SCIENTIFIC ABSTRACT VOLOSHENKO-KLIMOVITSKIY, YU.YA. - VOLOSHIN, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860710016-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/3-79/6a/000/001/021/027
C073/r,535
/'P- 'P-2 0 0
AUT1HO11- Volostionico-Kliviovitslay. Yu.Ya. (moscow)
TITLE: J7-t-be relations governing chnnges of the yield noint
at higli loarlirtE rates and low tei-liperatures
PERIODICAL; A!,ademiya nauk SSSR. Izvestiya. Otdcleniye
telkhnicheslkil.h nauic. Meklianika i mn shinos troy eniy q,
no.1, 1962, 154-156
T L" ~ T The results are described of direct ricasurements of
tl-'~e yield point of steels 3 and 45, Armco iron and the aluminiur.-.
alloys A-16 (D-16) and AMi-'-6-1 (AMG-6T) during static, "high"
(interriediate) speed and impact loading. at specimcn temperatures
varying between +200C and -tv,60c. The ivtpact speed eqnalled
6 m/sec, for the aluminium alloys and 3.6 m/sec. for the other
inaterials. It was found that for AMG-6T, D-16 and Steel 45 the
de-pendence of the yield point on teuxpcrature under impact loading
can be obtained by shifting upward the curve pertaining to static
loading. Thus, the increase in the yield point under the combined
action of low ter.-iperature and hi~~Ji-.speed loading is equnl to the
sun of increments caused by the individual factors and riot to the
Card 1/2

On the relations governing ... S/179/62/oco/ooi/021/027
E073/E535
pro(luct. For, Armco iron -.tnd Steel 3a new phenotrenon was obseeved:
between -145 and -1960C an increase in the loading
rate from
madium to high has no effect on the magnitude of t1io yield point.
This is attributed to an abrupt change in the mechanism of
plastic deforti--ation at cartain temperature and loading conditions.
The order of sensitivity of the investigated materials to the
loading rate is as follows: aluminium alloys A%,IG-6T and D-16,
Steels 3. 45 and Armco'iron. There is I figure.
SUB':-=TED: May 22,
Card 2/2

.KUDINO Bergey Nikolayevich EXudin, S.K,I; PODOMINOT, Anstolly Leonidov-'ch
[Podhorinov. A*L.); ULWOCHMIXO, Leonid Semsonovich;
PCLTORATSKAU, To. [Peltorstallmo X.], red.; VaUMCHNNO. Z., red.;
IMINSFATA, A. [Narinolks, A.], tekhn.red.
[Small hydroelectric power stations of the Ukrainian S.S.R.] Kali
hidroolektrostantaii UIM. Iyjv, Derzh.vyd-~vo lit-ry x budivnytatys
!~L arkhit. URSR, 1960. 158 P. (MMA 14:3)
(Ukraine--Hydroelectric power stations)

VOLOSHENKO, N.N. inzh.; ISHCHEuKo, I.M., kand.tekhn.nauk
Determinilag the elastic and viscous characteristics of
cohesive soils. Avt.dor.i dor.stroi. no.1:61-68 165.
(MIRA 18:11)

.-.,:-.Ai '114n, 989-8.' 13 June V8
AR99N-SHIE LDED PU LSE D-ARC WE LbER (USSR)
Stolbo, Yu. 1. and V. V. Volo
Svarochnoye Proizvodstvo, no. 4,
A~pr- 19.163,- 36-.38. S/135163/006/004/011/012
A pulq_~pd-arc welder for a fixed-position automatic TIC welding of stainless
steelAbes 6 to 30 m m' in diameter has been built in a plant [unidentified)
after J.0xiventional TIQ welding and TIG welding with a* magnetically rotated
,arc fMied to produce satisfactory results.' In the new welder, a modified
BCC-120, welding rectifier, each phase of the primary is provided with a
100-ohm shunting resistor. - An automatically controlleq magnetic switch
periodically connects and disconnects the, phas~.~s of the primary, changing
the power supplied to the are from full to just sufficient to maintain VL small
11pilot" arc.. The voltage and current of the welding and pilot arcs and the
Card .1/2

7. 7
AID 11r. 989-8 13 June
ARGON-SMIZED PM=-ARC WEIZ.-M [Cozt ,I) 5/235/63/000/004/0n/012
.pulse duration'a-r'e s elect ed 'according the 'Wall thiclcn*oss of the tube. For
instance, tubes with a wall thickness of 1 mm are welded with welding- and
pilot-arc voltages of 12-14 and 10-12 -v, currents of 40-45 and 12-15 amp. and
burning times of 0.17;-0'.20 and 0 .22-0 .25 sec, respectively. -Theweldshave
uniform shape, penetration . and quality regardless of the position of the weld.
JDVJ
Card 2/2

VOLOS HIN: A., otarehiy ohturman
-----------
Passenger traffic in the Caspian lasin. Mor, flot
22 no.11:5 N 162* (KM 15:12)
1. Toplokhod "Kirgizatan'.
(Caspian,Sea~~rcbant marine-Passenger traffic)

VINOGRADOV, A.; GAPONOV, V.-O-O-LOSHIN A. lnzh.; PUSHKIN, D., instruktor;
IGNATENKO, N.; IVANOV, I.; BUBLEY, Ye.; SHABAD, M.
Readers' letters. NTO 3 no.8:54-55 Ag 161. (MIRA 14:9)
1. Chlen by-uro avtodorozhnoy sektsil Leningradskogo oblastnogo,
pravlen-.1ya Naucbno-tekhnicheskoeo obshchestva gorodskogo khozyaystva
i avtotransporta (for Gaponov). 2. TSentrallnoye pravleniye
Nauchno-tekhnicheskogo obshchestva mukomollnoy i krupyanoy promyshlen-
nostl i elevatornogo khozyaystva (for Pushkin). 3. Predsedatell
Belgorodskogo oblastnogo pravleniya Nauchno-tekhnicheskogo obshchestva
pishchevoy promyshlennosti (for Ignatenko). 4. Predsedatell soveta
pervichnoy organizatsli Nauchno-tekhnicheskogo obshchestva "Len-
energol, (for Shabad).
(Technological innovations)

VOLOS11111) A.A., kand.tokhnonauk
Secondary stre3ses from internal pressure in flanges of' containers.
Ehim. i neft. mashinostr. no.1:11-13 A 105.
(MIRA 18:31)

VOLOSHIN, A.A.,, kand.tokhn.nauk
A now volution of the problem --n the conjunction of a plate- and
ishall having variable wall thickness. Vest.mashinootr. 45
no.3t:L6-19 Mr 165. WIRA 18:4)
ZOO,
V;I~Ifvmtt0

VOLOSHIN, kard.tekhn.nauk
D-.-sign of pipelines with co-LBIderation of external loadz.
F.norgomashinostroenie. 11 no.2:42 F 165. (MIRA 18:4)

A ~--J
V,
VOLOSHIN, A.A.. kand. tekhn. nauk.
Calculating pipelines with expansion pieces. Sudostroemle 22 (i.9.231
no.10:60-62 0 157. (KIRA 11:2)
(Karine pipe fitting)

VOLOSHIN, A.A., kand. takhn. nauk.
710xibility and strength of lons-ohaped expansion places in pipelines.
Vost, mash, 38 no.4:12-16 kp 158. (KIRA 11:3)
(pipe fitting)

VOIDSHIN, A.A.j kand.tekha.nauk
Ixternal load calculation of piping, Inergomashinostroonie 4
no.3-.10-14 Mr 158. (MIRA 11:5)
'(ftpe) (Strains and stresses)

VOIDSHIN, lnzh.
Activity of the Scientific and Technical Division of the Estonian
Republic shipbuilding industry. Sudostroenie 23 no.9:66 S '57.
(MIRA 10:12)
(Istonia-Shipbuilding)
U

VOLOSHIN, A.A., kandetekhn.nauk
-------------
Special features in the structural calculation ofisteampipes
made of austenitic steel. Energomashinostroonie 6 n0-5:6-10
my 16o. (MIRA 130)
(Steampipes) (Austenite)
M.

VCLOSHIN, Andrey Andreyevich; OBRAZTSOV, B.M., nauchnyy red.; NIKITINA.
ZE-.1V.-,7rSa.; JASWUHLIMAO L&Iq , takhn.red.
(Design of flange unions for pipes and vessels] Haschat
flantmay.ykh soadinsuil truboprovodoy I Bosudov. Leningrad,
Gom.soiuznoe izd-vo sudostroit.prowyehl.. 1959. 290 p. (MIRA 12:5)
(Flanges)

inzh.
''Activity of the Scientific and Technical Division of the
shipbuilding industry of the Betonian Republic. Sudostroonle
24 no,1:79 Ja 158. (MIRA 11:2)
(Istonia--Shipbuilding)
V MR
MT-00-39M.-MIN
N

USM/ Engineering
Pub. 128 - 4/25
,s',Aut,hors I Voloshin, A. A. , -Cand. rechn. So.
Compactness of flange joints under the effect of bending moments
.Periodical I Vest. mash 35A) 13-18, Apr 1955
Abstract i The theoretical bases of a method for the calculation of the effect of ex-
ternal forces (bending poments) on the compactness (density) of flange
joints are analyzed. Some results obtained by the new mathematical method
are listed. It is stated that the application of this method during the
planning of flange.joints and pipe lines would guarantee the required den-
sity of the joints. The method also makes it possible to estimate the mag-
nitude of the external force affecting the bolts of flange joints and to
recommend such pipe contours in which the bending moment will not exceed
the permissible one. Five references: 4 USSR and 1 USA (1947-1953).
Tables; drawings.
Institution
Submitted

VOLOSHINq A.A.x kand.tekhn.nauk
Calculation of stresses inields between steel pipes with
variouo coefficients of linear expansion. Sudontroenie 27
no.6:33-36 Je 161. (MIRA 146)
(Thermal stresseo)
(Marino pipe fitting)

.VOLOSHIN, A.A., kand.tekhn.nauk
Stresses in a multilayer lenoe for compensators of high-pressure
pipings. Vest.mashinostr. 43 no.809-42 Ag 163. (MRA 16s9)
~ (Membranes (Technology)

S/123/61/0()0/020/032/035
A004/A101
AUTHOR: Voloshin, A, A.
TITLE: On the calculation of stresses In weld seams between steel pipes
with different coefficients of linear expansion
PMUODICAL: ReferatIvnyy zhurnal, Mashinostroyeniye, no. 20, 1961, 41, abstract
201238 ("Sudostroyenlye", 1961, no. 6, 33-36)
TEn: The author gives an account of a method of calculating heat stresses
arising during welding. He analyzes the methods of determining the stresses
whioli are broken down into 5 groups. Stresses of the lat group are heat stresses
originating during the deformation of bending the edges of the joined pipes.
4he author derives calculation depende
I" noes to determine the stresses in thin-
walled pipes. With practically admissible errors these dependences can be also
extended to thiok-walled pipes. It Is pointed out that annular tensile stresses
will ariae in the outer parts of the pipes with the lower coefficient of linear
expansion, while these stresses are of the compressive type In the pipe ends
with the greater coefficient of linear expansion. The stresses of the 2nd group
are heat stresses acting In the butt plane of the pipe and arise owing to the
Card 1/3

S/123/61/000/020/032/035
On the calculation of stresses ... A001f/A10I
difference in the coefficient of linear expansion of the pipe material. The
author presents a formula to determine these stresses and-points out that in the
pipe ends with the lower coefficient of linear expanaion these stresses are of
zhe tensile type while in the other pipe end they are of the compressive type.
The stresses of the 3rd group are residual stresses, aoting in the butt plane
of the pipe and arise owing to the difference in the coefficient of linear
expansion of the pipe material. According to test data, the annular residual
stresses change discontinuously the sign after the heat treatment of the seam
over the fusion cross section. To the right and left of this cross section they
possess an extreme magnitude which can be taken as equal to the yield point of
the material of the solid pipe at 200C. In the pipe ends with the lower coeffl-
eignt of linear expansion these stresses are of the compressive type, while
tensile stresses occur in the pipe ends with the higher coefficient of linear
expan Ion. The 4th group comprises stresses from internal pressure, bending
stresses and torsional stresses which arise iK the pipeline, as in a statically
Indeterminate system, duringts thermal expansion. These stresses are determined
according to the known formulae for longitudinal and annular stresses in the
walls of thin-walled vessels under Internal pressure. The stresses of the 5th
group are thermal stresses originating In double-layer pipes as a result of the
Card 2/3

S/123/61/ooo/o2o/032/035
On the calculation of stresses ... A004/A101~
difference in the coefficient of linear expansion of the layer materials. The
most simple way to calculate these stresses is to assume that both pip* layers
&"'-equally thiok. Insuch a cass-it is possible to assume with admissible
ao-.iracy that the tensile stresses in the outer pipe are equal to zero. The
compressive stresses In the inner pipe are determined by a formula being present-
ed. The weld seams'of pipes from different steels mean essentially pipes of
unequal strength. Therefore, in designing shipts steam pipelines, detachable
,nlona with flanges from different steels and elastic helically wound packings
tL ~
hrelused-which dependably operate at relatiAre radial-, dlsplaeements.~of, the Bealing
surt"ea:ct~,th*,t1angos.., -A calculation, ax&4nple,- in giYen. There,aire 2. figures
and 9 referenoes.
N.,Alekseyev,
[Abstracter's note: Complete translatXonj

Ozb SHIIV, A- if,
SICVORTSOV, A.A., kandidat takhnichaskikh nauk.
"Calcrulating thermal expansion of steam pipos.0 A.A.Voloshin.
Reviewed by A.A.Skyorteov. Bleir.sta. 25 no.9:6229T"V~~ 7:9)
(Steampipes) (Voloshin, A.A.)

VOIDSHIN. A.A., kand. tekhn. nauk
Method for considering flexure stresses caused b( internal
preasnre in the walls of pipes. Energamashinostroenle 9
no.3:25,28 Mr'63. (MIRA 17:5)

VCLC-SHIN, A. A.
Haschet paroprovodov na teplovye raoshirenila L Steam-pipe calculaticns for
heat expansioni. Leningrad, Sudpromgiz, 1953. 204 p.
SO: Monthk List of Russian Acces ions, Vol. 6 No. 8 November 1953

VOWSHIN, A.A.
(Calculation of the heat expansion of steam pipework] Raschat
paroproyodoy na toplovys, rasehirenila. (IonIngrad) GOI.IZd-TO
sudostroit.lit-ry, 1933. 203 p. (XLRA 7:2)
(Marine pipe fitting) (Stsampipes)

TOLDIIHIN, A.A., inzh.
Activityef the Estonian Republic Administration of thoScientific
and Engineering Society of the Shipbuilding Industry during 1958.
Sudestreenie 25 no.4:74 Ap 159. (MIRA 12:6)
(Estonia-Shipbuilding)

.25(2) PHASE I BOOK EXPLOITATION SOV/2631
.Voloshin, Andrey Andreyevich
Rasehet flantsevykh soyedineniy truboprovodov I sosudov (Design of
Flange Joints for Pipelines and Containers) Leningrad, Sudpromgiz,
1959- 290 P, 3,000 copies printed.
Scientific Ed@: B.M. Obraztsov; Ed,: ReD, Nikitinal Tech. Ed.:
LsIo Levochkin4.
PURPOSE: This book is intendee for designers and technical personnel
In the shipbuilding industry and students of shipbuilding
vtuzes. i
COVERAGE: The author discusses the design of flanged Joints for
pilings and tanks in accordance withthe requirements of a
modern ship power plant. The methods discussed permit determination
of the loading of a flanged joint under ultimate critical opera-
tional conditions, arid the design for strength of its elements
based on their load-carrying capacity. No personalities are men-
Card 1/6

Design (Cont..) SOV12631
tioned. There are 29 references; 21 Soviet,,6 English, and 2
German*
TABLE OF CONTENTS:
Preface 3
Basic Symbols 5
Ch. I. Basic Problems of Designing Flanged Joints 7
1, Constructions of flanged Joints 7
2. The problem of designing flanged Joints 9
3- Carrying capacity of plastic flanges 17
4. Carrying capacity of flanges made of brittle materials 23
5. Design stresses 24
.Ch. II. Basic Methods of Designing Flanges 25
6, Waters'method and other methods 25
7. Professor Siefel's method 32
Card 2/ 6

Design (Cont.) SOV12631
89 Method of design according to limit loads 35
Ch. III. Packings 3
9o Seals and packing surfaces 3~
10* Rubber gaskets 41
11. Plastia gaskets 48
12. Asbestos gaskets 51
13. Metallic gaskets 55
14# Cellulose, fiber, cork, and leather gaskets 69
15. Designing gaskets for thrust caused by hydrostatic
pressure 71
16. Sealing compounds 73
17- General instructions for use of gaskets and for insuring
tightness of the joint seal 75
Ch. IV. Design of Flanges for Bolt Loading 78
18. Forces acting on flanges 8
19. The basic system and the basic design equations ~
3
20. Design of flange rings 83
21. Design of flange hubs, 100
Card 316

Design (Cont.) SJOV/2631
22. State of stress in the aonjugaihe area between the hub and
the flange ring 127
23. Basic calculating expressions for integral and companion
flanges .138
24. Safety factor 144
Ch. V. Determining Bolt Loads 149
25. Bolt load and forces acting on flanges
' 149
26. Part of load
required for tightening the seal 150
27* Additional load on bolts required for tighteni ng the seal
in elastic deformation of sealing surfaces 152
28* Determination of the Q- part of the load 163
29. Determination of the supplementary operational load AQ 163
Ch# VI. Effect of External Loads on Flanged Joints a64
30. Effect of internal pressure 164
31* Effect of bending moment 171
Effect of torque 177
33. Flanged Joints (with tightness) "equal to strength" of
pipe and fundamentals of their design
Card 4/6

Design (Cont.).- SOV/2631
34- Strength of flanged joints under varying load 180
Ch, VII. Designing and Caloulating a nanged Joint Taking Into
Aocount the Temperature of Its Parts 184
35. TemperatureB of flanged joint parts and determination of
supplementary load on bolts 185
36. Tightness of joints in a sudden.ohange of temperature
of the working medium,:and recommendations for design 188
37. Design of flanged joints for creep and relaxation 193
Ch* VIIIe Designing Bolts 199
38. General principles 199
39- Designing lightly loaded bolts 200
40. Designing critical bolts 200
410' Basic information on design anduse of bolts. Methods of
tightening bolts 203
Ch, IX. Design of Flanges for Internal Pressure and Some Other
Design Cases 208
Card 5/6

Design (Cont.) SOV/2631
42, Designing integral flanges for internal hydrostatic pres-
sure 208
43. Designing companion flanges 213
44. Designing integral flanges for elasto-plastic state 216
45. Designing blind flanges 217
Cho Xo Sequene.0 of Design of Flanges 226
46;. Basic instructions for designing flange joiAts for strength
. and tightness 226
47. Examples of design 228
Appendixes , 253
Bibliography 288
AVAILABLE: Library of Congress.(TA 492.F5v6)
GO/jb
Card 616 11-27-59

BY,SMWSKIY, L.M.,v inzh.; KOLOSOVSKAYA., T.S.j, inzh.; VOLOSIl.I.N.,,__,ktA-Q,.-,.inzlj.
Conference on problema of expanding velding practices. Sudostroanit
28 no.8:61-62 Ag 162. (MIRA 15:8)
1, Chlen Nikolayevskogo oblastnogo pravloniya Nauchno-tekhnicheskogo
obshchestva sudostroiteltnoy pronqshlermosti (for Bystrovskiy).
2. Uchenyy sekretarl Estonskogo reopublikanskogo soveta nauchno-
tekhaicheokikh obshchestv (for Voloshin).
(.$hip-Welding)

VOLOSHIN, A.A., kand.tekhn.nauk
Design of stea= pipelines with bellove-type packless expansion
joint without braces. Sudostroenie 26 no.8t34-37 Ag 960.
(Marine pipe fitting) (MIRA 13:10)

VOLOSH I NY A. I.
USSR/Engineering Dee 194.7
Temperature - Measurements
I.,
Coke vens
"Measurement of the Temperature in the Area under the Crown of Coke Ovens," B. 1. Kustov.,
A. I. Voloshin'. I. A. Kopeliovich, L~krainian Coal Chemical Institute, 4 pp
."Zavodskaya Laboratoriya" Vol XIII, No 12
Three questions are considered: 1) How are temperatures distributed along the length of
the area under a furnace crown and which point 'must be taken as a vombined. determinate?
2) Is the final or average temperature for the coking period to be taken as an indicator
of the degree of heating of the area under the crown? 3) What is the influence of the
radiation of the crown and in measuring the temperature of the area under the crown by
ordinary thermocouples for determining the actual temperature of the gas mixture, must a
correction be introduced because of its influshce?
Pa 3 T18

Voloshin A. I. - "Certain temperature and heat correlations in coke ovens," Authors:
1. A. Kopeliovich, B. L Kustov, A, 1. Voloshin and A. F. Beletskaya. Trudy Ukr.
nauch.-issled. uglakhir..- inta, Issue 2, 1948, p. 67-75
SO: U-521M, 17, Dec. 53, (Iatopis 'Zhurnal Inyldi Stateyt No. 25, 1949).

SY ca AT a in'
104 C 0 IV 4 W X L A 0 0 PU A W I U.M11 140". Ill. I
is? .-D wo Lillis 2WDt1lT1* 100 AND STM MIES of
I.Ce IftDit ..,to-Ls Meg%
- - t
111.011
00
sell
oom
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SM11PIS" 31jou MR= 0" *~d upMr3 ooo ju am w4 C 100
A2,&M1P nA VU P- a-IN On Mp )a Aln"b so
SM 10 t-13PO&P PCM SF&Alcad t0 pmu3 qqj
'"W UMOn U31A0 341 AnYM *daM aqj '90 1111p na Mdjd i- WOO
ow ptm-
JuIPV- NO 10 SM WqAi vadid RapMP3-90 00
3U0 tills BU&M Wpoijd-Aq -UvMXvwdjMkvL
P *"Dd"
ajo Maxa-IM001-9 I P;T **-j0-A-j 'y twy 00
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to". fl)ltflo~#* ON# MM40 1 -00
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0.7 ft it 'I t R to f Pi it n it or it v it, pt st Is* *4 4jq ~1
0 0

I 1 9 Is 11 ti 1) Is IS it
U- 'jj
A
as
0
as ONOCIIIII Am f4offloill poll
.4 -a 0
go C
00
Ki-svitv *Nn A. 1, W.(,54,jw Ogowx-
Is rjl 7WAI (11149), -A r9ulile I~Wtluwl wM% 41r. "*a
go vvkWd fur measuring the Irmlartalum sms The %wfmv s4
wall brick in caking chambers with the slit a( -urfacr
illmmoroupin of slwW constructioll (method n(4 -Ic-
go 4t scrillied). Measurements wrw taken in Wkkrr anif
Gitwokolts fillassian design) coke owe % having cohin
perials of 16 and 13 hr.. respectively, Arul 'emprMturri zoo
*a 13301 to 13400C in tbe system. J I it
Cbwged with COW. the temperature on the wall surface zoo
00 4 A to 19100 to OWO during the tint 2 to 2.5 hr. of alking.
0 U Tko;n tbare, is a Asip rise I w hyagradualr6wintem- see
peftimer. TIw rate of tooling during the Ant Imur of
"*tax it almmat 300' to UP per hr. anti during the aretind 4,10411
bour. Vol to IM* per hr. 77" rate of increase in the rr.
maiming perital of cok%s was not over FAI* to flil' per hr.
The coefik t of beat transfer and the beat cwWuctivity z;O 0
of the welb aft colculated. Dynamics of temperature Aso
variations me of practical Interest in untlentanding the
of the destruction of Dimal brick In roking rhont. 4*0
111 K. too
U410 0
%*a
CIALLURGKIL UTINA11014 CLAIMPKITION floe
slow SI"s a.. boo
ilk 1434.0 It 04v oat a
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it it
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4 to -X X1 a J1 U a is
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L

3

DETEMAINATION Or TM WALLAWACI TMWMTM Or TU CIME15 OF
COKE O"X3 AND TRE CURACTBRUTICS OF TWI NUT-MW OF ?= CUM,
l

boratorlya# 190,
Be to Kutov OMAs,ls Yol"MA* (Zavolsk
_q% U
vol. 14, Apr., pp. 442-"G). (1a Ra"IM). An asesant Is given -40
at an la"atigatics, earried out at the Sharkow Uporimutal Cok-
In plant, at tbe th"T&2 o"Attifte In voll-regulatod Beaker and .00
G See
09 01prokoke ovesse Tkos!o evessevere ackink a obargo with a moisture ISO*
000 sentient of " in 16-10 hr.IL tewp*raturo of 1330-1340* C being
900
maintained in the heating f2u9sw A special doyloo was used for the a
F
60. masiurement of the surf&" temperature of the okauber val2s, a=- 7 Son
On% s1sting of a suitably Insulated stool plate earrying an iren-ow- woo
004 stentan thermoomple Atek sould be lowered through the sbarging Moe
0
00 bole and pressed tightly "&last the wall* The plate was fixed coo
to a long iron tube In shieb the themosouple leads were also M~- goo
uate&*,J.la &"Ijdm to the wall temperature, the tow"rature at 400
the contras of the Marge and the wall at tke heating flue war*
ocatinuously resordode The results obtained are presented a YA Zoo
are_ used,JR_~~uaotiam with a artial hOMbalaweS _f9r %ke Woo

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VODNZY, G.G.; SHEL OV, A.K.; DIDENIO, V-Ye.; YILIPFOY, B.S.; TSAM, M.N.;
ZASHVARA, V.G.; LITVINMO, M.S.;XMZMY, K.P.; XOIoOD?-%T, I.G.;
I"wv, I.I.; RUBIN, P.G.; SAPOZHNIKOV, L.M.; TTUTYUHNIKOV, G.R.;
DKITRIUV, M.N.; LEYTES, V.A.; URNER. B.Z.; MKDVFXEV, S.M.; RZVTAXIN,
A.A.; TAYCIMR, M.N.; TSOGLIN, M.E.; DVORIN, S.S.; RAX, A.I.; OBUKHOV-
VIROZM. Ye.V.;
SKIY, Ya.g.; KOTKIN,A.M.; AROVOV, ES.Q&.-.j
SHVARTS. S.A.: GINSBURG, Ta.Te.: X-OLIAMR, L.Ta.: BMTSUYA. A.F.;
KUSHNEIMVICH, N.H.; BRODOVICH, A.I.; NOSALEVICH, I.M.; SUROMBFM, B.I.;
HIROSHNICHENKO, A.M.; KOPBLIOVICII, V.M.-, TOPCRKOV, V.Ta.; AFONIN, K.B.;
GOYMN, N.V.; S]MNEffXO, D.P.; IVANOV. Ye.B.; FEYSAKRZON, I.B.;
WLAKOV, N.K.; IZRAZLIT, E.M.; KVASHA, A.S., K&FT&N, S.I.-, CIMMYKH,
M.S.; SH&PlRO, A.I.; KHALABUZAR', G.S.; bTuKT, P.Te.; GABAT, L.I.;
SMISON, A.S.
Boris Ioeifovich Kustov; obituary. Koko I khtm. no.2:64 '55.(KM 9:3)
(Kustov, Boris lostfovich, 1910-1955)

ARONOV, Samuil Grigorlyevichl BAUTIN, Ivan Grigorlyevich,- VOLKOVA, Zoya
Andrayevna; LQQWJA,.Lrkhip Illich; VIROZUB, Yevgeniy Vladimirovich:
GABAT, Lev lzrailevich, DIDMO, Vik%or Tefimovich; ZLSEXVARA, Vasi-
Ity Grigorlyevich; IVANOV, Pavel Alakeandroviqh, KUSTOV, Boris
Zosifovich Ldeceased]; KOTOT, Ivan Konotaatinovich; KOTKIN, Alekeandr
Katvevevich; KOKANOVSKIY, Haksim Semenovich; IJYTXS, Vlktor Abramovich,
KOROZ, Mikhail Yakovlevich; NIKOIAYEV. Dmitriy Dmitriyevich. OBUKHOV-
SKIY Yakov Mironovich; RODSMYN, Pavel Moiseyevich; SAPOZHNIKOV,
Yakov Yudovich, S]WICMKO. Sergey Yefimovich; TOPORKOV, Vasiliy
Takovlevich; CHXRHNM Mikhail Sergayevich; CHERKASSKLYA, Refirl
Ionovna, SHVARTS, Semen Aronovich; SHJdRW, Mikhail Yakovlavich.-
SHVANTS, Grigoriy Aleksandrovich; LIBERMAN. S.3., redaktor izdatell-
stra; ARDRETRY, S.P., takhnicheskly redaktor
(Producing blast furnace coke of uniform quality; a collection of
articles for the disemmination of advanced practiceB] Poluchente
domennogo kokea postolannogo kachestva; sbornik statei po obmenu
paredovym opytom, Khnr$kov, Ooa.nauchno-tnkhn.izd-vo lit-ry po
chernoi J tavetnoi metallurgii, 1956. 300 p- (MIRA 9:8)
(Coke industry)

VIROZUB, I.V:,t ~TOw~sIqNj-A--I.--IQLWVf X.I.
-L
EWat expouded for coking. Koko i khIm. noo5:23-29 16o.
(MIRA 13--7)
1. Ukratunkly uglekbimicheekly Institut (for Virosub, Toloehin).
2s lokookhinstautsip (for Igalov).
(Coal-Carbonization)

Sov/68-59-10-5/24
AUTHORS: Ginsburg, Ya.Ye., (deceased), Volosbin, A.I., and
Tikhomirov, Yu.L. ----------
TITLE: The Importance of Mcisture Content of Coal Charges for
the Carburisation Process
PMUODICAL: Koks i khimiya, 1959, Nr 10, pp 19-24 (USSR)
ABSTRACT: The influence of the moistare content of coal on the
technological indices of coke oven operation and the
quality of coke produced was investigated. The
investigation was carried out on an underjet coke oven
battery of Y ovens with mean oven width of 407 mm and
a height of 4300 mm. Two ecking periods 11and 15
hours were tested. During the experiments, the
composition of the coal blend, its degree of crushing,
and the coefficient of the excess air were kept
constant. The quality of the coal blends and coking
conditions - table 1. The dependence of the bulk
density of the blend on its moisture content - fig 1,
the dependence of the consumption of heat for coking
on the moisture content of coal - fig 2 (curve 2);
Card 1/2 the dependence of temperature conditions in the tar

Sov/68-59-10-5/24
The Importance of 114oistu-re Content of Coal Charges for the
Carburisation Froccss
line plane of the Coke on the moisture content of coal
tables 2 and 3; the distribution of temperatures along
the width of the charge during coking - fig 3; the
dependence of the coke quality on the moisture content
of coal - table 4. lt was found that changes in the
moisture content mainly aftect the technological indices
of coke oven operation. An Increase in the moisture
content of coal up to 10-11',~ noticeably affects the size
distribution of coke (an increase in small sizes), but
has little influence on the coke strength. There are
3 fiGures, 4 tables and 3 references, 1 of which is
English and 2 German.
ASSOCIATION: TJF-hIN
Card 2/2

- ---------

VOWSMN, A. 1.
Thermal constants of coal, seelcoki and coke and the beat of coking.
Iroks I khIm. no.10:20-24 ' 58. (IGRA I 111)
(Coke-Therval proportion) (Coal-Therml propertiesi

AUTHOR: V01OBhin, A.I. SOV/68-58-10-7/25
TITLE: Therm-al-M-n-s-fMItm-tor Coal, Semi-coke, Coke and the Heat
of Carbonisation (Termicheskiye konstanty uglya, polukokea,
kolksa i teplota koksovaniya)
PERIODICAL: KokB i Khimiya, 1958, Nr 10$ pp, 20 - 24 (USSR)
ABSTRACT: This is a survey of literature data on thermal conductivity
and diffusivity of coals and carbonisation products as well
as heat requirements for the carbonisation process.
There &re 13 references, including 9 Soviet and 4 German,
ASSOCIATION: MIN and 5 Tablm.
Card 1/1

7-
VIROZUBP IOVO, knnd. takhn. nauk; VOWSHIN, A.I., kand. tekhn. nauk; SHYARTS,
S.A., kand. tekhn. nauk.
Improving the heating and operating of coke ovens. Koko i khln,
no.ll,w29-35 157. (MIRA 10:12)
1. Kharikovokiy nauchno-inaledovatellskly uglekhimicheekly institut.
(Coke ovens)

VII 4.
VIROZUB. I.V.; VOIDSHI XAZMIXA, V.T.; SHAMAN, X.Ta.
Relpflating temperature in coke ovens. Koke i Mix. no.1:17-24 158.
(KIIA llr2)
1. Ukruinskly uglAhimicheekly institut (for XELzmina). 2. Mutrall-
naya laboratoriya avtomatlki (for Sherman).
(coke ovens)

AUTHORS: Virozub, I.V., Voloshin, I. and Shvarts,
Candidates of Technical Sciences.
TITLE: Improvement of Thermal and Technological Operating Conditions
of Coke Ovens (Sovershenstvovaniye teplovogo i tekhnolog-
icheskogo rezhimov koksovykh pet-hey)
PERIODICAL: Koks i Xhimiya, 1957, No.11, pp. 29 - 35 (US-SR)
ABSTRACT: Review in general terms of the improvements in coking
pradtice during the last 40 years.
There are 4 figures.
ASSOCIATION: MIN
AVAILABLE: Library of ConGress
Card 1/1

68-1-5/22
0 AUTHORS: Virozubt I.V., Voloshin, A.I.9 Kezminat V-V- and
Sherman, M.Ya.
TITLE: The Control of Thermal Conditions of Coke Ovens (Regul-
irovaniye teplovogo rezhima koksovykh pechey) '
PERIODICAL: Koks i Xhimiya, 1958, no.1, pp. 17 - 24 (USSR)
ABSTRACT: Some relationships between various parameters affecting
thermal conditions of coke ovens are discussed in order to
indicate the basis for choosing some parameters as sources of
impulses for the automatic control of the coke oven heating
system. MIN and TsLA (Central Laboratory of Automation)
proposed a system of automatic control of thermal conftions
of coke ovens which secures a constant supply of heat and a
constant excess of air coinciding at a constant temperature
of air in the tunnel, with a constant suction at the top of
the regenerators in the ascending stream. )The proposed system
is described in some detail (Figs. 1 and 2 0 It was installed
on the Bo. 1 battery of the Zaporozhsk Coke Oven Works
(Zaporozh.'Ye koksokhimicheskiy zavod) and operated for about
two years with satisfactory results. In addition to the
described method of direct control of the supply of heat,
three other indirect methods were installed and operated in the
Cardl/p oviet Union: 1) a scheme proposed by V.G. Mosyakov. The

The Control of Thermal Conditions of Coke Ovens. 68-1-5/22
control of gas supply is based on the stability of suction at
the top of the gas regenerators on the ascending strea-m and
that of the draught on the descending stream. The scheme was
installed on the Zaporozhsk Coke Oven Works; its operation is
described in Koks i Khimiya, 1958, No 1, pp. 25-29. 2) On
the Magnitogorsk Metallurgical Combin; Magnitogorskiy Metall-
urgicheskiy Kombinat) an automatic control of heating coke ovens
is in operation. This is based on the maintenance of a constant
suction in the waste flues mains on both sides of the battery
and a constant content of oxygen in the combustion products by
varying the addition of coke oven gas (ovens are heated with a
mixture of coke oven and blast furnace gas). The method is
described in this issue, pp. 30-35. 3) On the Zhdanovsk
Coke Oven Works (Zhdanov , koksokhimicheskiy zavod, the method
of controlling the supply of air for combustion proposed by
D.A. Amstislavskiy was based on the maintenance of constant
suction at the top of the regenerators on the ascendirU stream.
With this method, variations of the coefficient of excess air
during the period between reverseB are removed. The deficiency
of the method is that air supply changes with changes in air
temperature and a low accuracy of the control due to low suction
Uard2/3

The 0ontrol of Thermal Conditions of Coke Ovens. 68-1-5/22
at the top of the regenerators. This method with some modi-
fioations was used for the above described TsLA-UKhDT method.
In conclusion the authors point out that further atudies of the
methods used Is necessary in order to choose the best elements
from each method for the development of a scheme for complete
automation of heating coke ovens.
There are 4 figures and 6 Slavic references.
ASSOCIATIONS: MIN and TsLA
AVAILABIE: Library of Congress
Card 3/3

VOLOSHIN, A.I.,polkovnik, voyenrvy letchik pervogo kalsea, Geroy
__~~_-~~6v_etekogo Soyuza.
This Is how the pilot gets ready to land. Yest.Vozd.71. no.
9:28-31 sl6o. 04IRA 13:10)
(Airplanes--Landing)

ZASHKVARAP V.G.; VOLOSHIN, A.I.; MIROSIINICHFIIKO, A.M.
Tasks for the improvement of the quality of blast-f-urnacc -Oke,
facing the coke and coal chemicals plants in the Ukraine. Koks i
khim. no.11:35-41 163. (MIRA 16:12)
1. Ukrainskiy uglekhimicheskiy institut.

VOLOSHINp A,I.; SKLYARp M.G.; BOGOYAVLENSXIY, K.A.
Mechanical strength of coke and methods for its evaluation. Koks
i khim. no.9t29-33 163. OaRA 160)
1. Ukrainskiy uglekhimichaskiy- institut.
(Coke--Testing)

VOUSHIN, A.I.; VIROUB, I.V.; KMIRIA, V.V.
"- -- --. I' ~.-' I.,-.-
Heat cons=ption in coking and ways for its reduction, Kolk3 i khim.
no.10:20-24 162. (MIRA 16:9)
1. Ukrainskiy uglekhimicllesRiy institut.
(Coke ovens)

VOLOSIJIN~~; BOGOYAVLEIISKIY, K.A.; AKHTYRCHENKO, A.M.; TURIKp I.A,;
=ODKO) A.S.; LYALYUK, V.S;; GARAY, L.I.; ONOPRITf2MO, V.P.;
STARSHINOV., B.H.; BABIY, A.A.; SAVIEWV, H.I.; Prinimall -
uchastiye: TORYANIK, E.I.; VASILOYEV, Tu,'S.; SKERLI, T.Li
SENYUTA., V.I.; BONDARENKO.. I.P.;'AMSTISLAVSKIY, D.M.;
ANDRIAWOV, Ye.G.; SERGEYEV, G.N.; ZAMAKHOVSKIY' M.A.;
LYUKIKSON9 M.O.; IVONIN,, V.K.; TSIMBAL., G.I.; SENIKO, GYe.;
KONAREVAS N.V.; SOLODKIY, Yu.L.; LUKASHOV, G.G.; TAWOV,, D.A.;
GORBANEV, Ya.S.; SUPRUKj, Me.; TIKHOMIROV, Ye.I.; KONOlt&KQ, P.A.;
PROKOPOV, V.N.; GULYGA, D.V..,,- PIJSKANOVSKIY, S.T.,- PONOIUMVA, K.Ye.
Effect of the length of coking on coke quality and the performance
of blast furnaces. Koks i khim. no.12:26-32 !61.
(14IRA 15-:2)
1. Ukrainskiy uglekhimicheskiy institut (for Voloahin,
Bogoyavlenskiy., Akhtyrchenko, Turiks Zhidko,, Lyalyuk, Toryanik,
Vasiltyev, Shemelf). 2. Zhdanovskiy koksokkUd heskiy zavod
(for Ghbay.. Senyuti,, Bondarenko., Amstialavekiy, Anq;Unov,
Sergeyevj, Zamakhovskiy.. Lyukimson,. Ivonin.. TSimb&l). 3. Urallskiy
nauchno-losledovatel'skiy Institut chernykh notallor (for
OnopriyeAko, Starshinov,_Babiy~.. Sen!ko, KonareVa, Solodkiy).
4. Zavod BAzo7stal'" (for Savelor.-Lukashov, Tarasov, Gorbanevt
Suprun, Tikhomirov, Kononenko, Prokopov, Gulyga,, Pliskanovokiy.,
Ponomareva).
(Coke)
(Blast furnaces)

VOLOSHIN, A*L; VIROZUB, I.Ve; KAZMIKA., V.V.; KURBATOVA, M.Yu.
Determination of the heat of M. tion under laborator7
conditions, Koks i khir4. no.3:19-23 162. (NMA 15:3)
1. UkrainBkiy uglekhimicheskiy M Wrt.

VOLOSHIN, M.- Jt- Au.
Work on coordinating boring m7chines Moskva,.-Gos. nauchno-tekhn. izd-vo mashino-
stroit, J sudostroit, lit-U, 195's. 14?p. (54-42111)
TJ126o.c45
I Drillinr and boring. I. Voloshin, A. M., jt. au.

'011" 'umIER-11KO,
j 11,40 , V. S. ; y, -C
kuna. tekhn. na k DID, mul, A. 0.
Sy A 1.~u lvol'~ ' *
,VMUK, V.p. (Skvarfr-: V.P.19 I., shim, A.,,% 1;
A.G. (Kucherenkoy A.R.); VULWHUlt -
" 164.
ties in shoe ranufacture. Loh. proM. no-3;7&--8l JI-S
Use of plas (KIRA 17-.10)

VOLOSHIN', A.M. (Krivoy flog); KARPENKO, O.A. (Krivoy Rog)
Using'short-delay blasting at the OKo=mnar-Pobeda" mine of the
Dzerzhinskii Mining Administration. Met. i gornorud* proms no.3;
75-76 My-Je '63. (MIRA 17:1)

VOLOSHIN, A.M., inzb.; PANFILOV, I.D., tekhnik; USTDEMO, A.A., tekbnik
Ventilating a mine Bection with the collector-drift in
the hanging wall of the ore bocly4. Met. i gornoruds promo
no.4:76-77 J1-Ag 163. (KMA 16:11)
1. Rudnik im. Dzerzhinskogo, Krivoy Rog.

I
CHICHIVITSKIY, T.Ye.; "VOLO HN. A.M.; V71M. P.0., inshener, reteenzant:
- DUNAMff, P.P., inih~n-errerakter.
(Work on coordinated boring machines] Rabeta na koordinatno-rastech-
nykh otankakh. Moskva, Gos. nauchno-takhn. izd-vo mashinostroit. i
sudostroit. lit-ry, 1954. i42p. (MLRA 7:7)
(Drilling and boring machinery)

TIEENKO, -L.G. p gornyy inzh.; STELWAMt N.H. t -gorhyy tekhnik; GUMENOKj, G. Ye.
gornyy.tekb-4 ; j01,0~_4Plj-A*M* gO=y7 il2zb.; BEREZOVSKITp A.P.,
gornyy'inzh.; LYUTYY A.L.V Uurnyj'lnzh.j BUGAYg V.A., goz-ny7 toklmlk-
markaheyder
"Improving undergrouAd4brku by IA. D.'Gr6asman and E. M. Kozakov.
Reviewed by L. G. TMemko and others. Gor. zhur. no.~--3-7 Mr 161.
(MIRA 140)
1. Rudoupravleniye im, Rozy Lyukoembiargp Krivoy Rog (for Tikhenkop
StWmakht Gtm6nok). -2. Shakhta-*K6iia=ar-Probcda' , Krivoy Rog
(for Voloshin, Peraiovaki7,,Lr%tM. 3. Shakhta "No4aya" rudoupravleniya
im.' Rozy Lyuksemburg fr6r, Bugity).-
(Mij!ihg'ifidubtr5-and finAnce)
Olroesmafit IA. D. (Nozakovp E. M.)

TOLOSHIM. A.M.
Now solder for mineral-ceramic lanina. Stan.i instr. 25 no.3:
37-38 Kr 154. NLRA 7:5)
(Solder and soldering) (Cutting tools)

Mlrl~~
VOLOSHIN, A. M.
*"Automobile Plant imeni Stalin - ZIS", Stanki I Instrument. 14, No. 4-5, 1943.
I BR-52059019.
*Excerpts from his report:

KOSARI, A.V.i red.; VOLOSHIN, A.Y., red.; GURRVICH, R.V., red.; KROPACHLT,
N.G., red.; PARNOM07N.S., red.; PLMaMUCT, P.S., red.; SUSXOY,
IsA., red.; S~q G.V,, rGd.; OGAHXV, A.P*, tekhn.red.
[First in Siberian metallurgy] Pervenets Sibirskoi metallurgii.
Kemerovskoe knizhnoe izd-vo, 1957. 289 p. (MIRA 12:4)
1. Sekretarl partkoma Kuznetskogo kombinata (for Parenchenko).
2. Nachallnik tekhnichaskogo otdola Kuznetekogo kombinata (for Sharov).
(Kuznetsk Basin--Metallurgical plants)
Lac Q11mgm .1w, CK -'JL
MOMS MW

VOLOSHIN, A.P., tokhriik-mekhanik (poselok Dergachi Saratovskoy oblasti)
Device for assembling asbestos-cement pipes. Vod. i ran. tekh.
no.1:34-35 Ja 166. (MA 19:1)

;~ .. -
L 41 "C-65 I t if ~_T_307~111
M, 09Z
ACCESSION NF: Al~;'Y~~7f;! S/017o./65 /008/0M/0035/00hO
AMOR: Kessel.'manl- P. - M. Kotlyarevskly, P. A. ; Vologhi~._ A. P.
T 1712 : Equation of Gtatr- and thermolyn_-~c properties of molecular nitrogen
SOURCE: In7henerno-flzicheskiy zhurr-al, v. 8, no. 1, 1965, 35-40
TOPIC TAGS: mclecizli3r nitrogen, equation of state, themodynamic propefty, Gpecif-
ic volume, entropy, enthalpy
ABSTRAM In view of the increasing use of nitrogen in the heat-Dower, refrigera-
tion, ajie chc=ical lndustr-y, the authors 'wev- lerivP6, an the basir, Df exrcriment&I
data on co=~,,-Psslbility, the equation of state of molecuj-ar n1trogen asing &n
v,7. lin-
'Pr "~a 5 fz;;M-__afa lit
Card 112

L 41770-65
,iCIUSSION IfR: AP5005761
MCIATIOR, Tekhnologicheakiy inatitut im. M. V. Umouosova, Odessa (Techrolog-
ic&l Instltute)
SUBMITM; 15Apr64 ML- 00 MM COLE t TD, MT
NR REF SM: 002 OTHER t QU
Card 212

BURMINP Yu.Aj VOLOSHTN A.V.P MILETSKIY9 B,Ye,
New genetic typoe of rare-metial deposits. Geol. rud. mestorozh. 7
no.1:75-81 J'a-F 165. (MIRA 1814)
2. Gosudaratvennyy goologlchesldy komitet KazakhBkoy SSR.

Ilk
6 FBD/EWT(1)/EEC(k)-2/LITC(f)/r/EWP(k) IJP(C) WG/
L 32622 .5/04~8/04
66/004/00
ACC NR. AP6015598 SOURCE CODE: UR/0368/ 59
AUIWOR-. Besshaposhnikov, A. A.: Voloshin A. Yee; KWhuberiyep L Xh.; Simonmj, M.V
ORGt none
TITLE: Measurement of electron tegWature of plasm by meant of scattered laser
40 no, 50 X466,, '458-459
90mvi".2burnal prikladnoy spektroskaP49 V
Ti~s-
U ir jjLTlieation, plasm 4140tron, eldetrm tiiparstur AASF&
M
c
ABSTHACT: The authors used a laser bea& to measure the,014atron'tesperature in*&
C~-~ .:set which the*plasma was producedby a rotativg high-frequenO dipole at 9.45
4
in a 'kuasijtatj field of mirror configuration,' The yaqvm ebaiaber was a glass
Mary
tube 50 rpm in dio.' and 1000 m long (Fig.-l). The spectri* of the plotted radiation"
was measured point by point and the.electron temperature V168 calculated from the
,cmoothed spectrum and found to be T. al 4 ev. &O's the *preseiwe'df a shitt in the
scattered radiation relative to the incident riLdiati~n it is deduced that the elec--
tronx move axially with velocity -106 ce/sec. The reason for this phenomenoup and
also the d6tails of the fine structure of the scattered radiation.4 are still unclearo
*for continu-
Thi'aidbors thank R. A. Demirkhanoy for s%gistlft tbe'invost4ptioii and
ous iftorist. Orig, art. has: 2 f
Card 2/2 UDC% 533-9-07

L 32622-66
ACC NRs Ap6oI5598
Fig. 1. Block diagram of the measuroWnt
apparatus. Ver, 2 - lensp 3
i
vacum chanber,-P~ Cal focusing system's
5 - spectrographs 6 photowltipliers 7
Otciuoacopeo
A
L. Fj v
Card 2/2

VOLOSHIN, B.
By student efforts. Prof.-takh. obr. 20 no-4sl4 Ap 163.
OURA 16: 5)
1. Direktor professionalino-tekhnichaskogo uohilishcha No.7,
g.NovoroaoiyBk.
(Building trades-Study and teaching)

KRUPNOVA. Galina Yedoroy4a.- KRITONOSOVP I.M., kandidat tekhnicheakikh nauk,
usuchrwy redaktor; TOLOSHIN, D.A., redaktor-
MMONM---~&
[Draining and reclaiming swampy land; a bibliography] Osushenis i
osycents sabolochennykh semelf; rokomendatel'Ayl ukazatelf liters-
turys Vauchnyi red. I.M.Xriyonosov. laningrad, Go*. publichnaia
bibliotake In. N.I.Saltykave-Shchedrina, 1957. 31 p. (MIRA 10:2)
(Bibliocraphy-Prolusce)

GAIIJNBKATA, Viktoriya Andreyevna; VOLOSHIN, D.A., redaktor
(Iror the expansion of fruit culture in the northwestern zone; a
bibliography] Za rasshirenis sadovodstva v savero-zapadnot zone;
rekomendatellnyt spisok literatury. Leningrad, 1957. 20 p.
(BibliograplW-Frmit culture) (KIaA 10:3)

GROSKIT, Viktor L%idorovich; VOLOSHIN, D.A., rodaktar; XBROLOY, V.P..
nauchw redaktor.
I
[What an electrician should read; a bibliography] Chto chit&t' elektro-
monteru; rokomendatollnyi ukazatell literatury. Nauchnyi red. V.P. Mer-
kulov. leningrad. Gog.publichnata biblitska im. N.B.SaltykevaShchadri-
ha. 1937. 87 P. (Bibliegraph (MLRA 10:4)
Y--*'loctric engineering)

KRUPNOVA, Galins Fedorovna; VOLOSHIM, D.A.0 red.; TOWCHINSKAYA, B.M.,
bibliogr.red.
[Guide to agricultural reference books] Putevoditell po sellsko-
khozisistvannym spravochnikam. leningrad, Goo.publichnaia
biblioteks. 1938. 123 p. (MIRA 12:9)
(Bibliograp)q--Agricuiturs)

GHUC"VA, Vera Vladimirovna: VOLOSHIN, D.A.. red.: TOLOCHINSKAYA. B.M.,
bibliograf.red.
CGuide to medical reference bookal hitevoditell -Do maditainaldm
spravochnikam. Lenin.-rad, Goo.Ordena trudovogo krasnogo znameni
publichnaia biblioteka im. M.I,',.Snltykova-Shchedrins. 1959. 110 P.
(HIRA 12:12)
(BIBLIOGUMY-KEDICINE)

GRANSKIY, Viktor Iaidor ich; KOMOV, Y.B., prof., doktor tekbn.nauke
retsenzent; POMM. N.Ye., prof.. doktor khim.nauk, reteensent;
TUNARIT, A.S., prof.. doktor takhn.nauk, ratmensent; KAFJW,
Y.G., dotsent, kand.takhn.nauki retsenvent; BLTUXBZRG, V.A.,
kand.tokhn.nauk, retsenzent; BISPALOV, I,V,, inzh., reteensent;
R:rvLrN, L.B., inzh., retsenzent; ANSEROV, N.A., kand.tekhn.nauk,
obal~'ehly red.: VOLOSHIN. D.A., red.; TOLOCHINSKAYA, B.M.,
bibliogr.red.
(Ouide to technical reference books] Putevoditel' po takhniahaskim
spravochnikam. Pod obahchei red, M,A.Annerova. Leningrad, Goo.
publichnaia biblioteka im. X.E.Saltykova-Shchadrina, 1958. 334 p.
(MIRA 12:8)
(Bibliography--Technology)

GNUCELEVI. Vera Vladimiroyna; VOIDSHINO D.A., red.
[Bibliograph.v of Soviet medical bibliograpby, 1917-19571
Bibliografiia sovetskoi meditsinskoi bibliografii, 1917-1937 99.
Pod red. D.A. Voloshins. Leningrad, 1953. 118 p. (MIRA 12:2)
(BIBLIOGRAPHT--MICIEN)

KRUFNOYA.Galins Yadorovna,;~,VOIOSHIN, D.A.,- red.; TOICORINSKAYA, B.M.,
bibliograf icheakiv r .
[Guide to agricultural manuals] Patevoditall po sallskokhoziaistvenqym
spravochnikam. Imningrad, Goa. publichrata bibliotaka Im. M.S.
Saltykova-Shchadrins, 1958. 123 p. (MIRA 11:11)
(Bibliograp17--igriculbire)

STIVANOVA, V.K.,- VOIA)SHIN, D.A.,- red.
[The International Geophysical Year; a bibliography] gezhduwrmlnyi
goofizichaskii god; rekomends tell nyi spivok literstur7. Leningrad.
Goo. publ.biblioteka im. M.N.Saltykova-Shchadrina, 1957. 25 P.
(MIRA 11:2)
(Bibliography--Internatioml Geophyaical Tear)

G9RDALIKA11. Yeve Isayavna; SOMINSKIY, V.S., nauchW redaktor;
D.A., red.; TOZOOHZUSXAYA, B.M., bibliografichookiy red.
(Technical progress In the U,S-$,R~; a bibliography,) Takhnicheakii
progress v SSSR; rekonandatellnyi ukazatell literatury. Pod naucbnot
red. V.S.Sominakogo. leningred, Goo.publichnaia bibliotaka im. H.S.
Saltykova-iShchodrins, 1958. 177 P. (MIRA 11:2)
(Bibliography--Technology)

ZILIEMINTS, Iqudmila Vaniaminovna; XAMV, P.V., nauchnyy red
D. red.
[What the worker engaged in forging and pressing operations should.
read; a bibliography] Chto chitat' rabochim kusnechno-shtampovochnogo
proizvodetva; rekomendatellnyi ukazatell literatury. Pod nauchnoi red.
P.V.Kamneva. Leningrad, Goe.publichnnia biblioteks im.M.E.Saltykova-
Shchedrina, 1957. 74 p. (KIRA 10:12)
(Bibliography--Forging)

GRAIS 'IYP Vi or Isidorovich; ANSIROY, K.A., kand.takhn.nauk, nauchnyy
redaktor; VOLDSHIN, D.A., redaktor.
"w
[Vhat the milling machine operator should read to lamroTe his
qualifications; a bibliography) Chto chitat' frexerovshchiku dlia
povyshenila kyalifikateii; rekomendatellnyi ukosatell literatury.
Nauchnyi, red.N.A.AuseroT. Leningrad, Goo.publichnsia biblioteka
1m. H.B.Saltykova-Shchadrina. 1957. 43 P. (MIRA 10:11)
(Bibliography--Metal cutting)

GRAUSKIY. Viktor Isidorovich; BSUZIS. 8.P., nauchnyy reduktor-, YOI'OUIIU
1) rodaktor
[What the foundry worker should read; a hibliographyl Chto chitat'
rabochim litoinogo proizvodetva; rekamendstolInyi ukazatell literatury.
Mauchr7i red. B.P.Berazin. Leningrad, Goo.gublichrials biblioteks
im- H-2-Saltykovs-Shchedrins, 1957. 95 P, (MLFA 10:10)
(Bibliography--Founding)

GMUCHBYA, T.T.: VOLWHIM. D.A.. rodaktor
[Guide to forelp bibliographies of medical Itteratmv (1945-1936)]
Putevoeltall po inostrannol bibliografli seditsinakoi Itteratury
(1945-1936 gg.). Pod red. D.A.Voloshina. Leningrad, Gosepublichnals
bibliotaks In. N.B.Seltykova-bhchadrin, 1957. 108 P-'. (XLRA 10:7)
(BIBLIOGRAPHY-MIDICINI)

-Vo`l-o--ehIn-,--D--A---- - -- - - -- ---- -- - ---
LKNOMAD. Publichnais. biblietaka.
An aid for those who are studying V.R. Villimbe book, "The principles of a_rriculture'.
Soatavlen D.A. Voloshinym, pod red. A.G. Trutneva. Leningrad, 1950- 37 P-
(51-36oo3)
.3591.V59L4

VOLOSHIN9 D.N.
'Wow& - ''
, Operating a tailings disposal department In one of the northern
ore dressing plants, Trudy Mokhanobr. no.93:113-121 '56.
(KIRA 11:6)
(0" &-essing-Squipment and supplies) (Waste products)

VOIDSHIN E,!.. S I
The beat highly productive maize varieties.
"Zemledelia" No. 7, 19549

TOWSKIN, F.
"Xisephower Doctrine" is a creation of American monopolies.
Blok.a t.vod.transp. no.8:36-44 Ap '57. (MLRA 10-5)
Mited Sia'tes--Forelgn Relations--Near East)
(Near last--Foreign Relations--United States)

WOLOSHIN, G.; KUZNETSOV, L.V.; PASHCHENKO, V.Z. (Tashkent)
Questions and ansvers. 7A8hch. rast. ot vred. i bol. 6 no.7t42
Jl 161, (MA 16 15)
1. Nachallnik Upravleniya po zashchite rasteniy Ministerstva sellskogo
khozyaystva Ukr3SR (for Volihin). 2. Biologo-pochvennyy fakullApt
Hookovskogo gosudarstvenno o univerBiteta (for Ku*etsov).
lPlanta, Proteotion of)