SCIENTIFIC ABSTRACT KOTOV, V.S. - KOTOVA, A.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825410020-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FINIKO L.M.) KOT V, V.S.
Two methods for 'he reception of binary frequency telegraphy
signals. Radiotekhnika 19 no.2:13-16 F 164.
(MIRA 17:61
1. Deystvitellnyye chleny Nauchno-tekhnicheskogo obshchestva
radiotekhniki i elektrosvyazi imeni A.S. Popova.

XOTOY, V.S.
Chemical composition and zoning of underground waters in the
Azov-Kuban oil- and gao-bearing region. Trudy Y-T VNII no.2.,
90-96 159. (HMA 13: 11)
(Azov-Kuban region-Water, Underground)

KOTOV, V.S.; STUDSHIKINA. H.T.
Dispersed organic matter Meogene rocks in the western Kuban.
Trudy Kr VNII no-3:180-189 160. (HIRA 13:11)
(Kuban--Organic matter)

ZMWSHKO, T.A.; KOTOV, V.S.; KUDRYkVTSa;A, Ye.S.
Petroleum in Hiccene fields of the western Kuban. Trudy KF VNII
no.):201-208 160. (MLR& 13:11)
(Kubag lowland-Potroleum-"alysis)

YEGOYAN, V.L.; ZHMMV, I.P.;-K V.~-.I_'~OSTOVTSEV, K.O.
Characteristics of the distribution of gas and oil pools in
HesozoiVediments of western Ciscaucasia. Geol. nefti i
gaza 6 no.70.0-24 JI 162, (MIU 15:6)
1. Stasnodarskiy filial Vaesoyuznogo nauchno-issledovatellskogo
neftegazovog6 instituta.
(Caucasus, Northern-Petroleum geology)
(Caucasus, Noithern-Gaso Natural -G ology)

~KOTOT, V.S.- MATVIYENKO, V.N.
Water drive system of Mesozoic gas-condensate fiblds
in western Ciscaucasia. 'Trudy KF VNII no.10:213-220
IQ* (MM 15:11)
(Cauoasus, Korthern--Condensate oil wells)

KOTOV, V.S.; MITDI~ 11. Ye.
Oil and gas pools in contact with fresh waters. Neftegam,
geol. i geofiz. no.11t14-16t63 (KTRA T7 f'.)
1. Krasnodarskiy 111lial jrse:3,op-znoCo neftegazove.)-.) ilauclmo -
0
issledovatol?Bkogo instituta.

XOTOV, V. T.
Boleznl sviney, protokayushchiye s priznakami porazhenlya nervnoy sistemy
(Diseases of Swine, Which Proceed with S~toms oLl a Disease of the Nervous System).
Voronezh. 1950. 28 pages.
U-5235

tectuver
Voronph Scientific Research Veterinarj ExpPrimental Station
Epecific prophylaxis of pseudo-rabies"
M ; Voter InariIa 27 (7), 19,5D, p, 22
40 0 0 0 0 0 0 0 0 0 0 0 0

XOTOT, V.T.,,dojctor vaterinarnykh nauk,
.. - I
Swine erysipelas and basic pr6blems in gene.ral and special pre
ventive measures. DokI.Akad.9911khos. 21 no.11:29-35 156.
(MM 9:12)
1. Toronezhakiy zoovaterinarnyy inatitut.
(Brysipoloid)

XIOTOV) V. T.) GEIMI, L. S. and ARMOV) B. T.
"Circular j/#1 probe with blood serum for brucellosis diagnostics. "
Veterinariya Vol- 37, No- 3, 1960) p. 84
/ U-itt- - P"~ kj~~
VtILCM-YI -L'ttcl, - vzk,~A,n

KOTOV) V.T. , prof. ; GERMAN, L.S. , assiatent-, ARTEMOV, V.T. , asnistent
Ring test with taood serum for diagnosing brucellosis. Veterinariia
37 no.3:84-86 *Mr 160. (11TRA 16~6)
1. Voronezhskiy zootekhnichesko-veterinarnyy institut.
(Brucellosis)

LIKHACHEYf N.V., prof.; AGRINSKIY, N.I., prof.; SYURIN, V.N., prof.;
SPESIVTSEVA, N.A., prof.; KOIDBOWTSKIY, G.V., prof.;
ZOIDTAFSVY N.A., prof.; KORYAZHNOV, V.P., prof.; KOLESOV,
S.G., prof.; BABICH, M.A., prof.; P~TROV, A.M., prof.; ZOTOV,
A.P., prof.; DOROFEYEV, K.A., prof.; POLYKOVSKIY, M.D., prof.;
SOMMKIN, P.S., prof.; ORIDV, U.S., prof.; KOMV, V.T , prof.;
TRILENKOI P.A., prof.; LYUBASHENKO, S.Ya., OT6r".,r=UVA,
I.G.j- red.; YARNYKH, A.M., red.; BALLOD, A.I., tekhn. red.
(Veterinary laboratory praotice Veto rinarnaia laboratornaia
praktika. Moskva, Sellkhoaiz&t.- Vol.[General microbiological
methods of investigation) Obahchie mikrobiologicheskie metody ia-
sledovaniia. 1963. 566 1). Vol.2. (Biochemical, chemico-
toxicological, and veter:Pjary hygienic methods of investigation]
Biokhimicheskie, khimiko-:toksikologicheskie i zoogigienicheskie
metody isaledovaniia. 1963. 1+31 P. (MIRA 16:8)
(Veterinary laboratories)

KOrOV, V.T., prof.; NOVAK, D.D., dotsent
-, - i_ -.- - . I
Mothoda of t1lo oliminatl()n or tul)oroillonto In 00A)" on tho.
farms of Voronezh Province. Veterinariia 40 no.10:17-18 0163.
(MIRA 17;5)
1. Voronezhskiy sellskokhozyaystvennyy institut.

V,r. ; d(,ktc.-r ietarin, nauk
Speclf -4c p:,c~phyiayis of brucei I os.1-9 In c a t.T -', e. ';e. 'e,-,, n --I r I -- a 4 1
no.2,.40-44 7 164. ( ~~! -~ -A,' 1-7 ~ I Z )
1~ Vorcre-,.hrkfy sell sRokhozya~ ntvennyy ~-ngt.!'ut,

41215-66 L"W(.,n)/E'WP(j )/T 1JP(C -RJ%)1
ACC NR. n6ot5git (A ) souRm cow.: uFt/oo8i/65/ooo/o22/So27/S027
AUTHM g~~V A. P.; 16towt V. V.; Golodt A. To. Travnikovap N. It
P
-15.
TITLEt. Effect of the nature of ths.emaslfie~ on the structure of the polymer
SOURCEt Hof, sh, Rdmiyat Abs. "159 1
REF SOURCEs Tr. labor. khimdi vysokomolekul. soyedineniy, Voronezhsk. un-to v.Vp- 3v
i964o m-w
TOPIC TAGSs emulsion polymerization, isoprene
ABS7RACT1 A study was made of the effect of the nature of the erm
w1sifier on the
ratio of 194-cis-p lp4-trans-p 192-p and 394-linkages in isoprene rs prepared
by emu1sion ni-Merization1by a standard method at 50 and a PH of the aqueous phase
from 2 to 10 In the presence of K soap of SKZh, Nekal, OP-10, or esteramine sulfate.
The conversion reached 7-29% in the various experiments, It is shown that the con-
tent of Unkages of different configuratiotne in -the polymer is practically indepand-
o6t of the conversion, changes only slightly with the pff of the aqueous phase, and
very appreciably from one emulsifier to another. A difference in the mechanisms of
polymerization was observed when ionopnic and nonionogenic emulsifiers were employed
V. Kopylov. (Wanslation of abstracti
SUB CODE& 07911

L 12 66, TWT OJEWP(*VEWA(d),~EWWII
_j R-C N I h A06000618 EWPJb)/EWVfA c)-. AM
SOURCE CODE: UR/0135/65/000/012/0032
AUTHOR,:, Kotov. V. V. (Engineer)
ORG: Northern Donets Af I ASAa
-fillate:of M11KhJMMASh (Severo-donetsk* filial Th K"
~y
TITLE: Arc welm ~If high pressure tube mAde from 20Kh3MVA and,20Kh3MVF steels
SOURCE. Svarochnoye proizvodstvol no. 12, 1965, 32-34~
TOPIC TAGS: arc welding, heat resistant steel, high strength steel, welding electrode
ABSTRACT: The tubes were-arc welded with three types of electrodes with varying Cr:,
and V content. The 20Kh3MVA_and-20Kh3MVF ste els were designed (for the chemical in-
dustry) to withstand pressures up to 700 atii,and temperatures to 5100C. Their chemi-
cal composition;! 20Kh3HVF steel_-%C =,0.16 to 0.24, %Si-z less than 0.4, %Mn a 0.25,
to 0.60, %Cr = 2.7 to 3.0, %N1, -less.,,than- 0.5. %V = 0.75 to 0.85, %W = 0.30 to 0.50
and %Mo =,0.35 to,,0.55; 20Kh3MVA st.del-the' .same except for no Mi or W, and slightly
lower V -and Ho. Tensile 'pr'operties',~ are . similar for the two steels (Brinell'bardness
of 240 to -280). The 6lictidde-4:4e M-'graded according to-the quality of the'proximity
of the chemical, and mechanical. properties of the welded zone to the original base met-
al. Three,st Iandard electrodes., ML-17, ~ Kh3M and Vl~-10-6) were used in the study. - A
table gives the chemical composition.'.and.the mechanical properties of the weld region
for the electrodes. Mechanical propertiesare given for the tempered condition (fur-
UDC: 621.791.75:621.774.669.15-194
Cord 1/2
L 12869-66
ACC M AP6000618
nace and local-tempering). Thee xperlments~were performed on tubes having the dimen-
sions 24 x 6 and 127 x 21 mm. The edges were machined to a mouth angle,~of.60O..to in-
crease penetration. The welding,eiectrodes had'diameters of 3, 4 and -5.mm,~ and the
-200 amp for each of the
welding current was 110-130,ampt .140-180 amp,.and 180 respect
ive diameters.. One.set of welded:~tubes.was-heated in a furnace (680-7100C for 23 hr)
while a second set was subjected to 1 .acal heat treatment (700-7200C; 35-40 min). The
illustration of the apparatus forJecal heat treatment shows a close-up of-,the burner
an xternal view of-ihe heat: -arrangement 'While the, ,rarious* heat,treatiffi
,and e
\~methods had approximately the._same-~effict on the.mechanical p!~qaertiee f the welded
--- ed, for. the various grades -_ --a tra -The
tubes, significant differences were not dese
best electrode for the intended purpose was-found to be TsL-17, while VI-10-6 was not
recommended at all. Origo art. has: -.*3 figures, 3 tables.
SUB CODE: ll/ SUBM DATE: 00/~ ORIG REF: 000/ OTH REF: 000
LSqrd 2/2_ )J

KOVS; Nwer, V.V.; nawassvp lu.b.
Tv~bnol.ngy rf prescurs !.iorlk~.rg cf a wreldt-k~;
I .
i, 't It .
no.24~213-235 165 . \ ~ 'u~t ,! -, )

r Yr- -, f". -.
IAGEN-TORN, K.V.;-KOTOV,.-V.Ve; PrInimall -uchasti - LEV!t., -
TSVAYG-PLI.o LeDo
Requirements of industrial emlsions for brass pipe. and
drawing, Trudy Giprotavatmetobrabotka no.24%26/,-,-68 165.
(MIRA. J&11.)

KOTOV, V.V.; Prinimala. uchastiye TSVAYGELI, L.D.
~bthoda of determining and removing internal stremses
in brass (I&') rectangular cross-soction piro. Trudy
Gipirotsvetmetobrabotka no.24:236-241 165. (MIRA 18:11)

KOTOV, V.V.
Pneumatic method of measuring the inside dimensions of
rectangular pipe. Trudy Giprotsvotmetobrabotka no.24:
242-246 165. 18:13)

KOTOVJI V.V.
Adjustment of traverseq by the method of equal corrections, Opade i
kart.,no.11:25-27 N 63* 17: 1)

KOTOV.- V.V.
Separate adjustment of polygonometric n(Ar, by tte mathod of
equal correctiono. Good. i kart. no.6:23-20' Je 16-/.
(MT11 17:9)

AUTHOR: Kotov,
26o42
S/137/61/000/007/057/072
A06O/Ai0l
TITLE- introduction of automatic resistance butt welding of thick-walled
high-pressure p1pes into industry
PERIODICAL: Refe--ativnyy zhurnal, Metallurglya, no. 7, 1961, 43, abstract 7E304
(In the collection:. "I-ya Sibirsk, konferentsiya po svarke, 1959".
Barnaul, 1959 (1960), 254-256)
TEXT: 1"he research carried out at the Irkutsk brarch of Giproneftemash is
described. The utilization of resistance butt welding of thick-walled pipes of
42-229 wn diameter operating at 700 atm and 5700C in corrosive media Is described.
Welding Is carried out on machines with a capacity of 160, 320, and 500 kva and
set pressure of 65, 25 and 100 tons. Welding techniques are worked out for the
track of a 200-ton gantry crane. Research is being carried out-on the building
up of coupling rods of compressor installations. The problems for further in-
vestigation are enumerated.
Ye. Terpugov
[Abstracter's notet Complete translation]
Card './I

A ;..qv;-,qtz
-A TIT. ..Xmo ... .... - -'_ J~; "'4.4.2TZ

a-AftTru

.-42
14d,

-.M. 7i F&_!~
'41 j0
qz

vq's

VI 'PT-

.
21
E
jo -Ts ... in- tnT. .nrl. I).' The solution obtained by Damburg for small
Reynolds number has the'form
v = exp (2kx) y4p, +
+ exp (-2kx) Vt
p 2k exp (2kx)
alp
exp (-2kx) +P"
Card 1/3
S/166/62/000/005/008/008
Flow of a conducting liquid around an ... B108/Bia6
with
01 Cn M exp (- kr cos T) X
A-0
X (k,)
c0
02= Z C,, (k) (-1)X
X exp (kr cos 7) (Ar)
The second-kind Bessel function with imaginary argumentp K. (kr) aro written
as asymptotic expres9ions:
K (kr) exp(-kr), kr->oo; k w 9/2. Using this, the authors arrive
0 1h -kr
at the expression P = In?\) vdA for the pressure exerted by the liquid per
Card 2/3

ARUSHkNOV, G.G.; KOTOV, Ya.P.
Photon scattering by freely moving electrons. Izv. AN Uz. SSR.
Ser. fiz.-mat. nauk 6 no.3:70-74 '62, (MIRA 15:8)
1. Fiziko-tekhnicheskiy institut AN UzSSR.
(Compton effect)

KOTOV, Y!~tP.; UMAROV, G.Ya.; FAYZULLArrV, D.F.
Steady flow of a conductive medium in the presence of a magnetic
field. Izv. AN Uz. SSR. Ser. fiz.-mat. nauk 6 -no.3:75~-80
,62. (MIRA 15:8)
1. Fiziko-tekhnicheskiy institut AN UzSSR.
(Hydrodynamics) (Electric conductivity) (Magnetic fields)

KOTOV, Ya.P.; UMAROV, G.Ya.
Establishment of thermal equilibrium between a neutral gas and
electrons.. Izv. AN Uz. SSR. Ser. fia.-mat. nauk 6 no.4:52-56
162. (MIRA 15--9)
1. Fisiko-tekhnicheakiy institut, AN UsSM.
(Plasma (Ionized gases)) (Electron beams)

KOTOV, Ya.P.; VALIYEV, Kh.V.
Flowof a conducting liquid past an infinite cylinder in
a high magnetic field. Izv. All Uz. SSR. Ser. fiz.-mat.
vauk 6 no.5:8&-89 162. (MIRA 15:11)
1. Fiziko-tekhnicheakiy institut AN UzSSR.
(Hydrodynamics) (Magnetic fields)

TITLEs The differential resistance of tunnel Aiodes
SOURCEt AN UzSM* Investlyas Serlya fiziko-~aatematioheskikh nad4 no* 4 1965t
45-50
TOPIC TAGS i tunnel diode, differential resistancet temperature effect
AMMACT t The effect of febriostion-tecWquds on the'diffe M tial resistance Of
tunnel diodes was invastigated'solhat Ithe negative resistances# desimblelor
electronic devices't could:,ba:more readily-. obtained*, This article exten(jw earliw
workin this field# paktioular.1 -DW Ae'.Aronolr and Fe Yee Rsbiwvloh
y by
.("Radiotekbn4k&-i qlektronlkar"~qj 1964t Ito* 4,, 7%)o With equations.fiam thin
reference expre~aing the volt's ,obamoteristics for electrons having a lade,
mean fise pathp ~_- the' situation f 6i:,& symmetrically degenerate p- qnd n-reg-lonn". d"10
was analyzed.. . 1Fbr voltages:: 'OrSeV.-5 2V : the -,tunnel ~current Was studied for
arbitrar7 temperatures and-degreds:of legeneratione' The results !Ath
ddah agree
previous theoretical and experimiatal studies in the case of &vW7 strong
degeneraoy# indicate,that thoAlffamtua conductivity is- positive witlk;V k) - To.k_f , where k is the magnitude".'of the burst expressed In
~an equivalent number of relativistic particles. Y was 2.0 at k - 1000-4000,
which corresponded to V - 2.5 for the vertical flux of muona. The principal
contribution to the bursts recorded waq made by muone with a energy of 3 x 1011
Card
- -------------------------
,CC NR: AP7307*078
*--2 x 1012 ev. At a projection angle 4. 700, at which no more than two adjacent
1onization chambers In the six vertically arranged rows in the Ionization calo-
rimeter operated, T was 2.2. During 765 hours of operationst corresponding to
to 1100 recorded bursts, the latter were.accow-piinted by broad showers
'(Ne - 5X,04,_ 5XI05) in nine.-cases. From a statistical standpoint,.this result
was insuffiqient for definite conclusions with regnrd to the--correlation be-'.
tween muons.and showers.- The authors thank E. L. Andronikashvili and G. Ye.
ChIkOvani for their interest and discussions, which greatly helped in the
research* Orig. art* hass 4,figures and I formula. CJPRSt 39,658-7
Coed

'1_13ectru7n Of '_]'ras'eaus CO 2' 4
-'U-h~~.-U- it j_, less 2 :C 10 c:'_1
t I lo ca~ik'.-' 11 o r f ind sDO 0." + O.C~jc'
wduc WE' ID L, L;ro e S
0 L I
inIL'r,ared s-pectral 2
frc-oueucie-- fo2 a 1 b n~_t on
also
1~IE3E;.2 cu- t-hezo vL,.luo-!3 a~ r,-:c "I
in and 5. Thc; I:v, -';X 0 1 ro, 3.
reforences of vihich 3. i~,
c 1 a t i o n o f AL-a o ri c Em -;; ock ic, Jo_
Un
Lny 171 195?.
1. Raman spectrum-Carbon dioxide 2. Carbon dioxidc-Spectrographic
anal'ysis

OBOLENTSU, R.D.; KOTOV., lu,I,; GMkV, Te,N*
Vibrational speatra of sulfides. Khim.sera-i azotorg.soedaeod.v neft.
nefteprod. 3-.105-114 960. (MIMA 14:6)
16 BambkI sk:Ly filUa AN SSSR, Otdal kblmii,
(Sulfide-4peotrm)
1,

h3h98
S/051/62/013/oo6/014/027
E039/El2O
AUTHOUS: Kotovs; YU.I.. and Tatevskiyt V.M.
TITLE: The Raman and infrared absorption spectra of liquid
deuterated hydrazine, N2D4
PERIODICALs Optika~.i spektroskopiya, Y.13, no.6, 1962, 855-857
TEXT: This work fills a gap in the published literature.
The N2H4"is 98.55v pi4re and the N2D4 96.3%, pure using 95~v D2-
A'~JL,$C-4 (DFS-4) spaketrometer was used with a 600 line/mm grating
giving a linear dispersion of 6.9 A/mm in the 2nd order. A low
pressure mercury lamp was used as a source (4 '358 1 line with KNO2
solution as a filter).~ Raman spectra were recorded on Agfa
orthochroine film and also photoelectrically, exposures of 6, 12
and 48 hours being required. Infrared spectra were investigated
on a double beam WVr- -14 (IKS-14) spectrometbr using NaCl and LiF:-.
prisms. Thin films (0.02-0.05 mm thick) of'teflon were used to
prevent clouding of the KBr cell windows* Values of frequencies"O
for the Raman and infrared absorption spectra are shown!--in..the
table. The frequencies of the fundamental bands in the N2Hh
spectra agree with those in the literature., The results of this
Card 1/3
The
Raman and int-rared absorption
2-_1
aman
sliect um
2968 (1)
3187 (10)
3256 (10)
3332 (9)
NOTE: c.
c-r"
CP'
Card 3/3
spectrum
S/031/62/013/006/0
E039/E120 .111/027
Table, continUed.
EY D
2 4

a

-
R Inn sPectr
*U
ru
U, 1
um
1
1,R

R

1164
4
0
(o.5)

PL
c
* spectrum
u
m
120.1
20~ (5)

~ 1150

0
5 . (c.

c

1* 7
1473
3 (1) .1371
1371 (o.cft.)
1462

462 (c.)
(c.)
2352

23 52 (10)

) 1569

569
(0-C-1.)
(o.c,*,.)
1
2417
24 17 (i0)

0) 233o
2330
0
(
c
(..c.)
-
)
2490
24 go
(9
(9)
) 2397
2397
0
(
-
c
(o.c.)
-
)
3278
78
1
(1-5) 2477
nz7
0
(o
(
-
C
c
-
3325 (1) 1 3273 ~
(c J
89
(0.c.)
3270 (e.c.)
331o (0.c.)
- strong
- weak
- average
0.c very strong
0. c very ?;reak

AUTHORS:
tITLE:
3/189/63/000/0011/003/0087
D204/D307
Kotov, Yu. I. and Tatevskiy, V. M.
Calculation of the vibrational spectrum,of the tetra-
fluorohydrazine molecule, N 2F4
PERIODICAL: Moscow. Universitet. Vestnik. Seriya Il. Khimiya,
no. 1, 19639 10-12
TEXT: The present work was motivated by the scarcity of litera-
ture data concerning the vibrational spectrum of N2F 40 The calcula-
tions were carried out for ~he 2 most probable configurations:.(a)
a form in which the deflection angle of one NF 2 group w.r.t. the
other,'G, is 65 0(symmetry group C 2), and (b) the trans-form (sym-
metry group 02hd -An 'expression for the potential energy of N2F4
,is given in terms of force cons~anta (derived from experimental'.
data for N H Fal:N and CA) internuclear distanceo.(N-M
2 41~N 73
Card 1/2
r".
3/189/63/000/001/003/008
Calculation of the ... D204/D307
1.47 N-F 1.37 and valenoy angles (PNOP 1080, NN6 10409
9 = 656 or 1800 (for the trans-form)). The resulta of calculating
the expected frequencies are tabulated. Five frequencies of each
form of N F are to be expected in the 900 - 1050 curl region, two
2 4 to
of which should appear in the ir speotruml this is in agreement
with observations of Colburn and Kennedy (Jo Amer. Chem. Boo., 60t
50049 1958). It is considered that gaaeous.N F is largely in the
"c 2-form". There are I figure and 1 table,
dard 2/2.

-KOTOVP YU.I.; TATEVSKIY, V.M.
Raman vibration spectrum of hydrazine (112H4) vapors. opt. i
spektr. 15 no.1:128 Jl 163. (MIRA 16:8)
(Hydrazine-Spectra) (Raman effect)

2-66 EWT (I) I&IT I rn)./T 11-2121 IM-
AR6017 231 ' 6OURCE CODE: UR/0058/65/0061012/DO31/DO31
AU THOR: Moskvitina Ye. N. ; Kuzyakov, Yu. Ya. ; Kotov, Yu. 1. ; Tat
ORG: none
TITLE: Investigation of infrared sgtctra and spectra of the Raman effect of
tetrafluorohydrazin
11 17
SOURCE: Ref. zh. Fizika, Abs. 12D249
REF SOURCE: Tr. Komis. po speW~~~ t. 3,,vyp. 1, 1964,
197-204
V.
71
TOPIC TAGS: absorption spectrum, Raman effect, IR spectrum, absorption band,N
tetrafluorohydrazine, hydrazine derivative
ABSTRACT: The infrared absorption spectrum of tetrafluorohydrazinel(l) has bee"
A ..,.
investigated in the gaseous and the solid phase in the 400-4000-cm-1 range. The.p'
spectrum of the Raman offect has been obtained in the gaseous phase. Coincidences'
Card 1 2
L 42872-66
ACC NRt AR6017231
of oscillation frequency in the spectrum of the Raman effect with the oscillation
frequency in the infrared spectrum indicates that molecule I has a configuration
corresponding to the symmetry of C41 A preliminary interpetation of the absorptia
bands has been proposed. -[Translation of abstract)
SUB CODE
:6VO
2/2

KOTOV, Yu.I.; KOFIEEV, G.S.; P~;NTIN, Yu.A.; TATEVSKIY, V.M.
'~%i- I
Infrared absorption spectr= of deuterated hydrazine vapora.
Opt. i spektr. 15 no-4:564~565 0 163. (MRA 16;11)

KOTOV, Yu.I.i TATEVSKIY, V.14.
Vibrational Raman spectrum of gaseous totrafluorohydrazine IF .
Opt. i apektr. 14 no.3:443-444 Mr 163. U ~i 1634)
(Hydrazine) (Raman effect)

KOTOV, Yu.,I,.,--XOPTEV, C.S.; TATEVSKIY, V.M.
Calculating the vibrational frequencies of a hydrazine
molecule N2H4. Veat. Moak. un. Ser. 2! Khim. 18 no.3110-13
My-Je 163. (MIRA 16:6)
1. Kafedra fizicheako khinii Moskvoskogo universiteta.
(Hydrazine-Spectra)
(Spectrum, Molecular)

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777

ACC NRI AP6028536 SOURCE CODE: UR/0280/66/000/003/OOGG/0070
AUTHOR: El Ike, 1. N. (Cbelyabinak); Pritsker, D. S. (Chelyabinsk); Kotoy, Yu. S.
(Clielyabinsk)
ORG: none
TITLE: ~Object classification by an automatic system with the operator participating
SOURCE: AN SSSR. Izvestlya. Tekhnioheskaya ldberneUka, no. 3, 1966, 66-70
TOPIC TAGS: mathematic space, pattern recognition, cybernetics, Information processing,
reading machine
ABSTILACT; A method of class division (in the context of the symbol and situation recognition
problem), using the human operator's capacity for orientation in two- and three-dimensional
space, is proposed. Information received from an object is receded in the automatic system
so that the operator can orient himself in the newly formed apace. A block diagrain of the
classifying system discussed in this paper to shown In Figure 1. Operator 4 receivos periodic
information regarding the Internal state of object 4. During the romiining time, Uiese states
Card 1/2
ACC NR, A '160285 6
are determined by "n" output quantities which reach map-
Figure 1. Block diagram of
ping device 2, are recorded there, and fed to indicitor 3
in the form of points in two- or threo-diniensional space I
(a scope may be used as the indicator). At every moment
that the internal state of the object is monitored, the op-
orator transmits a point with a class index to the system
memory 5. After studying the screen for a sufficiently long
period of time, the oporitor observes a series of points of 1
various classes -and, sending the proper numbers to the I
memory, Is able to draw a line (or, in 3-dimensional
space, a surface) which will divide the classes. Furffier,
the functional unit 6 determines to which of the classes the I
classifying system current point is to be ascribed and provides information to
this effect, acting, if need be, 'on the object input in order
to bring it to the required state class. The selection of the mapping unit fimcUon and the prob-
lem of the memory volume of the classifying device are considered'in some data-U. Orig. art.
has- 2 formulas, 1 table, and 4 figures.
SUB CODE: oS,(*/ SUBM DATE 21Apr65/ ORIG REF: 003
2/2

ACC W-AP6030053 -SOURtj~ CODE: UR/0114A6/000/004/C~^-102/0008'f
AUTHCR: Polishchuk, V. L. (Engineer); Orlov, 14. D.. (Engineer)- Chernin
(Engineer): Rez ichenko, V. Ya. (Engineer); (Engin_ee_r_)__ -q1' C 43 1i
_~~V ~y V. Bodrov
(Engineer); Ymialutdinov, (Engineer); 011khovskiy0"O. G. (C.-undidate Off technical
sciences)
ORG: none
TITLE: Results of testing first model and series exaxiples of gas turbines GT.11-9-750
of Leningrad Metallurgical Plant im. XXII CPSU Congres
SOURCE: Energomashinostroyeniye, no. 4, 1966, 2-8
TOPIC TAGS: gas t'zbine, pipeline, centrifugal pwnp, electric power production,
turbine design, turbine comp~essor/GTN-9-750 gas turbine, NG-280,~~? cehtrifugal pump
ABSTRACT: A description of the tostjN_q the 9000 kw OTN-9-750 gas turbines*
,dislGn,aa to drive the M-280-9 cZ_ntrifu#q pipeline pump, used on the
B~khara-Ural gas pipeline. The tests showed that the actual power produced
~!in'* operating conditions is 8,750 kw, offisiency 25%. The maodmal power
produced without additional equipment and regenerators ~s 9600-10,000 kv.
Tho characteristics of the main elements of the turbine were found to be
nW the design characteristics s the adiabatic effibi4no of the comoressor
is 1!09%, the low and high pressure turbine sections operate at 85% and 69-9C%.
efticiency. Long-term testing with repeated stops od. starta sh6wed that
t4 unit so modified from the prorotypl. is suitable.for op6vktiop in. the
gaq~ pipeline system. Orig. art. has: 5 figures, 7 formulas and 3 tables.
[J-~RS: 36,5011
SUO CODE: 13, 10 / SUBM DATE: none CRIG REF: 002
.1 J/ 0, UDC: 62I.Q8.001-41-
o d 1-~
(_A0T0V_M0MMO' V. 0
t among children
Role of the Signal systemsin the evaluation Of the pas 11&29-32
o middle school age* N~tuk* isap, Nauk.-do8l. inst. psykhol,
f (mIRA 13:
'59.
1, GosudaretvenW univGvGitet im- I.I.Racbnikova, Odessa.
. (T-Ims perception)

ELIKEP I.N.J BRAGINIP AGG.; __
Control of heat conditions In soaking pits. Stall 22 no-4:362-
364 Ap 162. (IMIA 15:5)
(Furnaces, Heating) (Temperature regulators)

USIUKOV, G.I., inzh.;,J10TOVA, A.A., inzh.
In favor of creating special factories o,&" knitting 7arts. Tekst.prom.21
no. 1: 5-7 Ja 161. 04IRA 14:3).
(Yarns) -

DOBROMBLOVA., L.Li. starahiy nauchnyy sotrudnik; KOTOVA, A.A.
In(iustrial relations$ interdiatrict transportation of semi-
processed products and specialization of the textile industry
enterprises. Tekst.prom. 22 no.8:10-13 Ag 1620 (KaM 15:8)
1. Uentrallnyy ekonomicheskiy nauchno-isfiledovateltakiy institut
pri Gosudaretvennom planovom kDmitete Soveta Ydnistrov RSFSR (for
Dobromyslova). 2. Nachallnik podotdela khlopchatobumazhnoy
promyshlennos'ti Gosudarstvennogo planovogo komitete Soveta Ministrov
RSFSR (for Koto'va).
(Industrial management) (Textile industry)

ANTOMONOV, Yuriy Gurlyevich; KOTOVA-Alina Boriso-ma-, PONCIMAREVA)
Inna Dmitrivevna; FUSrOVOYT, Oksana. avrilomia; RESHODIKO,
Leonid Vasillyevich; TSffKGV, Genrndiy Vasillyevich!
SFIABANOV-KUSMIARENKO,Yu.P.,kand.tek-hn.nauk.otv.red.
(Mathematical modeh of excitation] Mateiraticheskie modeli
vozbuzhdenlia. Kiev, Naukova dumka, 1965. 1,16 p.
(MIMA 18: 5)

ACC NRs k662MM
Antomonov, Wrly, Gurlyaylcll
Pustom-A, Okagna Gayriloy
rnm
Yothematical patterns of excitation Obtematicbeaklyt madell vozbuzbdetdA)
Kiev, Izd-vo "fkukova dwdca!, 65e 01" pe Muse, biblio, (At bead
of title: Akademin nm*-Vap"!wZ SSH. lastitut k1bernetw) 2,,000 coges
printed.
TOPIC TAGS; cybernetics,, mathematle model,, tiesue physjology,, wacle physiologyv
aWology, neurology,, nervous system
PURPO(M AND COVERAGE: The book discusses the properties of el"~- of nervous
and mwele ties= by consWictIng mathematical models, A simple mathematicaL appars.-
tus is used for cinstructing the models. fta book Is intended for blologlets,,
eagineers, mathematicians., and doctors Interested in using Ustbods for
the analysis of llying ties we
TAM OF C-111FRIUS (abrlW):
Introduction --3
Ch. I.Merminatlon of the excitability
Ch. 3:1. Threshold regularities -4A
Ch. III. Models of the nerve -57
Card 1/2 JUDC1

ACC NR,
ACC NR, low

. IV. I
Ch 0 'V' Model" Of the'NINCIS -75
F

.
Ch- Y- Fart1cu1W problem ..108
j
E

e
App eddix -1122
Bibliography ..3,36
Litantum
SWCM 0601# OM DMI '05jk%65/ OHM But. 03V :M MWI 015

11 t

L

CON 2/2