SCIENTIFIC ABSTRACT VOSTROKNUTOV, N.N. - VOSTROV, G.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001861030011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 82
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

instruments and Tedhniqu6s, for Measuring (Cont. ) SOV/2085
9. Effects of Instrument transformer errors on the readings
of measuring instruments and meters 262
Ch. 9. Measurements of Capacitance and Inductance 264
1. Indirect methods of measuring capacitance and inductance 264
.2. Faradmeters 267
3. General information on a-c bridges 268
4. Types of a-c bridges 270
5. Screening of a-c circuits 273
Ch,10. Instruments for Measuring Frequencies and Phase Shift
Angles 28o
1. Power - factor meters 280
2. Phase indicators 284
3. Frequency meters 286
Ch.11. Recording Instruments 290
1. Self-recording instruments 290
2. Automatic potentiometers and bridges 294
3. Oscillographa 299
Card 6/8

Instruments and .-.Tedhniques for Measuring (cont.)
Ch. 12. Methods and.InBtruments for Magnetic Measurements
1. Ballistic method
2. Permeameters (magnetic permeability meters)
3. Induction method
Ch. 13. Equipment for Electrical Measurement Laboratories
1. Electric supply sources
2. Regulation apparatus
3. D-C units
4. A-C units
5. Units for insulation testing
Ch. 14. Checking Electric Measuring Instruments
1. General information
2. Checking ammetero, voltmeters/and wattmeters
3. Checking power-factor meters
4. Checking resistance boxes and bridges
Card 7/8
SOV/2085,
308
308
313
314
318
318
319
322
324
333
335
335
338
346
349

Instruments and Techniques- for Measuring (Cont.) SOV/2085
Checking ohmmeters 350
Checking electric meters 352
Bibliography 361
AppendiIx 362
A"ILABLE: Library of Congress (TK275. V65 1958)
JPAg
7-28-59
Card 8/8

VOSTROk2lUlOV, II.P.; 7EIEL"LlIAN, M.A.
llotrological characteristics of preciaion volt-a-ge st-sc~lizers
and methods for their Invontigation. Izm. tekh. no.108-41
Ja 164. (1-1111A Vill)

:VOSTROKNUTOV, N.N.
i I-- _~_ " ~ -_ I I I - ~
. Determining the optimum correlation between the output and refer-
ence voltages of d.c. voltage stabilizers. lzm. tekh. no.3140-43
Mr 165. (14IRA 1835)

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VOSTROITUTOV N.H., inzho (Moskva); SIROTRISKIYj Ye.L., k%nd.tekhn.
~'Sent (Moskva)
Ifew principle for obtaining constant advancio time in automatic
synobronizers, Blektricheetvo no.8:35-1*0 Ag 161.
1 (14IRA 14:10)
Electric power distribution)
leetric protection)
R

SIROTINSKIY, Ye.L., kand.LcUoi.n;~uk (1,11oskva); POZRKOV, M.G.,, bizh. (Moskva);
10STRODUTOV, N.D., inzb. (Hoakva); PAIWILOV, N.I., Inzh. (~:oslnta)
Contactless automatic voltage regulators for regulating loaded trans-
formers. Blektrichestvo no.7:4-12 Jl 163. (WRA 16:9)
(Voltage reGulatorr) (Electric transformers)

SIROTINSKI,'E-. L. (Sirotinskiy, Ye.L.1; ROZHKOV, M.G.;
N.N.; PANFILOV, N.I.; NANCHEV, St. (translator]
Contactless automatic voltage controller for transformers
with control under load. Novosti avtomat telemekh no. 1t
35-51 164.

VOSTROKNUTOV, N.N.
Specialized Austrian exhibition ofinstruments and machinery.
lzm.tekh. no.204-55 F 164. (9;- RA 17 -.4,1

VOSLROKNMV. NikolaX NikolgZ�jdShj DOROGUNTSEV, . Viktor Gavrilovich;
MARLNCHAK, Vadllly YAkarovich; OVCHARENID~, Nikolay Illich.-
SIROTINSKIY, Yevgcniy Leonldovick; FABRIWT, Veni-wmin
LIvovich; IVANOV, V.r.-prof.
dote *,txet#mz*nt; SIMMOO V.,K.l'kand. tokkn. nauk, retsen-
zent; SOLOVIYEV, I.I., prof., red.1 FEDMYEV, A.M., prof.,
red.; OVSYANNIKOVA, Z.G., red.; GOROK VA9 S.S.., tok1w.red.
,[Use of transistors in relay protection and system automa-
tion)Primenanie poluprovodnikov v ustroiatyakh relainoi
xashchity i sistemnoi avtomatiki. Moskva) Vyvehaia shkola,
1962. 282 p. OIIRA 16:3)
(Electric protection) (Electric relays)
(Transistor circuits)

vc srrqo r'N U-I 0 4IS.
Oar,okhodnuia Senoko3ilka KS-lC (:17,-df-Propollerl Yowing
Four Continent Book List, April 1954

VOSTROKNUTOVe S P
Designing thin-walled parts of textile machinery to withstand
hindered torsion. Izv.vys.ucheb.zav.; tekh.tekst.prom. no*4:
119-124 161. (IJIRA 14:9)
1. Moskovskly tekstillnyy institut.
(Textile machinery--Design and construction)

for r'!.
Cf 4he '4nnlgn
r", IZII. Irf3.
rod fast,)rved ,J-4tr, 18:5)
tek3t. prom.. ro.1:141-146 165.
i. Vlookov.-skily t,,,R a t t I t nyy I n,3 t I tilt

kxEr"Y'S.F.-
VOSP
Theoretical principles in designing batten blades. Izv.vyee
ucbeb.xav,; tekh.teksteprome no.1$147-131 160*
(MIU 13:6)
1. Hookovskiy tekstiltzWy institut*
(Looms)

LEVSHIN9 Vladimir Arturovich; FIWMKO-BORODICH# M.M.9 doktor tekhn.naukl
prof. 9 retsenzent; MOSIROM"Cl. S-Rd - ADktor tekhn.naukv prof.,
reteenzent; SINDEM9 V.A,,p prof.9 retsen2ent; SOKOIDY9 V.1.9
doktor tekbn.naukp profop retsenzentl MINATUAI T.M., red.;
SHAPMIKOVA9 T.A., takhn.red.
[Strength of materialo) Soprotivlenie materialov. Moskvap Iz4-vo
naucbno-tekbn.li:t-ry RSFSR, 1961. 475 P. (KMA 14:6)
(Strength of materials)

V6's-TROKIOTOV,
VOSTROKMOV, S.P., doktor tekhn.nauk
considering the forces of inertia In the theor7 and do8ign of
machines. Trudy MIN no.7:53-65 '57. (MIRA 10-12)
(Mechanical engineering)

VOSTROKIMOV, Ster~an Pa
Recent achievements in the mechE~nization of agriculture
Kazan', 1929. 11 p.
1. Farm mechanization
2. Agricultural machinery.

VOSTRO M TOV, V.A.
Introduction of =ultipurpose attAZbZ2Ut;3 with interchange-able
parts in enterprises of the Sverdlovsk Economio Cauncil. Blul.
takh.-ekon,inforu, no,l~.62 262, (MIRA l5t2)
(Sverdlovsk Province--Industrial management)

VOS 7/X 0 K N U "1"D VI I b
BOGIN,N.M., kaudidat takhnichaskikh tank; VOSTRaMMOV,V.D., Inshener
an$*- --- -WAWA%tw-
Kechanization of reinforcement work in the manufacture of wire-
mesh concrete elements. Bet. i zhal.-bet. no.6:211-215 S 155.
(Reinforced concrete) (MM 8:9)

VOSTROMOV To ; XMICHITSKATA, V.
Repairing tubless tires. Avt. transp. 37 no*5:22-24 my 159.
(MIRA 12:8)
(Tireog Rubber-Maintenance and repair)

VOSTROKNUTOV, je.G.; VOLKOVA, S.V.; KAMENSKIY, B.Z.
BUtistical methoda for establishing thn guaranty norms for the
servic.) life of reconditioned tiroo. Much. i rez. 24 no.205-
37 F t65. (MIRA 18$4)
1. Opytnyy zavod po vosstanovlenlyu shin Nauchno-inaledovatel'skogo
instituta shinnoy promyshlonnosti.

ZUBANOVO V.A.; VOSTROKNUTOV) Ye.G. Prinimali uchastiye: RUDENKO, G.V.;
-, ,
Development of efficient vulcanization conditi=. in the recapping
of automobile tires. Kauch. i rez. 24 no.6:25-29 Je 165.
WIRA 18:7)
1. Nevinnomysskiy shinovosstanovitellnyy zavod i flauchno-isoledova-
teltskiy institut shinnoy promyshlennosti.

VOSTROKNUTOV, Ye.G.; FORT, B.S.; ZHURAVLEV, V.F.; NIKITINA, A.A.
Provide the rubber tire repair industrf with the new type of
equipment. Kauch. i rez. 24 no.8:33-35 165. (MIRA 18:10)
1. Nauchno-issledovateltskly Institut shinnoy promyshlennostl I
nauchno-losledovatellskiy i konstruktorskiy institut po
oborudovanlyu dlya shinnoy proqrshlonnosti.

KOSHEIEV9 F.F.; KAMNSKIY9 B.Z.; YURGUISON" M.P.; Y9UW-RWTOVj Ye.G.
Rubber patches for on,-the-Toad repairing of tire tubes.
Kauch.i rez. 21 no.12243-45 D-162. (MIRA 16:1)
1. Nauchno-issledovatellskiy institut shinnay proavshlennosti.
(Tires,, Rubber-Repairing)

BADENKOVI P,F.j- VOSTROKNUTOV, Ye,G.; YEVSTRATOV, V.F*
Rise of the production output and technological level of the
Soviet re-treading industry. Kauch. i rez. 20 no. 4:4-7 Ap 161.
(MIM IA+: 5)
1. Nauchno-issledovatellskiy institut shinnoy pr=yshlennosti.
(TJxeo# Rubber)

yoSTROKMMOV, Ye.G.*, BDMK, N.M.; SMIRKOV, A-IP-
Determining the moisture content.of automobile tire casings vith
an electrical moisture meter. Katich. i rei. 18 no.1:43-45 Ja '59.
(MIRA 12:1)
l.Nauchno-isoledovat el'skiy institut shlnno~ promVehlannosti.
(Automobile a --41iri
(Xlectri'c instruments)

-7~
ACCESSION NR: AP4043973 o(OI38/64/000/008/00'36/0040
AUTHOR: Kamensidy, B. Z., Yoatroknutov, Ye. G., Remikovskly, M. M.
TITLE: Effect of the surface state and bonding conditions on the bond strength between
vulcanized and unvulcanized rubbers
SOURCE: Kauchuk I rezina, no. 8, 1964, 35-40
TOPIC TAGS: rubber, vulcanization, aging, adhesion, bonding, bond strength, contact
surface, rubber surface
ABSTRACT: The effect of aging of the vulcanizates on the bond strength between vulcan-
ized and unvulcanized rubber mixtures from NK was studied before and af ter vulcanization
of the bonded samples and with or without roughening of the vulcanized surface. The
surface treat-
results shown in the Enclosure demonstrate the importance of mechanical
i mert to remove the oxidized layor. Aging, on the other hand, had an unfavorable effect
on the bond strength of vulcanized rubber. PIcturca of surfaces processed by different
methods are shown and their effect on the bond strength is evaluated. Since an increase
In contact area increases the bond strength, the possibility of increasing the surface area
by mechanical treatment is studied for different types of geometric relief. The concept of',
"order of roughealng" Is developed and It In shown that for eachtype of relief, the true
.Card 1/3

!.~'ACCESSION NR: AP404397,,
(geometrical) contact area can be determined by simple calculations using Maxwell's
equation. The coefficients of Increase In geometrical surface area are given for different
models and formulas are developed for determining the coefficient of true contact area.
This coefficient is a complicated function of time and normal load. Finally, the depen-
dence of bond strength between vulcanized and unvulcanized rubbers on the amount of
pressure (for 3 min.) and on bonding time (at 12 atm.)Js plotted. Theexpression caI-
culated for this relationship makes It possible to describe the experimental data approxi-
mately without using the theory of layer-to-layer molecular diffusion. Orig. art. has:
7 formulas and 6 figures.
ASSOCIATION: Nauchno, isoledovatellskly Institut shinnoy pr wVfthlannosti '(Scidntifio
Research Institute of the Tire Industry)
ENGLs 01
SUBMITTED:. 00
SUD CODE: MT NO REF SOV: 007 OTHER: 000
Card 2/3

ii7viin
I-. V
'AP404397334
ACCESSION NP.:
ENCLOSURE: 01
10
J,
6
it
a b
45 L
;. I -
2 4 J,
F Ig. 1. Effect of aging of the vuledhizate on Its bonding strength with an unvulcanized
rubber mixture of NK, before (a) and after (b) vulcanization of the bonded
samples: I - roughenin g of the vulcanizate surface after aging; 2 - roughoaing
of the vulcantzate surface before aging; 3 - without roughening of the vul-
canizato surface. Ordinate bond strength in kg. slom; abscissa aging time
In days.
Card 3/3

VOSTROKMTUV, Ye.G.; SHIRNOV) A.P.
Drying of tire maings tn the restoj7ation process. Kduch.i
r,oz. 21 no.9-.34-39 S 162, (MIRA 15:11)
1. Nauchno-issledovatellakiy Institat shinnoy promyshleraiosti.
(Tires, Rubber)

s/138/6 1/10oo/W4/oo 1/006
A051/A129
AUTHORS: Badenkov, P.P., Vostroknutov, Ye.G., Yevstratov, V.F.
TITLPi Increasing the pr6duction volume and elevating the technical level
of the Soviet tire build-up industry
PERIODICAL: Kauchuk I rezina, no. 4, 1961, 4 - 7
TEXT: Under present conditions of automobile tire use, the casing is found
to "outl14' the tread. In 1965, the production of repaired tires will exceed
-by over 12 times that of 1960. This repair can be accomplished by a proper metiod
of tire selection in'automobile plants, In order to carry out the necessai-I re-
pairs. Larger and more economical piants and repair shops must be built, usual-
ly by the 3ovnarkhozes and the smaller ones by the Ministries of Automobile Trans-
port and Roads of the Union Republics or by the Ministries of Agriculture, etc.
The location of-these plants should depend on favourable local conditions. ~e
tire build-up shops of the automobile plants should specialize only in the r
pairs of-local damage, which requires manual labor. An estimation is given for
the number of tires to be repaired In an average Oblastt: number of automobiles-
20,000; number of wheels - 120,000; average life time of the tire 1.5- 2
Card 1/3
---------- -

S/138/61/000/004/001/006
Increasing the production A051/A129
yearsl number of damaged tides per year - 60,000 - 80,0001 number of tires
suitable for repair - 30,000 - 40,000. Thus, for an average Oblast, one plant
with a total tire build-up capacity of 50,000 per year should be sufficient (i,e.
30,000 repaired tires). New tire build-up equipment is needed. Tests of various
machinery and equipment are boing conducted at the Experimental Tire-Repalr Plant
of the NII shinnoy promyshlennostl (NII of the Tire Indust!,y) and beginning In
196i, these machines will be mass-producted. The*equipment is suitable for all
types of tires up to 14.00-20 in size. The roadability of the repaired tires
compared to now ones,bazed on the average size, chould increase from 20-25% In
1960 to 50-55% by 1965. The guaranteed roadability standards of the repaired
tires should be developed and confirmed. Until recently, low-quality rubbers
were used in tire build-up material, having a much higher physico-mechanical in-
dex-(that of mass-produced tire rubber). The content and scale of laboratory
and industrial tests conducted so far give only partial satisfacttion. A special
group of specialists should be established in the Gosplan of the USSR, VSNKh,
Goskhimkomitet, Goskomitet for the problems of automation and machine-building,
to deal with the repair of tires. The following problems must further be handled:
1) research for new tire build-up materials; a) development of new rubber compo-
sition, adhesives, pastes for low-temperature vulcanization; b) development of
Card

S/138/61/000/004/001/006
Increasing the production A051/A129
special rubber compositions and adhesives for the repairing process, using hot
vulcanization; 2) new industrial technologies, equipment and instruments for
the repair of tiveal a) new methoda for the heating of tires and tire build-up
materials in drying, application of the materials, rolling and vuloanization of
the tread; b) efficient types of polishing-copying and rolling machines, infra-
red driers, individual and bandage vulcanizers, tools.for Inserting and removing
boiling chambers; c) new methods and instruments for express-control; 3) per-
sonnel training for the tire build-up industry. The organization of appropriate
departments In the MITXhT im. Lomoncaovl, LKhTI, DKhTI, and other chemical tech-
nological institutes is recommended. there is 1 table.
ASSOCIATION:: Nauchno_iss.,'xAovatel',skiy institut shinnoy promyshlennosti (Scien-
~_tific Resear-h Institute of the Tire Industry)
Card 3/3

Tf;.'w -,~ ~: ... ~ .. - .
---
VOSTROKNUT9Yt,,Te,;.KAYYNSKIY, ll.; KRIVOCIMMO, L.
Tr.proving the quality of reconditioned tires. tvt. tranqp. 43
no.1;21-23 Ja 165. (MHU 180)

VOSTROKNUTOV, Ye.G.; BOLISHAKOVA, S.I.
Buffing of the vulcanized treads in recapped tires with
varimis tools. Kauch. i rez. 23 no.1:35-40 Ja 164.
(14IRA 17t2)
1. Nauchno-issladovatellskiy institut shinnoy promyshlonnosti.

MALKINA,, Kh.E.; VOSTROKNUTOV, Ye.G.j KMIISKIY, B.Z,
Conference on tire recapping. Kauch. i rez. 20 r.,3.10154m57 0 161.
(Tireo, Rubber) OWA 14:12)

S113815910001012.10061006
AUTHORSt Vostroknutovq Yeo G,p Smirnovj Aa F,9 Kamenakiyp B. Z,
TITLEs Control of Moisture in Automobile Tread
Casings
PERIODICALt Kauchuk i Rezinc, 1959t No. 12t PP# 47-49
TEXTt The moisture of the tire caoingag which impedes repair worko
can be 4etermined by the electrical resistance of the casing, which decrea-
ses with an increase in the noisture of the cord, The German patent t/
No- 9364801 1955, the design of which is based on the above-mentioned pri-
ciple is discussed. It has two steel needles attached to the handle, which
act as the electrodes. These needles are introduced into the casing of
the tread, The functioning principle isexplained. Tho disadvantage of
the instrument is the impossibility of a quantitative evaluation of the
moisture content. The Kiyevskiy shinoremontnyy zavod (Kiyev Tire Repair
Plant) developed a special method using the ordinary type megohmmeter
(Ref- 3) for the quantitative determination of the relationship between
the electrical resistance and the moisture of the casing. The tests showed
that this method could be used for detecting tires in need of drying.
Card 1/3 0

S/138/59/000/C12/006/006
An Instrument for the Control of Moisture in Automobile Tread Casings
Casings with a moisture content of 5% or more after vulcanization were shown
to undergo lamination on the sides. The moisture-meter and the megohm-
meter were used to determine why the lamination took place on the sides
rather than in the crown of the casing. It was found that more moisture
accumulated at the sides due to less heating of these parts during perform-
anoe of the tire. The application of the moisture-meter and the megohm.-
meter showed that these instruments had also various disadvantages. The
handle of the megohmmeter had to be turned manually during the measurements,
Further investigations resulted in the development of a moisture-indicator
for determining the moisture of the casings under repair. The instrument
proved satisfactory in every respect. The principle of its design is
given as being based on the change in the switch-on voltage of the neon
bulbs depending on the value of the shunting resistance. The new instrument
is used both for the quantitative and qualitative determination of the
moisture content. Fig. 1 is the circuit diagram of the instrument, where
three neon bulbs are seen to be connected. Fig. 3 is a diagram of the in-
Btrument with all its component partn. rm-6 (MN-6) neon bulbs are used.
The average degree of accuracy of the instrument is 15-20%o The experimen-
tal instrument was tested at the Moskovskiy vulkaaizatsionny zavod
Card 2/3

8/138/59/000/012/006/006
An Instrument for the Control of Moisture in Automobile Tread Casings
(Moscow Vulcanization Plant) and at the Kiyev*Ttre Repair Plant. As many
as 45 casings of vari izes were tested and the results are given In the
table4 The casings with a high moisture content after vulcanization were
laminated. The authors state that the principle of this instrument can be
applied to designing similar instrumentq for moisture determination in
other article'a of materials, such as the ingredients of rubber mixtures, or-
ganic oolvents or to,-tiles. Tho circuit diagram can be changed accordingly
in each case. For example, by using alternating resistance for shunting an
instrument can be made with a continuous moisture-indicating scale and with
only one bulb-indicator. There are 1 tablet 3 figures and 4 references%
3 Soviet and 1 Pol~sh.
ASSOCiATIQNi Nauchno-iseledovatellskiy inatitut shinnoy promyshlennosti.
-'Scientific-Research Institute of th~ Tire Industr
Card 3/3

1~ P.T.. ftnt1n., L.?.. 9--,kty.
TZTU. ON tk. Do.ol.peent at 3.1 r-rul.sal zing me 1-r1.2. for the I-
Pair or P%-sio
rMaXCAL, feseb.)a I IL-.Ll,%. 1960. U. 6. pp. 77 - 29.
T3=. Tu. lov"at -4 apptI.&ILGA of &.U..,xicanislas
material. ;A tire "p"r and the wold veI4aAi..:10a bathed. 14 P032t.4
So. to IS. Lat"444tisa Of IA)1*144& Ilroo in tb last rov re h
U"at IA volt-vulcooLs's materiel. b" drove. an oil .0
In %us field.. Th. principles or proucts.0 of 3.11.t
2%%UQM. Paxton md S-I'aral M%11.r an* 5011-1
ter one I& It" royatr. k4 Z, :! d .*that a- fttllftd.
ft. Szoductiast of %"- b.C" is 1959 oil the KI-OT I-
J- in cooparouset a~ the wiz3hp, Th no prin4lploo
to Zatboue l.cx*3 (313-Z6) %macU A~ '=-4:).
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rubb*ra, ate. That, tb* tG%-,QS1tiOft Ot A
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asmas% Was r** %Do in the 0.14 r.f4ir of MMr Irti.l.. .1th a
earn.twouz kits "a a a.ti.favtory thor%ov tattlit? 41 10cft.
Is order to Aveld 9024ti::tkob dazingUth.eproduc ties end Ot.mq- of the
pear"s "A aamosto, tiln Is ties. f .4e4% "A the Pont* woro do~*IQP-
-4 nth or* &isad prior to their application. In order 1. find
%be Wt nott'a ef .4leamisolon .% to.
21M. U. 11 .CA and TO "Its of diftl~jldlthia.artamlet. d-
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1.4 it -as fe"Lad that %be Rine *m1t Use & higher 1.1.1 val.madvsticu.
Varies. .Poll&. real" -to 1.4%.4 far %be prPOO6 or Iner."ing %a. at-
'..Iftmtoa of the *.smm,tA to vvidam,11.1 vubw.r end f.~Ttt It ..$ ..too.
&%"A tbaq the wtix rallaras-st of ck. rq,14* real itb ph-*f-
S!~;Wwld Pigazoaa.* th. Ot4b&l1ty of~&A. Co.*.$ A.V1.6 otc.-&- -4-
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a . - *-.*% --p
b0 %PPI-loo t.d.p.ad.atly A.rLug the j91hine In
of ..- At
or .191*0 of Can%" Profile with ou%seqx.nt T" "there
r"'a"ad these 4""z*- P"t- and W%h%4r litturss far %t0 repair at vbos,
anniade, telb*looo tleve. ~keltf. .rLfts rabbor f46t"xr sm4 the
v%11Vr1vIsS or ~jara. ^Vpa~.ta.. .4 _11 so tht e.a.atiag of
%z`%k-z to 'eat'll'or "A - maXb-r Of' other wat.rials. Th." and
15 ref-reimeam. 6 7 ZMAIM and 2 r.,..
ASSOM'=3r# SO"'-kiy t--titut %Obk*.T Watch..k.y t.kta.lotil is: X.y.
Inctitol himaor
41. (Th N--"- Institute Of Pifto Cib-le-1 T.eb-
1-y- Ia8QzC?O-- end in* 301-A%Iflc B.-rah
L"Utut- of %U ?Sr. Ind..try)
Card V3

Komn, r.r.; PEDYMINA, L.P.; HELAMED, T.I.; KAMISKIT, B.Z.;
VOSTROKOTOT, Ye. G.
Development of self-vulcanizing materials for the repair of
pneumatic tirea. Kauch.i rez. 19 no.6:27-29 Je 160. (MIRA 13-6)
r
1. Moskoveldy institut tonko7 khimicheskoy tekhnologii imeni H.V.
Lomonosova i Nauchno-iseledovatelinkiy institut shinncy promy-
shlennosti.
(Tires, Rubber) (Vulcanization)

SOV/124-57 4-5063
Translat;on from: Referativnyy zhurnal. Mekhanika, 1957, Nr 4, p 156 (USSR)
AUTHORS: Rezn,kovsltiy, M.. M., Vostroknutov, Ye. G., Priss, L. S.
TITLE: Methodological Problems in the Study of the Strength of Rubber Under
Time-variable Stress Conditions (Metodit-heskiye voprosy izucheniya
prochnosti reziny pri peremennykh vo vremeni napryazhen,,yakh)
PERIODICAL: V sb.. Starenlye i utomleniye kauchukov i rezin i povysher'-Iye
ikh stoykosti. Leningrad, Goskh,mizdat, 1955, pp 76-88
ABSTRACT: The author suggests a method for the classification of the basic
regimes of testing rubber for dynamic fatigue. All types of opera-
tional regimes may be referred to one of the four groups of tests
suggested in the classification. New instruments for the dynamic
tests of rubber are examined which make possible an analysis both
of the fatigue strength, characterized by the number of the cycles
before failure, and of the "exhaustion" characterized by changes in
the material properties after repeated loading: 1) An instrumert
which makes possible the accomplishment of any of the dynam;c
regimes with an a-symmetric loading cycle. Tests on this instrument
Card 1/2 are conducted under uniform tension and with a harmonic law of

SOVII 24 - 57-4 - 5063
Methodological Problems in the Study of the Strength of Rubber (cont.)
stress and strain variation, 2) An ins*,rument for the study of the exhaustion and
fatigue strength of rubber with a symmetrical loading cyle (with mean values of the
stress and strain equal to zero), which in samples subjected to bending deforma-
tion makes possible the determination of the dynamic modulus and the losses per
load cycle along with the fatigue strength.
L. S. Bryukhanova
Card 2/2

SOVI, 8-58-6-7/25
AUTHORS; Vostrolaiutov, Ye. G. , and Kamenskiy~ B.
-'

TITLE: --~~~as~ing the Life of Reconditioned Car
Methw
Tires Nsloviya -powjsheniya khodimosti otremontlirovarxiykit
avtopokryshe'X)
PERIODICALs Kauchuk i Rezinal 1958) Nr 6, pp 25 29 (USSR)
ABSTRACT: Som-3.,~onclus ions and recomaendations for improving the
property of reconditioning materials, and for improving
the technologit;al procosses for reconditioned t'res, are
given on tho basis of recent inVO3tigations. The avora.-~;

o
wear of car M-res reconditioned according to the NIMP
that
method is 25)000 - 30,000 kTal Kt it is pointed olat
the aVarage wear of t res reconditioned in. various
only reaches 10,000 kri. Tho proportias of reconditi,~-n-?~-.
ilres deT)end on the corrPosition of the reconditioning
stock, and on the propcrties of the materials used for
reconditioning. Results are tabulated for recoriditionod

'
tares (260 - 20) after reccnditionin of the tread ac=-
-
ding to the TIIIShP method (1956 - 575. Correct vulcard
Card 1/3 sation of the reconditioned t-res is most important. Many
reconditioning plants use 'Vitakepi vulcanisation !~:ham-bers,

SOV/338,-58-6-7/25
I'lethods for Increasin6 the Life of Reconditioned Car Ti-res
but drawbacks of this method of vulcanisation are Dointed
out, and it Is recommended that car ti-res of standard
dimensions should be vulcanised in individual vulcanisa-
tion chambers. Physico-mechanical characteristics of
re-conditioning materials tested in the NIIShP are com-
lared with rubbers used in the U.S.A. and Czechoslovakia
Table 2). The t--re factories supply various rubbers to
the reconditioning plants which range from rubbers based
on 100% NX to rubbers based on SKB with increased re-
generate content. Various deficiencies in the standard
(Gost) for reconditioning materials are pcinted out. The
authors recommend that the existing standard for recon-
ditioning materials be revised, and that the period of
storing of the reconditioning materials before use should
be shortened considerably. The methods for reconditioning
should take into account the required improved qualities
u
of the materials. The bonding between the materials and
Card 2/3 the casing of the t-ire should be increased by using
adhesives filled vilth carbon black. Polyvinyl chloride,

WV/138~-58-6-7/25
14'ethods for lncraa~,ing the Life of Reconditioned Car Ti-ros
polyothyleno, etc. and othor plastics should be tested
for uso as now -,Aack'Ing i-matorials.
There are 3 tables, and 5 references (English)
ASSOCIATION: Nauchjio -issledovatlellskiy institut shirmoy
promyshlennosti (The Research Institute of the U-re
Indii s 'Ury)
1. Tires--Proces5ing 2. Tires--Life expectancy
Card 3/3

VOSTROKIRMY, Ye.G.; XAMENSKIT, B.Z.
; - , ,-
Means of increasing the operating life of repaire4 automobile tire
casings. Xauch. i rat. 17 no*6:25-29 Je 158. (MIRA 11:7)
1.Nauchno-issledovatellskiy institut shinnoy promyshlennosti.
(Tireaq Rubber-Repairing)

VOSTROMMOV, Ye.G.; KAWNSKIY, B.Z.
Basic results of the work conducted in the field od '.t'ire reclaiming
and repalring, and trends in ita furhter development. Kaucb. i res.
22 no.5s6-10 Fq 163. WU 16:7)
1. Hauchiio-issledovatellskiy institut shinnoy promyshlennosti.
(Tires, Rubber-Repairing)

VOSTROKNUTOVP YeOGO
Study of the temperature field in the vulcanization of
reclaimed treads. Kauch. i rez. 23 no.607-41 Je 164.
KRA 17.9)
1. Nauchno-iseledovateltakiy inatitut shinnoy promychlennosti.

1-0 P.

777
ru

WA

0 ti Lcrb . V) Ye
USSR/Chemical Technology. Chemical Products and Their Application -- Crude rubber,
natural and symthetic. Vulcanized rubber, 1-21
Abst Journals Referat Zhur - Xhimiya., No 2,, 1957.. 038
Author: Reznikovskly..M. M..0 Vostroknutov, YejG.) Priss, L. S.
Institution: None
Title: Problems of Method in tba Study of Durability of VulcanIzed Rubber
Under Stresses Varying with Tim
Original
Publication: Sb. Stareniye i utomlenlye kauchukov i rezin i povysheniye ikh
stoykosti. L., Goakh1mizdat., 1955, 76-88
Abstracts Specific features of mechanical behavior of. vulcanized rubber
during fatigue tests, are considered. A classification is pro-
vided of the fundamental dynamic conditions of operation, which
takes into considerati6n the dependence of working conditions of
the sample on duration of the experiment. An apparatus is proposed,
which puts into effect any of the dynamic conditions under con-
sideration, and ensures performance or tests over a wide range of
Card 1/2

4
USSR/Chemical Technology. Chemical Products and Their Application -- Crude rubber,
I natural and synthetic. Vulcanized rubber, 1-21
Abet Journalt Referat Zhur - FhJ Iya,, No 2, 1957., 6038
Abstract: frequencies with variable values of mean and amplitudinal deformation.
The tests are carried out under harmonic load and uniform deformation,
and the dynamic characteristics of the vulcanizate are measured con-
tinuously. Of great practical interest for the characterization of
fatigue durability of vulcanizates, is the symmetrical) sign-alternat-
ing load cycle, which excludes the occurrence of residual deformations
during the tests. There is proposed a corresponding apparatus for
testing cylindrical samples which perform under conditions of alter-
nating flexure.
Card 2/2

VOSTROKNUTOV, Ys.G.: P-MROVSKIY, X.H.
iliii aeri ce ior-st'~diinc ihe dynamic 'properties and fatigue of
rubber during tension testing. Zav. lab. 23 no..1:361-364 '37-
(MM IOW
institut shlnnoy promyshlennosti.
(Pubber-Testing) (Testing machines)

RMIXOVSKIY, M.U.; VOSTROIMOV, Ye.G.
4-X--QP.
Dynamics of swaying of a rubber ring on a rigid support. Zhar.
takh.fix. 24 no.6:997,-1007 Js 154. (KM 7:7)
(Disks, Rotating) (fteels)

Yoe of
uo
oe;~ 1&0, 19511 ooo*4 0t
0 vio 3
cxg,
e3aw 955)
Iee
Absti,
Gird COX&

V0S7R(I,k3w-L\)V,jE. G. ?,-,,T:,3S L. ~3., and ~l-"Zj:IYC)VSjaY) 11. .7-1.
IL ,
11r)
.Mocricry power of rubber under static and dynamic stress," a paper
presented at t~c 9th ConExess on the C*-Icmistry ord Physics of .11irh Poly::~rs,
2Ur' Jan-2 Feb 57, Moscow, Ruleber R"~'ecarch Inst.
B-3,084,395

V-D ~S 7- MO f-4141
USSR/Engineering,
Card 1/1
Authors
Title
Periodical
Abstract
Institution
W -.
of wheels
Pub- 153 - 5/24
Reznikuvskiy, M. M., and 'Iostroknutov, Ye. G.
Dynamics governing free play in a rubber tire on a rigid support
Zhur. tekh. fiz., 24, 99j*-1GO7, Jun 1954
Describe a device for izriestigatinG the dynamics of free play in a
rubber tire on a rigid support. Present computational and experi-
mental data illustrating the possibilities and limits of applicabiLity
of A. Yu. ishlinskiyls phenomenological theory of free play. Show
that the condition for the constant radial load assigned to a wheel
is equivalent to the condition for constant assigned work of cyclic
loading under uniform cor;pr.?ssion. Six references, 4 USSR
Submitted November 1, 1953

Juba U.
Dissertation: "[nve3tigp_'tion of the Dyntimic Frocerties of Pubber By the Vothod of
Polling." Cnnd Cher -13ci, Yoscow Inst of Fine Cherical Technolo,~7, ireni 1'. V.
Lor-onosov, 12 Arr 54. (Vec-ernyaya Yoskva, Yoncowo I ATr c4)
SO: SUM 243, 19 Cet 1954

VOSTROOUTOT, Te.G.; BODAIC. N.M.; URUSOV- A.A.
Now equipment in the tire repair industry, lauchi rez. 19 no-12t
13-18 D 160. (KM 13:12)
1. Nauchno-iosledovatellskiy institut shinnoy prov7shlennosti.
(Tiree. Rubber)

VOSTROPYATOV, P. A.
Vinak - Diseases
Pasteurellosia in minks. Kar. i zvero 6p no, 1. 19539
Monthly Ligt of "uagian Accesaign Library of Congress, I= 1953. Unclassified.
.777

MMMININMAO VWTWMTMAI Mau*
COIJOrimtric doterminctlon of thD sun of ram earths with
armn exo I In tho toanological pv&wto of promwina
vanadium - rare-oaM ores, SWrtt-ud* VNIITSVETMET
no.93 41-0 165. Dan isn)

CUMOSLOVIUM/Chemical Technoloa - Cherdcal Products and 11-13d
Their Application, Part 2. - Ceramics, Glass,
Binders, Concretes* - Binders, Concretes, and
Other Silicate Building Materials.
Abs Jour Ref Zhur - Ehimiya, vo 14, 1958, 47623
Author Michal Vostrosablin
Inst _xL ~cral ~Re=~ksCoFcing Light Concretes.
Title Sev
Orig Pub Pozenni stavby, 1957., 5, No 11., 577-580
Abstract The properties of materials taking part in the composi-
tion of light concretes are discussed.
Card 1/1

Y
VCSTROTIN) SIEPAN VAS-I,IEVICII.
Sievernyi, morskoi put' i Cheliau-JtAt-ii tarifny perelom v sviazi s kolmizatsiei
Sibiri. /7, Northern Sea Route and the Chelyabinsk tariSC crisis in tcnnecticn
L"d
with the colonization of 6ibt.-ia7. S.-Feterburg, 1906, 19 p., cables. (Trud~
Gbsacliestva po izucheniiii. SjLbi~li i -uiluchsaeniia eia Bata). Cst-H
SO: Soviet Uransportation and Communications., A bibliograptV, Librax7 of Longress,
Y~J-crence DePartment, WashinGton, 1952, Unclassified.

, 1, kandidat rokhnichookikh nauk; SHILINIKOV, V.A., kandidat
-VW=Q1Ke
~ ,**4
takhnicheak-4kh nauk*
StabIlit7 of gravel roadbeds under asphalt concrete pavements.
Avt.dor.19 no*3:8-10 Mr 056o (MA 9:7)
(Pavements)

VOSTROV, A.I., kandidat takhmichookikh *&uk.
I - - f
On the period* of time for major repair of read surfaces. A-wt. der.
1
18 mo.6112 0 055. (KlRA 9:2)
(Roado-Maixtemaxes oad repair)

gz, qj~7,.-Mm
~g7 j, ga,

VOSZOV, 0. A.: ~pnter Tech Scl (elrs) -- "Imevt1gat'lon of the e=irsion prop-
erties of long-working oxide cathodes with activating admixturns in the core and
in tho coating". Loningrad, 1953. V4 pp (Min FIgher Educ Lr.),M, Lonln6md Eloc-
trical Engineavli-k, lrxt iL V. 1. 'U'Ilyamv (L-enln)), 150 c(,TA-eF- (n, no 16;, 19r,-9,
108)

SOV/109-3-8-11/18
AUThORS: Parkhomenko, 1I.S. , Vostrov, G.A. and Cl-,ist,,,,,,kova, M.A.
TITIE: Oxide Cathode with a Puxe-rdekel Core and wilth_
Activating A~~ents in the Coatin(., (Oksidivy katod z
kernom iz ebioto-o nikelya i ak-tiviruyus.1-chimi prisalal,:,aEli
v rok-rytii) U
PERIODICAL: Radio te&h-rika i Elelilftzonika, 1958, Vol 7, N,r 8,
pp 10416 - 1057 (USSR)
ABSTILICT: In a number of Soviet invcst.JL-,-,_,tioi1o (Ref 16), it war,
found t-l"at the oxideL; ~%,hich contain an activatin,,
adnixture in the coaticie have the folloz-inE; advantages
over the normal oxide cathode: 1) the use of a pure-
nicl-rel cathode core eliminates the formation of au inter-
phase ---_~'sisttance layer; 2) the pre-ence of -the asents
results ir. a uniforL., and e,-s,,,r activation of the cathodes;
3) the action of tA-e act.1vators does not de-,end on t1_e
diffusion throuf,;h the nic!rel; 4) the introauction of
-the activators does not present any difficulties and
5) the cores can be made of the -purest uic:~el. The
choice of the activators is based on the c_~71ct,,lations
of barium-vanour prescure at a tenperature of 1 273 OK
Card 1/3 by the method indicated in Ref 21. Fror. thesc calculatioijo,

SOV/109-3-8-11/18
Oxide Cathode with a Fure-nickcl Uore and rith Activ,.,tinC Aggents
in the Coating
it follows that the er-suin-L clements have good barium-
oxide reducinS properties: Th, Mg, Be, Hf, Sc, Y, Sr-,
Nd? Pr, La, Zr, U, Al and Si. The experimental investi-
gationsof the ctithode eh.-:. ro cteris ties contraiiiinC, actiivato:cc
in the oxide layer were carried out on a special diode.
This had a cylindrical-type construction; the dinieiasiorLo
of the various parts of the diode are indic,%ted in Table 1.
The coating had a weiSht of about 4 mg, a thickness Df
40-50 1' a-nd a roughness of 15-17 A The life tests of
the cathodes are illustrated by the experimental curvc-s
of Figures 2, 3, 4 and 5, where the abscissae are linear
up to 1 000 hours and loearithmic above 1 000 hours, Irrol,
the figures, it is seen that the beGt emission character-
istics are secured mith. the c~~thodes containinL Th, Nbl
Cu + Al and Zr in the coating. The diodes with such
cathodes give stable, static parameters over lonG periods.
In view of the outstaridinC charactcristica of the c,-~,thoden
with Th and Cu + Al activators, a special invez~tiLation
was aLrried out ~-.,Ith these cathodes. The conditions of
Uard2/3 tests are specified in Table 2, vihere the third column Gives

SOV/109-3-8-11/18
Oxide Cathode with a Pure-nickel Core and with Activatin4gr Acen-1-6
in the Coating
the heater voltage, the fourth column shows the anode
voltage, the fifth column gives the anode current, the
sixth column refers to the cathode temperature and the
seventh column indicates the number of tubes used in a
test. The results of these tests are shown in Figures 6,
? and 8. For the purpose of comparison, the saturation
current (as a function of time) of the oxide cathode with
thorium activator and without the activator is shown
in Figure 9. From the experiments, it is concluded that
the cathodes provided with Th or Al activators in the
oxide coating can give stable curient densities of
50 - 100 mA/cm2 over a period of 10 000-20 000 hours. There
are 9 figures, 2 tables and 21 roferences, 12 of ~,,,hich LILre
Soviet, 8 English and 1 French.
SUBMETTED: January 29, 1958
Card 3/3 1. oxide cathodes__~hterials 2. Oxide cathodes--Coatings
3. Oxide cathodes--Performance 4. Nickel---Effectiveness

AUTHORS: ostrov, G. A*, Gandelleman, I. L. SOV/32-24-10-54/70
'rov,
Z

TITLE: -7pard 1i easuring the Small Values of the Specific
An AppaTrsiu
Electric Conductivity of Liquidn (Pribor dlya izmereniya
malykh %nacheniy udeltnoy elektroprovodnosti zhidkikh sred)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 241 Nr 10, pp 1284-1285 (USSR)
ABSTRACT: An apparatus was devised which makes possible measurements of
,the electric conductivity of the order 10-11 Ohm-'em-'. This
apparatus operates with a. a. with a compensation of the
capacity loads formed. A basic scheme is given. From the de-
scription it may be seen that the stabilized mains voltage
Is connected to a transformer the second winding of which has a
ground. The apparatus contains a lamp voltmeter of the type
,L'%-9. The specific conductivity of the liquid is determined
according to a formula. Measurements carried out with this
apparatus of amyl acetate and glycerin at 250 gave their specific
electric conductivity as 50-10- 10 or 101.10 -8 Ohm -1 cm -1
respectively. The measuring error is 6%. The experiments
carried out to verify the reproducibility of the measurements
Card 1/2 yielded good results. The apparatus described will be used at

SOY/32-24-10-54,/70
An Apparatus for Measuring the Small Values of the Specific Electric
Conductivity of Liquids
the laboratory of the "Svetlana" factory for controlling the
eleotrio oonductivity of organic solvents and suspensions
produced on the basis of these solvents, and in the production
of raOAo.tubes. '
There. Is I figurev
Card 2/2

WSTIVOV
P14M I BOOK EXPLOIMMON SOV/4M
Lieningradsk1y elektrotekhnicheakiy institut svyazi imeni prof. No Ao Monch-
Bruyevicha.
T=4 1=, vYP- 366) (Transactions of the IAningrad Ilectratechnical
Institute Im. M. A. Bonch-Brgyevich.. ft 3(36)) Ianingrad.. 1958. 136 po
400 copies printed.
Editorial Board: A. F. Gavrilov., Professor., No Po Dobikhanov.. Professor.,
K. P. Yegorov, Docentp I. M. Zhdanovp Professory No B. Zeliger, Professor,
So V. Zelyakhp Professorg L Go XLyatskinj Professorp r. V. KkLohnir,,
Docent (Rasp. Ed*)$ K. N. labedev, Dbdent.0 V. V. OdnolIko , Docent,
Vo B. RomanavBkiy.9 Professor, 1. No Fomicheyj, Docent., P. Ya. min' erov.,
Docent, and P. Vo Shmakarp Professor; Ttch. Ed.: V. Vo (kalchln kwja.
PURPOSE: This e0lection of articles is for technicians and scientists
specLalizing in various fields of electrical engineering.
COVZRAU: The articles cover the follow1ug topics: shortvaye vide-baud
cophased antenna arrqm., conical spiral antennas~msgnetic modulators.,
time-pAlse method of electrical connection commutation., Greta and'
Card 1/ 4

Transactions of the Inningrad Mectrotechnical (Cout.) M/432T
ONO rn 2 coo
TArionov circattsq e -a)c series., and evaical
sin
spiral beam antennas. No personalities am =entioned. &xn* of
the articass an accompanied by references,
TAMR OF C052MM:
Rogovenko., 8, 8, Study of Shortvave Wide-Band Caphased Antwns Array 3
The directional characteristics of a wide band'cophaoed antenna. array
are Inveatigated. OptiWz array dimensions am recmwnded.
Makarov., 0. V. Design of Conital, Spiral Antennas 25
The effect of dimensions of a conical spiral autenna having e.-wtant
screw line lead angle on the directivity and range of the ant,'.~Ma is
investigated.
Vostrov G 8 Studj of a Filter Diagram With Inse Ccmpp~wsatlm by Yeans 35
istance
One of the diagrams of ty-Ire 10 band filter is investigated: and
negative conductance is introftapd. to Imprme the fillar
Card 2)&-

ly