SCIENTIFIC ABSTRACT VDOVICHENKO, V.T. - VDOVIN, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859210017-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

73-1-21/26
AUTHOR: Vdovichenko, V.T., Galenko, N. P. and Sarashvili, I. G.
TITIZ: Investigations of Methane Oxidation in Molten Metal
Chloride% Salts. (Iseledovaniye Xhlorirovaniya Metana. v
RasplaiekhSoley Rhloridov Metallov.)
PERIODICAL: Ukrainskiy Khimicheskiy Zhurnal, 195?, Vol. 23, No.1,
pp. 110 - 116 (USSR).
ABSTRACT: Optimal conditione for this process were found to be:
temperatures of 450 C, gas velocity of 30 1/hour and
an, oxygen: chlorine ratio of 0.68 - 0.85. The quantity
of active chlorine at optimum process conditions is
60 - 64 vol.o/o. Under cmditions of direct chlorination of
methane in a solution of KC1 - ZnCl - CuCi about 85 - 90
mol.% consists of methyl chloride, ~ - 14% 3ethylene
chloride, 2 - 5/6,, chloroform and a negligible amount of
tetravalent C. Previously published work on the chlorina-
tion process of methane is reviewed brieflF (viz. Refs. 1
4). _E~etails of the laboratory equipment used for this
experiment and arl illustration of the same are given6
Highest lelds were obtained at a temperature of 60 C
(graph 2 . the highest yield (according to the gas
velocityl at 30 1/hour. Experimental data on the
Card 1/2 chlorination of methane in melts are tabulated. There

7j-1-21/26
Investigations of Methane Oxidation in Molten Metal Chloride Salts.
are 4 graphs, 1 table, 6 references, 3 of which are
Slavic.
SUBMITTED: August, 22, 1956.
ASSOCIATION: Gas Utiliiiation Institute, Academy of Sciences,
Ukrainian S.S.R. (Institut Ispollzovaniya Gaza AN USSR.)
AVAIIABIE: Libra-r-y of Congress
Card 2/2

vDOvICHENKO, V.T,
Gasification of heavy liquid fuels. Trudy Inst. Isp. gaza AN URSa
301-45 F55- (KUU 9: 9)
(Liquid fuels) (Gas producers)

VWVICHEM, V.T.
Producing high-calorie gas from heavy liquid fuel- Visn7k AN URSR
26 no.lo:60-63 0 155. (K13A 9:1)
(Gas manufacture and works)

PROSHKIN A.A.; VDOVICHENKO, V.T.; GAIRNK , N.P.; GLUKHOMANYUK, A.M.;
kam~ B. ~
Production of carbon tetrachloride. Gaz.proia. 6 no.8:31-34 '611-
(MUM 14 - 10)
(Carbon tetrachloride)

SOVOC-32-2-19/56
AUTHORS: Vdovichenko, V.T., Galenko, N.P., Larionov, A.V.
TITLE: Conversion of Methane by Sulfuric Anhydride to Carbon
Bisulfide (Konversiya metana jernistym angidridom do scrou-
gleroda)
PERIODICAL: Zhurnal prikladnoy khimii, 1559, Vol XXXII, Nr 2,
pp 347-350 (USSR)
ABSTRACT: The interaction of methane aith -a&uric anhydride for the pro-
duction of carbon bisulfide '-~iz been studied in the apparatus
presented in Figure 1. As cat~dxts were tried: aluminum gel
and bentonite clay, pumice, sili~;a gel "KSK" soaked in various
salts. The most active catalyst is pumice treated with lead
acetate. The m-ost favor-able tem;-3ra-t-ure is 9000C for punice
and SOOOC for bentonite. The of the ration CH : SO 2
Card 1/2 from 0.5 to 3 increases the yield of CS2 from 0.3 to I g per

SOV/80-32-2-19-56
Conversion of Methane by Sulfuric Anhydride to C,--,rbrn L~imjlfide
1 liter S02.
-r
'
I-here are 3 tables, I
5 of which are Soviet,
graph, I dingram, and 10 references,
4 English, and I Geriwan.
"UT.' ~
fl UT"ED: August 15, 10,57
Card 2/2

KYUNTSELI, A.A.; VD.OVICHENKO,_Ye.Ya., POPOV, P.A.
R.B.Shneerova; obituary. Vop.kur., fizioter.i lech.fiz.kullt. 2.7
no.2:190 Mr-Ap 162. (Ia~- 15:11)
(SHNEEROVA, RAISA BORISOVNA, 1888-1961)

GALOSHKO, V.P.; VDOVIKO, Ye.A.
Cathodic reduction of bismuth oxids. Zhur.prikl.k.'-,iz. 78
no.11:2487..2490 N 165. (MIRA 18:12)
1. Dnepropetrovskiy gosudaretvennyy univeraitet imeni 300
letiya vossoyedineniya Ticrainy s Rossiyey. Submitted
February 29, 1961+.

VDOVIN'A.
Istimating costs of moving structures. Sell.stroi. 10 no-7:20-22
J1155. (MLRA 8:10)
1. Nachallnik Saratovskogo otdels podgotovki vodokhranilishcha
"Stalingradgidrostroya
(Moving of buildings, Bridges, etc..)

VDOVIN, A.A.
ff-Plaut Physiology with funftaentals of microbiology" by P.A.
Gankell. Reviewpd by A.A.Movin. Bot.zhur. 45 no.1:154-1,1,~6
Ja 16o. (KIRA 13:5)
1. Orenburgakiy gosudaratven"y pedagogicheskiy institut Im.
V.P.Chkalova.
(Plant physiology) (Genkell, P.A.)

VDOVIN, A.A.; SHVALIB, V.P.
Study of switching circuits in group selection operation using
a statistical testing4technique and an elpetronic digital
computer. Probl.pered.inform. no.11:77-M 162. (MIRA 16:1)
(Switching theory) (Electric networks)
(Electronic digital computers)

VWVIN, A. L. Cand Agr Sci -- (diss) 16 "Agrometeorologioal substantiation of
~11
51~ snow retention in left-bank 41, of Bashkiriya." Ufa, 1959. 17 pp
(Min of Agr USSR* Bashkir Agr Inst), 150 copies (KL, 52-59, 123)
-93-

VDOVIN7 A. L.
Cand Agr Sci - (diss) "Agrometearological basis of snow retention
in the left-bank rayons of Ba~hkiria." Ufa, 1961. 24 pp; (Min-
istry of Agriculture RSFSR, Bashkiria Agr Inst); 150 copies; price
not given; list of author's works on pp 23-24 (12 entries); M,
?-61 sup, 250)

VDOVIIT-.A.'~. . inzh.
~ -.1 ---
Service life of frogs should be doubled. Put' i put k1oz.5
no.2:14-15 F 161. RRA 14:3)
(Railroads--Switches)
., p

. .I, ,
.vD.OVIN". . w: Ye.
Zlectric- Transforrers
Rate of drying of transformers in a vacuum.
El6k. stal, 23, No. 4, 1952
Inzh.
SOt Month List of Russian Accessions., Library of Congress,, 1953, Uncl-

At X

tubes 20 nun. in diam. With a Wall thickness of n.,5 into.
-milt. C 0,31), Ma 0.22. Cr Si

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34 uthtf mileit rXerpt that the largrits Itilles livair'l.
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AID P - 2964
Subject USSR/Electricity
Card 1/1 Pub. 29 - 14/35
Author Vdovin., B. Ye., Eng.
Title Changing the ventilation scheme of the exciter
Periodical Energetik, 5, 19, MY 1955
Abstract The author briefly describes the change Introduced-in
the circulating ventilation of an exciter. Two drawings.
Institution None
Submitted No date

I.F.- VDOVIN D.I.; GNEDOV
ZAYTSEV, Y ~ .1 f N.P.; BLAGOV, I.S.; ZIRASKOV, V.A.I
KOTKINY . r-,;IZKHTSIYER, I.S.; POMSHNIKOV., V.G.; OSYKIN, V.T.
Separator for dressing lump material. Gor. zhur no.4.76 Ap 163.
(MLiA 16:4)
(Separators (14achines))

VDOVIH, D.I.; ULITIN, V.G.
Using the VIRS apparatus in the remote control of convT/ars.
Bbil.tekh.-ekon.inform. no-10-5 160. MRL 13:5)
(Mine haulage) (Remote control)

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00 transformation of austenite. F. A'dovin anti 1-. 1'.
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Mail. stability of austenile is lower than that of plain, C
steels. Increase of the content of %to from 1.0 to 8.01,;
.0 0,
increases the stability of ausicnite only at temps. of teni-
peri" so high that all its componcrits pam into flit solid
46 j i soln. Imrase of the C content from MS to 1.1% with 0
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S/137/63/XO/001/017/019
A006/A101
AUTHORS: Vdovin, F. V., Pishchik, N. S.
TITLE: Mechanical and heat treatment of 3M 531 (EI531) steel during the
production of hot-rolled pipes
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 1, 1963, 95 - 96, abstract
11575 (In collection. "Proiz-vo trub", no. 7, Khar'kov, Metallur-
gizdat, 1962, 128 - 138)
TEXT: The investigation was made with tapered heat-resistant E1531 steel
specimens. The steel composition is in %; c o.oB - o.i2, Ym o.4 - 0.7, si o.4 -
0.7, Cr 2.1 - 2.6, V 0.2 - 0.35, Mc 0.5 - 0-7, Nb 0.5 - M, Ti _--O.1, Cu --
0. 25, Ni --- 0 - 30, S 4-: 0 - 030, P ---- 0 - 030. The tapered specimens were rolled on a
two-high mill with 0 to 50% deformation degree and at 650 - 1,2000C temperatures
(everY 500C). From'the data obtained by measuring ak, it follows that the maxi-
mum ak -7-8 kgm/cm2 Is attained at 1,0000C rolling temperature and about 50% re-
duction. A further increase of the rolling temperature reduces the ak values.
The rolled tapers were then subjected to heat treatment under the following 4
Card 1/2

S/137/63/000/001/017/019
Mechanical and heat treatment of... Aoo6/Aioi
conditions: 1) tempering at 850OC; 2) quenching from 1,0700C and tempering at
8500c; 3) complex heat treatment - multiple heating over the Ac3 point and the-
Chernov 11VII pointj 4) heat treatment with very high initial heating (up to
1,2500C). It was established that the heating temgerature for rolling E1531
steel..(at > 50% reduction) should not exceed I,200 C. Maximum final deformations
and the final temperature of rolling as high as 950 - 1,0500C, secure an increase
of ak by a factor of several dozens, as compared with ak of the initial blank,
and eliminate fully the crystalline fracture. To obtain optimum ak values, it
is recommended to conduct tempering at a temperature below Acl or to perform
heat treatment where the initial.heating exceeds the temperature of the Chernov
11vif point.
A. Babayeva
[Abstracter's note: Complete translation]
Card 2/2'.

SOV/1 37- 59-1-14qq
Translation from: Referativnyy zhurnal, Metallurgiva I lq-)q Nr 1. p il)9 f USSR,
AUTHORS: Vdovin, F. V.. Pishchik. N S.- Kovalevskiv, A 1.
TITLE: Determination of Notch Toughness of Wedge-sh---iped Specmens After
Rolling (Opredeleiiiye udarriov vvazl~ost, v Hincivy1di obraztskh
posle prokatki.)
PERIODICAL: Byul. nauchno-teklin. inform Vses. n.-i. trubrivv in-t.. 1q58. Nr
4-5, pp 183-186
ABSTRACT- A description of a method where-':)y the ak value of alloved steels may
be determined as a function of !h~- degree of reduction and of the
temperature of rolling with the a d of a small nuri-ibor of specimens
(S). Wedge-shaped Sis, 105-1 IS mm long. 20 rnm w)de, and with
ends 16 and 10 mm high, were c,,.t from the pipe being investigated.
The S's were notched on both at 10-mrn interval5., their
thickness being measured at the -iame time. They were then rolled
at a given temperature in a two-ugh rolling mill to a thickness of
i 0 The degree of reductiot- of one S was increased in consec-
utivc zte')s from 0 to 50%. Longitudinal S's, 4.5x6.0-mm in cross
Card 1/-' section, were cut from the wedge-shaped S s after the latter had

SOV/137- 5q- I- 149q
Determination of Notch Toughness of Wedge-shaped Specimens con* ?
been rolled into strips. 10 staggered cuts, each I nirn deep, were made oil tile
narrow faces of the S:s at points where the notches had been prevousiv locatod
S's thus prepared were mounted in a vertical position in the vise of a -')endul un-I
impact-testing machine, the cut being on the same level as the top surface:3 of tile
jaws and on the side which would be subjected to tension. The pendulum Strik-OS
the free end of the S; the amount of energy corresponding to tile rise of the pen-
dulum after fracture of the S was marked off on .in !zod scale, The results of
the test are presented in the form of curves on trtaxial diagrams. The results
of test carried out on El- 53 1 steel are presented as a funct ion of the tempe ratures
of rolling, from 800 to 12000 in increments of 1000, and of the degree of reduc-
tion of the steel (in the untempered state and after tempering at 8500) ranging
from 0 to 50%. The method described is recommended for laboratorv applica-
tions in studying novel grades of steels and alloys.
L G,
Card 2/2

-'ffeo r,.*' f in.;., c a 6 rvIle cl, imp a c E! trer,--,
L~I)e n *Arj I I.HMI-c NI

S/123/61/000/011/015/034
A004/Aioi
AUTHORS: Pishik, N. S.; Vdovin, F. V.; Chukmaaov,.A. S.; Bernshteyn, M. M.
TITLE: Investigating centrifugal castings from 413H18329-0MON18M)
steel for the production of particularly thin-walled tubes
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 11, 1961, 66, abstract
1IB511 (V sb. "Proiz-vo trub! no. 3, Khar1kov, 1960, 123-130)
TEXT: The authors Investigated the microstructure of M13N18VIB steel
specimens in the cast and heat-treated state. To check the quality-of hot-rolled
89 x 6.5 mm tubes from this steel after heat treatment, their mechanical proper-
ties were determined, the macro- and microstructure analyzed and the intercrys-
talline corrosion tested. The obtained results confirm the possibility of produc-
ing especially thin-walled tubes (25 x I and 19.5 x 0.2 mm) from IKhl3Nl8VlB
steel blanks cast by the centrifugal method. There are 3 figures and 3 refer-
ences.
N. Illina
[Abstracter's note: Complete translation]
Card 1/1

SOV/137-58-11-23475
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 233 (USSR)
AUTHOR:,- Vdovin, F. V.
TITLE: Mechanical Characteristics of the Upset Ends of Drill Pipes (Mekhani-
cheskiye svoystva vysazhennykh kontsov burillnykh trub)
PERIODICAL: Byul. nauchno-tekhn. inform. Vses. n. -i. trubnyy in-t, 1958, Nr 4-5,
pp 165-173
ABSTRACT: The effects of various factors on the mechanical properties of the
material of the upset ends of drill pipes were investigated on pipes
which had not yet been threaded. The investigation dealt with the
mechanical properties of the following: a) Rolled tubular stock 170 mm
in diameter from 25 sn-eltings; b) pipes manufactured from above
stock, and c) the upset ends of the pipes. For purposes of comparison,
investigations were also carried out on pipes made from cast stock
from 7 smeltings. It was established that the 0-b and Lrs values of
the pipes are somewhat lower, and the 6 and tp values, somewhat
higher than in the case of rolled stock. Compared with the body of
the pipe, specimens taken from the Upset ends exhibited lower u-b
Card 1/2 and u-s values and considerably smaller values of 6, t~, and ak'

Mechanical Characteristics of the Upset Ends of Drill Pipes
SOV/137-58-11-23475
A decrease in plastic properties of specimens taken from the upset ends of the pipes
is a consequence of the bending- of the fibers in the upset ends at an angle >450 with
0
respect to the axis of the pipe. Mechanical properties of drill pipes manufactured
from cast stock virtually do not differ from those of pipes manufactured from rolled
stock. N. K,
Card 2/2

ACCESSION Nn: AR4041596 S/0137/641000/005/DO42/DO42
SOURCE: Ref. zh. Metallurgiya, -Abs. 5D253
AUTHOA: Vdovin, F. V.; Burnos, V.
TITLE: Determination of mechanical properties of ribbed pipes
CITED SOURCE: Sb. Proiz-vo trub. Vy*p. 10. M., Metallurglzdat, 1963, 110-113
TOPIC TAGS: pipe, ribbed pipe, mechanical property
TRANSLATION: Investigation of mechanical properties of ribbed pipes showed the
following: Magnitudes of temporary resistance, o, a and*4,.* are changed and depend
j rm of samples, method of bracing them in clamps of machine and speed of ex-
on fo
tension during test. In long samples of conditions the yield point is lower (01216), and
Card l/ 2

ACCESSIOD4 NR: AR4041596
'Dajing test of b ch exteb6ions on 'plugs, values
higher (fw6%) than in short. ran
jof conditional yield point are increased by .16%, and 8 - by rv12% as compared with'
test of branch extensions with flattened ends. Change of values of mechanical
icharacteristics is explained by different relative speeds of extension of long
and short samples by different course of processes of deformation during test of
samples on plugs and with flattened ends. Observed influence of different
parameters during carrying out of tensile testa of ribbed pipes denanded creation.'
,of single method of checking their mechanical properties for the purpose of
*obtaining comparable results of determinations. Method of test deypIpped by us
specifies use of the volume method of determination of area of transverse section'.
of pipes, as guaranteeing the least errors of calculations. For obtaining cam-
parable results of testadefinite geometric dimensions of samples are recomerKlod.
(working and calculating lengthletcj in accordance with assortment of pipes. Use
jof metallic plugs during bracing of samples in grips of test machines and observance..
of speed characteristic of deformtion is obligatory in process of checking the
properties of ribbed pipes*
i
SUB CO DE: MM ENCL:00
Card 2/2

137-58-4-7207
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 127 (USSR)
AUTHORS: Fomichev, 1. A. , Vdovin, F. V. , Kravchenko, A. G. , Pishchik,
N. S.
TITLE: Manufacture of Tubes From Austenitic IKhl4Nl4V2M (E1-257)
Steel [ Proizvodstvo trub iz austenitnoy stali IKhl4Nl4V2M
(EI-257)]
PERIODICAL: Byul. nauchno-tekhn. inform. Vses. n.-i. trubnyy in-t, 1957,
Nr 3, pp 5-16
ABSTRACT: Tubes of IKhl4Nl4VZM are designed for use for re-heaters
and manifolds of boilers operating under high and superhigh steam
parameters. This steel (S) is a S of the austenitic class and is
highly heat-resistant. The effects of temperature and degree of
reduction on the plasticity of the S were investigated, and experi-
ments were conducted in rolling the tubes on an automatic 400
mill. Forged hollow and solid blanks with machined surfaces were
employed. Plasticity was determined by torsion testing, by testing
for pierceability, and for tension in a single plane (this last method
was employed for the first time and makes it possible to determine
Card 1/2 the relationship between the temperature and plasticity, under

137-58-4-7207
Manufacture of Tubes From Austenitic IKhl4Nl4V2M (EI-257) Steel
conditions of stress similar to those of the real stresses existing during pierc-
ing, and, consequently, the optimum temperature for the working of the S)_
The design of the apparatus for testing for plane tension is appended and described.
An analysis of the results of the torsion, plane tension, piercing, and micro-
structure tests is presented. This shows that piercing of the blank should best
be performed in the 1200-12250C temperature interval. The results of tests
for pierceability and high- temperature torsion show that as the length of time
the metal is held for purposes of heating increases, the plasticity of the S drops.
After obtaining the results of laboratory investigation, rolling of tubes of 219x
27 mm dimensions was performed successfully both from hollow and from solid
blanks. Solid blanks are recommended as being economically ;advantageous.
I. M,
1. Steel tubes--Manufacture 2. Steel tubes--Material
Card 2/?-

VDOVI - .- -kand. tekhn. nauk; SAMOV, O.A., kand. tekan. nauk; PISHCHIK,
W. S 9 1, iuzh.
-Nanufaoturing cold rolled pipes oflaw-plastic ferritic stools.
Btu% TSNIIGHK no,'22t33-38 957. (MIRL 110)
(Pipe, Steel)

~~- ~11-v- - kand.tekhn.nauk
Iffect of certain parameters of the upsetting Prvc8sG On
the quality of pipe ends. rrudy NW Chern.zet. 15:93-104
159- (Yorging) (Pipe flanges) (MML 13:7)

VDOVIN, F.V., kand.tekhn.nauk; PISHCHIK, N.S., inzh.; KOVALLVSKIY, A.I., Inzh.
Determining the toug?-.ne-- of rolled taper specimen. biul.nauch-
tekh.inform.VNITI no.475-:183-186 158. MfZA 15:1)
(Steel--Testing)

VDOVIN, F.V., kand.tekhn.nauk
Engineering properties f upset ends of drilling pipes. Biul.nauch.-
tekh.inform.VNITI no.475:165-173 '58. (MIRA 15:1)
(Oil fields,-Equipment and supplies)

L I.. nal,il~; Vik"'IN, 2-V-1
F
n I.
Kc
Develol-,:.-.c!nt o--,' technicaily fou!'ided. ota.,,dfir-ls for the technolo-ical
1) no.10:66-70 163.
testing of clectrica,11-:F 'well-ded ~-ipe. 1-roizv. tru

I . . I I
VDOVDIJ jP.V., kand. ,eldin. naullc; DUR'103, V..t. ) 1117,1 *
Dotorn-Aning the :-;ocL;:mica-l proppartles of r'Lb*m-' Lipa.
trub. no.103110-113 163. Cli:jl~. 17;10)

_VPqVIN,_G., slesarl-eborshchik
The force of total participation. Sov. profsoiuzy 16 no.18:20-21
s 16o. (MIRA 13:10)
1. Stankostroitelln77 zavod imeni Ordzhonikidze.
(Machinery industry-Technological iurovations)

VDOVIN, I.. tekbnolog
Reconstruction of the starting apparatus of pnounatic ban"rs.
Mor.flot 19 no.6:32 Je '59. (AURA 12.9)
1. Tokhnicbeedy otdel zavnda imeni Parizhokoy Kommuny.
(Pneumatic tools)
(Sbips--Kaintenance and repair)

*Regional studiesm n0.1, 1957. Reviewed by r. Ydovin. Tfm.vses.
geog.ob-va 90 no*5:487-489 S-0 158. (" U.- U)
(Magadan Province-Russian. periodicals) i

VDDVIN, I.
"Over mountains and tundras
S.Y. Obrucherv. Reviewed b7
no.6.-557-558 K-D 158.
(Chukchi
of the Chukchi National Area" by
1. Vdoyin. Izv. Ysea. geog. ob-va 90
(MIRA 11:12)
Ilational Area)

AUTHOR: Vdovin, I.
TITLE: Reviews (Retsenzii)
PERIODTCAL: Tzvestiya vsesoyuznogo geograficheskogo obshchestva, 1958,
Vol 90, Nr 6, pp 557 - 558 (USSR)
ABSTRACT: The author gives a review of the book"Ib garam i tundram
Chukotki - The Mountains and Tundras of dhukotka" by S.
V. Obruchav, published by the Gosudarstvennoye izdatel'stvo
geograficheskoy literatury (State Publishing Office of Geo-
graphical Literature). The author describes an expedition
which took place in 1934-1935 to the Chaun district (Chauns-
kiy rayon) of the C~ukotka region.
Card 1/1

VDOVTN, 1.9 tekhnolog
Building up bearing nibs using red copper. Rech. transp. 20
no. 2:48-49 F 161. (XJJ~4 14:2)
1. Bakinskiy sudoremontnyy zavod imeni Parizhskoy Kommuny.
(Bearings (machinery))

VDOVIN., I.S.
- ..;i! - ,- - _ -
- 1. , J.
,en thp poplIatiorS OP -2-ra
. t~d-
Camercial rs2at4on.3 b-
and P-laska to the begInning of the 20th century. Let. 5,37. 4,---,17.---,)7
164- (MIELk 18?3)

VEVviki: IL. S.
"Iz istorii otnoohenly (Alukchey i j'--Lya;3k!."
report submitted for 7th Intl Cong, Anthrolological & Ethnological Sciences,
Moscow, 3-10 Aug 64.

VDOVIN, K.,D., inzh,
Coal outbursts in mines of the "Sulyuk-Unskly" and Kyzy1-KIya
deFosits. ~1.71'rudyl VNIYa- no.d',9t242-250 162. (MA 17!4)
1. Shakhta No.2A rudoupravleniya Sulyuktaugoll.

VDOVIN, I. V.
IlThe Direct and Inverse Problerz of the Attraction Potential of an _711iiti,:al
Cylinder.." Cand Geol-Nin Sci, Dnzepropetrovsk '~'-ining Inst, Dne _mDetrovsIC, 1 r",
9-)-.
(RZI-a!lat, Apr 55) -
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations
Defended at USSR Higher Educational Institutions (16).

BERKOVICH, M.Ya.; SPIVAKY A.I.; KORNONOGOV, A.P.; FILIMONOV, N.M.;
POPOV, A.N..; VDOVIN, K.I.; AISEYSEYEV, L.A.; POSPELOVY V.P.
Some problems of gas drilling. Izv.vys.ucheb. zav.;neft' i gas
5 no-5:29-34 162. (KRA 16:5)
1. Ufimskiy neftyanoy institut.
(Oil well drilling)
i_

BERKOVICH, M.Ya.; KORNONOGOV, A.P.; VDOVIN, K.I.i ALEKSEYEV, L.A.
Theoretical possibility pf cold air drilling in eastern oill rezions.
Izv. vys. ucheb. zav.; neft' i gaz 4 no-5:39-46 '61. (MIRA 15:2)
1. Ufimskiy neftyanoy institut.
(Bashkiria--Oil well drilling)

VDDVIh', L.A.; LUBEGIN, A.S.
7- 1 1. - -, ~
Drilling of boles in glass. Frerggetlk. 13 no.2-.16 ? 165. (MA 18:6)

BERMVICH M Yas; SPIVAK, A.I.; KOITIONOGOV, Aj.; PQVINj, 4.1.; ALEKSEYET,
L.A:; POPOV, A.U.; FILIMIONOV, 11I.M.; POSPELOV) V.P.
Studying the power requirements for breaking rocks by rolling
cutter bits. Izv.vjs.ucheb.zav.; neft' i gaz 5 no.8:43-49 162.
(MIRA 17:3)
1. Ufimkiy neftyanoy institut.

ZHDANOV, M.M.; KOSTRYUKOV, G.V.; ASFANDIYAROV, Kh.A.; MAKSUTOV, R.A.;
KONDAKOV, A.U.; TURUSOV, V.M.; SILIN, V.A.; PILYUTSKIY, O.V.;
SHELDYBAYFV, B.F,; PETROV, A.A.; SWRI1011, Yu.S.; KOLESHIKOV,
A.Ye.; DROZDOV, I.P.; IVANTSOV, O.M.; TSYGANOV, B.Ya.;
KORNONOGOV, A P - VDOVIN K.I.- ALEKSEYEV, L.A.; GAYDUKOV, D.T.;
WOOKEY KlY, V.S.; VEDISHCHEV, I.A.;
ALEMM,,L.G.; KRASYUK, A.D.; IVANOV, G.A. r
Author's communications. Neft. i gaz. prom. no.2:67-68
AP-Je 164. (MIRA 17:9)

VDOVIN, L.Kh,, red,; FLORDISKIY, S.Y., tekhn.red.
prices for checking and measuring instruments.
regulators and other items of the OlnergometallurpromO trust.
Xrfactive on 1 January 1949) Preiskurant optovykh tsen na
kontrollno-ismeritellnyo pribor7, reguliatory i prochie izdeliia
tresta w3hergometallurprom.0 Vveden v deiotvie a 1 ianvaria
1949 g. I(oskva, Gono nauchno-tekhn.izd-vo lit-ry po chernoi i
tsvetnoi metallurgii, 1948. 30 P. WRA 11:6)
1. Russia (1923- U.S.S.R.) Hinisterstvo metallurgicheakoy
promyshlennosti.
(Measuring instruments--Prices)
(Machinery-Prices)

ARLYUK, B.I.; TELYATNIKOV, G.V.: YUZHANINOV, I.A., rukovoditell raboty;
Prinimali uchastiye2 KOROLEVA, A.A.; VDOVIN, L.V.
Material carried away from a fluidized bed. TSvet. met. 36
no.7:48-51 Jl 163. (MIRA 16:8)
(Fluidization) (Fly ash)

VW'~kN, for lifting fully assembled signal masts. Geod*
New technique (MIRA 17:3)
i kart. no.2:27-34 F 164-

Building compound signal towers In the Novosibirsk aerial geodetic
enterprise. Geod.1 kart. no.7:37-44 3 156. (WaA 9:11)
(Novoolbirsk-Surveying)

VDaVIN, M.Ye.
Gencral autematic, control of electric filters, T-Semnt 29
no.!'It17-19 S-0 163. (MM 16oll)
1. Mzhskiy tsementno-ohifernyy zavod.

VD0V11V ) /V_
112-3-6o66
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 3, P. 147 (USSR)
AUTHORS: Vdovin, N., Firsov, S.
TITLE: Feeding of the Carbon-feed Electric Motors of the
K T-1 [Motion Picture Projector] in A-C Supplying
the Are Lamp (Pitaniye elektrodvigateley podachi
ugley Kn T-1 pri pitanii dugi peremennym tokom)
PERIODICAL: Kinomekhanik, 1956, Nr 3, PP. 37-38
ABkRACT: It is well known that the are lamp of the K[IT-1
motion picture projector is designed for d-c operation.
When the lamp is operated on alternating current,
automatic carbon "eed is impossible. The proposed
system includes a selenium rectifier for insuring
automatic operation of the arc lamp. B.S.T.
Card 1/1

VWVIN N
Fire in a flour mill combine. Pozh.delo 7 no.3:17 Mr 161.
(MIRA 14.5)
1. Nachallnik otdola Upravleniyapozharnoy okhrany Saratovokogo
., obliopolkoma. (Flour mills--Fires and f4e prevention)
i

vwvIx, N.
We economize materials. S.troitell no.2320 7 157& (MMA 10:3)
1. Nachalbmik planovege stdola Upravlentya No.82 tresta )4o~otdel-
stroy,-2* (Bailding)

LITVINENKO, V.; SKRYPKA, K.; TURCHIN, I.; SKVCRTSM, A.; BOYKO, A.;
VDOVIN., P.
Noncontractual relations between the wholesale and ret&il trade.
Sov. torg- 36 no-1:33-37 Ja 163. (MIM 16:2)
1. Direktor Bogodukhovskogo smeshtorga (for Litvinenko).
2 UpravWyushchiy LIvovskoy bazoy nUkroptgalantereyall
(ior Skrypka), 3, Glavnyy tovaroved Krymskoy bazy
RUkropttAkstilltorga" (for Turchin). 4. Upravlydyushchaya
Krym.skoy bazoy "Ukroptgalanterei" (for Skvortsova).
5. Glavnyy tovaroved Krymskoy bazoy *Ukroptgalahterdiw'
(for Bg'yko). 6. Upravlyayushchiy respublikansoy bazoy
"Moldgalantereyam (for Vdovin).
(Ukraine-Commerce)

VDOVIN, P,, inzhener--polkovnik.
Independent vork for pilots in practical aerodynamics. Vest.
Vozd-Fl- 34 no-12:55-58 D 151. (912A 80)
(Aerodynamics-Study and teaching)

VDOVIN, F.Ye., inzh.; OUTEMSENYO, L.V., inzh.
System for cleaning and drying traniformor insulating oil. Prom.
energ. 18 no.8:22-26 Ag 163. (MIRA 16-9)
(Insulating oil) (Electric transformers)

VDOVIN, R.A,; VOLKOV, Ya.I., inzh. (Leningrad); TITOV, G.Ye.; KANIN, A.13.
Improving the quality of switches. Pat' i put. khoz. no.8:18,49
Ag 159. (KIRA 13:3)
1,Starshiy doroshnyy master Mookovskoy distantaii puti Severnoy dorogi
(for Titov). 2.Starshiy doroxhnyy motor, stantsiya Polotsk, Belorussko.#
dorogi (for Kanin).
(Railroads--Switches)

PfATNITSMP A.A., kand. tekbn. nauk; VDOVINj__N~#.,, inzb.
Using the runninIL-down mothodr for finding pawer losses for
babbling in reduc-ing'goars. Nkshinostroanie no-3:111-215
Yq-Je 163. (MIRA 16:7)
1. Klyevakiy politekhnichookiy institut.
(Gearing)

VDOVINp S. S.
Device for detecting short-circuited loops in transformer
00ils, Ism. tekh. no.lOt47-48 0 162. (MIRA 15:10)
(Electric transformers-Testing)

__._!~OVINP
Thermal conditions of a high-power pulse transformer. Izv.
vys. ucheb. zav.; prib. 8 no.2:138-141 165.
(14IRA 18:5)

VDOVIN, S.S.
Comparison of the parameters of various circuits of pulse
power transformers. Radiotekhmika 20 no.9:72-76 S 165.
(MIRA 18:9)
1. DeystvitelInyy chlen Nauchno-tekhnicheskogo obshchestva
radiotekhniki i elektrosvyazi imeni A.S. Popava.
404 St -f

VDOVIN, VitaliV Aleksandrovich; ZAYONCHNOVSKIY, P.A., prof.. otv.red.;
n"MUN . . . . . . . . . ."I'll, -T13MINA, T. , tekhn.red.
CThe Peasant Land Bank, 1883 - 1895) Krestlianskii. pozemelln.Vi
bank, 1883-1895 gg. Gosfinizdat, 1959. 106 p. (KIM 12:12)
(Agri cultural credit)

ACCESSiON NR: AR4015665 S/0081/63/000/021/0343/0343
SOURCE: RZh. KhImlya, Abs. 21M122
AUTHOR: Teterin, P. K.; Vdovin, V. F.; Kozlov, G. B."
TiTLE: Selection of glass fluxes for hot pressing of steels and alloys
CITED SOURCE: Steklo. Inform. materialyle Gos. n.-i. ,in-ta stekla, no. 1 (118),
1963, 57-61
TOPIC TAGS: glass flux, hot pressing glass flux, steel pressing flux, alloy press-,
ing flux, flux identification, high temperature flux property
~ABSTRACT: Univer~al glass fluxes for pressing steels at any temperature are not
available. The authors suggest that the best flux to use in pressing steels and
alloys for millable blanks is a glass which exhibits the properties of 185V glass
at 1150C at the temperature of Ordssing in a container. Glass flux exhibiting
the properties 6f4glass 269 at 1150C at discharje temperature can be used when
pressing steel and alloys for glass collars. To insure proper use of glass fluxes
in hot pressingi dach manufactuted;lot of glass should be tagged with a rating
plate in the form of a viscosity-temperature graph. Authors' summary.
--drd 1/1 DATE-rACQ: OqDec63 SUB CODE: ML, MA ENCL: 00

WDENSKIY, I.M.; KOLPOVSKIY, N.M.; VDOVIN, V.P.; IAM, A.B.
Analysis and design of shapes for hard alloy drawing dies.
Stalt 22 no.12:1095-1099 D 162. (MM 15:12)
1. Truboprokatnyy zavod imo Letinas
(Drawing (Metalwork)-3quipment and supplies)

VDOVI J, ,- .,.;, -
Submerged metal box used in mortar vork. Rats. i izobr. predl. v
stroi. no.5:64-65 158. WRA 11:6)
l.GlavW7 mekhanik stroitellnogo uchastka, Moskva.
(Mortar) (Building machinery)

i
VDOVINP V_.-~! J-11112h.
Cne` " r shalr-.a
j- of *aelding of' Pro
TechncOlog - " C--
6udostroenie 30 nc.-',t5'--52 *f 164. (IGPJ, 2-7:6)

VDOVIN, Vasiliy Aleksandrovich; SE"ING, N.G., red.; KARAS', V.D.,
(Kirensk and Kirensk District] Kiransk i Kirenskii raion.
Irkutsk, Irkutokoe knizhnoe izd-vo, 1959. 95 P. (MIRA 12:9)
(Kirensk District)

ACC NR, AP7002746 CNY SOURCE CODE' UR/0383/66/000/006/0022/002-3
AUTHOR: Vdoyin, V.F. (Candidate of techni,cal sciences)
ORG: none
TITLE: Selection of glass lubricants for hot extrusion
SOURCE: Metallurgicheskaya i ifornorudnaya promyshlennost', no. 69
1966, 22-25
TOPIC TAGS: metal extrusion, glass lubricant, Wo
lubricant property/ tX>w4eo-h V4.A.&
ABSTRACT ~61everal glass lubritants of medium and low viscosity, developed by the
Glass Institute, have been tested to determine the minimum viscosityl
which would ensure the lowest friction coefficient and the lowest ex-
trusion force. The experiments were carried out on a vertical hydraulic
press of 7850 kn with IKhl8N9T steel bars 32 and 25 mm in diameter ex- i
truded from round billets 77 mm in diameter and 180 mm long at 1100-1200C.,
It was found that the minimum extrusion force corresponds to a glass pad
2
viscosity of 10 to 13 n-sec/m . The optimal viscosity of glass powder
was found to be 20 n-sec/m2. It was also found that the viscosity of
glass lubricant decreases with increased tempezdture of extrusion
On the basis of expeAments, a graph for-selecting glass lubricant was
plotted (see Lines a-a and b-b represent constant viscos,ities

ACC NRt APTP021.46
Fig. 1. Graph
for selecting
glass lubricants

U
Ej
U
5 7
U 0

cr)
U)

160 too 100 two Ilk fix AW Aw ON
T~Fperatqr , *C
2
'10 and 20 n-sec/m. ,respectively. Curves 1-7 represent viscosities
'of various glasses at different temperatures. The points of intersection:
of these lines indicate the temperature at vl,-Ach a given type of glass
'has the best antifriction properties. (TD)
SUB CODEs/113/ SUBM DAM none/ ATD PREM 5114
C rd 2 /2

VDGVIN,,j.L*; XEDOSPASCIV, A.V.
Current instability of a positive column in a magnetic field.
Zhur.tekh.-fiz. ~2 no.7:817-822 J3. 162. (MM -15:8)
(Plasma (ionized gases)) (Mgnetic fields)

SMV62/032/007/004/013
B104/BI02
_!?
AUTHORS: Vdovin, V. L., and Nedospasov, A. V.
TITLE: Current instability of a positive column in a
magnetic field
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 32, no- 7, 1962, 817-822
TEXT: B. B. Kadomtsev and A. V. Nedospasov (J. Nucl. Energy,,part C,
Plasma Physica, 1, 230, 1960) showed that an instability of the form
f (r)exp(i(m,V + kz - out)) was established in the positive column, of agas
discharge subjected to a sufficiently strong, longitudinal magnetic
field, and that an azimuthal electric field was generated. A particle
drift toward the wall is observed. The critical pressures for the
appearance of these instabilities when discharges occur in He, H 2' Ne, Ar,
Hg are calculated in the present paper on the basis of Nedospasov's
theory and are compared with experimental data. It is shown that.th4,
instabilities discovered by F. C. Hoh and B. Lehnert (Report IIIb, 25, on
the Fourth Intern. Conf. on Ionisation Phenomena-in Gases. Uppsala, 1959;
Card 1/2

S/057/62/032/00VO04/013,
Current instability of a positive B104/BI02
Physics of Pluids,.3, no. 4, 600, 1960) can be described by the method
here suggested. There are 6 figures.
SUBMITTED: June 13, 1961
Card 2/2

11884-w66 EWr(1)/UC(F)/EPF(n)-2/E?n(m)
ACC NR! AP50280i6
A11711OR Vdavir). V.L
ORG:
TITLEt
field
_IJP(c).___AT
biVo,-X1651(_'-02AXA103491O372
sotmcs CODE:
Convective Instability of a plasma which is not ii-vilform along the mngnetic
SCURCE: Zhurnal eksperimentallnoy I tenreticheskoy Mikil P10ma v reflaktslyil.
(Prilozheniye), V. 2, no. 80 19651 369-372
TOPIC TAGS: plasma instability, electron motion, plasma diffusion
,APSTRACT: The author shows analytically that a weakly Ionized plasma Is subjerl f o
an Inherent instability resulting from the presence of an axial density gradient,
such as is produced In the case of free diffusion of charged particles from a source
to the side walls of the chamber. The analysis is based on solving the differential
equations for the electron velocity with ion diffusion neglected. The inst-Mlity
growth increment is calculated for two cases of practical interest--strong magnetic
field and decaying plasma. The results show that the instability of a plasma which
is not uniform along the magnetic field agrees well with the experimental data on
the diffusion in a sufficiently broad range of experiments. Author-is sincerely
grateful to Bl.*"B. Kadomtsev for discuBsions and criticism, and to A"~' say
. menetakly for valuable discussioTia-.Orig. art. has:
"'b. Rusanov, and V. A. - Rank-Ka
V
3 formulas.
SUB CODS: 2o/ sm DATE; ioAug65/ oRia Rxp-. oo2/ ow P-rF. ooi
Cnref I A

L 22410-66 E-NT(l)/EPY(n)~r2/EW(3(M) IJP(c) AT
;-AC07-NN-.-AP6007953 SOURCE CODE: UR/0089/66/020/002/0143/0149
AUTHORS: Vdovin, V. L.; Podgorriyy, i. M.; Rusanov, V. D.
ORG: none
V'y
TITLE: Effect of plasma density on the results of spectroscopic
determination of 11,,-e-
~77ron te~
~66, 148-149
SOURCE: Atomnaya energiya, v. 20, no. 2, 19
TOPIC TAGS: plasma density, plasma electron temperature, spectral
line, helium plasma, hydrogen plasma
'ABSTRACT; In view of the fact that the values of the electron tem-
i,perature determined from the excitation functions of vaiouz helium
ilines are not uniquely defined, and are influenced by secondary
;processes such as the pressure of the neutral helium and the density
,of the plasma electrons, the authors have undertaken a comparison of
:the electron temperature as determined with two pairs of lines (4922,~
0
14713,
5047, 4713 A)
and
with one another, and also with the results
Card 113 UDC: 533.9

L 22410-66
1ACC NR: AP6007953 cl)
!of probe measurements, The experiments were made essentially in a
!helium plasma of high frequency discharge In a magnetic field, In a-
:pressure interval 3 -- 10 ~L. The generator frequency was 25 Me, and
'!the active power fed into the plasma reached 4 kw. The ratio of the
ispectral-line intensity was determined with a manochromator with
photomultiplier. Themain measurements were made with a double elec-.
itric probe that could be displaced radially In the chamber. The
1plasma density was determined with probe measurements using a Fabry-
Perot interferometer operating at 3 mm wavelength. At electron den-
12 -3
sities -10 cm the temperatures obtained by-optical measurements
a
using the 4922 and 4713 A pair exceed by a factor of more than two
the results of the probe measurements. The results coincide at -3 x
11 3
10 cm The temperature determined optically for the 5047 and
0
j4713 A lines is approximately half the temperature obtained with
:'probe measurements at a dens-ity n > 6 x 10 em-3. At lower'con-
e
centrations the results agree well. Measurements in hydrogen show
Card

L 224lo-66
ACC NR: AP6007953
~better agreement. It is concluded therefore that the method used
,to determine the electron temperature from the relative intensity
.of the helium lines, in the form used in many experiments, can lead
'to appreciable errors. Orig. art. has: 1 figure
,SUB CODE: 20/ SUBM DATE: OlSep65/ ORIG REP: 002/ OTH REP. 003
Card 3 3 d
A~,

L 22192-66 EPP(n)-2/EWT(J)/ETC;(f)/EWG(m'/* IJP(c) AT
ACC DR: AP6004915 SOURCE CODE:. UlVO056166105010011003919045
0
AUTHOR: Idovin, V.- L.; RusanovL V. D.; FTank-Kamenetsklyt D. A.
ORG: none
TITLE: Investigation of nonpotential drift waves in a stationary magnetoacoustic
plasma
SOURCE' Zhurnal eksperimental*noy i teoreticheskoy fizikit v. 50j. no it 1966,
39-45
TOPIC TAGS: magnetoactive plasma, magnetoacoustic effect, turbulent plasma,
hydrogen plasma, electron temperature, electron density, acoustic noise, drift
Mo 111ty
ABSTRACT: The purpose of the investigation was to check on the theoretically pre-
dicted excitation of solenoidal (nonpotential) drift fluctuations in an inhomogene.w.
ous plasm. To this end, the authors investigated magnetic noise in a setup in
j Which the plasma is produced by the magnetoacoustic method in a glass tube situated
in a fixed magnetic field (Fig. 1). The plasma flowed continuously along the axis
into the measured volume and the magnetic field varied from 700 to 2500 oe. The
-3
measurements were made on hydrogen plasm in the pressure range I x 10-4--5 X 10
MM Hg. The rf power introduced into-the discharge was 4 kw. In this pressure
range the electron temperature varies from 4 to 10 eve The electron density at the:
.1-Cardl/3

-66
,2192
L
ACC W: A16004915
F&I 4
Fig. 1. Diagram or experimental appara-
;tus: 1 - rf generatorp 2 - rf coil 3
to r0 WWZ__
glass tube, 4 - main magnetic field"coil.,
~~~ i 1:~~U
auxiliary magnetic field coilp 6
radially movable electric probe,, 7 lon-
gitudinally movable electric probe,
spectrum analyzer.. 9 - monochromator,, 3.0
Fabry-Perot interferometerp 11 - signal generator.
center of the chamber was 5 x 10"'--5 x 10 -2 ft-3- Two diagnostic techniques were
used in these experimentep determination of the electron density with a double elec-
tric probe and a microwave Fabry-Perot interferometer operating at 8 mm, and deter-
mination or the electron temperature by double electric probes and by an optical
method. Measurements were made of the spatial distributions of the field compo.-
nents., of the dependence of the frequency on the magnetic field, and of the phase
relationships of the oscillations. Two types of magnetic noise were observed. One
was a strong solenoidal noise (approximate3y 0.05 oe) with fundamental frequency of
the order of 100 kcs. Its spectrum had a high harmonic contentp with most of the
noise power concentrated in the harmonies at low pressures. The dependence of this
inoise on the plasma parametera was Inventipted wd the results are discussed ANU
C

L 22192-66
'ACC Ia., Ap6oo4915
the point of view of possible excitation of Alfven drift wwies In the inbomogeneous
plasma. In addition to the magnetic noisep intense potential electric fluctuations
,Were observed, similar to those investigated in detail elsewhere (YaderMy sintez
(Nuclear Fusion), 1966p in press). It is deduced that the magnetic fluctuations
observed in -the present investigation are not a component of the potential fluctu-
ation investigated earlier. The high frequency noise observed in the experiments
!0-5 Mcs) is of magnetoacoustic naturep but Its excitation is not yet clear, The
authors thank Ye. K. Zayoys~!Z and L. 1. Rudakov for valuable coments and V.
Sannikov for help in the experiments. Orig. art. has: 7 figures and 1 formula.
20/ SUBM DATE ORM MW: 005/ OTH W-- 003
;,SUB CODE,. 02Aug65/
Ca
i, rd 3/3 Ust

. . . . . . . . .........
)1A0 o YIN) V
Card.1/1 Pub. 40 - 24/27
,Authoro t Petr6v, A. D.; Sady%lizade, S. I.; and Vdovin, V. M.,
Reaction of MgBr-vinylethinyl with triphenylhalide ailanes
Periodical 1. Izv. AN SSM. Otd. khim. nauk 1,, 181-182, Jan-Feb 1955
Abstraot I Brief report is presented on the established differences in the synthesis
and reactiv'ty of (C6H ) SiCl and (C H ) CC1 The existing reactivity
differences are explaigel by the dif~XAt ~eiectron density of bonds with
the Cl of the silicones and carbonium radicals as well as by the spatial
hindrances in the formation of the ion silicone. Six references: 3 USA
and 3 USSR (1933-1954).
Institution t Acad. of So,, USSR, The N. D. Zelinskiy Inst. of Organ. Chem.
.Submitted- f July 22, 1954

I Mom.-

PETROV, A.D. -, MIRDNOV, Y.F.; VDOVIN' V.M.
Synthesis and properties of the c4-cyanoiscpropoxysilanes. Izv.
AN SSSR Otd.khim.nauk 86 no.6:1122-1124 My 155, WaA 9:4)
I.Inatitut organicheskey khimii imeni N.D.Zelinakego Akademii
nauk SSSR. (Silane)

Author* I Petrove A. D. Memb. Corresp., Acad. of Sa.4 'USSR, Sedykh-Zade, S. I.&
Title I
ftriodical i
Abstraot I
and Wovin, V. M.
SyntWg'fr- tions of beta-trichlorosilylpropionitrile
Dok. M SSSR 100A. 711-714--feb 1. 1955
A direct method is described for the synthesis of beta-trichlorostlylpro-
pionitrile (C1 SiCH 2 - CH2 - ON) from beta-chloropropionitrile passing
throueh a si-C~ 11oy at 3700. The synthesis of 'this compound - an
analogue of ethyltrichlorosilane with the nitrile group in beta-position
relative to Si - has uncovered simple ways of obtaining its different
poly - and monomeric derivatives. The reaction of beta-trichlorosilylpro-
pionitrile with other silicon halide compounds is discussed. Six
references$ 3 USA, 2 USSR and 1 English (1945-1950-
Institution I
Submitted I July 10, 1954

USSR/Organic Chemistry - Synthetic Organic Chemistry E-2
Abs Jour : Referat Zhur - Khimiya, No 2, 1957, 4464
Author : Petrov) A.D., Mironov, V.F., Vdovin, V,M., Sadykh-Zade,
S.I1
Inst ; Academy of Sciences USSR Xxisr. (9oqamc- C4e,,i , N-1)
Title : Cyanethylation of Silico~hloroform
Orig Pub : Izv. AN SSSR, Crtd. khim. n,, 1956, No 2, 256-257
Abstract : It is shown that on heating for 4 hours at 160-1700 and
20 atmospheres in the presence of Raney nickel, HS'Cl3
is added to CH:--CHCN (I), to give Cl SiCH C11 CN (II)
2 3 2 2
(BP 79-820/10 rLm, MP 32-330) with a yield of 12.2%.
HSi(CH3)C121 under the same conditions, is added to I,
but pure C12(CH3 )SiCH,CHpCN could not be isolated. On
interaction of II with CH 3MgI was obtained
Card 1/2 - 101 -

VDOVTN, V. M.,,Cand Chem Sci -- (diss) "Synthesis and trans-
formations of silicon-containing nitriles.11 Mos, 1957. 10
pp (Acad Sci USSR, Inst of Organic Chem im N. D. Zelinskiy),
110 copies (KL, 52-57, 103)
- 9 -

~F
4)un
17- y

Y1
AUTHORS: Petrov, A.D., Vdo7in, V.Y, 62-12-13/2C
TITLB; Oyanogen Ethylation of kethyl- and Ethyl Dichloros-111anes
(TsianetilirovanLye metil- i etildikhlorsilanov~
PERIODICALt lovestiya AIN SSSR OtdelerlyeKhimicheskikh Nauk, 1957, Nr 12,
Pl,. 1490-1491 (USSR)
A3STRAM In this pa er th authors tell in what manner they obtnined
C'13 S' Cl CH2CH2CN) and C2H5S'Cl2(CH2C'['2CN), In the reaction the
equivalent quantities of acrylonitrile and of the all-yl dichlori-
lirnes were utilized (with the catalyst 0 5 H5 11) in the acetonitrile
solution. The reaction v= carried out in the autoclave at 60-,70r'.
The structure of the methyl- and alk,-rl-dichlorqilylpropicnniti".~le-s
i,ms confirmed by titration. With pyriaine as a catalyst syntheti-
zation :Ms carried out of- -methy, ldi&.lorosil,-,l-,ropionnitri'l~e
and ,3-alkjldichlomil.-,-l-oropio,-mitrile. There are 7 references, 2 of
which are Slavic.
Card 1/2