the field circuit of the exciter, at which time motor
acceleration is at, a minimumY and there is no need for a large e.m.f. for
an amplidyne. He also discusses the problem of obtaining an optimum
current for motors driving reversing rolling mechanisms by selecting the
necessary e.m.f. curve of the amplidyne, particularly its minimum value.
Kalinskiy, D.N., (Engineer). Multiple-winding Exciter of a Generator 61
The use of a multiple-vinding exciter for a self-excited generator .
is duscussed, and the ex~oediency in using parallel self-excitation is shown.
Kunitskiy, N.P. [Candidate of Technical Sciences]. Optimum Regimes of a Motor
Driving a Reversing Rolling Mill at SpeedB Above Normal With Three-stage
Dynrmoelect--ic Control 75
The theory design, method, wi~i adjustment of parametric three-stage
dynamoelectric control of the motor driving a revereing rolling mill
at speeds above no--me.1 e-re &U;ausaed,
Card 3/4

Electric,Drive of Reversizic (coat.) sovli869
Kunitskiyy N.P. [Canaidate of Technicall Sciences]. optimum Regime for
Acceleration of the Mot-or Drix-ing a Rp.-iers~ng 1-Roll-Ing Mill at Speeds Above
~Noima With Tvo-st~ade Dynmnos1Pc-,%rin Control 204
T -n -iod, and adjustment of two- t
1he theory, desig- , a age 4ywmo
electric control o.-,' the motor da-lving a revezsing rolling mill at speeds
above normal are discassecl. 7xts syutam~,has ben wel for driving
rolling mills put in-tor operation d=-Ins tha last two or three years.
L'"'Ye, B.B. [Candidate of Tec-an-Ject-1 Scieacea). Stabilization of,Electronic
Time-relay Performance 233
A method of improving the stmbillty of Eui electronic time-relay for
use in circuits for the autmation of processes in the metallurgical
industry is discussed.
Zhilko,, E.I. [Engineer],. Use of Logic Circulta for Controlling
Manufacturing Processes 246
This approach, claimed by the aaQior to be now, increwes the possi-
bility of autmatic cunt-nal of processes which vere formerly cona-
sidereZ. inaccessible :or aa' amation 'because of their larA of
mathemeti; cal interolletation.
AVAILABLE: Library of Congress
GOIgnp
Card 4/4 7-2d-59

HIKITIN, V.P. ; TWIXIN, V.K.; KUNITSX1-f, N.P.
,rams for third-order systems. Hauch.dok1.vys.nhko1y;
Djap
energ. no.4:91-97 158. (MIRk 1215)
1. Rekomendovana. kafedroy vynahay matematiki Mockovokogo
1-bimiko-takhnologichaskogo instituts. im. D.1. Mendeleyeva.
(Stability) (Transients (Foloctricity))

KUNITSKIT. N.P.,kand.tekhn.nauk-
Optimm accelerating conditions for engines of reversing
,g mill mechanisms operating with conetant current.
rollin
Sbor.trtxd.TSNIICHN no..14127-6o #58. (MIRA 12:5)
(Rolling i4ille-Blectric driving)

KNITSKIT, N.r.,kand.takhn.nauk
Optimum operating conditions for reversing rolling mill
enginos running with over-baoic speed and having three-
stage dynamoolectric control. Sbor.trud.TSNIICHN no.141
75-203 '58. (MIR& 12t5)
(Rolling mills--Electric driving)

KUNITSKIT, N.P.,kand.tekhn.nauk
OPtimim accelerating conditions for reversing rolling mill
engines to higher than basic speeds in the presence of two-
stage dynamoolectric control. Sbor.tnd.TSNIICHM no.14:204-
232 '58. (MIRA 12:5)
(Rolling mills-Blectric driving)

8(6) SOV/105-59-5-28/29
AUTHOR: Kunitskiyj 11. P., Candidate of Technical Sciences
r-----------
TITLE: Yu. M. Borisov and M. M. Sokolov. Electrical EquiRment of
Elevators and Conveying Machinery. 400 Pagest Price 10 Rubles
85 Kopecks, Mashgiz Publishing House, 1958 (Yu- M- Borisov
i M. M. Sokolov. Elektrooborudovaniye pod'Iyemno-transpor.tnykh.
mashin- 400 str-,ts- 10 r. 85 k., Mashgiz, 1958)
PERIODICAL: Elektrichestvo,'1959, Nr 5, PP 94-95 (USSR)
ABSTRACT: A book review. It is a textbook for machine-building and poly-
technic institutes. The 11 chapters of the book deal with
the principles of the theory of electric drive and electric-
drive control, as well as the electrical equipmdnt of cranes,
elevators, conveying machinery and dredges. A short survey
of the contents of individual chapters is given here. Advantages
of the book are the well-chosencalculation examples. The book
is clearly written and carefully edited by Editor E& F. Silayev,
Card 1/1

=R: Kunitskiy, N. P.,-Candidate of Technical SOV/105-59-6-2/28
-3-51-ences
TITLE-. Determination of the Characteristic Data of a Thermionic Exciter
System Under Reduced Motor Flux (Opredel~~e parametrov sistemy
ionnogo vozbuzhdeniya pri oslablenii potoka dvigatelya)
PERIODICAL: Elektric-hestvo, 1959, Nr 6, pp 9 13 (USSR)
ABSTRACT: In this article a method for the calculation of the engineering data
of thermionic exciter systems (TE) of reversing mills, which have
been developed recently, is presented, The system consists, apart
from the rectifiers, of a magnetic amplifier (MA) vdth a bias
magnetization-_,.a differential-, and a stabilization winding and of
a phase shifter (PS). The total eaf of the MA is composed of the
bias magnetization, of the differential emt, which is proportional
to the exciter current, and of the stabilization mmf, which is
proportional to the time derivative of the exciter current. If the
inertia of -the MA and of the PS -is ignored, the relationship
between the emf of the TE and the mmf of the MA can be represented
as a function of the,control angle. This characteristic curve is
linearized and the formila for the omf of the TE is thus derived. The
Card 1/2 optiuram values for the emf of the MA and for the amplification factor
I

Determination of the Characteristic Data of a Thermionic SOV/105-59-6-2/28
Exciter System Under Reduced Motor Flux
of the differential winding are obtained by using the fluxes fl
&t starting speed and t?2 at final speed. These formulas can under
certain assumptions also be used for exciter machines. The errors
introduced by the substitution of algebraic equations for differential
equations do not.exceed 5-10%- In order to check the method of
calculation, a TE for a motor of the type 1W-8 was investigated
experimentally,, The results are presented in five osoillograms. That
csAllogran, which corresponds to optimum performance, and the
respective engineering data are given. The influence of the variation
of several engiteering:data upon -the performance of the motor is
discussed.-,T%e-difference between the calculated and the experimental
motor ourrents'varies between 2.3 and 35%, which is an indication of
the faGt;'.that it is certainly possible to use formula (14) (at no-
load operation) as wellas the formulas from reference 7 (at a given
load at the'motor shaft) for practical calculation, There are 7
figures and 8 Soviet referances.
ASSOCIATICV: Toontrallnyy nauohno-ionledovatelskiy instLtut chernoy metallurgii
(Central Scientific Research Institute of
SUINIT'"ED: January 19, 1959
Card '~~2

66340
9E00 sov/144-59-10-12/20
AUTHOR: Kunitslziy, N.P. Candidate of Technical Sciences. Docent
TITLE: The Investi-ation of Transient Processes in the Ion Excita-
tion System 6f the Motor and the Calculation of the
st'-kbilisixtion
PERIODICAL: Izvestiya vysshikh uchebnykh zavcdeniv, Elcktrol-'ielchanilca,
I
1959, Nr 10, pp 100 - 11-0 (USSR)
A3STRA~;T: Under certain conditions, oscillations can arise in the
system ol- the title. The influence of tho systc~li -1-mr-Imetors
on the characteristics of the transient -,)rocess of the
excitation current for linear workin.- characteristics of the
!:,,a_gnctic aitiplifier, )hase regulator and motor is given.
By i-iialcing various assui,.iptions and ropiacinL- a Cosine terbi
by a linear approxii-l-lation in the operating rarige, a third-
order differential ocluntion for the exci-LnLion current of
the motor is derived. It is then assuiJed th-it il-he excitation
is so small that the system does not leave the domain of
linear variation of its parameters. For simnlicitv of
analysis the differential equation is replaced by one in
which the deviation from the initial value of the
Cardi/4 excitntion current is the independent variable. III the
LK

66540
SOV/144-59-10-1-0/20
T!ic Investigxtion of Transient Processes in the Ion Excitation Systemi~
of the Motor and the Calculation of the Stabil�sation
case when the characteristic equation has real roots, it
follov.rs that for zero initial conditions the e-ccitat-'on
current is determined solely by the valucs of the roots of
the characteristic equation. Tile deviation of the
excitation current from its initially established value
decreases (1) as the intensity of the differential of the
winding (7 seedefinition of Tj ov on p 100) and the
shunt coefficient of the control winding of the phase-
regulator increase; (2) as the reduced curvature of the
amplifier characteristic decreases and (3) as the curvature
of the phase regulator and the number of turns in the
windin,g of the control choking coil increases and as the
i,.iaximum rectified e.m.f. and the number BI , which
appears as the coefficient of the anglo in the linear
approximation for the cosina, decrease. Tile inflitclice of
the intrmsity of stabilisation and its choice are discussed.
The effect is illustrated by an example. As the intensity
Card 2/4

66540
soV/144-59~10TJ2/20
The Investigation of Transient Processes in the ys cm of an Ion
Excitation Motor and the Calculation of the Stabilisation
lov increases the transient process changes from an
aperiodic. one to an oscillatory one and for large values
of 11 ov becomes unstable. The application of stabilisation
reduces the oscillation. The smaller the intensity of
stabilisation tne sooner for swall values of q ov the
unstable process begins. Next, the influence of the time
constants of the amplifier and the phase regulator is
discussed. The presence or absence of stabilisation is
discussed and three cases are considered: 1) taking into
account both time constants; 2) neglecting the time
constant of the phase regulator and 3) neglecting both
time constants. If there is no stabilisation and the
inertia of the amplifier and the phase regulator are
assumed to be zero, and the transient process monotonic,
then the amplifier time constant causes oscillations which
grow more strongly when there is also a phase regulator
time constant. In the absence of stabIllsation an increase
Card 3A q--,-

66540
SOV/144-59-10-12/20
The Investigation of Transient Processes in the System of an Ion
Excitation Motor and the Calculation of the Stabilisation
of the amplifier time constant causes larger oscillations.
The aperiodic case is also considered. In this case,
when the time constants of tho amplifiei- and the phase
regulator are non-zero, the increase of the excitation
current is slowed down.
There are 12 figures and 3 Soviet references
ASSOCIATION: Kafedra elelctrifikatsii promyshlenny1ch predpriyatiy,
Vsesoyuznyy zaoclinyy politeld-inicheskiy institut (Chair of
the Electrification of Industrial Enterprises, All-Union
Correspondence Polytechnical Insti-Cute)
SUBMITTED: June 9, 1959
Card 4/4

afl
1-4
VJ
t:13 a-'j Gas-
H
M-2
It
5,2
i
M a
all
oil
J:2
As
ILI
,lisi

KMTSKIY, Nikolay TP-t-LO-YIDhP kand.tekhn.nauk, dotsent; IVANOV, Geliy
Mikhaylovich~ starshiy nauchnyy sotrudnik
Transient processes in an ionic generator excitation system.
Izv. vys. ucheb..zav.; elektrome~h- 3 no.12:3-13 160.
(MM 1,40)
1. Kafedra elektrifikataii promyshlennykh predpriyatiy Vsesoy-uznogo
z4oahnogo politekhnicheakogo institifta (for Kunitskiy). 2. TSentrall-
nyy nauchno-issledovateliskiy institut chernoy metallurgii (for
Ivanov).
.(Electric generators)
(Magnetic amplifiers)
(Electric current rectifiers)

KUNITSKIYI N. P.
Doc Tech Sci - (diss) "Foundations of the theory of performance
of reversible rolled Zprokatnyy.2/ electric motors in the control
of excitation currents." Moscow, 1961. 34 pp with diagrams;
(Ministry of Higher and Secondary Specialist Education RSFSR,
Moscow Order of Lenin Power Inst); 150 copies; free; list of
author's works on pp 32-34 (21 entries); (KL, 6-61 sup, 211)

MUTSKIY, N.F., dotsent, kand.tekhn.nauk
Determination of the parameters of the current regulator in the
ionic bxcitation system of a rolling mill motor. Elektriches.*o
qo.1;34-39 Ja 161. (MM U: 4)
1. TSentralInyy naiiahno-issledavatellskiy institut chernoy metallurgii.
(Rolling mills-BlectriG drAving)

s/196/61/000/011/035/o42
E194/EI55
AUTHORt Kunitsjkiy2 N_E__
TITLEs optimum motor current during field forcing in an
electrical drive with ionic excitation
PERIODICALs Referativnyy zhurnal7 Elektrotekhnika i energetika,
no.11, 1961, 7-8, abstract IIK 59. (Vestn.
elektroprom-sti, no.5, ig6i, 44-49)
TEXTi The conditions are considered under which the current
is maintained constant in a d.c. motor with ionic excitation
under braking conditions with field-forcing. The optimum
parameters of a field-forcing system with positive feedback from
a separate amplifier winding are considered. Rasults are given
of an experimental investigation of the behaviour of such a
system app14 -ed to a motor of 350 W, 220 V, 150/300 r-P-m- with
ionic excitation, used to reverse a rolling mill. Oscillograms
show that the optimum current value of the motor is obtained when
the positive feedback is applied at a definite instant of time.
3 literature references.
[Abstractor;s notez Complete translation.]
Card 1/1

KUNITSKIY, -Nikolay-- Petrovich; OLIKHOVIK, I.L., red.; BORUISOV, N.L.,
tekhn. red.
[Electronic excitation of the generators and motors of
reversing miUs]Iomoe vozbuzhdenie generatorov i dvigatelei
reversivnykh prokatnykh stanov. Moskva,, Gosenergoizdat,
1962. 190 P. (Biblioteka po avton.atike, no.54)
(MIRA 15 :9)
(Rolling mills-Electric driving) (Electric driving)

KUNITSKIY alay 1&4troylch, doktor tekhn.nauk, dotsent; IVANOV, Geliy
YAkhaylovich, aspirant
Selection of the parameters of a static phase regulator. Izv.vys.
nobeb.zav.; elektromekh- 5 no.10;1145-3-159 162. (MIRA 15:11)
1. Kafedra elektrooborudovaniya promyshlennykh predpriyatiy
Voesoyuznogo zaochnogo politekhnicheskogo instituta (for
Kunitakiy). 2. Vaesoyuznyy zaochnyy politekhnicheskiy institut
(for Ivanov).
(Phase converters) (MBrew-y-are rectifiers)

KUNITSKIY, N.P.- IVANOV, G.M.
Transient processes in reversing-min motors with ionic excitation
of generators. Sbor. trud TSNIICHM no-3009-57 163.
(MM 16slO)
(Rolling mills-Electric driving)

KUNITSKIY N P.- IVANOV G.M.
V
Effect of various current patterns on the heating of motors of
necessary mechanisms of reversing rolling mills. Sbor. trud
TSNIICHM no-30:57-71 163. (MM 16:10)
(RoUing mills-Electric driving)

KU#ITS~~,N.P,; IVANOV, G.M.
Analysis of various operating conditions of the electric drive
for live roll tables of the KMK blooming mill. Sbor. trud
TSNIICIIM no.30:102-107 163. (MIRA 16:10)
(Rolling mills-Electric driving)

_ UNIMSKly, N.P. doktor tekhn.nauk; !VANO'V, G.M.,
. - - I- k.' ~'.- "' 1-nz'h.
Transient processes in systems with reversive ionic ellectrl---
drives. Elektrlchestvo no..'a:33-37 N 164.
l8z2)
1. Mcentraltnyy nauchno-Assludovat,-Ilsldy
met'allurgii imeni Bardina.

KUNITSKIY, N.P.; IVANOV, G.M.
Current regulator in the electric drive of a reversive rolling
mill with electronic generator excitation. Izv. vys. ucheb.
zav.; elektromekh, 7 no.6:714-723 164. (MIRA 17:7)

L 21981-66 EWA(h)/EWT(l) Go
ACC NR: AP600 869 UR E E-
7 SO C COD W0103/66/000/002/0129/0133
AUTHOR: KuMtskly, N. P. (Macow); Xhutoretskiy, V. M. (MBcov)
ORG: none
TIT LE: Nonlinearity considerations of diode volt-ampere characteristics in the accurate
design of semiconductor switching circuits
SOURCE: Avtomatika I telemekhanika, no. 2,_ 1966, 129-133
TOPIC TAGS: volt ampqre characteristic, diode, semiconductor diode, switching circuit,
logic element
ABSTRACT: The authors use the example of the calculation of a logic element of a number
der
in an arithmetic unit with a prescribed binary number to determine the need to consi
the nonlinearity of the volt-ampere characteristic of diodes. A procedure for accurate
calculations is given. According to the present authors, the work of W. A. Evans (Toleran
cing the Transistor NOR Circuit. Electr. Engng., v. 35, No. 428, 1963) is the foreign
work that Is the closest to the present work in character. The logic element is constructed
on a semiconductor triode, operating In a switching circuit, and semiconductor diodes with
Card 1/2 UDC: 681,142.67

L n981-66
ACC NR: AP6007669
nonlinear volt-ampere characteristics. The calculation of this element employingthe
Piecewise-linear- APProximation of the diode volt-ampere characteristics produces results
which yield no physical meaning. In the accurate calculation of semiconductor switching
circuits in industrial automation with nonlinear elements such as the logic element de-
scribed, it is expedient to use graph-analyttc methods which account for the non-linearity
of element volt-ampere characteristics. OrIg. art.- has: 4 figures and 16 formulas.
SUB CODE: - 09 SUBM DATE: 27Jul65 OPJG REF: 002 OTH REF: 004
Card 2/2 not
2

.-.J, 27948-66 -- --- ---- .1 -1
ACC NRi AP6017706 SOURCE CODE: uR/o1o5A6/O0O/0Dl/OW5/C686
LUTHOR: Bertinov, A. I.; '~9r9netsk:1Z,_B--B.; qnT!4q!L'1~1 (L1rA4jjqr V. V.
Gromov. V. 1.--,-D ihl-nin N. N.; X 'tlakiy ..N. P.; Na~m n~o I. Ye.; Petrov, I. I.;
Vetroy. G. N.; R G.~ ezhanovskiy, 0. V.;
Syroqatnik v, I. A ; Tulin,-V. S.; FJ.Un,.&_M,; Tpejtk9.yj-A---X-; Chili.kin, M.G.; I
-ju-n-Lkov,_M. G.
ORG: none
TITLEt Engineer N. A. Tishchenko (on his 60th birthday)
SOURCE: Elektrichestvo, no. 1, 1966, 85-86
TOPIC TAGS: electric engineering personnel, metallurgic furnacp, electric equipment
ABSTRACT: Nikolay Afanaslyevich Tishchenko completed the Khar~ kov Electrotechnical
Institute in 1930, after working as an electrician in a M6-tall~rgical plant from
1923-1926. He was active in the development of domestically produced electrical
equipment for rolling mills and metallurgical furnace works. He was active during
1%WII in restoring electrical equipment damaged by the Germans.' After the war, he
was active in developing electrical drive equipmcnt for both domestic and foreign
metallurgical plants. He has been active in scientific work,ipublishing over
45 works in such varied fields as electric drives, equipment reliability and
productivity of labor. Orig. art. has: I figure. [JPRS3
SUB CODE: 09# 13 / ~UBM DATZ: none

9(8)
SOVI 112--59-2-3782
Translation from: Ref erativnyy zhurnal, Elektrotekhnika, 19501, Nr 2, p 223 (USSR)
AUTHOR: Kunitskiy, ~~_ ~R-
TITLE: Modulation Characteristic of a Scr een-Grid -Tube Oscillator With Auto-
Anodic Modulation (Modulyatsionnaya kharakteristika generatora na
ekranirovannoy lampe pri avtoanodnoy modulyatsii)
PERIODICAL: Tr. Leningr. politekhn. in-ta, 1958, Nr 194, pp Z10-22Z
ABSTRACT.- Auto -anodic modulation is considered f or the case of a self -biased
screen-grid tube in a common-cathode amplification scheme. Two methods
are considered for designing the modulation characteristic on the basis of the
cathode-current characteristics that have the form of a family of parallel
straight lines with the conductance S: (1) a method based on the parallel
idealization of i ?(e ) characteristics, and (2) a method based on the
9 . 9
idealization of ig.2(eg) characteristics that have the form of a pencil of straight
lines. An experimental check with a GU-50 pentode showed that the
Card 112

SOV/112-59-2-3782
Modulation Characteristic of a Screen -Grid -Tube Oscillator With Auto-Anodic . . . .
characteristics computed by the pencil -of -lines idealization method agree
better with experimental data (curves computed by both methods and
experimental curves are presented). The experimental characteristics show
that with a percentage modulation of m = 0 - 85, the nonlinear -distortion factor
is 5-6%, 9 sr c4 5216, and ~maks cm' 7276. Bibliography: 6 items.
V. M, L.
Card 212

MITSKIY, N.Ya.
Modulation cbaractorletics of an oscillator equipped with a acreen-grid
tetrode and Rubjected to plate modulation. Trudy LPI no.194:210-222
1 58. (MIRA lim)
(Oscillators, Electron-tube) (Modulation (Electronics))

KUNIIIIISKIY, N. Ya., Candidate Tech Sci Wiss) -- "Autoanode modulation in tubes
with a shAded plate". Kaunas, 1959. 15 PP (Min Higher Educ USSR, Kaunas
Polytech Tnst)m 150 copies (KLI No 25, 1959, 134)

M ITSKIT, P., inshener.
..
~-;6,~. -. ~ i ~-' I - -111~~
Storage of wooden airplanes and gliders in fall and winter. Kr7l.rod. 4 no.
10:20 0 153. (MLRA 6:10)
(Airplanes-Maiutenance and repair)

Subject
Card 1/1
Author
USSR/Aeronautics
Pub. 58 - 9/25
AID P - _3796
: Kunitskiy, P., Chief of the Administration of the
tee of the DOSAAF
Title : What mass-produced glider do we need?
Periodical : Kryl. rod., 12, B-9, D 1955
Abstract This is one of several '" articles published under the
above title in this periodical. The author sumaarizes
various views on the choice of a glider for mass-pro-
duction. He briefly describes training in glider
flyin- and gives some characteristics of existing
glid~',L._-.. of glider designers are given.
Institution None
Submitted No date

KUNITSKIYY R.V.
Averaging the meavureC altitudes of celestial bodies. Antron.zhur.
40 n0-4:767-770 J1-Ag 163. (WRA 16:8)
. C
L Moskovskiy gosudarstvennyy pedagogicheskiy institut im.
V.I.Lenina.
(Geographical positions)

?"UNITsh-ly) ~.V.
iniproving the accuracy of the deterridnation of spatial star densities, "Astron.
Zhur., 16, No. 3, 1939
M Report U-1518, 23 Oct. 1951

Develr,p.ment o-f' view'points on the structljre of the solar system; short historical.
sketch Izd.3. ijosk-,ra,, Ck~s. izd-vo tekhniko-teorct. lit-ry, 10/4b. :-~2 -r.
M-1!6122)
QB501
, ;> K76 ighl,

h-OITSY,14.. R6 V.
Seasons of'the year.
moskva) Gose izd-vo tekhhiko-teoret. lit-i7, 19h6. 31 p. (Nauchno-popul-iarnaia
biblioteka* Seriia: Nachatki znaniia) (50-3876h)
QB6339KB - CU WaU

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 719 - I
BOOK Call No.: AF666791
Author: KUNITSKIY, R. V., Eng. Col.
Full Title: AVIATION ASTRONOMY. 2d ed., supp. and rev.
Transliterated Title: Aviatsionnaya astronomiya. Izd. 2-e, per. i dop.
PUBLISHING DATA
Originating Agency: None
Publishing House: Military Publishing House of the Ministry of
Armed Forces of the USSR
Date: 1947 No. pp.: 160 No. of copies: Not given
Editorial Staff: None
PURPOSE: Textbook for navigators of the Soviet Air Force.
TEXT DATA
Coverage: This is a textbook in practical celestial navigation. The
following problems are considered by the author: methods and com-
putations used in aviation celestial navigation, measurement of
celestial altitude of stars by an aviation sextant, Somers' method
of determination of the relation of longitude and latitude, c6les-
tial navigation in flight, and the celestial chart, Diagrams,
graphs, tables and formulae.
No. of References: None
Facilities: None

XISITSKlY , 1R.V.
PHASE I TREASURE ISLA14D BIBLIOGRAPHIC REPORT Call No.: AF212569
AID 124 - I.
BOOK
Author: KUNITSKIY, R. V., Colonel-Engineer
Full Title: COURSE OF AVIATION ASTRONOMY
Transliterated Titlet Kurs aviat9ionnoy astronomii
Nblishing Data
Originating Agencys lions
Publishing House. Military Publishing House of the Ministry of Armed Forcos, USSR
Date: 1949 No. PP.: 375 No. of copiesg 46)000
Editorial Staff
Editor: None Tech. Ea.,. None
Editlor-in-Cbief.- None Appraiser: None
Text Data
Coverage7 A textbook covering the theory and practice of astronomical methods of
air navIgation, with references to descriptive, spherical arA practical
astronomy. In its practical part the book covers only the astronomical
instrmants and calculation manuals used in Soviet aviation.
Conmients. A good tex-tbook, plain1y written and giving adequate informationp bauad
upon the use of dta--Aard idethods and instruments.
Purpose: A toxxtbook for pilots and navigators.
Facilities: Nona
Ro. of Russian and Slavic References: None
Available: A.I.D., Library of Congress.

.KUNITSKIY, R.V.
7a -
[Development of viewo on the struoture of the solar system; brief hiatorical
cnitline.1 Razvitie vzgliadov na stroenia solnechnoi sistemy; kratkii isto-
richeakii ocherk. Izd.5. Moskva, Goo. W-vo tekhniko-teoret. lit-ry, 1952.
80 P. (MI-RA 6:5 )
(Solar system)

POPOV. P.I.; Bayev, K.L. [deceased]; VORONTSCV-VELIYAMINCV, B.A.;
KUHITSKIY, R.T.; SHORYGIN, S.A., rodaktor; TSIRULINITSITY, R.P.,
fe-0~ ~i eclaktor
[Astronom3r; textbook for physica-mathematies faculties] Astronomiia.
Uchebnik alia fiziko-matematicheakikh fakulltetov pedagogichaskikh
institutov. Pod obshchei red. P.I.Popoya. Izd- 3-6, vnovl perer.
Moskva, Gos. uchabnb-podagog. izd-vo Minieterst-va proaveshcheniia
RSPSR, 1953. 543 P- (MLRA 7.9)
(A-stronorv)

Tu.G.
"Development of views on the structure of the solar systam.0 & V. Ku-
nitgka.Revieved by Yu.G. Perell. Astron.zhur. 30 no.3:)68-369 My-Js '53.
(Xuaitakif, R.Y.) (Solar system) UTRA 6;5)

R.V., ?-~fessor; MEZENTSEV, V-A-, redaktor; GAVRIWV, S.S.,tekh-
WX
~T$,K
rsdaktor,
[Was there a beginning to the world?] Bylo 1i nachalo mira. Izd.4-e.
Moskva, Gos.izd-vo, tekhniko-teoret.lit-rv, 1954. 30 P. (Nauchnc-
proovetitelinais biblioteka, no.1). (MLRA 8:4)
(cosmogony)

KWITSKIY, R.V., professor; I-IEZ"MiTSEV, V.A., redaktor; GAVRILOV, S.S.6
-i", , 1~ .. tq.,,~~heakiy redaktor
[D&Y and night; the aeasonel Den' i nochl: vremena goda. Izd- 3-s-
Moskva, Goa. izd-vo takhniko-tearot. lit-r7, 1954. 31 P. Olauchno-
proavetitel'naia bibliotaka, no. 3). WGRA 8:7)
(Earth--Rotation)

FHA3E X- -1.1---t.3ME ISLAND BIBLIUMAJ-1 I I TCAL HE` ORT 'ID 752
lu A
BOOK Call *.o.: AF657727
Authors: M"101,011, V.I., Maj. Go. of Aviation, KUD`tYAVTS,~~I, 111. F., GOU)HKOV, F.,
KUNTTSEFI', 7Z. V., T011'11,'Ull, A. I.
Full Title: AIM'42AFT INAVIGATIONT (Textbook)
Transliterated Title: Samoletovozhdeni,,e
FUUISHI7!'~'j DATA
Ori:inat-ing Agency: None
Publishing House: State Publishing House of the Minstry of Defense of "he Usal
Date: 10/55 No. rp.: 367 No. of co-ies: ?,.Iot 1,iven
Editorial Staff: So-olov, V. I., Maj. Gen. of Aviation
A textbook for aviitmon schools and for fi-,rin~ -rersonnel
oll Air For:-a. I'he text is e-~s.v to follow. Its value is cmi-,- instr:ctural.
T6KT DATA
Coverage: The book is presented in an easily acc,33sil1e form, and is i-rovided .-iith
200 dia ryrams and 16 tables. The instruments are shovin mostly sche:-Latically, and
are not id-cWified by tradem--irks. A nwabor of exruqlos of calculation of
Mavi-,7ational data rn-e given.
NOTE: See card for 33m~'.C-LGV, V. I. for pages 2-Ij of the re!-ort.

BAYIV, Konatantin Livovich, prof eon or;.QITQIx- P.Y., profoosor. redaktor;
GAVRIIA)V, S.S., tokhnicheekly redaktor --
[The earth and the planstal, Zemlia i planety. Izd. 2-oe, parer.
Hoekva, G086 izd-vo tekhniko-teoret. lit-ry, 1956. 1~6 p. (Na=hno-
prosvetitelInaia biblioteka, no.12)
(Barth) (Planets)

\j 1\4 -I
3(1) PHASE I BOOK EXPLOITATION SOV/1968
Popov, Pavel Ivanovich, Kosntantin L'vovich Bayev, Boris Aleksandrovich
VorO n'-*sov-Vellyaminov, and Rostislav.Vladimirovich Kunitskiy
Astronomiya; uchebnik dlya fiziko-matematicheakikh fakulltetov peda-
gogicheskikh institutov (Astronomy; a Textbook for Physics and Math-
ematics Faculties of Pedagogical Institutes).4th ed., rev. Moscow,
Uchpedgiz, 1958, 461 p. 16,000 copias printelo,
Ed. (Title page); P.I. Popov; Ed. (Inside book): S.A. Shorygin; Tech.
Ed.: N.P. Tsirullnitskiy.
PURPOSE: This book, a manual on general astronomy, is Intended for
students and teachers. It is particularly useful in dealing with
the practical aspects of astronomy.
COVERAGE: This book represents the fourth edition of the work and
has been rewritten along lines proposed by its users and on the
Card 1/18

Mtronomy; a Textbook for Physics (Cont.) SOV/1968
basis of new findings In the field. This edition of the book was
subjected to a complete reexamination by the Educati-onal-Method-
ological Section of-the Central Council of the All-Union Astro-
nomical Geodetic Society and the Moscow Astronomical Section on
the basis of reports by Corresponding Member of the AS-, USSR,
EF.Rarenago and the chairman of the Astronomical Section P.I.
Bakulin. Further advice on improving the work were received from
Professors K.A. Kulikov, Eynasto, and O.V. Golubeva. ads.edition
of the work has been made more compact than its predecestors.
Material which might be found In related fields has been omitted,
as has purely descriptive material which has now been made avail-
able In popular science type booklets. The book includes material
on celestial mechanics, astrophysics, cosmogony, and astrometry.
There are 150 Soviet references.
TABLE OF CONTENTS:
From the Forewords to Previous Editions
Foreword to the 4th Edition
3
Card 2/ 18

30) PlfiiSE I BOOK EXIWITATION SO'04"I"
Kunitskiy, Rostislav Vladimirovich
Stroyonlye vselennoy (Structure of the Universe) Moscow, F.Lzmatgiz, 1959.
63 p. 50,000 copies printed.
Ed.: L. V. Samsonenko; Tech. Ed.: V. N. Kryuchkova.
PURPOSE: The booklet is intended for the general public. It may be used for the
orientation of secondary school students in concepts of astronorV and inter-
planetary space.
COVERAGE: The booklet gives, in popular form, basic information on the modern
concept of universe, the solar system, the Sun, the Earth and Moon, the
main characteristics of other planets in the solar system, the Galaxy, and
interstellar space. The author expresses the opinion that the universe is
infinite and exists in a state of continuous change. No names are mentioned
and no references given,
Card 1/2

Structure of the Universe
TABLE OF CONTENTS:
1. How People 'iave Learned 11T Universe is Infinite
2. The Family of Planets
3. The Earth and its Eternal Satellite, the Moon
4. The Sun
5. The World of the Stars
6. Our Gigantic Stellar System
7. The Infinity of the Universe
AVAILABLE: Library of Congress
Card 2/2
SOV/3 42 8
3
15
31
41
47
53
60
T14/lsb
4-18-6o

PERELI,, Yu.G,; POPOV, P.I.; RMT)DIOV, D.Ya.; BUNITSKIY, R.V.-
is
VORONTSOV-VELIMMILOV, B.A.; BAZYK -, ~-, K.A. -
SHISTOVSKIY, K.N.; TSVETOV, R.I.; BRONISHTEN, V.A.; DAGAYEV, M.M.;
MOGILKO, A.D.; SEMAKIN, N.K.j IX-IITRIYEV, L.S.; IZOTOV, A.A.
14ihail Evgonlevich NabokW,- obitura7. Buil.VAGO no.28:60-62
l6o. (I-MU 34: 6)
(Nabokov, Mikhail Evgenlevich, 1887-1960

KUNITSKIY) R.V. prof, (Moskva)
Teaching the problems of spherical astronomy in the high school.
Fiz. v shkole 20 no.2:41-43 Mr-Ap 160. (MIRA 14t5)
(Astronomy, Spherical and pmetical-Study and teaching)

'.,-,.KUNITSKIY, R.V., prof. (Moskva); POPOV, P.I., prof. (Moskva)
------ ----
Contents of the astronomy course in school. Fiz. v shkole 20
no.2:53 Mr-Ap 160. (MIRA 14:5)
(Astronomy-SUdy and teaching)
(Electric resistance)
t

3, '/DOD
41 11q0
AUTHOR:
TITLE:
PERIODICAL:
3 7 26',r
S/033/60/037/006/022/022
E032/E514
YAlLn i t s ~~R ~.V. ,
Simultaneous Determination of Latitude and Longitude of
a Locality from Absolute Measurements of the Altitude
of Two Celestial Bodies
Astronomicheskiy zhurnal, 1960, V01.37, No.6,
pp.1114-1121
TEXT; Latitude and longitude determinations based on
absolute measurements of altitudes of celestial bodies are said to
be not as accurate as methods based on the observation of celestial
bodies at equal n1titudes. They do, however, have the advantage
that they can be used in the presence of even relatively small
cloud clearances and do not require special ephemerids, Moreover,
for latitudes greater than 70 deg, observations of celestial bodies
at equal zenith distances become very prolonged and lead to
considerably lower accuracy. These remarks hold both for separate
and simultaneous determinations of the latitude and longitude of a
locality. A semigraphical method for the determination of the
position of the observer on a chart, which is based on two measured
altitudes of celestial bodies, is widely used in navigation. This
Card 115

87'4-2,
ru-V
S/033/60/037/006/022/022
E032/E514
Simultaneous Determination of Latitude and Longitude of a Locality
from Absolute Measurements of the Altitude of Two Celestial Bodies
method, which is designated as "the method of lines of equal
altitudes", is also being used in a somewhat modified form to
determine the geographical coordinates to a greater accuracy than
is required for navigational purposes. In this method the altitudes
of a number of stars, whose azimuths differ appreciably, are
measured. Equations containing two unknown are then set up, the
unknowns being the correction to the approximate value of the
latitude and the correction to the approximate value of the
longitude. The set of equations thus obtained is then solved by
the method of least squares and a calculation is made not only of
the values of the unknown corrections but also the mea-ii square
errors in them. This method of simultaneous determination of
longitude and latitude is said to have important shortcomings.
Firstly, the measurement of the altitudes of a number of stars
complicates the work of the observer. Secondly, calculations of
mean square errors in the corrections are relatively laborious and,
thirdly, no account is taken of the fact that the formula on which
Card 2/5