SCIENTIFIC ABSTRACT VINOKUROV, V.A. - VINOKUROV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860020001-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 6,15 EPA (0 - 2 /PUP(k) IEWA (k- /EIN'T(m) /`P(b) /T/EWA (d) /MWP(W /,~4VVVEXIP;t)
Pf-4 i ip, J S
ACCESSION 11R: A715017709
AUT11CRS- ffikolay!vj G. A.;
Sanalovich, V.
UR/0000/65/000/000/0222/0236
S. A.; Gazm7 A. ~S.
TITLEt Residual atresses and defornations of welded structurea
SOUPCEt All UkrSSR, Institut olaktrosvarki. Proyoktirovaniyo ova konstrtfktq~i
(Design of welded structures). Kiev, Nauk-ova dumika, 1965, 222-236
TOPIG TAGSt "'I
1010fr) steelp residual stress, til&nium tempering,
welding techi 'J
welded struoiFa~e,_Wsidual aa~"formation, nonferrous metal alloy, plastic property
ABSTRAM Residual deformtion, stresses, and associated subjects related to the
strength of welded structures are discussed. Jhe process of the formation of re-
sidual stresses Injointo of different motal~ when waldod from very thick elements
was Investigated for the causos of tho formation of brittlo fractures In welds,
and ways to alimJmate those fractuares are Proposed. The physical and mechanical
proportioa of tho materiala w-3re fou-nd to havo a major effect on the residual
stresses and deforwtionn. it was fotmd exTier"'mentally that ronidual atroaaes are
di.rected along the weld (9 :-- TT) only in some stools but not in nonferrous alloya
and titanium. A comparison was made of the streases and deformations resulting
!-Card 1/3

L 60253-65
AGCFZSION OU t.T5017709
in various ty-pes of stools welded coveral techniquors. The d0formition and
stresses can be rorulated by procesgir4 techniques, and particularly tvjr 1-1-1a use of
Gppropr~ate prenaureg. Residual rtrosses vcre fourid to b-3 little af.'0c*,(3C IM., tliG
e'o-'r-,n
ra;
contribut~'ng c,-,iovxjnents. 7-ac
cal-c-i-atinr~ the thrac--F-i(~s flrla ind ros idua I stres3os. n r-",3
firc*" the W9 Id Was cut 1 '3 a x 13 ' r; *.- s '. r ' po
the changen in the length anud Ululck-neza of uie-ze STrips were *-i~G
S~econd mothod a hole was bore4, the stresses were mieasluredl, and the deformation
was determined. The stresses in thick z--em~-,rs were 1'01-md t-'D t'e nr)nun.f-)mI-'- dis-
tr 1 b-j te d. ~rn 'tjr 2 e 5 F q T-Ii-I h r) f',t,C- 'JE,','i arll~ I r, C ',,-IIC *~UrL'-
sncl-j-ld bj
OL-
j r ma
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ACCESSIO:. ItRi AT5017'709
t.51JOCTAMOtli MVTTJ imo Baumana(KiTU)
SUBM7MEDi 7.3JanS5
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-Card 3/3,
ENICL 1 00
SUB CODE

6??40-65 1:WT (d) I -Tf C)
ACCMSIOS Uft: AP5021247
UR/0293/65/003/004/0534/0539
1,5
43
AWHOR; Vinokarov, V. A -I ,_~~y . ~,fi
ARITLE. Gmeralizud Nevton wtbod ror epolving b9unda -value _=bjejL-
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TOPIC TAO~71 t, ,I I,,,, a -Y - R UC- ~ rz ~f -.-- ~n :nr gr,_- ne r z e e v'~ .,r. me
s *_,~ e PC. S I- i e S _, e I me I nod
y-value prob-lems fc~r rd i n az-
y differential equati)ns,
ABSTRACT: For solving boundar-
a method syntht!sizina tvo meethods of the
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L 62240-65
ACCESSION NR; AP5021247
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Card 2121111?.P

VINOKUROV V.A., doktor ttukhn.nauk; GOLGOFSKIY, F.I., inz'h.; DANILGIV, Gj..".'
:.:.L--
V.V., inzh.
Electric machinery with evaporating and univernal cooling synto~%n
Cor aircraft. Elektrotakhnika 36 no.1:5-7 Jft 16-5.
(MIRA 18:3)

ALUTHOFS.- Kur~da,-S,-,k.; Luklp~nov, V. F.; Vinokurov,__V. A.; Gubancv, li-1. H.1
Pa.razLair, V. li.
TITLE: An arp-tus for testing ttiin, sheet metal and welded joints. Class 42,
No. 1698L9
12
7
8 3,9
u -D r for t of,
Cara

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L 42050-65
SUBI-MTEDt 08,lex64
NO RU SOV 000
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D"W L: 00 SUB C ODE
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ACCESSION 101 AF300Oh98
s/0145/63/boo/bol/blwola
AUTHOR: Vino'kurov, V. A. (Candidate of technical sciences, docent)
TITM Stress relaxation in welded construction made from thick sections
. I
SOURCEs Izv. VUZt Mashinostroyeniye, no. 1, 1963,.157-161
TOPIC TAGS: stress relaxation., welding residual stress, welding seam annealing,
relaxation time, thick section welding
ABSTRACT: A procedure for finding the relaxation time in welds with a three-
dimensional residual stress distribution is presented in order to calculate more
accurately the annealing time for wqlded joints with thick cross sections. The
stresses were assumed in the forrk
-0.50 C, os 2 ,it z
0
2r.
GY0 ~ I COS -a Z
-Cord 113

ACCESSION NR.- AP3000498
After assuming that planes crossing the y-axis remain flat and do not move (and
using the equilibrium relations) the stresses in the center of the weld were
calcqlated as follows (c o):
dz..
Oz
Q2
Vy 10
Card 2/3

ACCESSION NR: AP3000498
(where 5 is the thickness of the weld). If in addition the relaxation curves of
stress versus time for a certain annealing temperature (and,*material) are avail-
able),-z time plot of the three-dimensional stresses can be constructed. Although
these'relaxation curves are easily obtained only for the simplest geometrical
shapt$2 they are nevertheless of importance. A comparison was plotted between
a weld with only one-dimensional stress and a weld with the stress distribution
,@Pen above. It was found that the stress in the center of the weld relaxes much
more slowly for the three-dimensional case. orig. art.. has: 5 figures and 14
formulas.
LSSOCIATIONt MU im. No E. Baumana (1,170)
SUMUTTED: o4jul62 DATE ACQ: 2lJun63 ENM: 00
SUB CODE: HL2 14A NO REF SOVt 002 OTHER: 000
Card 313

VINOKUROV. V.A.. kftd.tekhn.nauk,dotsent
-,
Strome relaxation in weldod structures made of ver-
y thick components.
Izv.vys.ucheb.zav.;mashinostr.no.lsl57-161 163. (MIRA 16j5)
1. Moskovokoye vys aheye tekhnicheskoys uchiliohche Imeni Baww-na.
(Strains and stresses)

PARAKHIN, V.A., kand. tekhn. nauk; FROLOV, V.V., dots., kand.tekhn.
nauk; SHORSHDROV, M.Kh., dots., kand. tekhn. nauk;
GOSPODAREVSKIY, V.I., inzh.; SUBBDTIN, Yu.V., insh.;
ORKIN, S.A., dots., kand. tekhn. nauk; VINOKU.RGV,. V.A.,
dots.,kand. tekhn. nauk; KAGANOV, N.L.v 66ts., kand.
tekhn. nauk; SHASHIN, D.M., kand. tekhn. nauk; AKULOV, A.I.,
dots., kand. tekhn. nauk; NAZAROV, S.T., dots., kand. tekhn.
nauk; YEVSEYEV, G.B., dots., kand. tekhn. nauk,- NIKOLAYEV,
G.A., prof., doktor tekhn. nauk, red.; TITOVA, V.A., red.;
FUFAYEVA, G.I., red.; CHIZHEVSKIY, E.M., tekhn. red.
(Laboratory work on welding] Laboratornye rabDty po evarke.
Moskva, Rosvusisdat, 1963. 274 p. (KRA 16:8)
1. Nauchno-podagogleheekly kolloktiv Kafedry avarochnogo
proizvodstva Moskovskogo vysshego tekhnicheskogo uchilishcha
(for all except Nikolayev, Titova, Fufayeva, Chizhevskiy).
2. Zaveduyushchiy kafedroy "Mashiny i avtomatizataiya eva-
rochnykh protsessov" Moskovskogo vysshego tekhnicheskogo
uchilishcha (for Nikolayev).
(Welding-Study and teaching)

,____VIXDKUROVy V&A# _
Lengthening the service life without repairis of the pins of the
N8 electric locomotive truck coupler. Elek.i tepl.tiaga 6 n~--5%22
hy 162. (KUU 15:6)
1. Glavnyy inah. depo Zlatoust Yuzhno-Ural'skoy dorogi.
(Mectric locamotiveo-4asign and construction)

VINOKUROV, V.A.
A word from the locomotive engineers about the new T8 electric
locomotive. Elek. i tepl. tiaga no.6-.29-30 Je 162. (ML-.P 15-.7;
1. Glavnyy inzhener depo Zlatoust Yuzhno-Urallskoy dorogi.
(Electric locomotives)

KURKINJ, S.1111, kand.tekhn.nauk, dotsent; VINOKUROV) V.A., kand.tekhn.nauk
Co4octing the buckling of thin-aheet welded structures by
rolling, [Trudy] MVTU no.101:186-196 161. (HIPA 14:8)
(Sheet metal-Welding) (Welding-Defects)

S/135/61/000/wZ/003/0 12
A0061AO01
AUTHORS: IT400wa" Candidate of Technical Sciences, Gazaryan, A. S.,
ng neer
TITLE: Residual Stresses in Thick Butt Welded Joints
PERIODICAL: Svarochnoye proizvodstvo, 1961, No. 2, pp. 9-12
TEXT: At the welding laboratory of MVTU imeni Bauman mean values of the three
components of volumetric residual stresses averaged over the thickness of weld
Jointswere measured (Ref. 1, 2). However, the mean values obtained did not give a
sufficiently precise picture on the distribution of residual stresses at various
spots across weld Joints over 40 mm thick. Therefore the authors developed an
improved method of investigating volumetric residual stresses with the aid of deep
drilling (Ref. 3). The investigation was carried out with the participation of
S. A. Kurkin,, Candidate of Technical Sciences (MVTU imeni Bauman) . The stresses in
the metal were measured with the aid of cylindrical calibrated insertion pieces
(Fig. 1) onto which resistance strain gauges were fastened. The inserts were
placed in stepped apertures' oriented along the main axis of stress field or through
a certain angle to the field. Multilayer and electroslag butt-welded specimens
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S/1 35/6 llWaICL21CI, 1-3/0 222
Residual Stresses in Thick Butt Welded Joints A006/AO01
8o mm (Fig. 3), 12o (Fig. 4), 240 (Fig. 5) and 350 mm thick (Fig. 6) were Investi-
gated. The magnitudes of elastic deformation and stresses were calculated from the
difference of measurements prior to and after recording residual stresses. If the
aperture axes coincided with the main axis of the residual stress field, the stress
components in the depth are determined by the following formulae:
6 AL E + E
X (I + +
Ak E E
+ +
LP E E
6 +
(l + (l 2)U) 1 + ~4
where u-is the Poisson rAio; E is the modulus of elasticity of the first kind,
and A - EX + Ey + 64 is the volume deformation. If the direction of the aperture
axes are forming a certain angle with the *direction of the main axes, the magni-
tude of stresses can be determined using the known formulae of the theory of
elasticity. To reveal the nature of distribution of residual stresses across the
thickness of the weld the mapitudes of residual stress field components on the
surface must be known. If bw is equal to zero, Gy and 6y are measured with the
C ard 21-7

S11 _~5/6 1/0CO/002/C-C~'/0 _1 2
Residual Stresses in Thick Butt Welded Joints ;. C, r, 0' /"' C 0 1
aid of strain gauges, placed along the weld to measure ey and across the weld to
determine & Having determined the magnitude of stresses in the depth and on the
0 surface of le metal, data are available on the nature of stress distribution
across the thickness. The measurements yielded the fo2owing results: The
distribution of residual stresses in eler-troslag and multilayer welded joints has
a different nature. In multilayer welds the stresses along the weld joint on the
surface approach yield limit values of the material; in the weld depth they are,
as a rule, somewhat lower than on the surface. In electroslag welded joints the
stresses along the weld attain their highest values in the metal depth along the
weld axis; on the surfaces the stresses along the weld are low and often close to
zero. The distribution of transverse stresses across the weld joint, in both
multilayer and electroslag welded joints, is non-uniform and of a different nature.
In electroslag welded joints these stresses in the metal depth are tensile ones and
attain values approaching 6T; in multilayer welded joints they are, as a rule,
compressive ones and usually relatively low.. Residual stresses across the thick-
ness 61- can be tensile (mainly in the case of electric slag welding, less frequent-
ly in multilayer welding) and compressive (in multilayer welding). The force
system of residual three-axial stresses during the welding of up to 100 mm thick
parts, can obviously not cause the transition of the parts to a brittle state,
Card 3/7

5/135/61/000/002/03/0012
Residual Stresses in Thick Butt Welded Joints A006/AOO1
since the formation of a stress field with the components 6X w d!j in the given
case Is almost excluded. In electric slag welding of over 200 mm thick parts a
rigid system of residual stresses may be formed. The tests performed show that
tho method is applicable to determine three-axial stresses.
Figure 1
General view of a cylindrical insertion piece placed into a specimen:
A-A
A Al
llx~
Card 4/7,'

Residual Stresses in Thick Butt, Welded Joint3
Figure 3:
y
Fizure -3
Results of experiments made with a 80 mm
thick specimen; a - general view of the
specimen; b - changing of gap as a
result of welding process; c - distri-
bution of G'l across the specimen
.Card 5/7
S/135/6 12
, r
0', er ez
#I#X 011M
64
IV
Figure 4
Results of experiments made with a 120
mm thick specimen; a arrangement of
Inserts in the depth and oil the strain
gauges on twhe specimen surface; b -
distribution of stresses across the
specimen
Figure 4:

' 2/C-CY~
Residual Stresses in Thick Butt Welded Joints A:rjO6/AOO1
Figure 5
4X
Results-of experiments made with a 240 mm
thick specimen; a - stress on the specimen cc's 0
5 Ujf7_ Oce IOV IC17 J-27 4,X -It
surface; b - distribution of and ia!a
6.Zacross the specimen
Mv -16M 61
A
V Kilt
N. I'M
Car

Re~idual Stresses in Thick Butt Welded Joints
Figure 6
Results of experiments on a 350
mm thick specimen; a - stress
on the specimen surface; b
distribution of G~' 6' and
across the specimen.
There are 6 figures and 4
references, 3 Soviet and a
English.
iT fl-, ff
ASSOCIATION: WM imeni
Bauman
Figure 6:
Card 7/7
S/ 135/6'/G-0/CG2/C-03/C 12
c0 IL

YINOKUROT, V.A.
Keans for improving operation of the N8 electric locomotives
during winter. Blek.i tepl.tiaga 4 no.2:6 F 160. OUBA 13:6)
1. Zemeatitell nachallnika po remontu depo Zlatoust, Yuzhno-
Urallakays. doroga.
(Alectric locomotives--Cold weather operation)

NIKOIATICV, G.A.; VINOKUROY, V.A.; GAURYAN, A.B.; KUBIN, S.A.
-4
t~
Formation of inherent stresses In weldizg varjr thick netals.
Avtom.avar. 13 no.6.3-11 Je '60. OCLU 13:7)
1. Moskovskoye vyssheys tekhnicheskoye uchilishche Im.
Baumana.
(Plates, Iron and steel-Welding)
(Therval stresses)

EIRKIN, S.A., kand.tekhn.nsuk; 71MOKUIJOY. Y.A., kand.tekhn.aauk;
PARAX IN, V.A., i=h. ____ ___
Strengthening weld joints by press working the mean with
rol1s6 Svar*proizve no.8:15-16 kg 160. (MIRA 13:7)
1, MoskOT9100YO vyseheye tokhnicheakoye uchilishche inoBaumnse
(Sheet metal-Welding) (Metals--Cold working)

oo 270g/Is-11 tP.-h
AUTHORSt Vinokdrov, V.A.# Gavaryan, A.S*
B/125/60/000/009/001/017
A161/1130
TITLEs Defornatione in the Blectro-Slag Welding Presses
MIODICALs Avtonatichaskaya avarka, 1960, No. 9, pp. 3-11
TBX?t The magnitude and nature of transverse deformations which develop in
the butt welding of plates by the sl*otro-slag process have been investigat-
ed, aRd approximate calculation of such deformations made, using the theory
of elasticity. Special removable deformation asters with an indicator head
were used for measurements. The conical leg ends of the "deformometers"
spaced at 100 am were placed into holes made in the parts to be joined
(Fig. 1) (100 mm. apace was chosen for making the calculations easier). The
points on the part edges were not observed, rather points at a distance
94 35 mm fro& the edges were observed, which resulted in the observations
of the butt face displaoements being very inaccurate. Various work with
straight and annular seams was welded. Measured deformations are shown in
Card 1/6

3/125/60/000/009/001/017
A161/Ai3o
Deformations in the Electro-Slag Welding Process
four graphs (Fig. 2-5) where the straight line left shows the work edge posi-
tion before the process and is used for the ordinate axis for time t,qQC
(t 1~r ) and the positions of the slider. Di laoement of one edge (i.e., one
ha of deformation measured by the deformo:poter) in marked on the abscissa.
The cylinder in Fig- 5 had a 2-5 m diameter and 450 am wall- Is the work
faces in the electro-slag process are not in contact above the ool surface,
and down to the 6000C isotherm the bond through the weld metal tfor low-
carbon steel) does not cause high transverse stresses, the determined dis-
placements apply with sufficient accuracy to the free plate butt face above
Us 6000 isotherm. The equations describing the temperature field in the
heated edge are taken from N.N. Rykalin's work (Ref- 3), and the coefficients
characterizing the physical and mechanical material properties are assumed
constant for simplicity in the entire temperature range. The calculation
leads to the conclusion that bulging in the process is proportionate with the
linear power of the welding heat source per 1 cm metal thickness. Engineers
Card 2/6

3/125/60/000/009/001/017
Deformations in the Electro-Slag Welding Process A161/A130
V.V. Chernykh, G.G. Keyramov and others of KKMZ im. Stalina (NKMZ im. Sta-
lin) took part in experiments. The following conclusions were drawn.
1. The method and the graphical presentation of deformations of the welding
gap revealed to a suffiaient degree the mechanism of the development of weld-
ing deformations with time. 2. It is clear that butt welded parts should
be divided into classes by rigidity and weight- 3- In the welding of deep
and heavy platoa (Fig. 3), two kinds of deformation are to be expected both
of which are not dangerous for the process - convergence and bulging of the
edges. A third kind of deformation (angular) is added to convergence and
bulging in the case of wide plates with a sligh moment from the weight. To
prevent convergence over the permissible tolerance, additional measures must
be taken against angular deformation (using cramps, blocks, etc.). 4. De-
formations in welding narrow plates lead to closing as well as opening of
the gap. Although, opening caused by uneven heating of the plates consider-
ably exceeds other deformations. The gathered experiment data made it
possible to evaluate in the first rough approximation of the width of the
parts at which the gap opening is to be expected. This must be expected
Card 3/6

3/125/60/000/009/001/017
Deformations in the Electro-Slag Welding Process A161/A130
with the width of the parts between 0-4 and 1 m and the weld seam length
above 2 m. If the parts to be joined are not sufficiently rigid, the open-
ing of the gap must be prevented by cramps attached by welding to the top of
the butt joint,. 5. The theoretical investigation has proven that local
bulging in the process is proportionate with the linear power per I cm of
the weld depth., There are 8 figures and 4 Soviet references.
ASSOCIATIONs J1VTU im. Baumana (XVTU im. Bauman)
Card 4/6

S/I 25/60/000/009/001 /0 17
Deformation3 in the Electro-Slag W'elding Process A161/AI30
Fie. 1
I
i xa_,w
I
0
Card 5/6

S'/12 5/60/000/009 /001 /017
Dpformations in the Electro-Slag Welding Process A161/A130
Pic-
k
/*
CT
Car(i 6/6

p 5,)",l 3 ~Ci
SOURCE: Elektrcitekhnika, no. 1, 1965, 5-7
Coo-, Inp" qvs [em, atr coo-, ing-
P 1 'A 17 S i--cri ft _genera to r e r .-i -o r
a -. c- : a v e C 0 L r.
A."STRACT An a! rcraft-generator c0 0 1 11-1 a F; Vs t e M d e s I ;; n e 0 -, a t L; Ge S
e x c e e d in i s d i s c u s s ec: e 5 1! 5 2 Im k1 z e s e v a D o ii t1 v e
coo, nv -4~i i ch ffordr, coo i n ir~ e n s v ma ri v ime s r e a L! r "I i rl a r
~l z ri r
C e e m e n r 7 , D
A 7 1 1
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C i e 1. 1 7 A M , 77.
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Cara 1/2

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ACCESSION NR: APS003380
ina ch i ne A comp3rative theoretical rind experimental inves E ', g a u n o
v a r o u s aircraft-Zenera Itc r ro c, I ra~ Goi-nionv'ra.ed I ~sa a
1:. L: C, ":,L s is CM 4
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ASSOCIATION: none
SUMITTED: 00 ENCL c 0 SUB CODZ. AC, P&
NO REP SOVt 000 OTHER., 000 ATD PRESS: 3-170"
Cord 2 / 2

B/08 62/000/013/025/054
B177XBIOI
AUTHORS: Ivanov, A. I., Timofeyev, V. V., Vinokurov, V. B.p
Lebedev, 0. A.
TITLE: El-ectrolysis of titanium tetrachloride in molten chlorides
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 13, 1962, 412, abstract
13K190 (Sb. "Titan i yego oplavy". no. 6, M., AN SSSR,
1961, 145-152)
TEXT: Three patterns of oemi-induatrial electrolyzers have been designed
and tested (with a liquid cathode, with a removable cathode, and with
rotating cathodes), enabling TiCl to be electrolyzed 'continuously or
4.
aemi-continuotisly in the melt. Individual oub-aseombliou have been
improved and the theoretical efficiency ia shown for all three electrolyzers
and their basio components. Mention is maie of the weakest cub-assemblies
in these designs, which call for further development. L.Abetracterle note:
Complete tranalation.]
Card 1/1

I Z)O 11091
21IJ34 v
S/598'6l//O0O/0o6/oi9/O34
D228%303
AUTHORS: Ivanovq A.I., Lebedev, O.A.v Timofeyev, V.V.
Tip ~kuro~vV~.B,, and Frantaslyevq N.A.
r.
TITL3i Electrolysis of Otanium tetrachloride in molten
chloride salts
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Titan i
yego splavyo nov 6, 1961. Metallotermiya i elektro-
khimii titana, 136 - 144
TEXT: The authors studied the technological aspects of the elec-
trolysis of TiC14 in molten chlorides -- NaCl 50, CaC12 35, BaC12
15 % -- in a large, laboratory pilot-plant. 403 electrolyses were
carried out, and the longest period of continuous operationp during
which the cathode and deposits were extracted 50 timest was about
100 hr. TiC14 was fed through a special quartz pipe into the space
between the stainless-steel cathode and graphite-block anode. The
following optimum Conditions for electrolysis on a semi-industrial
scale were first established: 1) The saturation of the electrolyte
with TiC14 for 1 hr. at a d.c. strength of about 200 amp. and at a
Card 1/3

21034
S/598/61/000/006/019/034
Electrolysis of titanium tetrachloride.. D228/D303
TiC14 outlay of 1 - 1.5 i/hr.; 2) A unit-eiectrolysis time of 5
amp.hr./cm2 -_ the,cohesion between the cathode and deposit is poor
at 15 - 22 amp.hr./,cm2; 3) A cathode current-density of approxima-
tely 1.8 - 2.0 amp/cm2; 4) An operating temperature of 720 - 75001
5) A TiC14 outlay of 1 1/1000 amp.hr.; and 6) The cessation SE the
TiC14 input for 5 min. before the end of the electrolysis -- to
process the electrolyte at a nominal current-strength, These spesi-
fications were then checked by experiments in an electrolyzer with
a hollow cathode and fixed cell -- when it was found that varying
the current-strength has little effect on the electrolyte's Ti con-
tent for a given outlay of TiO14 that within the limits 1.5 - 2.72
amp/cm2 the cathode current-density does not influence the grade
or yield of the TI depositt that raising the operating temperature
to 8000 reduces the amount of Ti precipitated at the cathode# and
that varying the TiC14 input above or below I ml/l amp.hr. lowers
the current-discharge as a result of the formation of Na or lower
chlorides on the electrode surfaces. Additional tests showed that
the current discharge is 60 - 70 and that the cathode metal con-
tains 1.5 - 4 % of impuritiess Fe from the cathode rod; C - from
Card 2/3

Cj_U I _fV_
S/598/61/000/006/019/034
Electrolysis of titanium tetrachloride.. D228/D303
the a.c. electrodes; Si, Mg and Al - from the lining of the bath;
and 09 H and 11 - whose concentration depends on the electrolyzer's
airtightness. In concluBiong the authors mention certain problems
which require further study if the current-discharge and grade of
the metallic Ti are to be impored. These include the perfection of
the techn*ue of prolonged continuous electrolysisi the improvement
in the degign of the electrolizer's components -- in particular the
distributor for introducing the TiC14; and the rectification of de-
fects in the eleojprolyte -- its poor ability to.#issolve TiC14 and
its tendency to aBrade the brick-linings and steel parts. The con-
tent of impuritieeg whose transference is proportional to the time
of electrolyis and to the area of the various working.-Wurfacesp
would be reduced by increasing the electrolyzer's airtightness, by
removing the a.c. graphite electrodes, by cooling parts of the steel
cathodes, by glazing the steel covers, and by lining the bath's
inner walls with MgO slaV. There are 5 figures and 2 tables.
Gard 3/~

IVANOV, A.I.; LEBEDEV, O.A.; TIMOFEYEV, V.V.; VINOKUROV, V.B..; M~NTAS'YEV,
N.A. ---------------
Electrolysis of titanium tetrachloride in fused chlorides; design
of continuous action electrolytic cells for use in pilot plants.
Titan i eFo splavy no.6:136-i44 161. (MIRA 14:11)
(Titanium--Electrometallurgy) (nectrolysis--Equipment and 3upplies)

2 1035 t
3/'598/'61/000/006/020/034
D245/D303
AUTHORS: Ivanov, A.1,, T--1mofeyevv V.7., Vinokurov, V.B., and
Lebedevp O.A.
TITLE: Electrolysis of titanium tetrachloride in fused
chlorides I
SOURCE: Akademiya nauk SSS~~ Institut metallurgii Titan i
yego splavy. no. 6, 1961. Metallotermiya I elektro-
khimiya.Alitana, 145 -- 152
TEXT: The design is described of a pilot-scale cell for electro-
lysis of TiC14 in fused chlorides. Operation was continuous with
a molten alloy cat)aode and a graphite anode. The! Ti faked on the
cathode surface and was periodically removed by ladles moving bet-
ween cathode and anode. The bath consisted of a welded, water-coo-
led housing lined with chamotte brick to a wall thickne#s of 130 -
150 mm. Reference is also made to other cells designed by the au-
thor and collaborators, namely an ele'#trolytic cell with extracts-
ble cathode and stationary compartmen It (Ref. 10i Avtorskaya zayavka
Card 1/2

21035
S/598/61/000/006/020/034
Electrolysis of titanium tetrachloride's D245/D303
0 prioritetom ot 10/V 1956 g., noo 461408) and with reversible ca-
thodes (No. 461772). The chief drawbacks of the design proposed
were the lack of an effective means of feedings 014 to the electro-
lyte and the unsatisfactory hermetic sealing of the cello There are
I figure and 11 references: 2 Soviet-bloc and 9 non-Soviet-bloc.
The 4 most recent references to the English-language publications
read as follows: M.E. Sibert and M.A~ Steinberg, J. Metals, 19569
v. 8, no~ 99 1262-8; American Metal Marketr 19579 v, 64, no, 101,
lf~ Metal Bull. 1957, no. 4200, 28; J. Burgesq G. Brown, 0. Roberts,
J. Appl. Chem., 1958, v. 8, no. 1, 6~
Card 212

83635
S/081/6O/bW/'3 15/50 1/j' 14
5".,2v, ooA Aoo6/Aool
Translation from: Referativnyy zhurnal, Xhimiya, 1960, No. 15, P. 15, # 6o232
AUTHORS: _M4~tsev_, A.A., Kuzyakov,_Yu.Ya., Tatevskiy, V.M. (1)
r4a`1-ts-ev-,-A.A-.., Vinokid-rav-,-V.G., Tatevskiy, V.M. ~II)
TITLE: Study of Electron Spectra and of the Isotopic Effect in Oxygen
Boron Compounds. 1. P-Bands of BO Molecules. Il. "Boric Ac1d7'
Bands
PERIODICAL: Fiz. sb. L'vovsk. un-t, 1957, No. 3 (8), pp. 475-48o; 480-485
TEXT: I. A A OC-3 (DFS-.3) spectrograph (2A/qm disp5rsion) was used
investigate the emission spectrum of BO A-bands (B'Z - X Z tritnaition) in
the are and a discharge tube with a hot hollow cathode containing B203, Rota-
tion analysis of 0 - 0, 0 - 1, 0 - 2, 0 - 3, 1 - 4, 1 - 5, 2 - 5, 2 - 6, and
3 - 4 bands was made, and by thn method of least squares the following rotational
ri 2Z st!~e were obtained; Be - 1.5192, CU e - 0.0210,
constants n_gm-1) of the B
De - 7.4 lo and P e -0 2.0 . 10 . It is shown that divergence of Steibe's
rotational constant values (Sheibe, Z. Phys., ig3o , vol. 6o, P. 74) with '.-ose
of Djenkins and McKellar (Djenkins, McKellar, Phys. Rev. 1932, vol. 42, p. 464)
Card 1/3

83635
S10811601000/0 I 5/c,-J 11/i I"
Aoo6/Aool
Study of Electron Spectra and of the Isotopic Effect in Oxygen Boron Gcmpo-indz.
I. P -Bands of BO Molecules. II. "Boric Acid!' Bands
can be explained by the inaccurate treating of experimental data by Shelbe. 27
The method of least squares was used to recalculate Sheibe's data rcr the X
state, In all bands spin -doubling was observed.
II. Spectrographs with diffraction gratings were used to investigate
fluctuation bands of boric acid, located in the 3700 - 6800 A range. The
following spectrum sources were used: a discharge tube with a hot hc-11ow 2athcde
containing boron or boron-anhydride in an atmosphere of Ile and 02 mtxture, and
an oxygen-hydrogen flame into which boric acid solution was introduced. A-. a
high resolution the complicated rotational structure with several edges wa-z
obs 76 ved for the majority of bands. The use of boron concentrated to 85% wi-h
a B isotope, allowed the determination of Isotope band edges, shifted toward_~
the short-wave side by about,6,5 and 5 A respectively for bands In t;,e 545o ani
5750 A range. This result rejects Singh's theory (Singh, IT.L., Prcc. Indian
Acad. Sci., 1949, Vol. A 29, p. 424) who relates the fluctuation bands of 'Doric
acid to the BO molecule. According to Singh the isotopic bands mus-~ be shif,ed
to the long-wave side by 22 and 44 A respectively. When Introducing to 'he
spectrum source heavy water vapors, no isotopic effect is revealed in
Card 2/3

83635
S/081/60/000/015/001/014
Aoo6/Aooi
Study of Electron Spectra and of the Isotopic Effect in Oxygen Boron
1, (6 -Bands of BO Molecules, II. "Boric Acid" Bands
fluctuation bands of the boric acid. This indicates the absence of hydrcgen
in the molecule composition giving rise to these bands. It is assumed that. t~.C-
fluctuation bands of the boric acid belong to the multi-atomic oxygen compouni
of boron, 13.0
A. Malttsev
Translator's note: This is the full translation of the original Russian
abstract.
Card 3/:5

5 (3)
AUTHORS: Zagorevskiy, V. A., Zykov, D. A., SOV/79-29-7-43/83
,~_Xin_qkuro,v,_J-.--(P-.-'
TITLE: Derivatives of Chromonecarboxylic-2-acid (Proizvodnyye khromon-
karbonovoy-2-kisloty)
PERIODICAL: Zhurnal obahchey khimii, 1959, Vol 29, Nr 7, pp 2302 - 2306
(USSR)
ABSTRACT: In the preceding paper (Ref 1) the synthesis of a number of
aryl esters of the chromonecarboxylic-2-acid bj means of the
acid chloride of thia acid was described. The acid chloride
was prepared by reaction of thionyl chloride in a pyridino so-
lution of the acid and the crude mixture used without purifica-
tion. In the present investigation 15 new and different N-sub-
stituted amides as well as some other derivatives of the chro-
monecarboxylic-2-acid were synthesized in search of pharmacolo-
gically active compounds (Table). All the substances (I)-(XV)
were synthesized by reaction of the acid chloride on the above
acid with the corresponding amino, oxyp and mercapto deriva-
tives. The crude acid chloride, obtained by the previously
proposed method, was used for reaction in dichloro ethane so-
Card 1/2 lution. In every case, excepting (XIII)-(XV), sodium bicarbon-

Derivatives of Chromonecarboxylic-2-acid
SOV/79-25-7-43/63
ate was used to bind the HCl formed in the reaction. By syn-
thesizine the aryl esters (XIII~4IV) it was demonstrated that
the acylation of phenole with this acid chloride by the Schot-
ten-Baumann method is possible. The compounds (Viii)-(Xii) form
water-soluble salts when treated with sodium carbonate or so-
dium bicarbonate (carboxyanilide (IX)). The relation between
the color of the chromonecarboxylic-2-acid anilides and the
kind of substituent in the benzene ring of the aromatic amino
group is of interest. Thus, for instance, the anilide of the
chromonecarboxylic-2-acid is colorless, the p-toluidide (II)
is light greenish-yellow. The p-methoxy-(III) and p-oxy-
anilide (IV) are yellowiah-green, whereas the anilides (VI)
and (VII) are yellowiah-orange or red. The aryl esters of the
chromonecarboxylic-2-acid show similar effects. An explanation
of this phenomenon will be the subject of further investiga-
tions. There are 1 table and 5 references, 4 of which are Soviet.
ASSOCIATION: Institut farmakologii i khimioterapii Akademii neditsinskikh
nauk SSSR (Institute of Pharmacology and Chemotherapy of the
Academy of Medical Sciences, USSR)
SUBMITTED: June 5, 1958
Card.2/2

50)
AUT-170--)S: Kochetkov, !-i, -.1., ^Ott4kh.., :3. V., SOV12( -21 J-7
r
R. Y
Vinokurovp V. G., Khomutav,
TITLE. On the Structure of ~-Chlorovinyl Ketones and on the
Stereochemistry of tho Reaction of Kotovinylation
~-khlorvinilketonov i sterookhiriii reak'sii
(0 konfiguratsii
ketovinilirovaniya)
P:ERIODICAL: Dok-lady Akademii nauk SSSR, 1959, Vol 125, Nr 1, pp 89-92
(USSR)
ABSTRAM ~The structure of the substances mentioned in the title
RCOCH=C11C1 is, in spite of their vell elaborated utilization
methods (Ref 1), still an unsolved problem. From the most
important methods of production (Refs 2-4) it may be assured
that the substances produced in this way have a trans-structure.
The authors succeeded in clearly con-firming experimentally this
assumption. If one of the simple fl -chlorovinyl ketones,
mothyl-fl-chlorovinyl ketone Is oxidized with sodium
hypochlorite, the trans-R-chloro acrylic acid (Ref 5) forms
under rigidly controllable conditions as the only product. If
this oxidation does not contact the C-atoms with a multiple
Card 1/3 binding, moreover, if the mild conditions of reaction excludle

On the Structure of ~-Chlorovinyl Ketones and SOV/20-125-1, -23/67
on the StereochemiBti-f of the Reaction of Ket-ivinylat-10r.
the isemerizatior of the iritial sub!3tanre und th(~, reaction
prorluct a ccmple-tlo -~ransformatlon of the structure durino the
roaction is imposslbl~-. Due to this fact methyl-f-chlorovinyl
ket9ne has to be regard?dja~ a transisomer. Thus, also all
alkyl-, alkiny!-, arid a-ry- _ -chl-irovinyl ketones (Refs 2-4)
are transisomers undor similar conditions. As far as the
-chIorcv--'nyI keto.-es (Ref o ~, 'I ) 1).r,iduced by other method.-;
a"e .
identical with those. obtainc-3 by c3ndensati,)n %,;ith
w,.styiene, they ar--~ 3t~vizusly als--j transisomers. By
knor,ledge of th~- above? structurc, the stereochemistry of the,
r:aaction mentio-ed in the title (Ref 1) :~Duld be ob3erved. it
13 one of the T-cst fmportant reactions of fl -chlorovinyl
ketnnas and is only a subst-itut.-ion of a halo:7en
atom. Since the chemioal methods cannot be used for determirdng
the structure of the rea-Ition products mentioned the authors
used -*.nfra-red spectra. Although the authors mention only data
on the ketovinylation of sulfinic acids and g -dicaarbonyi
compounds, they have little doubt that also in other cases
('11ef 1) ketovinylation reaction leads to a formation of
Card 2/3 transisomers, In other aords, the reaction takes place under

On the Structure of ~ --Vhlorovinyl Ketones and SOV/20-125-1-23/67
on the Stereochemistry of the Reaction of Ketovinylation
preservation or the utructure of the keto-vinyl Group of the
initial fl-chlorovinyl ketone. This preservation may be
explained by the substitution mechanism of the halo-~T-en
(Ref 1, see Scheme) su-cested by the author mentioned first.
There are 3 figures and 16 Soviet references.
ASSOCIATIOIT: Instit-ut farmakologii i khimioterapii Akademii fleditsinskikh
nauk SSSR (Institute of Pharmacology and Chemotherapy of the
Academy of I'lledical Sciences, USSR)
PHES'--';'1F22D: December 1, 19158, by.,',.. N'. F-esmeyanov, Academician
SU73""ITIED: Yovember 29, 1950
Card 3/3

FUSHKOVP V. G.;,VINOKUROV, V. G.
Steelmakers from the Urals are striving to make use of intarr-al
potentialities in the industry. Metallurg 7 n0,,11:11-13 11 162.
(MIRA 15:10)
1. Sverdlovskiy aovet narodnogo khozyayatva.
(Ural mountain region-Iron and steel plants)

IVANOVV A.I.; VINOKUROV, V.G.,- PROTOPOPOVA, T.V.; SKOLDINOV, A.P.
Synthesis of stereoisomric chlorovinyl carboz*l"qompounds. Nhur.
164.
ob.kh:Lm. 34 no.1054-355 J?- (MRA l7t3)
1. Inatitut farmakologii i khimioterapil AWIWR.

-I t 1 0 ,~ , ~ If
- -1 , I / , I f~
W / ~v - A' f- I % -
v

VINOYLIROV, V. P,. PA ^f,'7j"' Ij
USSR/Mathematics - Modern Algebra, 1 Aug 52
Biorthogonal Systems
"Biorthogonal Systems That Pass Through Given Sub-
spaces," V.G. Vinokurov, Cen Asia State U
I.IDok Ak Nwak SSSR" Vol 85, No 4, pp 685-687
A basis (zi) is said to pass through a subspace P
if P contains a subsequence which is contained in
P and which is the basis of P, where P is a sub-
space of Banach space E and sequence (Zi) is com-
plete in E. Submitted by Acad A.N. Koliogorov
19 May 52.
227T54

24(7) 3 PHAss I Boox KXPLOITATIOM SOY/1365
WTOY. UAlversytot
Materlssay X P~*ZhChlLn&7& pe ap4ktrookopit. t. 1%
Molakulyssmays vpektrvk~plya (Papers of the 20th All-Union
Conference on Speatviscopy. Vol. Is Molecular spectroscopy)
(Ltvovl Issi-wo Llvovakogo -i-ts, 195T- 499 9- 4,09O)eopLas
prlnt*4. (3orloss Itai Flaychnyy abir.Vkp vy V8/
Additional Sponoorl ji Ak&4*miya nauk $3311. goodeelya po
apoktrookopli. 0.~?J'a"tor, S.L.j Tech, Lr4.s Sar&nyuk
Editorial Boards W-wisterg, G.S., Academician (Romp. LdT:YD-ej*s&&*d).
Reporent, B.S., D"tor of Physical and Mathematical Solssncoo~
FabelinBkiy, I.L., Dootor of Physical AM PiathematIcal Soleness,
Yabrikov6p V,A., Doctor of "Leal AM Mathematical Science 4
Koraltak1g, V.O., Candldat* of Too!Lsloal Solencem Wokly, EX.,
Candidate of ?hyaloal LrA W.1,Azatissal Saiewssis, faimovskir, L.Y.,
Candidate of PIVol-cal and ftthomatLcal Soleness, MilLymobuk, V.3.,
Candidate of Fbjssli41 a:-A Ma*-Um&tloma Seltzkoos and Glauberaw,
A. To.. Candidate of Physical " Mathematical A.14210041.
Cold 1/30
K*Ioaova, V.k. V1,braticnal Spectra of Domble-oanonsist
Phosphate Olass"a 04 sow Crystalline Phomphatem 44
Nalltassy, A.A.. To. W. Moskyltina. and V.X. Tatevakiy.
Study of the Isotopic Effect And Verification or
Infrared Spoetruss of Baron Trifluoride 465
F411tassy, A.A., To. N. MookyltIna, and V.M. Tatevskly.
Quantitatl" Analysis of Boron Isotopes by Means
or Infrared Bpectre of Bor= TrIfluorldem 47a
Hal I t"T' A.A., Yu. To. JOLLzya"V, and V.9. TateVoldy.
ftady or ]Moatron Spectra and lootopiss arrest
In Boron 03Wgtu Compounds 415
MaxIt"T. A.M., V 0. and T.K. Tateva1dr;
Stud
~ Zooko
l6 arrest
or Zlob;~p
.
y
p
Baron Oanom Campowwo 40
Cud 200

V I ~\) () t- ~') ~ -_ C., J '..'j " ,
AUTHOR VIKOKUROV V.G. 20--5-3/67
TITLE -M-C-on-E-tions if Regularity of Probability Processes.
(Usloviyr- regulyarnesti veroyatnestnykh protsessov.- Russian)
PBRIODICAL Doklady Akademii Nauk SSSR 1957P Vol 113, Ur 5, PP 959 - 961
(USSR)
ABSTRACT Lot the abstract quantity of the states X1 -JWJ and the quantity
4 of the functions y(t) with values in SLbo givenj here t rui.,s
through the quantity of all whole numbers. For every y from ;tnd
at arbitrary n let the function Trx(t) also be contained in
When on 0 the BOREL field of the probabilities P is given, then
a probability process [SL , �, PJ is thereby determined. The
author defines in the paper under review for each t a projection
Rt of the space 0 in S1 : Rt? - 40 if T(t) - a. On ~ the trans-
formation T 9 (t) - T (t+1) is defined. Then follows a whole
series of additional definitions. A probability process is then
defined to be of the MAMOY kind, when at all t and at all
A COM the equation P(A 19 t)) - P(A J?t) is valid almost every-
,Yhere on 1. Let S - fl Z and let always contain a constant
t M I ~s contains only one regular
function. The paper under review denote a a process as regular wher,
function. The sense of regularity consists in the circumstance
CaD 1/2
AJ
Lib-' 4Y56. ---yi, Afer U2,belc S'14ce
ra . aber of t 51?.
011~ress. he Ac.d... ,
if Wprod -Ut.
V. 1. nouAl'otion) review,
1.11. 1956. OV3J('z rer,

VINOKWHOV. V.G.
Independent complements to the algebras of sets. Dokl.ATJ Us.
SSR no.1:9-10 '59. (MIU l2s4)
1. Institut matematiki i mekhaniki Iment V-1-Romanovskogo AY
USSR.
(Algebra)

16(1); 16(2) 06370
AUTHORt Vinokurov, V.G. SOV/166-59-5-5/9
TITLEt On ro abiliTY-Froceases Given in the Coordinate Space
PERIODICALt Izvestiya Akademii n~Luk Uzbekskoy SSR, Seriya fiziko-
maiematicheskikh nauk, 1959, Nr 5, pp 42-48 (USSR).
ABSTRAOTs Let ~1 be a space with the probability measure P defined on the
(6 -algebra Q"M of measurable sets. Let from A CB, B4eQsl; and
P(P) = 0 follow Ac=Q("'and P(A) - 0. The probability process
% t1T, SLI is a family of random variables ~t defined on-CLand
depending on the parameter t which rune through the set T. Let
be the sot of functions F(t) given on T. The author investigalt
the question under which conditions for almost all funationey(t)
of 0 there exists an weilso that jt(LJ) - LP(t). The author
introduces the notions of a fundamental process and a process
immediately given mod 01 and he gives necessary and sufficient
conditions for the existence of the desired OEM.& There is
1 non-Soviet reference, which is American.
ASSOCIATION:Institut matematiki im. V.I.Romanovskogo AN Uz SSR (Institute of
Mathematics im.V.I.Romanovskiy AS Uz SSR)
SUBMITTED: April 1, 1959
Cardl 1/1

4~4~ 16-9900 66457
AUTHOR: Vinokurov,V.G. SOV/20-129-1-1/(4
TITLE: Generalized Lebesgue Spaces I
PERIODICAL: Doklady Akademii nauk SSSR,1959,Vol 129,Nr 1,pp 9-11 (USSR)
ABSTRACT: According to the author a generalized Lebesgue space is a space
E with a complete measure m, where 1) mE - 1, 2) to every two
points x,yC-E there exists a measurable set A so that xE A,
y CA, and 3) the factor space of E with respect to every
measurable deco osition of E is a Lebesgue space in the sense
of V.A.Rokhlin Fnef 12.
Starting from an other definition (with the aid of certain
representations of a Boolean algebra with a finite-additive
measure) the author investigates the properties of generalized
Lebesgue spaces and shows that they are in a near connection with
Card 1/1 the measures in topological spaces. Some properties of probability
theoretical nrocesses in the considered spaces are discussed.
There are 5 ieferences, 3 of which are Soviet, 1 American, and
1 Hungarian,
ASSOCIATION:Institut matematiki i mekhaniki imeni V.I.Romanovskogo Akademii
nauk Uzb SSR (Institute of Mathematics and Mechanics imeni V.I.
Romanovskiy,AS Uzb.SSR)
PRESENTED: May 18, 1959 by A. N. Kolmogorov, Academician
SUBMITTED- May 18, 1959

,,'V,.I..NOKU.R.0,V,- 'I!G*
SPaces with a measure Of contInual we'ght. Dok'!. V,' SEZR ~63
4
no.6,1307-1309 Ag '65. (MIRA 18:8)
1. Institut natematiki ins V~I#Rormnovskogo All UzSSR. Submitted
February 10, 1965-

VINOKUROV, V.G.
Supplementary representations of algebras with measures. Teor.
verolat. i mat. stat. no.1:1216-129 t64.
(MIRA 18:6)

VTNCKTJROV,, V.G.
Contin-inus pr~;di~-,t ~~If Lf--L-3gue Dckl. k1l
no.21255-257. My 165. lp--7,A 13-.5)
1. In3titut maternatiki im. V.I.Romanovskogo AN 'Tz&V,.

VINOKUROV V G.
~L-Lx-
Representettione of partially ordered sets, and
spaces. Izv. PJT Uz.SSR. Ser. fiz.-mat. nauk 7
1. Institut matematiki imeni V.I. Romanovskogo
topological
no,5:5-13 163.
(NIRA 17:8)
All UzS-ER.

V I f.1 ~~ W7t
e p r c f L
n.
1. lnst,itut rqale-mat!k~ In. V.'r. RoinanOV3kogo AN UzIbC4,skoy S:5,11.
Fru-i,qti-~vleno a",(aelerdkom A.N. Aclsmogorolym.

VINOKUROVI V.-G.; TROITSKAYA, V.S.; GRANDBERG, I.I.; PENTIN, Yu.A. '
Pyrazoles. Part 39: Structure and tautomerism of hydroxypyrazO.Les
Zhur. ob. khim. 33 no.8:2597-2605 Ag '163. (MIRA ib:ll)
1. Moskovskiy gosudarstvennyy universitet imeni M.V. 1,omonosova.

VINOKUROV, V.G.; TROITSKAYA, V.S.; GBANDBERG, 1~1..
Pyrazoles. Part 44: Tautomeriam of hydroxy and amirc pyrazole
systems, classification of intramolecular effects and structure
of bifunctional pyrazole derivatives. Zhur. ob. kh1m. 35 no.7;
1288-1293 JI 165. (MIRA 18:8)
1. Institut farmakologil I khimioterapit AMN SSSR I Moskovskiy
gosudarstvennyy universitet.

VINOKUROV, V.G.; TROITSKAYA, V.3.; GRANDBERG, I.I.
PYrazoles. Part 41: Inifrared. spectra and tautomerism in the arzinc-
pyrazole sorlea. Zhur.ob.khim. 34 no.2:654-660 r 64. (MIRA 170)
1. Institut farmnkologii i khimtotorapli AMN SSSR i Moskovskiy gosu-
darstvennyy universitat ineni, M.V.Lomonosova.

POPOVA, R.Ya.; FROTOPOPOVA, T.V.; VINOKUROV, V.G.; SKOLDINGV, A.F.
Functional derivatives of malodnialdehyde and their reactions. Part
141 Condensation of some allyl halides with vinyl ether. Zhur.ob.khim.
34 no.1:114-119 Ja 164. (AURA 17:3)
1. Institut farmakologii i khimioterapii AMN SSSR.

VINOKUROVY V.G.
Topological properties of partially ordered sets. Usp. mmat. nauk
18 no.5tl5l-155 5-0 16-J& (W IRA 16 :12 )

VINOKURGV. V.G,,; TROITSKAYA.. V.S.; SOLOMINA, N.D.; GRANDBERG, 1.1.
Pyrazoles. Part 313 Infrared spectra of 4-acylpyrazoles,
their salts and metal derivatives. Zhur.ob.khim. 33 no.2:
506-511 F 163. (MIRA 16:2)
1. Institut farmakologii i khimioterapii LMN SSSR I Moskovskiy
gosudarstvennyy universitet im. H.V.Ioomonosovao
(pyrazole--Aboorption spectra)

GRANDBERG, I.I.- VINOKURCIV V.G - FROITSKAYA, V.S.; SHARMA, G.I.
Pyrazoles. Part 30: Synthesis and ultraviolet spectra of
4-acetyl- and 4-be=oyl-3.,3-dimetbylpyrazoles. Zhur.ob.khim.
32 no.ll-.3582-3586 N 162. (MIRA 15:11)
1. Moskovskiy gosudarstvennyy universitet i Inatitut
farmakologii i khimioterapii AMN SSSR.
(Pyrazole--Spectra)

KUZITETSOVA . Ye.A.; STETIJIYEVA. V.111.; ZHtw-,.VII,.V, S.V.; V-TNtIKUROV-, Y_,G.;
TROITSKAYA, V.S.; Prinimala uchastiye SOLOXHIMA; N.D.
Synthesis and properties of 2-:~ercaptobensothiazole derivatives.
Part 1: Some S-substitute" 2-moreaptobenzothiazoles .nd their
3ulfones. 71ax.ob.khim. 32 no.9:3007-3011 S 162. (".,Ipl lr,:g)
1. Institut fanrakologii i khimiotera ii AMIT SSSR.
(BenzothiazolG) (Sulfonm

VINOKUROV, _yq~.-(Tashkent)
RepreBentations of Boolean algebras and meanurable spacea. Mat.
obor. 56 no.3075-391 Yx 162. (KMA 15:4)
(Algebra.. Boolean) (Spaces., Genoralized)

VIIIOEUROV, V.G.- TROITSKAYA, V.S.; Z/tGORF,"VSXIY, V.A.
Spectral colors in the series of derivativeF of 2-chromonecarboxylic
acid. Zhur.ob.khim. 31 no.9:2901-2995 S '61- (YJRA 14:9)
1. Institut farmakologil i khimioterapii Akademii meditsinskikh
nauk SSSR.
(Chromonecarboxylic acid--Spectra)

AUTHOR:
TITLE:
PERIODICALs
315 312
5103916210561001410041004
B125/B102
Vinokurov, V. G. (Tashkent)
Representations of Boolean alrebras and spaces with measure
Matematicheakiy sbornik, V. 56(98), no. 3, 1962, 375 - 391
TEXT: A finitely additive non-neeative function m which is Eiven on a
Boolean algebra and equal to unity in the unit element of Z-is said to
be a measure belonging to/,-. A representation JE, R, V.; of ).&, m: consists
of a set E, of the algebra R of the subsets of P,, and of a h1omomorphism V
of the algebra-4 onto the algebra R, which satisfies the following con-
ditions: 1. For arbitraq two points x and y of E, there is zuch an A~R
that x4A,Y~4;2.For each bE~e-with m'b> 0, the set Vb does not vanish. A
subset 71 oi'.~-, which has the property that a,%b ~ 0 and a-btJ for ai',',' and
bt-'71, is said to be a lattice. For each element b6-&, there is a set B which
consists of all maximal lattices containing b. All these set's B constitute
an algebra Rce V 0 11 the corresponding isomorphism between -'rand R c. A
representation f Ec, Rc, Vcj is said to be maximal. For two representations
Card 1/3

S/039/62/056/003/004/004
Representations of ... B125/B102
-ind ~E R set " or~r-, the set of
El, R1, V and an arbitrary sub j-
1~ - 27 2' V21
all the maximal lattices 7` for which there is such a lattice 'iil!--T E 1 that
"I", , but no lattice IWIGTcE2 such that V~7 - *,'P',!, is dezirnated by
A I A representation IE is said to be subordered to a
E2 t 1 1 Ri I V1
representation ~Iif for an arbitrary subalgebra ~ct-there is a
IE;2' R20 V2
'?' I
subalgebra j ci~ such that 3c P and A has the measure 7ero in the
space produced by, .1-1 m I for each suba'leebra The concept of subor-
dering of representations is the most important concept of the paper. The
metrical structure of representations is invariant under the procedure of
subordering. Therefore, this procedure leads to a clas3ification of the
metrical types of representation3 and spaces produced by reDresentations.
There are 6-references: 5 Soviet and 3 non-Soviet. The reference to the
English-lanpuage publication reads as follows: P. R. Halmos, J. V. Ilieu-
mann, Operator methods in classical mechanics. II, Ann. of -~'ath., Z3, no.2
Card 2/3

S10391621056100310041004
Representations of ... B125/B102 .
(1942), 332 - 350.
ASSOCIATIONt Tashkentskiy E-osudarstvennyy universitet imeni V. I. Lenina
(Tashkent State University imeni V. I. Lenin)
SUBMITTED: September 2, 1960
Card 3/3

-_yRqMOV, V.G.j TROITSKAYA, V.S.; ZAGOREVSKIY.. V.A.
Absorption spectra of derivatives of 2-chromanecarbaX721c acid
in the ultraviolet and viBible, Zhur, ob. khim. 31 no.4-1 10r-
1082 AP 161; (MIRA 14:4)
1. Institut farmakologii i lrbimiotorADU AWOMii meditainakikh
nauk SSSR. I
(Benzopyrancarboxylic acid--Spectra)

S/()~.4/6070,10PO/012/012/014
L) 0 Ill/ C 333
UTEORt Vinokarov# V. G.
TITM A problem of control theory
PIRIODICA.Li Reftrativayy skurzalp Xatematika, na.~-.12p 1960, 142,
abstract 14213.(Tr. In-ta mates. i makkan. Al Us SSRp
1957t vyp. 20, 5-4)
TIM The author considers the.-problem of'the assumption of a
st&tistieal solution for tho,folloving genor&l.soksime.4-sartain
object-can-be with:prabability measure P in an arbitrary point of ~he
abstrao t space The apse is decomposed into a finite number
of disjoint sea urable not* on there are .&Lven-monaegative,
ixtegrabl.e function&.-r W, 0 ris-, -equal- -to. -the- lose ihich
must be suff *red when ;us real stati of the objeot-is- Xt. while it is
assumed -that the state of the object belon4s, to 0j. A. test is. carried
out an& it is stated to which olesent-of a-airtaia-decompasition I Of
the Spec the state of'the object belongs. L:t be,&wouposed into
the so a where are measurable e6ts whi hsun of the
.t %f9
-Then the *o1uti is made -if z Wader fixed
*16monts o n x
Card 1/2

22664
S/044/60/000/012/01-2/014
A problem of-cozt~rol theory C ill/ C 333
decospolvition ORO Wstains a siximm. 0-f losses If for almost a-lIxet!
it is D&tisfio 8 X
(x) - X(x), where N
(x) 0 11
(X)11
,
i
:,

author canwideva, tke- losses whiek are comes-ted- with the
expenses of - tko town and investigates- the qutati*A -of -tho optimal
sela,tion, uxdAr.cGAsid*re;tftn of 'these,lO=! O"tiv&,-tQ.AkO sit
of sill-possible decanpasitions of%tkv AP
4 , Tkq~glv set is
memod-osA&Ake 49me Z -of ,Mw elassm-of_ decompaslations jL, -in which
Tke. minims- value K(J) of tkis, sathmatical
pxpeatatioa.of the losses for the door_-qjpositita~s can--bO-dofixed se
X(s)' x E Z. It turns out that x(s) is &-uniformly coniinuous
fx"6u in L Then - Z is sn'bedded into &.certain sexplaig, -4-A
kp*oi,2 ;- rt in d4fineds the measure P is called vatur"04; 44 z .-Z
T#e L*besgue measures in the sense of V. Ae Rokklin (Wem+..~ebd 1949t
2~, 1) are astaxate& misasurte. It --thO -and vf * tke article the .*maple of
a-ba-turatod measure whisk is no Lebeagno-measure is Ifivene
[Ibstrac,'ter's- notes Complete trazellationj
Card 2/2

VINOKUROV, V.G.; TROITSKAU, V.S.; KOCHETKOV9 N.K.
Gyaloserine and related compounds. Part Ilt Infrared spectra of
3-inoxazolidinones. Zhur. ob. khim. 31 no.1:205-210 Ja 161.
(MIU 14: 1)
1. Institut farmakologii i khimioterapii Akademii meditsinskikh
nauk WSR.
(Isaxazolidinone-Zpactra)

VINOKUROV) V. I.
VIHOKUROV, V. I.: "Investigation of rimthods of radiometry." Min Higher
Education. Leningrad Electrical -Engineering Inst Lnleni V. I.
Ullyanov (Lenin). Leningrad, 1956
(Dissertation for the Degree of Gandidate in Technical
Sciences)
So: Knizhnaya Letopis', 110. 18, 1956

VIROKUROV9 V.I. inzhener; SVI, P.M.
Detection of defective Insulators by means of ra4iation.
Slektrichestvo no.11:86 N 156. (MLRA 9:12)
1. Leningradolciy alektrotekhnicbeskiy institut imeni
Ullyanova (Lenin&) (for Vinokurov) 2. Kontora po organizateli
ratsionallz&tsil rayonnykh elektrostantail I seti (for Svi).
(Zlectric Insulators and insulation--Testing)
(Radio measurements)

1 66528
~, 4 SOV/112-59-18-39235
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, Nr 18. p 167 (USSR)
AUTIHORt Vlno)curov,, V.I.
TITLE: Devices for the Measurement of Fluctuating Signals
PERIODICAL: Izv. Leningr. elektrotekhn. in-ta, 1957, Nr 31, pp 139 - 143
ABSTRACT: A modulation type radiometer for the measurement of fluctuating signals
in the 3-cm range is described. The longitudinal sensitivity of the
radiometer is 20 at a time constant of 8 sec, which corresporAs to a
lowest measurable power of 1o-16 watt. The input signal is modulated
with the aid of a modulator consisting of a rectangular waveguide,of
2 mm height, in the interior of which a 0-10 type ferrite is placed.
Modulation is effected by the alteration of absorption of the ferrite
by a magneti'zing field of a frequency of 175 keyoles; the modulation
depth amounts to 75%. The modulated *signal arrives at the balance,
mixer of the resonator type through a ferrite insulator poxsessIng
Card 1/2 valve properties and weakening the noises of the receiver and the mixer,

66528
Devices for the Measurement of Fluctuating Signals SCYV/112-59-18-39235
which reach the antenna. Further follows a pass frequency indicator -(UPCh), tuned
on a frequency-of 60 Me and having a pass band of 12 Me, a selective low frequency
indicator (UNCh) and a phase detector. The supply of the radiometer is effected by
a stabilized rectifier. I
B.I.K. A
Qard ^/n
C/.m

66527
SOV/112-59-18-39234
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, Nr 18, p 167 (USSR)
AUTHOR: Vinolcurov, V.I.
T=: Investigations of the Possibility of Temperature Telemeter!.ng of Heated
Bodies With the Aid of Radiometers
PERIODICAL- Izv. Leningr. elektrotekhn. in-ta, 1958, Nr 35, Pp 1517 - 165
ABSTRACT: The f',jll energy of radio emission received by the antenna of a radio-
meter depends on the frequency band, the absorption coefficient of the
heated body (B), the amplification factor of the antenna and the solid
angle under which the surface of B is visible from the plane of the
antenna opening. The power which is received by the radiometer is
equivalent to the temperature increase of the emission resistance of
the antenna which, generally, is determined by the integral value of
the temperature of the B under investigation. The value of the equi-
valent temperature of the parabolic antenna of 40 cm In diameter at an
Card 1/2 opening angle of 10-2 steradian Is found. The smallest temperature
I-r

()WI? 7
SCV/112-59-18-39234
Investigations of the Possibility of Temperature Telemetering of Heated Bodies With
the Aid of Radiometers
increment of a heated dielectric, which can be measjred by the radiometer, amounts to
approximately 250C. The radio emission being radiated froir the heated B is absorbed
by a flame. 'file absorption magnitude, according to the author's data, amounts to a
few tenths of decibel/cm. I.I.L. t~v
Card 2/2

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8-n awn. /?S'1

AT6022237 SOURCE CODE: UR/0000/66/000/000/0020/003Y
Vinokurov, V. I.; Vakker, R. A.
AU111OR:
ORG.: none
TITLE: Using nonlinear elements in correlators
SOURCE: Vsesoyuznnya nauchnaya sessiya, posvyashchennaya Dnyu radio. 22d, 1966.
Sektsiya radiotekhniki. Doklady. Moscow, 1966, 20-33
TOPIC TAGS: signal correlation, correlation statistics, nonlinear effect
A*BSTRACT: The properties of a correlator based on a nonlinear element (detector)
whose characteristic is described by the equation:
'Z ay, Y 0'.
0 Y