SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927430003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

On the Pos3ible Kindn of Crack 'Pith a Conductivity SOV/179-59-4-16/40
Jump
obtained. It expreanes the connection between the volume v
and the magnetic field strangth fl. It is shown that - if the
structure of the discontinuity surface is investigated at
6- G(T), the conductivity 6beirg elualto.zerq, for T-values
smaller than a certain T - there is only one point on the
ABC-curve which depends on T*and the initial values of the
parameters, and from which the motion can be continued until
This points to a certain connection between H 1 and H 2'
which is not a consequence of the conservation laws, formula (1).
This additional relationship, together with the conservation
I%ws in unsteady problems, determines the intensity of the
electromagnetic wave emitted, and makes the solution of such
problems a unique one. There are 1 figure and 3 Soviet
references.
3UBMITTED: February 19, 1959
Card 2/2

KULIKOVSKIY. A.G-,. LvuBIMOV, G.A.
article "Permanent strimmiro
In connection with V.A.Bolokon's
of chock waves with Joule disnipation." Zhur.elzap.i t,3or.fizo
37 no.4:1173-1174 0 159. (14IRA 13:5)
(Shock waves) (Belokon, V.A.)

SOV/20-129-1-13/6,',r
'7 '3? i'yA
.k"'T!K;-;-iS Kii I i k (o.) 11 :3 ? i',, G ,Lyu.1bimov, GA
ITLI"; Gas-ionizing Shook 7;nv,~s
11
PZHIODICALi Doklady Akademli nauk SSSR, 1959, Vol 129, 1;1' 'r,
pp 9'~ - C'5 (USSFI)
k B S T H Ar P. n e I ~, c t r o mr, jf ii #~ t i r-- wa v e iz~ a y m o v,~ i r i f r o nr r awavr.
in iinvf~ady probl%Lq, in which shock wav~~a T.ht:
presprit. in an olectromagnetic fi(~,Id For known. velocity of tho~
,E,as behind ths- shock wave, the boindary conditdons ,n the shock
ki-xpressing thp continuity of thp tangential component of
Wavc,
~n-.Ioctr,-r. field as well as the fluxes of ;rat'(-!~,
and Qriergy) are riot gufficient to detc-riuine aiz:uItaro-o.~sly the
int,~nsitiefi of the shock wave and of the einitted
W ~I v PAn additional ~relation betweor, quant itim 1)0'~)ru an," b~
hi rid the chock wave is f urnished ty the -1 on cf f he
,~tr,,icture of the shock waves of th.-~! ab3ve typr~ T)-.is rola'
and, in con.9eq,1;ence, the alterat top. all ai I qi !
shock wav,:! depends essentially on the amount -)f t1:4,-
,ition coefficiprit. (vi,--osity,
bet-a~!~~n Ole dig.,3 i p r 9 13
duct ivity , and magnetic viaco~,3ity) in the icir

"agnetohydrodynamic Gas-ionizing Shock Viaves
t C, 4 61
SOV 120- 112Q .1 - 13 '64
Thp electr4ical conductivity of the gases is con~;idered a'~. a
function of temperature in the present paper:c~c(T), T~
that (1"0 if T< i* and C>O for T>T% . iPh-c- str-,r-t,,;re f a d r
d, namic shock wavp . which moves in a ga!3 at a temrjerat- -r- T
~_Ovm Q 7~ym 0 m ~Q_m
Card 5/7

89394
S/04 61/025/001/013/022
The structure of an inclined... B12-%B204
and may also occur on an infinite number of integral curves. The structure
of the "evolution" shook waves (in the sense of A. 1. Akhiyezer et al.)
differs from the struoture of the non-evolution shock waves by the fact
that only they have a structure at any ratio between the dissipative
coefficients. A. N. Voynov is mentioned. There are 7 figures and
4 referencest 2 Soviet-bloo and 3 non-Soviet-bloo.
F
SUBMITTEDs july 16, 196o
I,, zer,
- - - - - - - - - - - -
Fig. 1 C
Card 6/7

3. S/020/61/137/004/010/031
)0,8100o B104/B2065
AUTHOR: Kulikovskiy, A. 0.
TITLE. Structure of slow magne~to-hydrodynamic chock waves under
barotropio conditions
PERIODICAM. Doklady Akademii nauk SSSR, v. 137, no. 4, 1961, 810-813
TEXT: In a study of the structure of shook waves Germain (njblf. 2i
P. Germain, Office National d'Etudes;.et do Recherches 911bronautiquos, P"'Ibl-
NO
1, - 97 (1959)) showed that in foiir common equations -which deficriVb the
one-dimensional steady motion ofla gas, no more than four singular points
S and S exist. (They are arranged according to increasing
1' S2' S3 4
density In the points). He studied the behavior of inte6ral,curvfs in the
vicinity of these singular points and wan able to show that sinple
inteeral curve always exists, which realizes the.transition Ell ___4 S2
corresponding to a fast shock waVO. LUnder assumption of barotropy, it in
shown that slow waves always have a structure, i.e., the points 53 and S4
are connected by a single integral c4 jrvo at arbitrary dizzipative
Card 1/4

Structurp of slow magneto-hydrodynamic...
22485
S102 61/137/004/010/031
B104YI32o6
coefficient's (viscosity, thermafoonductivity, and me,-netic viscosity).
The assumption of barotropy is similar to that which traces the prob1cm
1~ack to the finding of integral curves in the three-dimensional, but for
this some singularities of the four-dimensional case remain. The eauation
which describe the one-dimensional steady motion of a barotropic medium
ulon,- the x-axis, are-,
VM Off Irv
77 M (-L4w- - Il"'t, + Er) _= F11,
M2 M (V - (4)
dx
MIM2 dV = M [P (V) + MIV + P] =. F,,
dX 8n
I-1 is the mass flow, P the x component of the pulse, H and v are the field
intensity- and velocity components along the y axis. All surfaces are
studied which are obtained by equating to zero the Eqs. (4). The surface
FV = 0 is represented by the surface v - H*H (H* . HxIA'~_'? - const) whdch
0 0
passea through the V axis.. The surface F. - 0 is a cylindrical surface
parallel to the v axis. The intersection of F11 - 0 with the surface
Card 2/4

z J4 a.5
S10201611137/00410101031
Structure of slow maeneto-hydrodynamic... B104/B206
v - const is a hvnerbola. These surfaces divide the spice li.,~ 0, v , 0 and
V~ 0 into Anmoinq- Under the sets I - VIII the inequalities;
1. Fit> 0. F,, > 0,~ Fv > 0. V. r',, 0, Fv > 0.
IL Fn>O, F, > 0, F~, < 0. V1. Ftj t).
IV. Fit > 0, Fu < 0. Fv,-'O. Vill. F/I of
The gas is ideal with constant conducti !T, obeying Ohm's Law in the form
iFlt+Y
Additional parameter6 are the magnetio Reynolds number and the interaction parameter,--
4"U4
-c.,d 1/2 PP
L 2802-66
JACCESSION NR:
129
and the magnetic field is described by
(4 Ji'r, (kI + 1) "WO
(t + kit-,ar, for 9 0, IM h(w) - 0
A connection is then established beiween global instabilities and absolute instabili-
ties (the unbounded problem). The author sincerely thanks S. V. Iordanakiy for
evaluating the subjects touched upon in thia work. Orig. art. hasi 14 equations.
SUB CODE: /-7# ;Wsm Dm: 16oct65/ ORIG REF- 0061 OTH REF: 002

IORDANSKIY, S. V.; KULIKOVSKIY, A. G.
General condition for the stability of higher correlation
functions in a plasma. Dokl. AN SSSR 156 no. 1:35-37 My 164.
(MIRA 17:5)
1. Predstavleno akademikom L. I. Sedcyvym.

ACCLSSION NR: AM18433 S/0179/64/000/00110141/0142
AUTHOR: B a ranov, V. B. (MOBCOW) I Kulikoyakiy# A. Go (Moacow); Lyubimov, G,* Av
(Moscow)
TITLE: The boundary layer on a flat plate in anisotropic magnotohydro-
dyn-amics
SOURCE: AN SSSR. Izv. Otdo tekh. nauk. Mekhanika I mashinostroyeniye, no. 1,
1964, 141-142
TCPIC TAGS: flat plate, boundary layer# boundary layer condition.
thermal boundary layetp gl:tingshausen effect$ aerodynamics..
ABSTRACT: Expanding the subject of a previous report (aaranov, V. B., Izv, AN
SSSR, OTN, Mekhanika I mashinostroyeniye, 1962, No. 6), the authors consider dis-
turbances to an external flow caused by'a boundary layer to show that temperature
at the latter's bouudarycan be considered fixed despite the presence of the Ettings-
hausen. effect. Further, it Is shown that the Inequality M R (where M Is
Hartman's number, R Is Reynold's number, as related to the characteristic length
I along the plate) can be diminished and the form M r;~ R. can be used for the
jexjs~y3ce of the Blaslu.s velocity profile. The thermal boundary layer'Js
99 rSL

ACCESSION NR: Ap4ol8433
calculated with consideration of Ettingshausen's effect (see Fig. I in the
Enclosure). "in concluslon,the authors express gratitude to M. N. "an for call-
Ing their attention to the problem and participating In evaluation of possible
solutions". Orig. art. has: I fLgure and 10 formulas.
ASSOCIATION: none
SUBMITTED. ATD PRESS 1 3046
24sep63 ENCL; 01
SUB CODE: HE NO REF SOV: 003 DTHERt 000
2/3
Card

AP4018433 ENCLOSURE; 01
16
psooz
4y. 40, LS 7
12
r
Lol
..Rasulto Of C&IculatLons
3/3
"M
U~ M

~ - - -~- . ~ - ~-I--,
i
. I- FVWDp. I, -~ . U.
III-11-AterLi on the vascular R,tioloU of the
putlents." Kiev Order of L;bor Rect i--.-An;icr
~cadcridci.An it. i. :3opmolcts. Kiev. 19,1,6.
0
the Degree of C"adhLatt in r~edlc:.l Science)
ur;AIa in ei,,ducjr(litis
Ledic-i Imst irnerii
(ULsjcrt.,tiorL,3 for
So: Knizhaya latorAs', No. 16, 1956

IKOV-J.Xlv-A-G-; kand.med.nnuk (Kiyov)
Positive serological syphilis tests in endocarditis patients.
Vrach.delo BUDPlement '57:43-44 (MIRA 11:1)
1. Ukrainokiy nauchno-iseledovatellskiy institut klinicheskoy
meditoiny imeni akAd. B.D.Strazheako.
(SYPHILIS) (FMOCARDITIS)

KULIKOVSKIY, A.G., kandidet maditsinekikh nauk (Kiyev)
Cerebral hemorrhages in andocarditis. Yrach.dolo no.7:685-687 Jl 157.
WRA 10:8)
1..~krainakiy nauclino-iseledovatellakly institut klinichaskoy
meditsiny ime akado H.D.Strazheako
(IMOCARDITIS) (BRAIN-HEMCIRERAGE) -

KULIKOVSKIY, A.G., Imnd.med.nauk (Kiyev)
Abdominal oyndrome of rheumatic fever origin. Vrach.delo no.6:639-
641 Je 159. (MMA 12: 12 )
1. Ukralnskiy nauchno-iseledovatellskiy institut klinicheskoy meditainy
im. akad. N.D. Strazhesko.
(RKgMrl 10' FETER) (ABDOIM--DISFAASES)

KULIXOVSKIY, A.G., kand.ned.nauk (Kiyev)
Difficulties In the diagnosis of andocarditis combined with
cerebral pathology, Vrach.delo no.6:633 Je 160.
(UM 13:7)
1. Ukrainakly nauchno-issledovatellskiv institut klinicheakoy
meditainy in. akad. N.D. Strashasko.
(INDOCARDITIS) (BRAIN-DISMS19S)

1,t4KARCHENKO) A.F., prof., otv. red.; KULIKOVSKIY)_A~G~; kand. med. nauk,
red.j LITViK, L,B., profav red-j --I'IRT--Q'- V Sk IY-','- fl.V, prof., red.(deceaseedli
MINTS, A.Ya., kand mod. nauk, red.; SLON114SKAYAP V.M., prof., red.,- SA-
VENKO) S.N., prof.9 red.; FRWKIN, Ya.P., prof., red.; SHAROVSKIY, S.N.,,
prof.., red. Ideceasedli BYKOV, N.M.0 tekhn. red.
[Problems in clinical neiirology and gsychiatry] Problemy klinicheskoi
nevrologii i psikhiatrii. Kiev, Gos.med.izd-vo USSR, 1961. 308 P.
(MIRA l4sl2)
1. Ukrainskoye reepublikanskoye obahchestvo nevropatologov i paikhiatrove
(NERVOUS SYSMi-DISEASES) (MENTAL ILUTESS)

KULIKOVSKIY -* A.G., kand.med.nauk (Kiyev)
Apropos prof. L.I.Gefter's article "Some critical comments
concerning extensive diagnosis of rheumatic lesions of the
brain.0 Vop.revm. 1 no.3x87-89 Jl-S 161. (MRA 16t/+)
(PMUMATIC FMR) (BRAIN-DISEASES)

NO

........ ..

V a'
'ej:

-A-Z,
4 Il'--".M ~4

77,1 4

g g~%~

ACC NR.AP6033200 SOURCE CODE: UR/0040/66/030/005/0822/0835
AUTHOR: Kulikovskiy, A. G.
ORG: none
TITLE: On stability of Poiscuille flow and several other plane parallel flows in-a
plane tube of great, but finite, length at high Reynolds numbers
SOURCE: Prikladnaya matematika i mckhanika, v. 30, no. 5, 1966, 822-835
TOPIC TAGS: pipe flow, plane flow, flow analysis, plane parallel flow, symmetric
flow
ABSTRACT: This paper studies stability of plane-parallel flows in a plane tube of
great, but finite, length at high Reynolds numbers on the basis of assumptions on the
st ability of uniform states. It is demonstrated that plane-parallel flows of convex
symm.etrical cross-section of unperturbed velocity are not entirely unstable. An ex-
ample is plotted of an unstable flow with a velocity profile which has points of de-
.flection. This paper examines the stationary flow of an incompressible viscous fluid
in a tube of constant cross-section and of great length L 1 x 1< L. We will assume
that the Reynolds number figured from the width of the channel is rather high. Except
for sectors close to the ends of th& finite tube the velocity profile may everywhere
be regarded as Poiseuillean and independent of x. We call this the basic portion of
the flow. We will assume that at the ends of tube x - +L are exhibited certain
boundary conditions (independent of time) which interco-nnect the perturbations of
SR~tl/2

ACC NR: -7
AP6033200
hydrodynamic magnitudes and their derivatives, while at each end the values of these
magnitudes at the same end enter into the boundary conditions. An example is the con",
dition that velocity perturbation is zero when x = �L. It may be considered fulfilled
when the fluid flows in and out through the porous walls at the tube ends. Note that
an essential condition of the setup examined is that the fluid flow in and out across
the boundary of the region in question. The paper demonstrates that if the cross-
of unperturbed velocity is symmetrical (U(-y) - U(y)), convex (U"(y) > 0
with any Y), and the Reynolds number is high enough unperturbed velocity is shown to
involve entirely unstable flow. The author thanks S. V. lordanskiy for discussion of
the problems and 1. Ye. Kireyeva for compiling the program of numerical computation.
Orig. art. has: 29 formulas, 2 tables, 3 figures.
SUB CODE:. 20/ SUBM DATE: 13May66/ ORIG REF: 005/ OTH REF: 006

/~u )- 1K6TSW / ~ d-Is. SKIT, A-S-*, 14LA'WJ"T sZV, G.D. ', laROLTull, L.F.;
IVAlmoV. L.I.;
'FAT IKOV, - Ozkazgan deposit and new
GeolOgiCal cWacteristicG of the Dzhe 1 aerviCee TrUdy Ingt, geole
facts obtained by the mining geOlOgic~~ (MIn 11:4)
AIT Kir. SSR no., 9;253-z63 157- jtce--()re deposits)
(Neat Kazakhstan Pro

IOx, V.0 red.; KAIZCHI'TS' G. 9
, UOVSKII 9 Anton Vikentlyevicb; KAUC10
m - :-~-
I livestock buildings] 114'bolee ekouo-
[The most Scollom'Cal types olcikb pomeshchenii. Minsk9 Gosjmjzd-V*
micizve tipy zbIvotnovodcbeel 60. 122 p. (Km 1416)
BSM, Tt.d.sel'kbO7,;l:Lt-ry' 19 -
(Farm buildings)

LUTSEVICH~ P.A.; MOKGALEV, G.F.; MIKHALEVICH, N.G.; ZINOVICH, K.F.;
SAFRONENKO, A.P.; KLIIIENKOV9 P.A.) CAYDIIKEVICII, N.M.; SILINp
M.S.; BRAZOVSKIY, P.V.- KOVPAK, M.D.; MELESHKEVICH, O.A.;
KAMENTSEVA, V.N.; KULIKQ'L4~jj.,.,Aj,; TARAYKOVICH, ?.I.;
ALEYNIKOV, G.A.; SMOUVICH, Sh.S.;GRACIIEVA, K.I.; NIKOLAYEVAq
Yu.N.; VOLOKHOV, M.A.; DOMASHEVICH, 0., red.; KARKLINA, E.,
red.; ZUYKOVA, V., takhn. red.
(Manual for livestock ralsers] Spravochnik zhivotnovoda.
2., dop. i parer. izd. Minsk, Gos.izd-vo sellkhoz.lit-ry
BSSRF 1963. 462 p. (MIRA l6t8)
1. Glavnyy zootekhnik Upravleniya nauki Ministerstva-sellskogo
kh02yayatva Belorusakoy SSR (for Safronenko).
(Stock and stockbreedfn4)

KnIKOvSKIY. B.N. (g.Shelkovo)
---------
Connecting the teaching of a chemistry course with work of students
in school shbps. Khim. v shkole 13 n0.5:70-71 S-0 '58. (MIRA 11-.9)
(Chemiotry--Study and teaching)

ITONEV, V.G.; Ku~~K.OVSKI.YB..11.
Products of the Te oxidation by oxygen under pressure in water
and aqueous solutions of MO. Zhureneorg.khim..7 no.9:2278-2280
S 162. (1-41RA 15:9)
1. Institut obahchey i neo--ganichoskoy khimii imeni N.S. Kurnakova
All SSSR.
(Tellurium oxide)

KULIKOVSKIYY B.N.; MIMLAYWVP YU.N.; KUZNETSOVI V.G.
UNNOW.
X-ray diffmotten study of the oxidation produots of tellurium*
Zhur. neorg. kbim. 8 no.6:133",41 Js 163. (MM 16:6)
1. Inatitut, obehcbey i noorganicheakoy khimii imeni Kurnakova
AN SSM.
(T03-juri,um) (Oxidation)
(Z raya-Diffraction)

, KULIKOVSKIY.,. B,,.N., MIKIIAYLOV, ru.N.-, TRONEV, V.Q.
11
Products of the oxidation of Te by oxygen under pressure in aqueous
solutions of KOH. Zhur.neorg.khim. 8 no.9:20813-2092 S 163.
(MIRA 1000)
1. Inatit-at obshchey i neorganich6skoy khimii imeni N.S.Kurnakova
AN SSSR.

IMPAYLOV, YU.N.; TbON'FVf V.C,.
Double arthotel.larates. Zhur.n,?orp.kliim,. 10 nf),.)?..,
2F 1 /,12.817 1) 165.
1. Institut obshchey A neorganicheskoy kh~mli ltrr,~rii Kurmikova
AN 3,S)SIl.

Linearized problem conf.-ernir .. ... 11,f~-L-on'(: I*i(,,,i aL "he n 1L
the cl~-ctrode zone of a k,'
ruit. i mckh. 29 no.4:611-6.15 Jj-P-.9 165-
ROOM

KULIKOVSKIYI G.V.
Relay circuit model. Avto-m.), telem. i sviazi 8 no.12-20 D 16
(mIpA J&,l)
1. Starshiy elektromekhanik 3-y distantaii Yugo.,Zaradnoy dorogi.

CHERNYSFEV, M.P.; ROZHKOV, L.P.; SHULIGINA, Ye.F.; IGNATOVICH A.F.;
LABUNSKAYA, L.S.; FOMINA, T.V.; CHERYYAKOVA, A.P.; S4AKOVA,
L.N.; TARASOVA, M.K.; ANFILATOVA, A.I.; SLAVIN, L.B.;
BARYSHEVSKAYA, G.I.; DERIGLAZOVA, N.V.; MATUSHEVSKIY, GA;
ALITMAN, E.N.; KROPACHEV, L.N.; CHEMDILOV, B.F.; POTAPOV,
A.T.; DUDCHIK, M.K.; REGENTOVSKIY, V.S.; YERMAKOVA, L.F.;
SEMENOVA, Ye.A.; KULIKOVSKIY I I KIRYUKHIN, V.G.; AKSENOV,
~-~re SERGEYEV, A.N., tekhn.
A.A., red.; NEDOSHi~ii;~, F.Z.,
red.; BRAYNINA, M.I., teklin. red.
[Hydrometeorological handbook of the Sea of Azov) Gidrometeoro-
logicheskii spravochnik Azovskogo moria. Pod red. A.A.Aksenova.
Leningrad, Gidrometeoizdat, 1962. 855 p. (MIRA 16:7)
1. Gidrometeorologicheskaya observatorlya Chernogo i Azovskogo
morey.
(Azov, Sea of-Hydrometeorology)

VITTIKH, '1.A.; GPIZFURC,~, A.R.; )rUI,Tr()V.9YTYp Y*L-
Ntermining maxi=m angle of deflection of the movable part
of an electrometer# rzv. So All STSR no. 10. Ser. tekh. nauk
noo 307-41 165 NTRA. 19:1)
1. Thatitut avtomatiki I elektrometrii Sibirskago otdeleniya
AN SSSR, Novosibirsk. Submitted March 23, 1965,

NR. AP66~ffdY dk&i6ODE: UR/0410/66/000/003/0128/0130
AUTHOR: Girgorovskiy, B. K. (Kuybyshev); (Kuybyshev)
ORG; none
TITLE: The measurement of the components of complex voltages by a
SOURCE: Avtometriya, no. 3, 1966, 128-130 1 m
TOPIC TAGS: voltmeter, photoelectric detection, photoresistor
ABSTRACT: A method for themeasurement of components of a cor, plex voltage based on the
photocompensatlon approach Is described, The photosensitive elemeni is incorporated within
a comparator circuit (see Fig. 1). This photoelectrometric comparator is distinguished by a
d-c output unit. It yields more accurate measurements and simplifies the determblation ot the
complex voltage quadrant. The use of a 0. 5 accuracy class milliampere Instrument with a total
Card 1L2
Figure 1. photoolectrometric Comparator
E- electrometer sensor; Ph C, - photo-
resistance; M- liglit source; Rfb- foed-
back resistance
6 ma deflection yielded errors not exceeding 1% in the 100-2000 mv region. Orig. art. has:
7 formulas, I table, and 1 figure.
SUB CODE: 09/
SUBM DATE- 04Nov65/ ORIG REF: 002/ OTH REF-. 000
Card 2

Pritef'rLava teklinika I IM vv P IS

WI-. thf, (,iro !S

-L 11119-66
ACC NRiAP6002011 SOURCE com Wom/65/OWOOM0037/6041
AUTHOR: Vittikh, V. A.; Ginzburg, A. N.; Kulikovskijy,#.,,X,..L.
ORG: Institute of Automatic and Eloctrometry, Siberian Branch, AN SSSR (Instit t~
avtomatiki i elektrometrii Sibirskogo otdoleniya AN SSSR)
TITLE: Determining tho maximum deflection angle ef the moving component of an
electrometer
SOURCE: AN - SSSR. Sibirskoye otdeleniye. Izvestiya. Seriya tekhnicheskikh nauk, no. 3,
1965, 37-41
-T--0-P1G TAGS: electrometer, electrometric amplifier
ABSTP-kCT,. Sensitivity of an electrometrie amplifier depends, imong other things, on
the maximum permissible angle 8 of deflection of the moving',.-omponent of the
electrome*ter; hence, increasing the electrometer range may rfisult in considerably
higher output of the amplifier. Formulas are developed which permit determining
0 from a specified nonlinearity of the torque-deflection angle ratiol the torque
max
curve is approximated by Chebyshev polynomials. A 9-step computation procedure is
suggested. Orig. art. has: 20 formulas.
SUB CODE: 09 / SUBM DATE: 2N4"65 MIG REFt 002 / OTH REFt 001
UDC:621-317.745t621-317-723
14-
N
E,
0

MIDROV, G.I. (deceased); 140111CH, V.K-. (deceased]; K!jLIFGVS?-IY K.T.;
BRAMENTSEVA) A.F.; PETItOVA)
Intruoion of Toparsk complex in Shetokiy District of central
Kazakhstan. Trudy Inst. geol. nauk AN Kazakh. SSR 12:43-73
165. (min

UMAloo,tricity YAT 49
Resistance
Instruments
"An Inatrument for Direct Measurement of the
C~ Specil-io Resistance of Electrolytes," Doceat L. r.
KUlikoyekiy, Cand Tech Set, 2 pp
-4 "Blektrichestvo" No
Author Aiscribes a direct -indicating Instrumentbe
develoDed to aetemine speoific reBiSt4=Ce Of
e.Leutrolytes. Gives principal schematic diagram
and general view of instrument. Instrument has
been utilized In petroloun industry to measure
_UWR-/B1"+.ri01t7 (C=td)
specific7resistance of vate~ occurrIng below
petroleum layers. Sulmitted 13 Jan 49.
55/49T43

USSR/Zlectricity - Measuring Instruments . Aug 50
Coatings, Nonmagnetic
con
fi-
eA
"Measuring the Thickness of Nonmagnetic Coatingp,"
L. F. Kulikovskiy, Engr, A. M. Melik-Shakhnazarov,
Engr, Baku
"Elektrichestvo" No 8) pp 67-70
Discusses practical application of equipment with
ferrodynamic measuring instrument for direct meas-
uzvswnt of thickness of nonm gnetic coatings on
magnetic bases. Describes properties of induction
transmitting element. Gives theory of instrument's
167T30
USSR/ Electricity - Measuring Instru- Aug 50
ments (Contd)
operation and data on parts. Conclusions can
be used in developing measuring circuits with
phase-sensitive devices.
167T30

-C4 7.
C f7~
rN
IRA,

F. 1, 1 i-C..- ~ .'I, -f3 :1.
Ll-c rical measuriw; inst.nmonto for cnntrodlin-Y of' `-crim-, I *x- -, - V, _1
So s . nauchnotr-k*,M. iz(,-vc) rieftiarvA i_ lit-r,; Yjrl~. Ir 'r)
.. .1 1 -It -1 P.
(53-l8,',112)
Tii(571.K63

MULIKOVSKiy, L
la
"Science in the Service of the National Economy," Sovetskga Litva, 21 h y 1953.
Dr. Tech. Sci., Director of the Kaunas Polrtechnic Inst.

4-j:

LU ii I I ~ 11 , L. ; H.
Jr.,luction vector reters. n. 395. Vol. 46, i.o. 3,
AuE 1.957, Praba, Czeeboslovakla)
-'J: Yonthly List of Last !Luropean Accessions (1-1-PItL) LG, Vol. ~
I -), No. 12, Dec 1957. Uncl.

4cve!~ient!w corv~erniq- rill[, ar,")L"J"01. ('ecti
t, I-
IIPIiotoeIe,,Lr-!.c a:i; lifiern" (SectIon Til I' )'
-en,)rt tted for lle;;nireaent a nd j~ut,:irat_on, S3 j.Cl,tif le jf_)C' (3 t-,. for ('IT

MIKOVSKIT, L.F. prof., doktor tokbn.nnuk; VII)MOM, Yu.1"..,
a-i's- ie~n`il
Photonlectrometnr amplifier nnd Itn usn. Izv.vys.ucbnb.zav.;
prib. no.5:37-45 158. (MIM 12:6)
1. Kuybyshevskly industriallrwy institut im. V.V. Kuybyshova.
(Photoelectric measurnments)

N
1UTHO21 MIS, A. F., candidate of Tochal ca I Scloscoollocvct
TITIAS later-University Scientific Coal* rs no on Ilactrie
JdQ:;Urlnj5 1ASWUMenTO GA4 7oohnical Vegas of Autoadtloo
(V hvusovakxya nouehn4ya konf*rtntoiyjk p*
olektrolimoritelOnym priborom I tokhntchqskin orodstvax
avtow-ittki)
MIODICALs Izvestiya Vyoshilrl Uchebnykh Z&v*donJj,XI*ktrom.khan4k&,
1950, Nr 9. pp 130-135 (USSR)
ABSTRACTs The conference we% hold at the loningrod0ty
staktrot*khnicheakil InOltut tmoni V. I. V11yanoVs
Umnino) (LAningrad k;lectro-tochnical Institute imeni
V. 1. Ullyanoy (Lonin))on Ilovember 11-15. 1958. The
representatives of slevea higher teaching establishments
and three research Institutes participated and a large
number of specialists of various Industrial undertakings
war* present.
an
Docent A R kl~oat; (Xv..or ... r I.otltuts lm*ui
1 1035
. nin n In paper 'Automatic, ridges and
compensators- emphasized the acute 4 for
automatic instruments for comparing alternating currents.
The fields of app Iication of ouch instruments could be
considerably extended It they would be designed for
*"rating at a older fro,".cy range, He con.11orod It
advisable to base the automation of such comparison
instruments on using a phase sensitive indicator &M
has described a bridge or this t"0 whiCh was built
at the lwanovcftwer Institute.
(Kiyov Polyteewcal Institute)
Rhmse sensitive switch indicator of
,!emi-equilibrium of a.c. bridges.
Prof* seer I_] PIN4W
tut & . . yjKuTbyohsv Industrial
IMI . Soft now) presented a paper
an a*" maw t r a.*. compensator**.
As:Ietant 11 11 "L 14, OA OT (Novooborksak Polytechnical
in tl%'Qto Wour 31 ZWOWalklAso) presented the paper
.certain problems of deal lag sotoastla d.o. potentio-
as tars of hJ4h maoursc~ -ftb auxorloal reading ?ffl.

103-19-3-919
AUTHORS: Kol'tsovg A. A. Kulikovskiy, L. F. (Kuybyshev)
TITLE: A Telemetering Compensation Device for Linear Displacements
(Telemetricheskoye kompensatsionnoye ustroystvo lineynykh
peremeshcheniy)
PERIODICALs Avtomatika i Telemekhanika, 1958,Vol-19,Nr 3,pp-280-284(USSR)
ABSTRACT: One of the many possibilities for the use of a ferrodynamic
measuring mechanism with independent excitation and recti-
linear displacement of the mobile part is the application
of two such measuring mechanisms in one set. This set is a
telemetering apparatus for the reasurement of small and
large displacements or of other quantities convertible into
these displacecents. An induction servosystem of linear dis-
placements is investigated here which can be used in auto-
mation and in remote control. The measuring mechanism was
nuC;~;cztad by L. P. Kulikovskiy and A. A. Kolltsov and worked
out The test sample was produced in the Laboratory of
the Chair for "Automatio, Remotely Controlled and Measuring
Instruments and Devices" in the Institute of the Industry,
Card 1/2 Kuybyshev. A short theory of the system and the technical

103-19-3-919
A Telemetering Compensation Device for Linear Displacements
data of the construntion are given. The experiments on
the model of the apparatus showed high efficiency of
the magnetic circuit. The factor of utilization of the mag-
netic flow was equal to 0.7. There are 7 figures and I
reference ~rhich is Soviet.
SUBMITTED: HaY 31,. '1957
Card 2/2
USGOW-DC-60608

14(5)t 20(l) 31,41 :5 2-5. )- 1-27/31
AU'-11(,;~S: Kulikovs%iy, L. F., Kolltoov, A. A., Tsiber, A. L.
L. E Automatic RocordinG (,f M.-.e Prodl ct-volu..,.o in Moe Diotillation
of Liaht Potrolewi Pr(Alicts (Avtc)::rAi*c!,2,3'- ro.,,Jstratsiy-o
ob"yera re.--gon1ki :1-vetlykh
PL --'I r. DTCAL: vysshikh uc'.eI.;ryI,-h zavedoniy. Nef tI i caz, lq~'f)
'Ir 1, 1)11 105 - 111 (Us3a)
ALS-2-'.ACT: TIc researchers f the Kiiyb7,shevs-I-Ay
ushchiy zavod (Kuybyshev Petrolaum '?efinory) (Ref 1) con-
ot.x-cted :in iipp--ratus f,,,i- the autoiatic ai;d acc-.-leratod
distillation of li.-ht oil prodilicts. Thil- ap:araatus draws
samples in prescrited distils records the
tempei-ature preva-Jlii-ig duriiir- nt-cam -t~ne.ratinn aS a 'Lunction
of time. Th.- researchers of the chair f*,.r Avtoratic],oskiye,
telem,ol-hanichQskiye i pribory i ustroystva
(Autortatic, Telemechanic a-rid and Devices
of the Kuybyshe Mudustrial Institute) devt3lopcd a device
for automatic moasurinL~, and recirl-linb of volume of distillation
Card 1/3 prod,.-,cts as a, function of temperature, This, device ir, used

Autoriatic Flec(,rdinE; of the Produft-volwIni- in tj'.r-,
Distillation of Light Pet--olcum 11rod,.ct3
in conjunction with 'Aho ful- U.11
tion. An aiaratus equipped aith -uch a do~,,ice is locat')d
dir-nctly at the place of Oan 1e -tal-ill whore it r a- - a a
perf-301; automation (',f V.0 Cru(.111C, bi~iiziil;-~ ('11-ality Coil~rol
possiblo~ 'Phis ap,~ara!uo reduces tloj time required f,,r in-
opecl-ion and increases the, accuracy of cuntrol. In al-,.dition,
the number Df persons required for operating can be reduced.
Based on fiL-uro 1, operation of the ;Iovice is iilustrat:~rl 11nd
a dotailcd dcocril tion it, C;iven, An iii., -~?ction carried out
under operatin '- condition:; prur--f o its reliability
du---ing oporation, The advanta:-e of this device is the facl.
that, -when used in conjunction with an autoL~atic electronic
potcntiomt~tcr, the lttt(.,r riot Lave to be rebuilt, Other
compliances conr3tructed f,,r similar purl~os--~q by other or,--aniza-
tions (Refs 2,7) do not offer this advanta--c. The device
can be emijloyed also Whenever an othor quantity, (apart from
temperature), ,-,hirh is al3o a function of temperature is to
be recorded. There arc 7 fi.-uros and '.4 Soviet reforerres..
C ar d 2 /3

Automatic Reccrdi.,,,C.; of the Product-volume in the crjr/ ~ -r;G-1 .1
- lc~2 -27/7,
Distillation of Light Petroleum Products
ASSOCIATION; Knybyshevskiy irdustriallvvv iristitut im. V. V. Kuybysheva
(Kuybyshe~ Tndustriej Institute _ ',mcni V. V. Kuybyshev)
SU131,11TTID: September 26, 1958
Card '3/3

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8(2)
AUTHORS t
,,ctor of Technical 30V/119-59-5-3/22
.Ociences, Professor,
Malik-Mmkhnazarov, A. M., Candidate of Technical Scienc&s, Docent
TITLE. The Automatic Regulation of the In-tensity of Alternating Current
by an Electrostatic Comparator (Avtomaticheskaya ustanovka velichiny
peremennogo toka elektrostaticheakim komparatorom)
PERIODICAL: Priborostroyeniye, 4.959, Ur 5, PP 7-8 (USSR)
ABSTRACT: The use of voltage stabilizers with a high stabilizing coefficient
in the d.c. and a.o. compensators with hand control requires an
increase in accuracy of the stabilizers. The operating personnel
need not periodically regulate the operating current, thus increasing
the rate of the measuring process. The accuracy of stabilizers can
easily be increased by means of a current circuit in which an
electrostatic comparator is installed. This comparator consists of
a differential electrostatic sensitive element, a source of a
stable constant tension, a battery of normal elements, and a
photomaltiplier. The mode of operation of the electrostatic
sensitive element7and the corresponding equations are briefly
discussed. A drawback of the do-vice dis,~ussed here is a certain
Card-1/2 oomplicacy caused by the servomechanism for the regulation of the
i' ~Ni I'
Rt

The Automatic Regalation of the Intensity of Alternating SO--/'-!)-59-5-3/22
Current by an Electrostatic Comparator
resistor. Also the vary construotion of this resistor increases
the complicacy. The resistor oonsists of a cylindrical element with
a w-Ire attached tc it on whioh a contact is shil fted. The
shot' ooev&s j'ast po"Ited out are avoided 11.n anrther device
dist)ussed haro. 111's devios was alr.3ady built and tested. Ln this
naw devica, the plates in the electrostatia differential apparatus
are arr&aged vertioa2ly. The m-~al, important technioal data of this
deiioe are as follows: 1roltage of the Lattery 15 v, altemating
vol-tage I!_-- '150 to 250 v. phot,)re3lator :)f the FS-Y2 type. At a
ohiuV In the voltagra U., viV-Un the Umi ta -150-250 v, the current
intensity varied by:tO.'l% at the most, which is, however, by no
muw,ui the lait af E%ffi,,1,3=y of this devica. With the use of
itablc-~~: photoraeistor3, the I-atenalty ,-an be kept constant
a,qen Letter. The abo-,re-metit-lar,ed electrostatic differential device
wai 4,zavelopad ')y A. 11. Melik-Sha~~-iazarov ~Lnd Yu~ I. Vidman.
Th6ra are 2 I.Iguxas end 3 So~'Ibt referonci~B-
Card 2/2