SCIENTIFIC ABSTRACT MIKHNEV, K. V. - MIKHNEVICH, N. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134120018-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

M&MVP rbstat V,
Rentabillty of the operations of automobile repair shopa, and
reduction of prime cost in overhauling. Tranap delo 6 no.S:
34,-38 154.
1. M-k sektor Remont avtomobiIA pri upravlania Promishlenost
po transportae

MIKHNEV, Ir., inzh.
An electric model For deteraln-Ing the Initial capacity distribution
of the tension in the w1ndings of transformers. Mashinoatroene 11
no.1413-18 V 162.
1. NIIEP.

MIKHNEV, Kr,s inzh.
Longitudinal capacity of trawfomer windings. .1-lashim-ostrcer-e
12 no.6t27-32 3 163.
1, NIPKIEP.

"'ji it i zing 0,t:, intrafacter: re3crve~, f-jr lr~creasing tr., volume
In the Stalin ~AiudcLl Ilarit .'r,, Ldr. tro~grad."
T.c Tezkika Jromi5i.lcr~c~~t)
:.O:)tkd' Lndex )I' L,;Ijt i:.,roFea;: CCOBL.L. 115 0.

HIRMIRV. M.N.,ampirant
Identifying local characteristics of curves determined 17 their
orthogonal projections. 1xv.vys.uch~b.xav.:weh1nostr. no.2-
43-49 158. (MIR& 11:12)
1. Moskovskly avintsionnyy institnt.
(Curves In engineering)

m 1 YJI14,1?v, Fl. !". : 'last -,-~r i .--t h S, ~ (A -- `!Ii!tlinds ~~ I ~:i . -- ..- . R I
ch a r aC Ler Lst. i ( s o I curv,!d I in.'s and sor t a, ~!; ~,, i v,!ii I, V i I,,- , v ,r t ho~~ ti.,t .
prt)jjot I ions". mos c ow, ~ cj')') . 1 2 pp (min Iligher !,'d.,)( ISSk, :;, 3, ()~, , r i.-r
1.~!ntn Aviat fort frint iin Serj,P k . , ')0 . (YI., N, , : , . )"'), : i )

)vich; LEVITSKIY, V.S., kand. tekhn. naukv
D I j:L Mikhayl( -- dots . - BMAYEVA,
m -. jdj~SIIINOV, K-A-, , red.,
dots p retsenZOnty I;OVIK, A.Ya.., tekhn. red.
L.A.: red. iZd-va; chertozy1ei.
inglChtonie mashinostroit,81'r7" (ME,
[14,3ebanical draw A 15:10)
t,,oSkvu, Ovorongizt 1962. 172 P-
l4echanical drawing)

KOICC;L'KOV, V.l.;- MIUNKN~ iC)LA(IGFF), P.; X)iU",IIILII;, S.P.,
red. - *-'--'-"' ', ,
[Short Rassiar.-Spanish dictionai-i of terms in
,] Kratkil rusoko-ispariskii slovarl
goomotr-f and drei-wini,
terminov po nuchortatel'nol fiomotrli I chorchonilu. mici-
skva, 1963. 32 p. (MlitA
1. Moscow. universit(A .,,I-azh~jy naroccv. Kafedra wicher!a-
tfullnol pooi:.etrii I choruifiriia.

MIKHMI R.M.-NikWov, R. M.), kand.okononauk
Guinea is building a now lite. XAWM I, shyttia 1.1 no.2:57-58
F 161. (Guinea-Politics and goverment) (HIRA 14:3)
.V

GOLOVKO, Nikolay Kanonovich[Holovko, M.K.11 MIKHNEV. 112=n- Mi 1fhAy1axj!jLh
(Mikhnlov, R.M.1; GAYDAMACHENKO, I.I.TH&id""henko, I.I.),
red.; LEVCHEMKO, O.K.g takhn. red.; WYEROVICH, S.L.
(Materovych, S.L.], takhn. red.
(Latin American countries; brief handbook)Krainy Latynelkoi
Ameryky; korotkyi dovidnyk. Kylv, Derzhpolitvydav URSR, 1962.
234 p. (MIRA 16:4)
(Latin America-HandbDoks, manuals, etc.)

l'I"."1)777A, `- "~?-

.t, -- -, - .. Ii ~
1. - .
., .
. 1. I. - " , - k
-
I I v ~! Z. a.. % ..'~ : ;, , , -. , -,, -

KBrMWA, my,.
Restoration in dogs of conditioned reflex function Impaired by
prolonged exposure to darkness. Zhur. vys. nary. 4~iat, 4 no-3,
387-395 W-Je 154. (KIRA 8:20
1. Fiztologichaskaya laboratoriya Odleaskogo nauchno-tasledovatell-
skogo psikhonevrologicheskogo instituta.
(DAMMSS. effects.
conditioned reflex lisor., restoration of normal funct.
in dogo)
(REPIAX. COOITIOM,
disord. cwws4 by darkness$ restoration of normal funct.
In dogs)

PETROVICH, Yu.A.; .1jDaIMA, -N*Yo.; VISIMVSKAYA, F.B.
Secretion of bromine (NaBr82, Kbr82) in conditioned and
unconditioned salivation. Biul. eksp. biol. i med. 52
no.9:69-72 S 16-1. (141RA 15:6)
1. Iz Ukrainskogo nauchno-issledavatellskogo instituta
stomatologii (direktor A.I. Marchenko) i Odeaskogo nauchno-
issledovatel'okogo paikhonevrologichookogo instituta (direktor
A.G. Ioshchenko), Odesaa. Predetavlena doyotvitellnym chlenom
AMN SSSR A.V. Lobedinskim.
(BROMIDES IN THE PODY)
(DONDITIOIED RESPONSE) (SALIVA)

3;, 2 3'
S 247 62 012 002 003,0(A
AUTHOR ',viikhneva.-N E. 1015 121~
TITLE~ Motor conditioned reactions of a dog by light and in darkness during diflicull ncrVous
tasks
VFRIODICAI. Zhurnal vy%shey nervnoy dyatcl'nosli, v 12, no 2, 1962, 102 10s
TEXT Previous studies show that light was important in order to maintain cerebral cortical tonus. and
that contditioncd reflex activity decreased in the dark Experiments on one dog. %ith clab(;rate concittio-
nal reflexes, sho%cd that functional loads %kcrc easily overcome by the animal by light. but resulted in di%or-
dcrs of the conditioned activity in darkness A %cry strong extraneous stimulus in the dark brought about
disappearance of the reflexes and the onset of a neurotic statc, but the switching on (if light eliminated the
neurotic symptoms. The inhibition in the cortical activity developed gradually %kithin threetofour da"s The
author concluded that the presentation of difficult tasks to animals ~4jth a )o-Acred cortical tonus on dark
ness) could bring about the development of a neurotic condition There is one table and a full description ol
the method employed.
ASSOCIATION- Fiziologicheskiy otdcl im. 1 11 Pavlova IFM AMN SSSR i fitiologiclicskaNa labora-
toriya Odesskogo psi k honevrologichesk ogo instituta (Dept. of Physiology im I P Pavlm.
Institute of Experimenta) Mcd!cinc, Academy of Medical Sciences, USSR and the Phv%i,)-
logical Laboratory, Psychoneurological Institute. Odc-ssa)
SUBMI-T7ED July 16, 1959
Card V I

KLEPEL;HTA, Yozef(Ylcpebta, o::cf); LUKESII. I-w~l .,Inv[ TiO.- '-., '.rullglavl
I
inzh., doktci rLc. te~Kn. nauk, ZIMIEVICH, Ale?~r,~rdra
[ tran.91 at or', ; , i-ja r a, o! v. rf..(] .
[rap of the rn;~,on] Karta Lwly. 1 :-j,j-uo, r% I ' n )c, ll~:-.
t7eodezil i fii, 105c). /,I ,- . ( !~i: ~A 17 : ~~ I

PLUTSER-SARIX, Yu.N., inzh.; j1KIIIEVIC11, G.A., inzli.; LINVKA, V.I., inzh.;
ARONOVP M.I., inzh.; BUDNIT'~`KIY, A.A. , imh.
Improving the circuit of d.c.olect--ic driving for diesel locomotives.
Vest.elektroprom. 33 no.1:47-52 Ja 162. (MIRA 14:12',
,L,iesel locomotives-Electric driving)

h -a/AT
WWI
621.313.124024,_0134#0
-AUTHORi Az;obovj M. I. Mikhnevlch G. A
TITLEJ A device for controlling excitation of a dc qenerator. Class 219
iNo. -172996
-SOURCE: Byullitenl izobretenii i tovarnykh znakov, no. 14, 1965, 50
TOPIC TAM I generator, electric equipment, magnetic amplifier
ABSTRACto oTh
is -Author's Certificate introduces a device for controlling excitation
-Tof a dc gMefierator withmcurrent and voltage limitation.- The unit contains a magne-
tic am'piffier Aich feeds the excitation coil of the generator-. The master coil
of the.ampliHir is connected to a tachogenerator on the shaft of the drive motor.
The control:~coll.is connected in opposition to the-master coil. Pulses with con-
-trolled-vid-th.Abd ampjitude are fed to the control coil through a transistor which
operates. as 4 ke'yo The device is designed for independently controlling the limi-
~atlon of ~-~rrent$ voltage and power in the generat9r. The width of the pulses fed!
,to th
eol coil of the magnetic amplifier is proportional to the generator
a c6nt
voltagei'vh1le the amplitude'-is. pro ortional to the current. These pulses come
p

65061.
ACWSION-14i- 05021981 01
- 01
ERMOSUM
.

-
1. 1--magnetic amplifier,
Fig.
2--excitation coil; 3--master
--tachogenerator; 5--con
coil; 4
trol coil; 6--transistor;
7--voltage transformer; 8--cur-
-rent transformer; 9--
43
s;J0--magn9tization
square pulse
winding

DOMNINp Mes insh,l 14IXMICHs G*Aop insh,
~ - ii - t
So2octing the parameters of an iskidding systems. Vest. TSIII MPS
24 no~4sl6-29 165. (HIRA 280)
i
I I
le Nauabno-ine2odaiatoliskiy institut tyazhologo ~2*ktr=aohino- ..
stroyouip,

GCRUSHKIN, V.I.; KOVALIKOV, G.A.; KOZLOVSKIY, G.F.; LUTIDZE, Sh.I.;
MARKOVICH, I.M.; MEROVICH, S.A.; MTKHTMUCH11J.-
POPKOV, V-L; S7ZKOL'N4OW, I.S.; TAFT, V.A.; TOISTOV, Yu.G.
Sixtieth anniversary of the birth of A.I. Moekvitin. Elektrichostvo
no-4:94 Ap 162. (KIRA 15:5)
(Moskvitin, Anatolii Ivanovich, 1902-)

3M
PHASE I BOOK ED(FLOITATION SOV/2642
KLkhmevich, Grigorly Vasillyerich, Viktor Paylovich Ryazanoy, and Alezzandra
Oeodeziya, ch. 2 (Geodiesyp Pt. 2) Moscowj, Geodezizdat,, 1959. 334 p.
Errata slip inserted. 6,,000 copies printed.
Ed. (Title pqp)- A.V. Malay, Doctor of Technical Sciences, Professor;
Ed. (Inside book)- A.I. Vitman; Ed. of Publishing House, A.I. Shuryginaj
Tech. Ed.: V.V. Rowanovs.
PURPOSE: This book is intended for geodesists, land surveyors, and agricultural
engineers.
COMMON: This book to the.second of two volumes on problems in surveying and
geodesy as related to agriculture, Volume II refers to problems of basic geodetic
control for topographic and land use purposes. The first part of the text covers
the principles of surveying instruments, telescopes, verniers, and other
fundamentals. The body of the text Includes complete coverage of the fundamental
principles and field procedures in establishing horizontal and vertical control
Card 1/9

1-~IKIMEIWICII, Grigoriy Vasillyevich, doti.; HYAZAI~OV, Viktor
Pavlovich, dots.; .31b1hYAKOVA, Aleksandra Dmitriyevna,
dots. Frinimall uchastiye: BA"RAKCV, Yu.',., r,;o*,s.;
7ITIAM4, A.I., dots.; YMOSEEV, L-, aspirant;
KORUBOCHKITi, v.1., assistent; NEKHOROSHEV, M.Ye.,
retsenzent; BOGOLXUL~OVA, N.S., retsenzent; 1,IKOLF-MG, "..F.,
retsenzent; GIMMKIIIII, L.S., retsenzent; NESHCHADIVOV,
L.S.2 retsenzent; LARCHETIKO, Ye.G., prof., red.
(surveying] Geodeziia. Moskva, lledrp. Pt.'s., 196-4. 338
(MIRA 17:12)
1. Zamestitell nachallriika U~ravleniya sellskokhozyaystven-
nykh aerofotos"yemok (for Nekhor-oshev). 2. Kafedra vys6hey
peodez,i Ornskogo sellskokhozyaystvennogo instituta (for
:30golyubova, Ilikolenko, Chernukhin, Neshchadimov).

82819
310 35/60/0(y)/-)r)6/O 3`1')
3. L/000 AOO I/AOO 1
Tra-nslation f:-cm: Refe~ratlv-.),yy zhurne0l, Azztronomlya I Geod,~-zlvci, 1960, K.- 6,
P. 113, # 5654
AlYI-HOP, mlkm.6vl
-=Z-- N 1,
7 17LE Working Fonru-',.a-2~ for D4t.!--mlDat.on c-f Lcniultudina~", !,rLr'svzrz-
and 1101.~d Llapla~~emArit.s nf an Oril*.iary PTta-r.A;S Nt~-WC7~
PF-R10,'---C;Al-: r!-. Mosk. Iri-ta Inzh. zemlev3troyst~ra, l9r..9, N. ~, pp, -91-9~
I-
.EXT. Or. vh~- baol!? of the known fc~.-.M.Iae of inver-q- welgzt, r
lor,gllt~adinal and displacements of an ordl,,iary 7,-w-k
oqqiil.4t;qra.1 t--lapj3lE-e, the svitbor de-lvee, exprissirg as a
rvimb,~- N of trlangll.A6 ir, ~~ha retwork, ni~w workiniz fo.,M. I a ~ f c, r d F, rm A n i
-L (71771-17 d I SP: a
-!n- le-ngllnudLria' I., -1,-!izisverse ~ and M
n-1w.-,rk with an- fc~r
,".ass Df m4aj-uring o- anglr3s Ln all combl.-ia,.IoTiF, wA
ar'd dlre,.,.V~ns for 4,1-; oonditlor.3 of shapse, ar-,g,~n icd
4r.?, iorrmlas lonk aq follcws~
- ~ rd I/ I

82819
3/031--/60/r)oc/006/035/038
A001/AOO',
Wc-,king Formiae for DetermLnatlon of Longivadinal, lr%"verse a:-.,J
Di--plaoemsnts of an OrdixiaLrT rriangle Network
t - + T N + 0, 27)
en- a N (0,0135
U - s N (0,C)n78 N + C), 195)
M - + 3 N (0,0155 N + 0,335)
If t-he angle3 are mL-a ured w!th ~laalng the level,
artales co-rected for the ~!cndltlon. of horizon, the
rs,~,orwended;
e
t - + pr, a N (0,017 N 4- 0,1781
- + 2!L s N (0,088 N + 0,15.)
lo
M - 4 s N (.0,019 N + 0,232
(1)
and adjuntment in malA ty
following formuiae ar,~
(2)
Cay-i 2/3

8281g
8/0 35/60/0w/()06/r) 3"p/c, 3P.
AOO 1/AOO' I
Working Pormulae for Dete-MInation- of Loangitudin&I, 1ransverse and rc*-a,:
Displac,ments of ~m Ordinary Triangia Nctwork
where mt' is the root-meari-squa-re of angle measurev--pt, s is '1~1,ie me-L,
length of a trlar-gle ,,ide. The v;iiues of t , u and M . 1 C.1 tled ty Forvala,?
(--') and (2' oorrsspond, at 1.1420, to the expr~.,sslo--)q for o!'.a!-,-d fr-n
k:j,.r,-vn rlRorius fornrulaa w1+*j ar r-rrcr not exon-c-ding 1-2%.
A : F I k~~ a7-
i-nd -3/3

MlKlfl,7-,'VICR, G. V.
"An experimentAl investi&ntion of the awlidyne gniiin-ator". by "neine.,r G. V.
Mikhnevich. at the Power Zngr. Inst. im KRZFI7j4JUI0V!;YIT of the Acad. Sce. USSR.
1#
SO: 31ektrin"estvo. No 5. Moscow, Ray 1914? (U-5533)

I
0' :c)w 111:1~ r
SO Vecheryayrs Moskva
SLI)-n 7 1

tUR/Rogineering - Electrical Engineering Dec 51
"On the Stability of Synchronous Generator When
Its Excitation Is Regulated by Stator Current,"
0. V. Kikhnevich, V. I. Gorushkin
"Iz Ak lauxt SSSR, Otdel Tekh Nauk" No 12,
pp 1769-1776
Investigates static characteristics, static sta-
bility and dynamic stability of compounded syn-
chronous generator at various values of reguli6tion
coeff and discusses results. Regulation of excita-
tion under certain conditions may provide for in-
crease of static as well as dynamic stability and
205T22
UBP/tngincering - Electrical Engineering Dec 51
(Contd)
thus increase carrying capacity of long-distance
elec power lines. Submitted Acad A. V. Vinter.
205W2

14T TICH, G.V.; EMHTZHA 11Y, G.K.. akadealk.
"
Static astability limits of synchronous generators and a method for the
sUbilivation of excitation In control systems. lsv.Al SOB Otd.tokh.nauk
no.10:1456-1464 0 153. (KUU 6:11)
1. Akadentys nauk SSSR (for IrshishanovskiT).
(Dynamos) (Zlectric controllers)

AUTdOR: Miki.aevich, G. V. (MOBCOW). 24-6-8/24
TITLE: Regilation of the excitation Of a group of syncn-ronous
alt.,rnators in a power station which are parallel
conitected. (Regulirovaniye vozbuzhdeniya j~ruppy
par-ilellno rabotayushchikh sinklironnykh generatorov
elektrostantsii).
PERIODICAL:"Izvesti,ya Akademii Nauk,Otdeleniye Tekhnicnes&ikh Nauk"
(Bulletin of the Ac.Sc., Technical Sciences Section),
1957, No.6, pp.43-J48 (U.S.S.R.)
ABSTRACT: Analysis of the stability of regulation of the excitation
of synchronous alternators of a power station is usually
effected on the basis of a circuit in whicn the group of
alternators of the station is substituted by a single
equivalent alternator. For remote power stations connected
with the receiving system by means of a lone-, transmission
line, it is necessary to evaluete the aamissibility of
substituting a group of alternators by an equivalent alterna-
tor if for controliin6 ttit. excitation deriv8tives of the
currents, of the displacemeat an6les of the rotor axes and
the voltages are applieci. Some of tne problems involved
Card 1/3 were investigated by VeniKov, V.A. and Litkens, I. V. (1)
and Gertsenberg, G. R. and Satrafyan, Ya. N. (2). The

24-"/24
Re6ulation of the excitation of a ~Toup of synch~ronuus
alternators in a po-nHr station which are pbrbllel con-nected.
(C;Qnt . )
results of the analysis are applied to a quantitative
evaluation of the mutual influence of systems of excitation
regulation as applicable to the Kuybyshev-Moscow transmission
line. Two systems are compared, one with two alternators
in the equIvalent circuit and one with a single alternator
in the equivalent circuit. Analysis of the stability for a
concrete example leads to the conclusion that consideration
of the additional ccuplings which are characteristic for a
group of parallel connected alternators leads to a reduction
of the calculated stability limit,of the anCle S, by 5 to
15 degrees (& bein6 the displacement angle between the axis
of the alternator rotor and the voltage vector on the
busbars at the receiving end. On the basis of ttie obtained
results it is concluded ttiat stability calculations obtained
for a circuit comprising & single equivalent alternator way
yield,for a group of parallel connected alternators, results
which are in excess of the real value of the static stability.
If the excitation control tem is stabilised b- means of
Card 2/3 derivatives of the angles lyssubstitution of a Ep"Oup of
alternators by an equivalent single alternator will involve

24-6-8/24
Regulation of the excitatton of a E;roup of synchronous
alternators in a power stbLion which are parallel connecteu.
(Cont.)
tile least changes in t!ie conclitions of' stnuility. However,
if the excitation contrul Ls effected by means of derivatives
of the voltage or tile current, it is necessary to take into
consideration the inter-relatiun between th~- systems of
excitation control of tne pbrallel connectea alternators.
There are 4 fiLrures, I urid 3 Slavic refer#~,,,ices.
SUBMIMD: May 4, 1956.
AVAILABLE:
Caxd 3/ 3

AUTHOR: -~~i~hnevich, G. V., Candidate of Technical Sciences 105- 58-3-29/31
TITLE: Transactions of the Conference of Elec*.rical Engineers
of the Roumanian People's Republic
(Konferentsiya elektrotekhnikov Rumynskoy Narodnoy Respubliki)
PERIODICAL: glektrichestvo, 1958, Nr ', pp. 94-94 (USSR)

ABSTRACT: The Department for Power Engineering and Electrical Engineering
of the Scientific Society of Engineers of the Roumanian People's
Re
ublic (ASIT) held a conference in Bucharest from November
t
11 h to 14th. More than 700 scientists, engineers and technicians
from Roumania, Bulgaria, Hungary, Poland, the USSR, Yu.r-oslavia
and from the ODR were present. 5 lectures were held in the
plenary meeting, dealing with a statement of accounts on
research activities and a formulation of future tasks.
Addresses were delivered by: the Deputy Ministers for ileavy
industry N. Georgiu and T. Abrian, the Deputy Minister for
Transport and Postal and Telecommunication Services D. Simulesku,
teputy Minister for the I~Iineral Oil and the Chemical Jndustry
I. Velea and the Corresponding Member of the Academy of Science
Card 1/4 of the Roumanian Peoplets Republic Professor M. Berkovich.

Transactions of the Conference of Elec'.rical Engineers of the 10 58-3-29/31
Roumanian People's Republic
70 lectures were held in the sections of the conference.
Engineer I. Iordenesku and Engineer T. Berinde held a lecture
on the results of the investit-ations of autosynchronization of
synchronous .-enerators and compensators in su ply systems.
Engineer M. Denila held a lecture on the a-.plication of the
model method for the selection of protective equipment for
sub-stations against atmospheric excess voltaees. Engineer A.
Nagi held a lecture on practical criteria of the optimum
distribution of reactive power. Engineer Zh. Gero and
Engineer Sh. Felldman reported on the behaviour of Induc tion
motors at an automatic repeated connection. Engeneer C Naku
reported on the improvement of the electrio drive of paper
producing machinery. The Corresponding Member of the Academy
of Sciences of the Roumanian People' Republic Professor Marinesku
revealed results of the the retical and experimental
invest Cations of electric machinery with a ntroke action,
Engineer G. Aslan and Candidate of Ttichnical Sciencen Frannua
revealed the results of such investit-ationa of' a universal
Card 2/4 machine without a stator winding, Enrineer hi. Bireeoanu of a

Transactions of the Conf,--rence of Electrical Engineers of the 105-58-3-29/31
Roumanian R*ople's Republic
synchronous generator with a rigorously sinusoidal voltage,
Engineer V. Bunya of a I-enerator with 8000 cycles/eecond.
Engineer S. Donich and Engineer Mikheyesku reported on the
Roumanian electrotechnical Oarborunduml En,ineer M. Nedesku
and Engineer L. Likhtenbaum reported on the production of
insulating laquers in Roumania. Engineer Ad. Somliyen j,ave
the results of the investigation of the new error compensation
method for current transformers. ilrofe03or Pl. Androneaku
lectured on the sensitivity of the heatstone brid,,-c-. The
Corres,)onding I*mber of the AcadL-my of Science of the
3oumanian People's Republic Professor Aur. Avrameaku,Sngineer G.
ku and Engineer D. Mekhedinto reported on the equipment lor the
testing of permanent mai-,neta. Enginoor Ov. Chentya and Engineer
V. KiiqWah roported on a harmonic analywr
Engineer Ion 1(ott locturoo )n the itaLroduation of
electronic relay stations in Roumania Xn6ineer Aur lectured on
the selection of types for automatic telephone 3tations in
Roumanian towan. Engineer 11. Shtenfenesku reported on tho
Card 3/4 automatic control of parameters of electric machines in pulse

Transactions of the Confurence of Electrical Enfineers of the 105-58-3-29/31
Roumanian People's Republic
systems. Engineer G. Ioanin lectured on the alUebraic
foundations of discret systerns with contact and relays.
Engineer Eg. Khoppe gave results of -,-;orke for the creation Cf
an instrument for measuring the humidity of looae materials.
Card 4/4

SERGITEMKO, S.R.; KIKHNDVSKATA. A.A.
Chemical nature of high-molecular-weight monocyclic aromatic hydro-
carbons of Romashkino (Devonian) petroleum. Article 36.19. Trud7 Inst.
neftl 12:116-146 158. (MINA 12:3)
(Hydrocarbons)

W0.8(o) PHASE 1 0009 EXPLOITATION saw/wn
Akadowlya naus 3558. Knorgettaboskly InstItut
Clettr norgettka. vyp. I (Electric Poser gagirsvering. Or 1) Moscow.
101-v0 AN S=. L959. 159 p. Errata slip Inserted- 2.600 copies
printed.
'"* of House, 1, 11, 0garka, a" 1*, 0, Gr4,1111 ?.h. r'N
Ad.3 To. T
Editorial Boards
G. Tolatow. Doctor
Ulankov
Tu.
or Tocluncai Ulanno 1A. ad.), I. A. R.40o'ch. at
I a 'giskal
Technical Se ancoo. 1. S. -nikov, Doctor of Technical 3at-
am**, P. 1. Zubkov, Candidate of Tochatc.1 Soleness:
0. W. 111khmovich, Candidate or Technical So 14=02. 7 1. Leattov.
1, j
Candidate of Technical Sciences. and It. . Sol-shum 5mnrmt&ry
FL2M&z ThAs collection of articles Ia Intended for specialists
to the various fields of electric power ongimertae treated to It.
COVEWS3 Th* fIrmt Lam* of the collection of du~ticlad~
Ia April 1959. It to publimhod by
1112 iment 1rchtchanowskLy of the Academy of -icL*v%c*s. U339.
The articles tu this issue are based on research and mark by the
authors under the ausploom of' EXIN. Th- mJ`tIcI** mr* 00 . high
Uwcrftlc&l end toChnIcAl level AM represent orAC14.1 contribu-
tions to various present-day problems in electrical angirmartrA.
Reference& are given after most Of the Articles.
"OsInt"'r- and 0 , M Equivalent Circuit or
Gaiworstor. Lq.toj*;~t,~'.100 Rk&.1st*rs 96
Th* author presents a method of representing a gr=V Of A
station ganerstort by two Identical gerArstors ez-a-valent to
the group In their statt~ characteristics. The -thod to used
In &tUdYL216 ~t&tIG stability &=1 the natux* of Of
station smoor*torm. There "a 4 references, all S.-Iot.
QoNv!iXLzk.-V-L- Applt"ttat or the method of Socz,,stive, App~xl-
-gitlanis rc~ Calculating Complex Electrical Notworlts 105
There are 7 r%r.-.*.a. all Soviet.
GgIftaliv~ Jj,,A. Transfo~.tton of a Single-Phaso 37stee Into 6
-Thr-ph... Uat,,g Stti. L.,i-. A--dInz to a D.-I'a-.-I
by P. A. L. A. T-,%11= 114
The method used onsists in 4nPloYlng -P-Ito- In the
circuit- Th. author derives to-14s tr- I-
formation. There are 3 .1,
Aronton. $- Z. Properties of a Certain Type of OacUlatory
Circuit 117
go are gi.-
0oI*t4av' R. A. Appil-tt- of a Sort- of ror t~.l
D.ri-tica or F-d'. r V-1- N-1-1
Ordinary Difrarenti,si equations Izo
There am ) W--.. .11 3-1.t.
3tmjol,njko., 1. 3. -he -1-h..js. or Dj..h~g. In Large Gap
Spacings r~-r Alrbriitt.g C- ... I
Th. Author, . sre.1.1tat W probl- Of 110t.Ing
protoction. lnvoattgate4 the mechanism of dtac~~rge at In-
dustri.1 r-q..ncy n.1 at various p..I.g. of t~,& air 6~9.
42.1 Or them having Pr.Otl.*l ppli..tio.j. Do the beat. of
so-oral elpr1monts. .81" serious types of ctr..Ita -d
varying the paremotorv. the author amcludet. VL4t the *I"-
trio strength of a given spacing in not subject to aub-
stsmitLal ahango when circuit parameters A- -r-ad. There
Arm 8 referRoomal 2 Soviet, & Kr,,rltsh and I Cor,%=.
~q-' !
rz.

~011
It,
INN

SOY I Irl -Vo-'
AUTHORS: Koz1ovskiy G,F. and 1-11khnevich GIV,
(Candidates of TP
TITLE: Analysis of Stati-. Stability by Mleans of an
Modelling Dovic;i (Amlizz statictheskoy ustoychlvnstl pi-
pomosh.-h.1 elektronnogo mod.~111i-iyush,-hego ustroyst.~&)
PERIODICAL: Vestnik 331-3- "ISSR)
ABSTRACT: In designing mode:r. typ~-s ~f f equipm-3nt f -.:
alt.eri)a1.o:s it is -'Lrj)c,rant tr. study the stabilir;y
of the mathine sc as tD a~,,,id burit---ng. Stablllsy
are very Od arlI 5 .,';,:,T'dirkgly
and computers are 1%9-,ng -used fai- Uils ~.ind of wc-l~, Tr, i
former a-a --ry ~.vcduse it. is easy t~-,
the variatL,~-s, ari.--' thp, a.:-,:u.-a --y .-,f thp re5uir is
by the acca..-a-7 of taq analcgug, S ~!-': 1e
these means m yivijed ntjw jLil, -,i es t ing inf ormt " -t ri
sy,!- - . , - L ~ I
a-atomatic fial-1- zm. s f -,,D m wh L U. - ! . ~-i
r,oncl usions ~;an t-1 dravc.. Tte analyEls ~,f sra*,,
stability on an anallogur. is tnen
The art~,,le '-~Qn"3"n-, tw
syst,,-a,
provided witli doep field cont,--~" in~ si;pp-lying f
Card 1/4 J. A
infinite power, Thl~ in~t a. sy-

SOV/110 -- 59 -- 1-912 8
Analysis of Static Stability by Means of an Electronic YlodeiiinE
Device equations, taken from a previous work by one -,f the
authors, is given In a form convenient for setting up the
problem on the analogue, Eq (1) applies to the first
generator and an analogous equat2,on to the second one.
A schematic diagram of the problem set up on the anaioguP
is given in Fig 1~ With this circuit it is possible to
solve a number of problems, including the problem uf ttic,
static stability of a station with a number of gets.
When the characteristics and operating r;onditions of the
different generators in the station are the same, the
characteristic equati.on for a number jf generators ran 11"e
reduced to two simpler equations, one of which describes
the basic motion of the generatoi rotors and the 5econd
their relative motion. The station with a number of sets
can be replac-G-d by two identiral generators equivalent in
static characteristic:s. In this case the basic, and
relative motions of the rotors are described by thG
systems of Eq (3) and Eq (',) respectively. When the
stability of 6ach type of motton nan be considered
Card 2/4 separately, use ~an be made of the somewhat simplified
circult In Fig 1, Here the resistors that norrespond to

SOV/110_59 -1-9128
Analysis of Static Stabliity by Means of an ElectToruc Modelline
Device the linkage betwPan generators are considered inf i- :"i
_t
and the Input Impedanr as are : e -airanged to su.L trj&
coeffl(,Ients of the appropriatc- eqaatlow. Investiga-
tions on an ele, --'troni- analogue showed that the
possibility of stabills4ng a con+r-il syst~em is ne,-.-sEa. ily
limited If dlffe:antial!~ of c.nly c!,Airent or roltage a~E'
used. By way of example3 F1.g Z sl~ow!F tfie region of
basic motion for different, r:ondllrion~~, it. will be se--in
from this figpirH thiat th(4 slIze of the region of !~tabUil"i
depends very iwi,..h on the maximum values of the r,.ontzrol
coefficient, The influence of circuit ~Ionstants on
stability Is then ~-onsldered, It is sbown that under
certain clrcumstanc-~s the region of stability can be di5-
placed In the plane of the regulatJon coefficients &M
this c-.an greatly affect the statir, stabIllty A nizatw c,f
studies were made to determine the Influenco ol th-~
synchronous reactancls it was found tbat when the
synchronous reactance was increased by a factor of fou~-
the maximum output -raried by on-ly 2.5%. Values of tbe
Card 3/1+ MaXimum output and the ::or responding ~values of the a,m f.

Analysis of Static Stability by Means of an EiectrQnic Vcda.1:ng
Device
and the angle 6 are given in Table '2'. 1 t wa s f o and
that if the inertia constant is mu3h reduced it is mor,~
difficult to obtain stable operation for large values
of the angle 6 . The effect of the time (-onstants of
Card 4/4 the field and controiler are briefly ~-onsldered.
There are 4 figures. 2 tables and 6 Soviet referen--ec..
SUBMITTED: July 14, 1958

8(5) SOV/105-59-5-3/29
AUTHORS: Mikhnevich, G. V., Candidate of Technical Sciences,
-ro-z-ro-v-a-2Ty--,7ffT_-7T-, Candidate of Technical Sciences
TITLEs The Optimal Way of Regulating the Excitation of Synchronous
Generatora (Ob optimallnoy strukture zakona regulirovaniya
Yozhithdanija sinkhronnykh generatorov)
PERIODICAL: Elektrichestvo, 1959, Nr 5, pp 10-13 (USSR)
ABSTRAM This is a description of the principles by which the different
regulating systems can be evaluated from a general point of
view, and a method of determining the law of regulation can be
worked out in consideration of the basic and relative motion of
the generators of a plant with several units (R?fs 2,4,5,6).
figure 2 shows a generalized circuit diagram for the regulation
of the excitation. This wiring is described by a linear equation
system (Ref 5). The analysis of the stability and of the charac-
ter of the transition processes consists in the analysis of the
processes in a system of several circuits. The generalized cir-
cuit diagram permits an explanation of the characteristics of
regulation as functions of different parameters and their
Card 1/2 derivations to be found. The results of the analysis of circuit

SOT/105-59-5-3/29
The Optimal Way of Regulating the Excitation of Synchronous Generators
properties and their relations between each other are not
described in detail; only some outstanding properties are point-
ed out.- In conclusion it is said that the system for the regu-
lation of a synchronous generator should be regarded as one with
several circuits. The described method of a synthesis of the
structure of a law of regulation by the derivations of the
operation values permits the properties of the system to be
utilised, and a great extension of the range of stability to be
obtained. The stabilizing system which offers high character-
istics, both for the basic and the relative notion must be based
on the use of derivations of general as well as of individual
operation parameters. There are 4 figures, 1 table, and
7 Soviet references.
ASSOCIATIONs Energeticheskiy institut im. Krzhizhanovskogo Akademii naut SSSR
(Institute of Power Engineering imeni KrzhishanovskLy of,
the loademy of Sciences, USSR)
SUBMITTEDt January 5, 1959
Card 2/2

MIXMINVICH. G.V. tMoskya)
Nature of the complex motion of a set of synchronous generators in
an electric power station. Izv. AN SSSR. Utd. takh. nauk. Energ. I
avtom. no.5:43-49 S-0 159. (MIRA 13:1)
I.Xnergeticheskiy institut AN SSSR.
(Blectric generators)

KOZOTSKIY, G.F. kMosk-va); MIKHURVICH, G.V. kMoskva)
Structural characteristics of the automatic control 078tOm fOr V,~
excitation of synchLronous generators. Izv. AN SSSR. Otd. tekh. !-,a .,:,.
Xnerg. i avtom. no.566-76 S-0 .59. kMIU- 13-1)
(Blectrie generators) (Automatic control)

NUUMVICH. Gennadly Ylktarovich, KOZLOVSKIT. Genrikh Frantsevich;
KOSKVITIB, A.I., otv.red.; GRIGORIM. U.N., red.izd-va;
ASTAYIYUA, G.A., takhn.red.
[Quality and stability of transient processes in the excitation
control system of a cultiunit electric power plant) Ustoichivost'
I kachastvo perekhodnykh proteessov sistemy regulirovanila vos-
bruzhdanits mnogoogregatnol elaktrostanteii. Moskva, Izd-vo Akad.
nauk SSM. 1960. 97 p. (KIU 13:8)
(Blectric power plants)

MIKHMICH# G.V.; KOZIDVSKIY9 G.F.
Feattires in the study of the
processes of a multiple-unlt
160*
generators)
stability and properties of transi-Snt
station. glektroenergetika no,2:79-87
(MIRA 14:3)
(Electric

S/024/6o/ooo/o4/oai/0l3
2194/E484
AUTHORi Mikhnevich, G.V. (Moscow)
TITLEi -'ihe Static Stability and Natural Frequency of
Oscillation of a Power System with Two Degrees of
Freedom
PERIODICALiIzvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Energetika i avtomatika, 1960, NoA, PP-29-35
TEXTi In practical calculations of static stabilityPoit is usual
to consider a system with two generating stations. in analysing
automatic voltage control systems for alternators, it is usual to
introduce the simplification of considering the receiving system
as a busbar of infinite capacity, In the solution of a number of
problems, it is necessary to consider an equivalent circuit with
three generating stations. The three machine circuit may be used
to solve problems of stability and nature of transient processes
for power stations that operate on two large power systems or
through transmission lines with intermediate synchronous
compensators. A further typical example is that of the stability
of a power station where the operating conditions are such that it
must be represented by two separate generators, For the three
Card 1/ 7 V/

S/024/60/ooo/04/ool/oll,
E19VE484
The Static Stability and Natural Frequency of Oscillation of a
Power System with Two Degrees of Freedom
machine system, the circuit of which is shown diagrammatically in
Fig,l, in which the generators have voltage controllers. the main
equations may be written in the form of Etq,(I) to (6) and it is
convenient to convert Eq.(1), (2) and (3) to the form of Eq.(7)
and (8). 9q.,(4) to (8) mar be used to solve stability and
transient problems of a power system but they are so complicated
that it is not possible to obtain a conception of the basic
properties of the control system from general analysis of the
equations or to determine the design principles of the field
control system of a multi-machine arrangement. To simplify
matters in considering a system with three alternators the loads
are represented by constant impedances and transients in the stator
circuits are neglected. The procedure for analysing the
properties of a three machine system given below permits
approximate assessment of the effects of automatic field control of
the generators. The method adopted introduces assumptions by
which analysis of the three generators system may be reduced to
analysis of a system with two degrees of freedom. The limiting
-Card 2/ 7

S/024/60/000/04/ool/ol3
B194/Z484
The Static Stability and Natural Frequency of Oscillation of a
Power System with Two Degrees of Freedom
stability for a power system with two degrees of freedom is then
considered and Eq.(9) and (10) are written for small changes in
the system. The equations are simplified if the third generator
is of infinite capacity and expressions are then obtained for two
alternators working on infinite busbars, When the third generator
is of commensurate capacity, additional terms are introduced and
the values of the partial differential coefficients in Eq.(9) and
(10) are given by 3q.(1l) to (16). After appropriate conversion,
Eq.(18) is derived for the natural frequencies of the system, it
will be seen that two types of rotor oscillation of the first and
second alternators are possible, either In phase or in phase-
opposition. From consideration of the characteristics of compl-~-x
motion of a group of three alternators, it is shown that the
usually accepted idea that the natural frequency of a system in a
mean value of the natural frequencies of all the alternators is
erroneous. If alternator 3 is replaced by busbars of infinite
capacity, the higher of the two frequencies corresponds to motion
of the rotors in counter-phase and the lower to motion in-phase
Card 3/7

s/o24/6o/ooo/o4/ooi/oix
E194/&484
The Static Stability and Natural Frequency of Oscillation of a
Power System with Two Degrees of Freedom
Fig.2 gives curves of the frequency of natural oscillation of the
generators of the Stalingrad tlydro-glectric Station under normal
conditions determined for the case of constant e,m,f. beyond the
synchronous reactances, Thp operating conditions of this station
are such that its equivalent circuit includes two generators, one
connected to the 500 kV busbars and the other to the 220 kV The
two systems are connected together by an auto-transformer see
Fig.3. The frequencies given in Fig.2 are somewhat lower than
those which are observed in practice and the reasons for this are
discussed, For the simple case of a generator supplying infinite
busbars, the limiting stability 15 considered to occur when the
synchronizing torque passes through zero however for a system
containing several alternators Eq.(18) can give a more gene,-ral
approach to the problem of static stability, To determine the
instant of apertodic instability in a system with several machines
it is necessary to start from the general principle that this
instant corresponds to the passage through zero of the natural
frequency of the system The system stability condition may be
Card 4/7

S/024/60/000/04/ool/ol3
E194/E484
The Static Stability and Natural Frequency of Oscillation of a
Power System with Two Degrees of Freedom
expressed mathematically by &q.(21) which is considerably
simplified if the third generator may be replaced by busbars of
infinite capacity. The conditions of stability of a system with
two degrees of freedom differ from those of a system of a
generator operating on busbars in that there is not a unique
relationship between the limit of stability and the generator
conditions. Simplification of calculations by replacing several
generators by one is of essential importance for complex systems
where the design of field control systems is very difficult without
preliminary simplification. In principle, it is possible to
replace analysis of the stability of a complex system by analysis
of the stability of its components, each considered separately.
For this purpose use must be made of the concept of normal
coordinates. The results of applying the normal coordinates to
the analysis of power systems is then considered and the equations
of motion in normal coordinates are given in 99.(24) and Eq.(25)
which may be expressed in terms of the coefficients of Eq.(9) and
Card 5/7 V/

s/o24/6o/oOO/O4/ool/O13
2194/E484
The Static Stability and Natural Frequency of Oscillation of a
Power System with Two Degrees of Freedom
(10) in the way shown in Eq.(26) to (29); finally, the equations
for normal components are written in the form of Sq.(30) and (31).
The validity of using normal coordinates in this way is then
considered. The use of negative feedback in the field control
system of alternators makes it difficult to obtain independent
equations of the type of Sq.(30) and (31) so that is is difficult
to determine the effect of the field control system on these
components. However, this may be done indirectly on considering
the behaviour of the system as a whole either on electro-dynamic
models or with analogue computers. Analysis of stability and
transient processes of generators of the Stalingrad Hydro-Electric
Station on analogue computers when the station was represented by
two generators, allowing for voltage control, showed the great
importance of preliminary consideration of the properties of this
system with constant e.m.f. When the field control system was
designed only with allowance for oscillation of rotors in-phase,
which governs the nature of the transients, it was found that
oscillation of the generators in counter-phase was inadequately V/
Card 6/7

S/024/60/000/04/001/oi3
E194/E484
The Static Stability and Natural Frequency of Oscillation of' a
Power System with Two Degrees of Freedom
damped. Additional control signals had to be introduced into the
voltage controller to prevent this. Similar results have been
obtained in tests on models. There are 3 figures and 6 Soviet
references.
ASSOCIATIONt Energeticheskiy institut Akademii nauk SSSR
(Power Institute of the Academy of Sciences USSR)
SUBMITTEDs April 2, 1960
Card 7/7

HIMNEVICH, G,V.
Triangulation adjustment &I wngles and directions. 'ndy
MIN no.10%59-74 160. (MIRA 16:12)

MIYJINr-,v ICU, G. V.
Choice of a cirz-ult 'for the excitation of large ti -. -,--q;enere*-D-z;
with direc-, cooline of the windings. Elaktroenergetika no.4:206-
27 It!. MiA 14:8)
(Turbogencrators)

32063
S/024/61/000/006/015/01'9
M,Y000 E192/E382
AUTHOR: Mildinavicb, G.V. (Moscow)
TITLE: Stabilization of automatic control of the excitatioii ()i
a system of synchronous grenerators of comparable jiov--cr-
by the derivatives of absolute angle.9
PERIODICAL: Akadetaiya nauk SSSR. Izvestiya. Otdeleniye
tekhnicheskilch nauk. Energotilca L avtomatilca,
no. 6, 1961, lo6 - u4
TEXT- General characteristics of an excitation control systom,
based on a function of the absolute angular deviations, are
investigated, the control system consisting of a group of syn-
chronous machines of comparable powers operating in parallel.
Tlie system can be regarded as conservative (Ref. 6 N.O.Krylov, 1931
On the numerical resolution of equations which determine the ffeqi(ruv
of small deviations of material systems in technical problems.A5 IS4b
The equations of motion of the rotors of all the generators of thp
systet-ii have the following structure,
Card 1/8

3206 3
S/024/61/000/006/015/019
Stabilization of .... B192/E382
n
jIp%A8, + V SI, A64
19-
k-I
n
Nh 0
J,P2 A6.1 + ""82k L
14-w
k- I
. . . . . . . . . . . .
J,P, AN + IS.,, A6k
k-I
wh Pre J i are inertia constant; of the generators
6 are the absolute angular deviations of the rotors
api ap
a6k a6i
vrh er e P are active powers of the gronerators.
The quantities S6 are determined on the ba!-,is of ',!~e
Card 2/8

3?06~
S/0211/Gi/ooo/oo6/oi5/()iq
Stabilization of .... E192/E382
control such that the necessary static characteristics aro
achieved. The particular solutions of Eqs. (1) at-e iii the form:
,6()1 = C1ejwt) 410a = C2ejwt ... 6t, = C e J,-, I
wh er eC and w arc ~ -stants. combinin EcIs t
original system of equations, a set of ordinary hor'loge'llowl-
equations is obtained:
S11 2 k
.2
S
T,
S~
,2 k Ck
J~ J~
Card 3/8

Stabilization of ....
~'!~63
S/02li/61/000/006/015/019
F192/9382
from which it is ponsible to determine C E(Is. (3) give C an
different from zero only %.,rhon the determinant of EcIs. (1)
A =0
The m1ution of Eq. (4) can be found by mean!4 of modern co-1,,titot-i.
Tile relationship between the angular deviations is definv(l 1),,-:
Ab, ~ K,, Ab, A6, K,,, L%b,,. A6, = K,,Ab, (7)
%.,,I) or e Kji are tile amplitude-distribution cc)-fi'icir!nts
respect to the angle Lb I for t;ie j-tll fre(plency. T'.,.c- m"tiiol
angles are thus defined by:
0 K,) A81 A62
A6,, 0 K,,) A6, A:I A6,
. . . . . ... . . . . . . . . . 1
A6,11 - 0 A%
Card 4/8

3 ~c,(, Ij
S/O-,1i/61/Ooo/OO",/o1 Vol
StabilizA I )n of El 2/E-132
The f'jo- E,,-~ ( I I .
~I- I V.1 t I N" I n c E
s III I
2 Ab - 6
6 12 1 K- 3
I K AL 6
ni
For a t-,/!3tcm wit:i excitation conLI-f-)l E(j. (10) roi,i
~lppi-oxinuxtel, tile F3i~lllal structure since lt~; di-itribitl
c k) v('1' Lc i ent,,, d e'wjid on t.io opei',kt I nc md I t I oil .. C) fl
5 yst em. Eq. (10) defines tile si.Lnal of' the second uoiiv,itivo
the absolute angular deviation, the si~rnal can he r I d e. a ~w
i,ortion of . derivative of
a t:Ie si~~nal of the ,ecoric'
,
i.-aitual an-(les. Tho coefficient K '!(.t orrnini
!; 11 11) 1) v t w c on t I I o 111;l, 1) 1 1 Il (I f'..; () I t wt _il.~ I !t
Cara I,/,,

Stabilizzltiwl of
31063
S/02'i/61 /000/00'-,/(- 1
E 1 ;'-'/ E-) 8 2
t:Le Colltributioll 'I- t *,(I MI so I ut- Ic ,I I eviat I )it 1:1
-t it u,--, i ~i ii~,u I a r d -v ) :! L i )n Tht, ii,)..!,~lLtLldV LIf t'lo it,
)1,,o (le:'ondent. M] ti:,- ol~~vll rr(,pl(.lIrv I- I 'I(' I
e c I at 1.011~ f t : , - 5 y." t "I , f ;: ~I 1 " " 1, 1 t V o F
I, C. crjl:li lit, f a I I ! :, (-, ~, ~- . - C r o . I - e:,.
I ctuaL I u r] r e
L- ta I solut I 'i L 'j V:i t
i o art I c I I iA 1 1 L I j I I S
6 c c c
Th e n I'li o e. I I e-1.1, 0
IL ~'arac t -rist Ic '. (_ IL 11 1 1 LI I t
.1 er t vat i v o,i -i I tit i L, 1. it -1 Ov I t t k 11.9
p1 I V:I 011'~ 0 L
Ei;io I I I . ."., " f-ol
V
Ca r d ~

J1 2 ()() 3
s/L,24/6 1/ooo/oc),Vo 1 7 A, j
Stabilization of E I ') -- / E~ c") L'
t lie va III es of 6 12 11, t 1) (, f 1. r st ra n8 c , f r o-:i 0 0t ) ;0''
the i-otor--. of Lli,- &eiierators ",)-,ic i1 ]at(-" i~, ant i-I L'
ot 1101- llall(2 . f or bil) > goo ;w rotors; w;c j o a -
It is foun,,' tlizt if th, ,3y!4t(-!:i is --;tabil i z e
(11crivatives of the mutual an6iilav deviations 61
~3 i ~, n a I (I o c!i riot becoi~i, :-, -I u i i~c - it,,; t udc i L -I
of Lite an~,lc 6 111 t'll ~' C'!~;e t I, it I I
11 L o ild I L I o rvi a r c, (1- t 1-;;i I Ii o ' 1) ~-, t 'I (, I it 11 -11 1
"'j. I elic i Cs of tilt' Syst 0;,.) ark, ' oro r it o fori;iu I i i,, r
e:-npl o y cd t u anal ys e t it e Is t ab i. I i t ) o f an e~;c i t I t 1 t
1 1 s ed o I I t 'I f? c! or i va t i v es ci f t; I c a li -i c) I I I te ang:: I i r- o v
the as-,~utnpticiti tliat the turytes WILI .owers of It It cui-%( it n(-I, .11
jiWeperident of L-uraii8ular v(!Ioc i t i c~; k 16-f I - VA V , :i I ';~ I,,
El ec t r om ec nanic al t rans i ent s i I) e 1 ec t r i c a I -s y , t r~m:~
L P I I i a d , G El , 1) 5 8 ) - Iii . Irticular 'I Systeni of I
en er.i t ors , wh er f,. t 1i e exc i t a t i L) it -,; L ab 1 1 1 Za t 1 L) ri is ac I ev
t iie d,-~r ivat ives o f t ., e ang 1 es 6 UI a Ii (I b u ft
Card 7/,-,

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S/G A I /000/oou/c I I
Stabilization of El,l-l/E38L,
vectors u I a II d U, i.,~ analyzE-d -it is cimclijd-d fr,,ri
L'iat L:,c- C":citation t L-1:1 --i I ~ , -i , . , I . t 11
e r i v :i t I v e s (.) f the ab!~L)lut e n rid th(, .iiitual iii.-l I i I t~r
(I liz- Iderably III the stabil I z I I I p f oc t ~ 'r, - L , - i
t c, d er i v a t I v o!' i o al, -i I i;: 1.1 -1 1 d,v 1 1 t I
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SUBIMITTED X a r c 'I 18) ig6i
Card 8/8

MIMTLTIGHj, G.V.; K0,-IPVSrIY, G.F.
Choice of a relationship for the reg-~Iation of the excitation
of two synchronous --achines in parallel operation.
Elektrichestvo no.8:31-35 Ag 161. (MMA 34:10)
1. Energeticheskiy institut AN SSSR.
Electric generators)
ectric power distribution)
M

MIKI:I,"'VIQU G V , kand.tekbLn.nauk (Moskva); KOZLUVSKII, G.F., kand.tekhn.
nauk (McsIva'
Special fop-%Lreo of the automatic excitation control system of
the generatc.-s of a rcwar plant feeding two electric power
systemB. 'LluxtrichoiWo no.2:1-5 F 162. OIIRA 15:2)
(Electric power plants)
(Electric generators)

KOZLOVSKIY, G.F.; MIKHNEVICH, G.V.
Certain special features of the cemplex mcticn of the rotors cf
synchroncus generators in electric pcwer plants. Elektroenerbretika
no.50-13 162. (MIRA 15i4)
(Electric power plants) (Electric generatcrs)

MIKHNSVICH,- G. V.; KCZLOVSKrY, G. F.
Antmatic "gulation of the excitation of Mchronous genera-
tors in an electric power ffystem with several generating
stations. Elaktroenergetika no.6:1-21 162. (MIRA 16:4)
Electric power distribution)
Clectric power plants)
8

HUHNNICH. 0. V. (MoBkva)
Analysis of the natural oBeillationB of a complex electric
power a7stem. Isv. All SSSR. Otd. takh. nauk. Knerg. I artom.
no.6:17-26 N-D 162. (MIRA 16:1)
(Electric power distribution)

lawalcli I G.V. (14D9kva)
Dete~~~ of specific damping m~,..entB iL a cromplex rogji--
electrio power system. Izv. AN SSSR. Otd. takh. nauk. Energ. i
transpo no.1&13-23 Jak-F 163* (ICRA 16:5)
(Electric power distribut-Ion)

MUNEVICH, G._V,_; KOZLOVSKIY, G.4
Structural characteristics of an automatic excitation control system
containing several regulating stations. Elektrichestvo no.415-10
Ap 163. (MIRA 160)
1. Energeticheakiy institut imeni Krahizhanovskogo.
(Electric generators) (Electric power distribution)

- MKMMVICH, -G.V. (Moskva)
Dynamic systems of a autcr-atically controlled power ff7stae=
containing synchronous compensators. Izv. AN SSSR. Energ,
i transp. no.6:694-703 N-D 163. (MIRA .17-.1)

MIKHNEVICH... -tv..; KOMMY11119 G.F.
Study of the interaction of automatic excitation controllers irk-
stalled on parallel opeaRMAg power plants. Elektroenergetika no.
7:3~-53 163. (MIRA 16:9)

MIKHa,viGH# G.V.
Study of el4ctromagnotic moments created by currents of the trans-
verse, rotor stages of synchronous machLines. Elektroenergetika no.
704-71 163e (MM 160)

TO LSIVV Yu.G., cioktor teklin. rviuk ;.rof., otv. r~-d.;
kand. tekhn. nauk, red.;
or 1u..
nauk, prof., red.;
red.; Ja;Sj:C*.7Dl,~ AEC',', !~., kanc.. k.nn. nark, rt~.;
. 1,
STEKOL .1 K~A' S. A *' 0 r tc kha". llaai~. 1,0 1% 1 re Ll
ope rit t I nf, M')' 1", 9
synchroriou:3 mac i.i nes i~e zE irW
lirovl-.nie sirikhr,nrykh masnir..
te'- s anc-I r-.
rab~)ty
J-~oskvri, Nauki~, 19('. 150
1. Moscow. EnergeticLeskiy inotIltut.

Pennadiy Viktoroyich; ViOSKVITIlq, A.I., doktor tekhn.
nauk,, prof.P otv. re7d.; GRIGORIYEV, Ye.U., red.izd-va;
WHINA, P.S., tekhn. red.
(Synthesis of the structure of automatic Oxcitation
control systems of synchronous machines) Sintez struktury
sistomy av-tomaticheskogo regulirovaniia vozbuzhdeniia air,
khronnykh mashin. Moskva, Izd-vo nNauka,ff 1964. 231 p.
(MIRA 17:3)

MIKIINFVICIIY C,.V. - (Moavvft:
- -~V IcB"Y
Flp.ctromr-cnP-r,i-a- e-~ -.-., a-c~n*. r(,prf-,.sen*,atlor. I., a!! e,: Wl -,
-F.. Energ. '. 'rarsp
contro'le-d rater --p;ter.. -zv. AN -7,S~3
210-219 Yr-Ap'~L, (MIPA !-:f

MIKHNEVIC14, G.V. (Moskva); FIALKOV, V.M.
Effect of damping circuits an the
automatinally controlled electric
no.4:10-15 Ap 164.
(Moskva)
dyTamic characteristics of an
power system. Elektrichestvo
OGRA 17:4)

MIKIINEVICH, G.V. (Moskva); FIALKOV, V.M. (Mosk-va)
Automatic control of compensating units in electric pawer SyStez-0.
Izv. AN SSSR.Energ. i transp. no.3:31-42 W-Je 165.
(MIRA 18:12)
1. Submitted March 12, 1965.

HIKMVIZ,_L. F.., kand. tekhn. nauk
Main reoulto of inveotigating on modslB the chamcteriBtics
of a hydrotrenmitter of reveroe. Sudostioenie 28 no 10:
21-25 0 162. (MM 16:1~
(Ship propulsion-Transmission devlcea)
(Oil hydraulic machinery-14odels)

14MiNEVICII) I.P.
Boundary between Silurian ,.nd Dewnian sediments in the
western wing of the Zhaman--Sary-Su antielinori=
(central Kazakhstan). Trudy VSEGEI 74:7943 162. (MTRA 15:9)
(Kazakhatan.-Paleontology, Stratigraphic)

VOMESENSKIY., V.D.) MIKIINEVICH I.P.; MENASHEV, Yu.F.; NILOVA, N.V.
Structural unconformity in Upper Silurian sediments of the Zhaman-
Sarysu anticlinorium in central Kazakhstan. Izv. AN Kazakh. SSR. Ser.
geol. nauk no-5:55-59 '63. (MIRA 1721)
1. TSentrallno-Kazakhatanskoye geologicheskoye upravleniye, Karaganda.

MMMICH 0 K. P.
European Translation Center. NTI no.7.37-38 163. (MIRA 16:11)

Y
;,i L qljd~ t topilghni cheek i A I
t~ t t",
nWak i - T. d, a!,
i flu,
t: ILI to r,',, a, r.4
1, - 0.
Olt%:

MATUSEVICH, M.G., kand. ekon. nauk; MILDVANOV9 V.A., kand. ist.
nauk; NIKITIN, G.A., kand. geogr. nauk; GURVICH, C.Ts.
kand. ekon.nauk; GOLUBEV, B.P., nauchn. ootr.;
KRUTILINA, T.N., nauchn. sotr.; MIKHNEVICH, L.M., na-
uchn. sotr.; GIORGUZE, Z.I.0 kand. ekon. nauk; RAVUN,
I.I., kand. ekon. nauk; OKUNI, N.V., kand. ekon.nauk;
KOVALPSYM G.T., kwW. skouom. nauk; MOMOV' P.A.j
d9jdor ekonom. nauk, aauchsgry red.; L KO.-I., rod,
i9d,-vaj ATLAS, A., tekbn. red.
[Economy of White Russia during the period of imperialism,
1900 - 19171 Ekonoiika Belorussii v epokbu imperializma,
1900-1917. Minsk, Izd-vo All BSSR, 1963. 420 p.
(MIRA 17:3)
1. Akademiya navuk BSSR, Minsk, Instytut ekonomiki.
2. Institut ekonomiki AN BSSR (for all except Leonenko,
Atlas).

MIMMICH, L.N., kandidat tekhaichaskikh nauk (Dnepropetrovsk)
-.- -MOMISO&V
Now textbook for technical schools on railroad stations aRd JuActions
(Railroad stations and Junctions.* I.IU.Skalev. Reviewed by L.Y.Mikh-
aevich). Zhol.der.transp.37 se.4:94-96 Ap 156. (KLRA 9:7)
Otal lroads-Stat ions)

TUSHCHMO. N.B., doktor takhn. nauk prof.; MIKHMICH, Vznd. tekhn.
nauk dote.; SHAFIT, Ye.H., kand. tekhn. nnuk dots.
Some aspects of organization in moving large earth masses by rail.
Trudy DIIT no.28:5-33 '59. (WRA 13:2)
I.Nachallnik Doopropetrovskogo instituta, inshenerov thelesnodorozhnogo
trans rta (for Tushchanko).
rRailroads-Parthvorks) (Rarth work)

HIMEVICH, L.B.. kand. tekhn. nauk dots.
Reconstruction measures contributing to an improvement in nakine-up,
dispatching, and moving heavy trains stations of ore and coal basiLs.
Trudy DIIT no.28:51-64 '59. (MYRA 11:2)
(Railroads--Yards)

MIKIDWICH, L.N.. kand. takhn. nauk dots.
Possibilities and @Kpedlency of using conoentrated braking om
ciechanzied humps. Trudjr DIIT no.28:150-183 159.
(MIRA 13:2)
(Railroads--Brakes) (Railroads-Hump yards)

14rKMVICII. L.N., kand.takhn.nank (Dnepropetrovsk)
Degigninp w hunpe to be operated on the principle of continuous
4IRChArre. Zhol.dor.tranap. 41 no.1:68-70 Mr '59.
04IRA 12-6)
(Railroads-Tards)

~Ii A. '
, t7. , k,t. ~,. toki.n. , A. *
r sp, of t~ - - - I ' - arJ aro, I y t i :,F, ' r-,f~Th j -' n I '. :r, ' - 7.,,
I -,
capacity fill type umps, -,", n0./,3:. .. ..

TIKHC MIROV I'G prof., doktor takhn.naak (Gomel'); LITVINCISM G.A.
(60mel;;; MAFIT, Ye.M., kand.tekhn.nauk (Dnepropetiro'vsk~;
MIKHIF,VICH, L.N., kand.tekhn.nauk (Dnepropetrovsk)
New textbook on railroad stations and junctions. Reviewed by
I.G.Tikhomirov and others. Zhel.dor.transp. 45 nr-8:93-Q5 Ag 163.
(MIRA 1b:9)
1, Glavnyy Inzh, Kiyevgiprotransa, Gomel' (for Litvinoyskiy).
(RAilroads-Stations)

USSR/Physice - Coercive Force Aug 52
"Problem of Determining the Coercive Force of Non-
uniformly Magnetized Samples,a A. 1. Bulanova, M. N.
Kikhnevich, V. B. Perets -
'"Zhur Tekh F1z" Vol 22, No 8, pp 1325-1333
Ballistic methods vere %uplied to measurements of
coercive force of nonuniformly magnetized cylindrical
samples. Compares exptl mental and theoretical re-
sults. States that choice of the correct method of
measurement is dictated by conditions and purpose.
Indebted to Prof R. I. Yanus . Received 28 Jun 50.
226199

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STUBAROV, AlekaeyYefimovich; STUBAROVA, Emma Petrovna; KHABENKO, Kirill
Kalinkovich; VOLUZM, Anatoliy Grigorlyevich. Prinimal uchastiye
MIKEMICH N.I., mladshly sotr.; KMCMWOK, V., red.; KAIZCHITS, G.,
U . red.
(Promiaing fruit and berry varieties of the White Russian S.S.R. and
their regional adaptation] Raionirovanrqe i perspektivnye oorta plo-
dovykh i iagodnykh kulltur Belorueskoi SS'-i. By A.E.Siubarov i dr,
Minsk, Goo. izd-fo BSSR. Red. sellkhoz. ~~t ry, 1960. 321 p.
(MIRA 1419)
(White Rueeia-Frult-Varictles)