SCIENTIFIC ABSTRACT SMIRNOV. V.K. - SMIRNOV. V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651610014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SMIRNOV, V.K.
The 1L70 automatic production line for machining beds of electric
motors. Biul.tekh.-skon.inform. no.8:24-25 159.
(MIRA 13:1)
(Machine tools) (kutomatioa)

MYAMLIN, A.N. (Moskva);SMIRNOV, V.I. (Moskva)
Operational memory device using electron-beam tubes. Probl. kib.
no.2:191-201 '59 OUU 13:3)
(Storage tubes)
Tube Storage Device 191
The authors describe the prinitpie of operation of the storage
dev c0 for the Soviet co-puter 'S:rela-le, which consists of
cathode-ray tubes or the 'PotenC315103kap- type, -Ltn a storage
c-P-ItY of 204a -r-44 of 43 bits. No -Ce-n.e. s- give..

ai4lRWX, V. K.
Fistabliabine, norms for jig-boring work. Stan.i instr. '10
no.4:4o-lpl Ap 159. (MIRk 12:6)
(Drilling
boring)
and

I., I I ~ -- I I I Ya . R . ; S I
~ i I
K -~ ~: ', V I ,'BFRT, E.I., V.K,: Fririirrdi uchastive~;
14:i~~.NKO, Z.G_ STRAKHOVA., M,A,
illydrn~~rackinE of pitch distIllates. Khi-m~ i Taki-.,-Icr,], i maBel
'a no.2?5-11 F 164, (,)41RA 17:4)
1. Institut ntiftekhlmllcheskogo sinteza AN SSSR.

7, d

Na re F ~_A ~7, f) V 'o t:
1"7 F'
4 - rk Ik ~~, de m.

-66 EV1TLWr,,WT (m) /EVIP (w)/Iqp (C) EM JD
L 1495.1
3 -J-UR7/Z579j6V/000/OW/006j/007j
ACC 153 96UM -ODE
AUTHOR: Smirnovs V. K.-
ORO-. Kazan Aviation Institute (lazanskiy aviatsionnyy inatitut)
'6
TITLE: Tensometric dynamometer ZKShD 30
SOURCE: Kazan. Aviatsionnyy Institut. Trudys no. 84, 1964. Aviatsionnaya tekhnologiya
i organizatsiya proizvodstva (Aviation technology and production management), 67-73
TOPIC TAGS: meta3-lurgic testing machine., tensile test, pressure transducer, strain
gage ~&
ABSTRACT: A three-dimensional tensometric dynamometer for measuring forces g ierated
during band PoTfs-&-n-g-li discussed. The principle of operation J a based on the use
of strain gages as shown by a schematic drawing of the apparatus and sensing beam in
Fig. 1. The beam deformations in the x, y, and a directions were calculated by the
for=Am
P
24
4
5 -Eh
P
-.
24 2
Ella
70
LCard JL2

ACC NR, AT6w3153
)sition of
strain-gages
where P is the load and By hy and k refer to the dimensions of the sensing beam.
A wiring diagram for the stress transducers is presented., and a calibration graph of
load vs. electrical resistance Is giren~ It.io concluded that the apparatus may be
successfully used for determining cutting forces in various mechanical operations in
which the maximm applied load is less than 30 kgo Orig. art* bast 5 graphs,
SUB CODE: 13 SUBM DATE% OlOot63
Card 2/2

SMIRNW, V.K.; PiOFIMIOVA, Ye.I., kfind. Leklm. rinuk, re0enzoid\ \
(Universal technological equipment In smil-lot. produc-
tion] Universallnaia I~ekhnologicheskaia ozmastka v melko-
seriinom proizvodstve. Moskva, Mashinostroenie, 1965.
125 p. (%,IIRA 18:12)

SMIRNOV, V.K.; KATSNEL'SON, S.Kh.; KRUCHININ , V.I.,radaktor; VRKS~!R, A.A.,
SHPAK, Te.G.,tekhnicheskiy redaktor
[Chemical bases of "arzamit' coating and lacquers with cold hardening
properties] Khimichaski stoikie zamazki arzamit i laki kholodnogo
otvarzhdeniia. Pod rod. V.I. Kruchinina. Moskva, Gos. nauchno-tekhn.
izd-vo khim. lit-ry, 1957. 49 P. (MIRA 10-5)
(Lacquers and lacquering) (Corrosion and anticorrosives)

SOV.1/81-59-8-27836
Trar.--lation from:: ReferatlvnTj zhurnal.. nimlya, .9~-~q, 51- 8~ p 329 (USSR)
AU'-*HOPB. smlrpovl~ Vjc_ 11ovshin , yc-.S~
TITLE Impregnated Graph-it& acd Its ApplIcatior in, Chemical Indus,~ry
P=ODICAT-: Sb. Kom-t Do kor-rczll 1 zashchite metall:~v Vses, sov, nauchnc-t=k1Ln-
o-v, 1958, Nr 5, PP 88 .- 100 11W
)b
ABSTRAM. The experl~nce of impregnating g;rapIr-Ite (G) with ph,-~nplformaldebxyde ("r)
and silicon-organle (II) re !P-s\'has shown that-lin the impregnation with 1
G can be obtained whi3h is resistar--t to alkaline and acidic media up to
1700C, and in the impr,z-.gnatioi with !I impregnated G can b=- obtained which
Is resistant to aggrzs--~:�ve media up to 3500,'-', The description of t-he
technology of manufacturing I and the me-'uhcds of impregnating G with I and
II, data on the phys-co-met2hanical and chemical properties of impregnated
G and the fields of tzs application are cited,
T. Fabrikart
Card I./!

SOV/81-59-7-23758
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 7, p 302 (USSR)
AUTHORS: Smirnov. V.K.. Katsnellson, S.Kh.
TITLE; The Technology of Manufacturing Heat-Conductive Arzamit Puttles
and Their Application in the Chemical Industry
PERIODICAL: Sb. Kom-t po korrozii i zashchite metallov Vses. sov. nauchno-_
tekhn. o-v, 1958, Nr 5, pp 131 - 139
ABSTRACT: The heat-conductive putties- acid-resistant arzamit-4 and acid-
alkali-resistant arzamit-5 combine the properties of the known
putties arzamit-1,2,3 with the properties of heat conductivity.
The arzamits are self-hardening putties, they have high physical-
mechanical properties and a good chemical resistance, they a-re
resistant against HF (acid), but not resistant against the action
of oxidants, acet ne and etbylacetate. The putties are used as
binding material)3but in some cases can be used also as in-
dependent protective material. The lining is made onAhe sub-
layer, for which purpose resorcino-formalde de resii?in a mix,*Zur=-
Card 1/2 with graphite is used, for instance. At some plants bakelite

5(l) PHASE I BOOK EXPLOITATION SOV/2551
I/ -
Smirnov. V__K., and Ye. S. Voshina
P,
Propitannyy grafit I yego primeneniye v khimicheskoy promyshlen-
nosti (Impregnated Graphite and Its Application in the Chemical
Industry) Moscow, Goskhlmlzdat, 1959. 70 p. (Seri9o: Korroz-
iya v khimicheskikh proizvodstvakh I sposoby zaahchity, vyp.
12) 3,500 copies printed.
Ed. (Title page): V. I. Kruchinin (Deceased); Ed. (Inside book):
S. M. Belen'kaya.; Tech. Ed.: L. G. Kleyman; EditoriAl
Board: N. A. Baklanov, V. Ye. Volodin, V. S. Kiselev (Chair-
man), I. Ya. Klinov, V. I. KruchInIn (Deceased) (Secretary),
G. V. Sagalyev (Deputy Chairman), and P. G. Udyma.
PURPOSE: This booklet is intended for Industrial engineers In
establishments of the chemical industry and those In scientific
research institutes studying anticorrosive materials.
COVERAGE: The booklet, one of a general series entitled Korroziya
v khimicheskikh proizvoclstvakh I sposoby zashchity (Corrosion
In the Chemical Industry and Methods of Protection), contains
Card 1/5

Impregnated Graphite (Cont. )
SOV/2551
general information on graphite and the properties of graph-
Itized materials. Production methods and fields of application
of these material,3 are No re rs~orjali ties are mentioned.
There are 10 references, all ""Qvict.
TABLE OF CONTE74TS:
From the Editor 3
Introduction 5
General information on Graxhite 7
Phy-sicomechanical Propert"Les of Graph~41',-Ized MaterialLs
Brief Survey of Impregnated Materials Used Abroad (According to
Bibliographical Data) 14
Brief Survey of Impregnated Materials Used in the Soviet Union 18
Card 2/5

Impregnated Graphite (Cont.)
SOV/2551
Industrial Method of Froceasing Graphite Impregnated With Phenol-
formaldehyde Resin
Effect of impregnation
graphite
Chemical resistance of
Processing impregnated
able medium
21
on the physicochemical properties of
27
impregnated graphite 28
graphite which is resistant to a change-
29
Short Industrial Process for Impregnating Graphite With "Etinoll"
Lacquer 29
Methods of Producing Heat-resistant Impregnated Graphite 32
Industrial process for producing heat-resistant graphite from
organosilicon polymers 34
Brief Information on the Use of Impregnated Graphite In Equip-
ment Manufacture Abroad 36
Fields of Application for Impregnated Graphite in the Soviet
Union 47
Card 3/5

S/081/62/000/021/058/069
B160/B186
AUTHORS: Smirnov,_V._Kj Lyamshina, Ye. N., Bogatyrev, P. M.
TITLE: New chemically stable coating systems
PERIODICAL: Referativnyy, zhurnal. Khimiya, no. 21, 1962, 480
abstract 21P300 (Lakokrasochn. materialy i ikh primeneniye,
no. 6, 1961, 23-25)
TEXT: New chemically stable paints and varnishes have been developed
on the basis of resol phenol formaldehyde resin prGduced in the presence
of an ammonia catalyst; glycerine dichlorhydriine, and n-toluene sulfo-acid
are introduced into the composition of the coatings as hardening
accelerators. The coatings dry more quickly and at a lower temperature
than films of bakelite varnish and varnish No. 86. Recipes are given for
primers and top-coat varnishes recommended for the protection of chemical
apparatus exposed to various aggressive media.. 7 references.
,Abstracteris note: Complete translation".
Card 1/1

33286
S/191/62/000/002/007/008
B101/B11.0
AUTHORS~ Smi--nov, V. K_ Vovshina, G. Z.
TITLED. The ne~.~i I'Arzamit.-6" cement
PERIODICALt Plasticheskiye massy, no. 2, 19621, 60 - 71
TEXT! A cement on the basis of binding agent and graphite, which is
stable in aggressive media at temperatures to above 2000C, is described,
The cements Arzamit-4 and Arzamit-5 developed so far are stable only up
to 170C'C, Arzamit-6 consists of phenol-formaldehyde resin and organosilil-
con compounds at a certain ratio (as binding agent), graphite powder (as
filler)-, and an acid catalyst which accelerateshardening of the cement in
air. The heat stability test (heating for 230-500 hr at 220-25000
2
.:-7howed a tensile strength of about 40-50 kgf/cm in thick layers (21-
93 mm) of 25--35 kgf/cm'. The waterproofness was tested on 5 mm thick
platelets at 1-2 atm water pressure, Unheated cement specimens, as well
as specimens after heating for 39 hr at 220-2800C' aid not let through any
in the course of 2-3 da,,s. The cement was stable for 200-300 hr to
Car.d 1121

33236
S/191/62/000/002/007/008
The new "Arzam-Lt-6" cement Biol/'B'10
the effect of the foll-Dwing aggressive media at their boiling temperatures-
706,'. acetic acid, 20 and 400% sulfuric acid, hydrochloric acid of all con.-
centrations, ohenyl acetic acid, dichloro ethane ., concentrated orthophos.
phoric ;ACLd, mtxttire of orthophoaphoric acid and hydrochloric acid., 51 r1ce
the acid catalyst of the cement might corrole the steel apparatus, various
prime coats were tested; resorrin phenol-.formaldehyde resin with graphite,
~r 9 (FG-9) varnish with aluminum, etc. Best results were obtained with
- 'licr
org~nosi - m varnish (mixture of organosilicon resin FG-9 with interTedi-
a t
e product type"X-02 (M-02)) dissolved in toluene or xylene -Ath filler,
T L - J~
Three coats were applied, and the apparatus heated after the first coating
for '10-12 br, after the second and third coatings for 5-6 hr at 130-150'C,
Finally, a 13--liter apparatus of steel 3 was lined .-;ith graphite plates by
of the cement. The lining was not affected by phenyl acetic acid at
2500C~, by 20-501/'o hydrochloric acid (~! days) at room temperature, by tri-
eth,,Iene glyccl days) at 220-250 C, and by Kxl'b hydrochloric acid at
boiling tcmperature, TI--ere are t-!,le and 1 Soviet reference,
Can! 21~

OMJ NN i J'j , V . h .
,4,-tj,L ZK I ~, tri'- n ine as, irJ riq dyn a-,, rDiri-e- ,er, K-k! no 81+-C')?-73
. li -, I I (INg RA 18.. 10)

0 00 0 0 6
7

0 0
0 6 0 4 4
0 a a so a 0
A t I t c 11 ti if 14
7 14 ?1 It it 4'B 14 A 14 11 "1, '~ )u 11 1: 11 P A )I a t- c v it
I L D F- It 1--L- L P r9 Y A T 1 44 W Cf. W cf

00 stimustim Go Copp" and lead from carper-lead too-
00 Intes by "dw. V. 9. Smirnur. TOWxyrie -00

00 1. 1934, No. 4, Cu -00
Ph 7
7.09 and Zn 111.49" was Kround wet with MO.
a,CO,. %'aCN and USO, until r-11 I!a-wd a '21un-ruc%li -00
Fren- The pulp waq by notation, with fit .00
00 rithatc and One tar a% reagenti. The cfmcrntmte *s-4

n
n axitaird with K,Crso.. in arid MCtHUM and flostrd

h v,
,h 4soall anmg. (it pint- t-Al. fit thii way, with the con- 0)
06 Iniption nr K'Ct'(i,- it I Lg' prT inn in a 111"Istoo .4 -

00 -00

j !I v1dwentratc. i4xits. Cu 18-2t). 1% N IQ Athl
and a Pit comentrate contg. Cu ws -1,5,
- 0

00 Zn 6-9 mW Fe .5 -
,% werc obtaim-d. Tlti,~.-

j jr3tvs hi-fd N7- WV- Avul 88421c~ of the miginal ~:u
'0 Z:G 0
; r
e't'. Madm'kv
00

0#
0 t S L -It-LLVPCKAL UTIOAT Rf
-'jC-
r --ir i; I
i x o n
it r, it it W 4 it it
0 0 0 a 0 0 0 0
_0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 *

0 0 0 0 0 111 0 0 All 0
Iit 11 10 ISwIs
A
A- &--L 'a a- pa
041 to
6 M R IV 07,1* -v-
V. K. Swir-
tomato.
-The furrAcc b
alustrated and dcwtibed. Chas. "kne
4 1 0L 4WALLU04KAI, LITIN&IUGt CLAWFICA116k t
ad 0 -.0 1, 1 w
u 6 It to 111 49 it a a
0 a 0 0 & 0 a 0 0
0 0
Zee
Jae*
see
00

S,.JRN,()V, V.
"Investi.?,,qtion of the LonFitudizial Rolli- of Shapes Hpvixj~l-, Vai-.-.,infr ,.,oss
Sections." Card Tech -1ci, Ural Fol~,,tec'f-iic Inst inen-i 3'. '-'. Ki-rov, Nin HL-her
lducatt.ion U.'-SR, ;-verdlovsk, 1955.
(El -, No 1- , 'pr 5-)
SO: 6um. No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations
Defended at US~R i'i-- her 'Educational Institutions (10) .

25(l) PHASE I BOOK E~PLOIITATIOTJ SOV/2727
Obrabotka metallov davleniyem; sbornik statey, VYP. 5 (Yietal Forming;
Collection of Articles, No. 5) Moscow, Met-allurgizdat, 1959. 197 P.
3,000 copies printed.
Scientific Ed.: L.Kh. Al'shevskiy, Candidete of Technical Sciences; Ed. of
Publishing House: N.A. Valov; Tech. Ed.: A.I. Karasev.
PURPOSE: This collection of articles is intended for technical personnel and
scientific workers in the metallurgical and machinery-construction industries.
COVERAGE: This collection of articles deals with problems of rolling and tube
manufacture. Results of research done on roll design and new methods of deter-
mining basic manufacturing parameters in the production of tubes and other
rolled shapes are presented. Methods of analyzing the kinematics of processes
in helical piercing mills and rolling mills by means of motion pictures are
discussed. Also discussed are severea phenomena associated with tube rolling.
No personalities are mentioned. References follow several of the articles.
TABIE OF CONTENTS:
Card 1/7

Metal Forming (Cont.) SOV/2727
Drafts., Taking the Index of Plasticity Into kccount
Data on the relationship between the plastic properties of a metal and the
degree of deformation in rolling are summarized. A simple equation for
calculating allowable drafts is presented.
Zasukha, P.F. (Engineer, Urallskiy institut chernykh metallov (Ural Institute
of Ferrous Metallurgy)]. Means of IncreaAing the Productivity of Mechanized
Sheet Mills
This article deals with the results
Severskiy Zavod (Severskiy Plant).
and N.P. Shirinkin took part.
of an investigation conducted at the
N.S. Smirnov, I.V. Kukanov, E.R. Rimm,
47
53
Astrov, Ye.l. [Candidate of Technical Sciences], A.T. chichkanov N % Tikhonov,
V.N. Biryukova [Engineersly (Gorkovskiy metallurgicheakiy zavod tGo;' iy
metallurgical Plant)]. Rolling M17N2 Stainless Steel Into Universal Plates 62
The technique of heating ana rolling ingots of Khl7N2 stainless steel in a
universal rolling mill is described. Mechanical properties and structures
obtained are discussed.
Gellderman, L.S. (Candidate of Technical Sciences, Nauchno-issledovatellskiy
Card 3/7

Metal Forming (Cont.)
SOV/2727
Plyatskovskly, O.A. [Candidate of Technical Sciences, Vsesoyuznyy nauchno-
issledovatellskiy trubnyy institut (All-Union Scientific Research Institute for
.Pipe)). Investigation of the Unemati.'es of Processes in Helical Piercing Mills
by Motion Picture Filming and Other Methods 114
This article deals with industrial and laboratory tests of a method of in-
vestigating kinematic processes in rolling by means of motion pictures.
The mechanism of the process is discussed, and experiments on piercing and
three-high mills are described. Results are shown in tables and diagrms.
Plyatskovskiy, D.A., N.L. Oslon (Candidate of Technical Sciences], and E.O. Nodev
(Engineer], (Novotrubn-yy zavod (Novotrubnoye Plant)]. Rolling Meftum-diameter
Stainless Stebl Tubes $0~th Increased Rate of Deformation 129
This article deals with an experimental investigation of the use of stainless
steel with a high deformation coefficient in piercing processes. Results ,
show an increase in the rate of production and greater economy of materials.
Vatkin, Ya.L. (Candidate of Technical Sciences]; A.A. Shevchenko [Doctor of
Technical Sciences]; and I.D. Kronfelld, S.V. Rozhnov, and I.A. Chekmarev ,
[Dnepropetrovskiy metallurgicheskiy institut (Dnepropetrovsk Metallurgical
Institute), and All-Union Scientific Research Institute for Pipe]. Investigation
Card 5/7

Metal Forming (Cont.)
experimental data.
AVAILABLE: Library of Congress
.Card 7/7
SOV/2727
GO/jb
1-6-6o

r o I r r-,
lirt, of forginge 8!
aiz --s-) -v . 1 no .) :6-9 My
A
(Rolling (114ttalwork))

Tttlti~OVSKIY, I.Ya. ; M
_; KOT All I, S.L.
Itoplacing, drop forgirk: by rnlliiy; in millo. Ku,:.-Oitam.proizv.
1 no.3:1,3-:12 My 159. (14IRR 12; 10)
(Rolling (14otalwork))

TAIUIOVSKIY,I.Ya.; SHIJUIOV, V.K.- KOTSARI, S.L.; BEDIN, N.A.; BVLYAKOV,
V. I.
Intensifying the rolling of billets for forging. Kuz.-shtam.
proizv. I no.6:1-6 Js 159. (MIRA 12:9)
(Rolling (Metalwork))

2,,/1i 37 /61/000/00 7/ 0, 3 1/0 72
A060/A!O--i
AUTHORS: Tarnovskly, T. )~a_ Sm!.--nov. V. K.; Kotsarl, S. L.
Main results of the 5tudy of' long lt,uld:Lnal rolling of varying section
PERIODICAL- Referativnyy znurnal, Merallurgiya, ro. 7, 1961, 11, abstract 7D75
CIM
~r. Konferentsli. Tekhn. progress v tekhnol. prokatn. proiz-va".
Sverdlovsk, Me-tallurgizdat, 1960, 381-394)
TEXT.~ The authors consider the elements of the theory of long I tud.-Lnal
perlodiC rolling deter.-nin-atfon of the limiting conditions for obtaining varying-
section profile_s or. the bas-s of the analysis of metal flow, determination of
the limiting zondit-'ans for ob-.aini.-Z varying section profiles on the basis of
the analysis of force conditicrs In the st-rain seat, the production of links for
the caterpillar -.rack of tra~~-~or C-100 (S-100), replazement- of stamping and
machining by rolling in thc. produst-ion of varlou.9 tractor. parts, manufacture of
varying section blanks on forging rolls after the-f-r. stamping in mechanical stamp-
Ing preszes. The possibility of applying longitudinal periodic rolling in the
manufacture of tractor parts is demonstrated. A. Bulanov
[Abstracter's note.- _-ompie-7,a rranslatlonl
Card I/I

TARI,OVSKIY, I.Ya.; -
loliding Irl lonpitddinal porlodic rolling.
chorn.mot. no-1:51-58 '60. (MIlb, 13--4)
1. Urallskiy polltokbnicheakiy Institut.
(Rolling(Rotalwork))

ki
s/148/61/ooo/006/005/013
E193/E480
AUTHORS: Smirnov. V.K. and Tarnovskiy, I,Ya,
TITLE: Forward-slip in the transition zones in rolling of
periodic profiles
r'ERIODICAL: Izvestiya vvsshikh uchebnykh zavedeniy, Chernaya
metallurgiy~. 19614 No.6, PP.95-104
rEXT- Most periodic profiles, produced by longitudinal rolling,
.)nstitute various combinations of flat. and tapered sections,
in rolling profiles of this type. there are momenta when two or
:--ire parts of the rolls with different curvatures are -n the
deformation zone. In the present paper, an analysis is carried
Du-, of the conditions for the case when no more than two different
pDrtions of the rolls are simultaneously in the deformation region.
All possible combinations of flat and tapered sections ara ihown in
Flq-.l, where the direction of rollint-, is from left t-> right.
Wh-i:n a strip of this type is rolled, roll portions with diminishing
and increasing radii can be simultaneously in the deformation zone;
!,qis corresponds to a transition from rolling with decreasing draft
rolling with increasing draft. When roll portions with
--...reasing and constant radii are in rh~i- deformation zona, Lhis
n~i-d 1/6

S/148/61/ooo/006/005'r"013
T~':?rward slip in the transition E193/E48o
---:r.-esponds to transition from rolling with increasing draft to
iolling at a constant draft etc. The variants shown in Fig.1 are
,v:,Tj~ided into two groups: one comprising 'the variants a,6 a and
?- . the other comprising variants 10. e. 3M and IL. Roll--ng of
-.jpered strip under conditions of diminishing draft can be regarded
similarly, rolling of
a particular case of the first groupi
-apered strip with increasing draft is a particular case of the
S.~zond group, (Variants 2 and Q 9 less common than the remaining
cri~-a, are not considered in the present analysis.) The geometry of
ro'Lling according to variants a and' 3 , relevant to the subject
-tinder consideration, are shown in Fig.2a and 26 respectively.
1-1 is with reference to this figure that general formuiae are
tlt~rived in the following paragraphs for the central angle of
-ontact 0 , and for the critical angle y, the latter being
determined from the equilibrium of the horizontal components of
forces in the deformation region. The change of the critical
angle y with the rotation of the rolls is then considered and
7he relationship between y and various rolling parameters is
discussed. A formula for the momentary forward slip is then
d~trived, the term "momentary" signifying -the fact that the for-ward
%lard 2/6

S/l48/61/ooo/oo6/o05/013
Forward slip 3,1 the transition ... E193/E480
S+*p in the case under consideration continually varies. The
validity of this formula was checked by experiments carried out on
lead strip of the type shown on top of Fig-7- Test pieces of
various sizes were rolled under various rolling conditions.
Typical results for 2 sets of experimental conditions are shown in
Fig-7 (bottom), where the forward slip S" is plotted against the
distance (given in mm on the circumference of the rolls or in
degrees of the angle 6 ) from the point of minimum roll radius.
Although the validity of the analytically established relationships
was qualitatively confirmed by the experiments, in many cases the
experimental values of S" differed from the calculated values.
This was attributed to the fact that the formula 311 derived by
the present authors, did not take into account the zone of
sticking friction. There are 8 figures and 11 Soviet references.
ASSOCIATION: Urallskiy politekhnicheskiy institut
(Ural Polytechnical Institute)
SUBMITTED: January 4, 1960
Card 3/6

TARITOVSKIY, I.Ya.; SMIRNOV, V,K,; KIIAYKIN, B,Ye.
Estimate of power parameters for periodic rolling with burrs.
Izv. vys. ucheb. z-av.; chern, met. 4 no.1-1:86-93 '61- (142j, 14:12)
1. Urallokiy politekhnicheskiy institut.
(Rolling mills)

TARNOVSKIY, I.Ya; SMI*OV, V,K,;-KOTSARI, S.L.
Kinematics of the nonstationary center of deformation in rolling,
Izv. vys. ucheb. zav.; chern. met. 4 no.1107-109 161. (MIW. 14:12)
1. Urallskiy politekhnicheskiy institut.
(Rol-ling (Metalwork))
(Deformations (Mechanics))

SMIRNOV, V.K.
Formation of transition areas in longitudinal rolling of
changing cross-secticri shapes, Trudy Ural. politekh. inst.
no.127233-47 161. (MIRA 16:8)

SMIRNOVY V.K,
Calculating transition lag areas in rolling with grooved
rolls. Trudy Ural. politekh. inst. no.127:48-55 161.
(KIRA 16; 8)

TARNOVSKIY, Iosif Yakovlevich- SkalUlOV, Vitaliy Kuzl ch; KOTSAR',
Sergey Leonidovi3h.- PA"140V~,e.V~~.~
L , pro i~tsenzent,- LEDNEV..
M.P., kand.tekhn.nauk, retsenzent3 nYZHOVA, M.L.., red.izd,--va-
TURKINA, Ye.D., tekhn. red.
(Longitudinal rolling of merchant shapes with a varying cross
section) Prodolluaia prokatka profilei peremennogo 3echeniia.
Sverdlovsk, Metallurgizdat,, 1962. 366 p. (MIRA 15:7)
(Roiling (Retalwork))

TARNOVSKIYj I.Ya.; SKCRNOVj__V-.K.-;- KOTSARI p S.L.
Increase in width during the rolling of strips of variable
thickness. Izv. vys. ucheg. zav.; chern met. 5 no.1:101-
ni 162. (MM 15:2)
1. Ural'skiy politekhnichoskiy institut,
(Rolling(Metalwork))
0

12.2

:rr~.
nd t
Ap
V, ") 50 1".*
f,', fill
!n.:~ i iJ A T",
r a F1 V V I ri

51'
891-4-5-6/26
AUTHORS: Zeytlcnol:, G. A., Rumyantsev, V. V., Smirnov,V. L.,
Fomin, L. P., Khokhlovv V. K., Grishd-y-e-v-,-T.'X-.~,
zeydlits, 1". LIT.
TITLE: Princi:)Ics of the Selection of theBasic Parameters of a
Linear Accelerator of Electrons to Hi~7h EnerC;y (Osnovaniya
dlya vybora osnovnykh para-metrov lineynykh us:oriteley
Cie'-tronov bol'shiye enerL-,ii)
.cEHIODICAL: Atomnaya Encroiya, 1958, Vol Nr 5-,
Pp. 448 - 45,41 (USSR)
ST R ACT: By a co:~.parative analysis the dependence of the accelerator
lon th, t'ie nm;:-.ber of sections, the input power, the con-
struction co2ts, and the possibilities of use on the value
of t'le electric field stren.-th in t'he axis of the r.,ave,:-7uide
are siown. 'E~,c oection of the TMVC~;uide in this case is fed
independently ~~y a high-frequency ~,-ozicrator.
T-he minimum of L,,.e construction cost and of tl-.e -Doscibilities
C:,.i.,d 1 /3 of use is not Jetermined by the fin-~l ener~~y of the electrons.

89-4-5-6/26
-'rinciples of t'ic Selection of t'--c Chief Paramoters of a Linear Accelerator
for Electrons of ErorL:y
r1l"icre is no relotion between V-.ese points. It could be shoim
that for t'hc fee(lim- of the accelerator sections a hi--h-
frcq-,-,cncY ;.-e-ierator with a power of -.iore than 2o L1,17 is best
suited. The Proble:i of the increase of the duration of the
useful part of t:-;e hi,--h-frequency Lipulse is vent ilat-d. If a
_:ular rmve,,_-uJ-de is used,Vie duration of the L:qmlse at
recta:i,,
tiLe in'.)Ut Of t'ie excitation line must be increased by the
0, L, ~V limit - L/C. In this case it is as zell necessary
t'.;lt tl,c hi~;h-frequcncy ir.-ipulne reaclics the a-.,lplifyi.,,.,,1r klystron
of t'-ie first section viith a deceleration of the amount.
For til~-t pur,)ose a sfecial synchronizin- scheme is needed rhich
si:-.1111tancou-sly transfers the phase shift to the other sections.
The relation between the duration of the useful part of the
impulse and the tot:--l duration of the ii-i[pulse is ini:cpendent
of the final cner~;y of tile accelerated electrons.Tiere are
Card 2/3 13 fi,~ures,l t.-'.,le and 2 re-forences, 1 of which is Soviet.

-7
8/089
/62/013/006/019/027
B102/BI86
AuTHORSI G. T. and K. R.
TITLEe Hauchnaya konferentaiya Mookovskogo inzhonerno-fizichookago
institute (Scientific Conference of the Moscow Engineering
Physics InstitOto) 1962
PERIODICALs Atomnaya onergiya, Y. 13, no, 6* 1962, 03 - 6o6
TEXTo The annual conference took place in May 1962 with more than 400
delegates participating. A review is given of those lectures that are
assumed to be of Interest for the readers of Atomnaya onorgiya. They are
followinge A. I. Loypunekly, future of feet reaotoral A. A. Vasillyfv,
design of accelerators for superhigh energies*; 1. Y&. Poaeranchuk,
Analytioity, unitarity, and asymptotic behavior of strong interactions at
high onergionj 1. B. Migdal,phonomonologioal theory for the &any-body
problem I Yu. D. Fiy*yokiy. deceleration of medium-energy antiprotons in
matter, Y-7-9. -Xogan, Ya. A. losilevskiy, theory of the X8ssbauer offoctj
M. 1-. Ryasanov, theory of ionisation loose* in sonhomogonoous medium;
Yu. B. Ivenov, A. A. Rukhadso, h-f conductivity of-subaritical plasma#
1 -Card - 1/4

S/O 62/013/006/019/027
Nauchnaya konforentaiya... 2 Bie6
design of 30-Mov electron linear accelerator; Ye. 6. Pyatnov, k. A. Glazkovt
V. 0. Lopato, A. I. Finogenov, G. N. Skopskiy, V. D. Selesney, experimental
characteristics of low -energy _qltotro.n linear accoleratoral G. A. Zeytlonko
V. U. Levin, S. I. Piskunov(; V. L. Smirnov.-N. K. Khokhlov, radiooirouit
parameters of M:)(LUE)-typ~-ic-oiii-ora-to-rs-l'O. A. Tyagunovp 0. A. Valldnerp;
B. M. Gokhberge S. I. Korshunovp V. I,'Kotovq Yoo M, Morose accelerator
clausification and terminology; 0. S. Miloyanov, V. B. Varaksid, P. H.
Zenkevioh, theoretical analysis of magnstron operation; A. 0. Tragov,
P. R. Zenkeeviohp calculation of attonuation in a diaphragmated wavaguidel
Yu. P. Lazarenko, A. V. Ryabtsev, optimum attenuation length for linear
&ooeler&torl A. A. Zhigarev, R. Ye. Yeliseyev., review on trajectographol
1, G, Uorozoval G, A, Tyagunov, review on more than 500 ion sources;
M. A. Abroyanp V. L. Komarov, duoplaamatrqn-typo source; V. S. Kusnotmov,
A. I. Solnyshkox, calculation and production of intense ion beamal
~V. U. Rybin (Ye. V. Armonskiy), inductive current transmitters of high
sensitivity; V. I. Korosa, G. A. Tyaganov, kinetic description.,Of linear
acceleration of relativistic oisotronsi A. D. Vlasov, phase.osal -Ilations
in linear accelerators; S.'L. Ourkhtsyn, 0. V.-Yonkrosenakiyp" boa& field
effects in the wavoguide of an electron linear acasterstorl R. S. Bobovikove
Card 3/4

ACCESSION NR: AT4035116 S/3092/63/000/001/0166/0172
AUTHORS: Smirnov, V. L.; Uspenskiy, N. B.
TITLE: Resonant method of investigating loaded waveguides
SOURCE: Moscow. Nauchno-issledovatel'skiy institut elektrofizich-
eskoy apparatury*. Elektrofizicheskaya apparatura; sbornik statey,
-A f acing'p. '204
no. 1, 1963, 166-172, and clTart
TOPIC TAGS: cavity resonatur, waveguide element, resonance curve,
resonator Q factor, frequency shift, particle acceleration
ABSTRACT: In view of the laborious and frequently inaccurate pro-
cedures presently used to design loaded waveguides for particle ac-
celeration, and in view of the desire to reduce to a minimum the
accelerated-particle loss when such waveguides are inaccurately
manufactured, it is proposed to investigate loaded waveguides by a
resonant method vihich determines the absolute value of the resonant
Card 1/3

ACCESSION NR: AT4035116
natural. [requencl L. accu 5'
( wit h racy �2.2 x 10 1 the relative frequency
with accuracy �7- x 10-6, and the Q accurate.to +10%. The operation
of the apparatus and its principal units are described. The influ-
cnco ol- tho i--emporature and of the degree of vacuum on the accuracy
is analyzed . To sho;,.r that the accuracy can be increased by more
careful- cai-ibration of the standard loaded cavity used for the mea-
sureim,-.:iCS, and using a high grade echo-resonator. The knowledge
of t-llc corr-~-r;t--ious for the influence of the temperature -and of the
vacuu,,Y,. conditions niakes it possible to reduce the measur,2i,~3n't results
4L-.o conditions at which the loaded waveguide is used in linear elec-
Lory and
-Lronj-(.: acceilerator. The procedure has been used in labk-.)r;.L-
"an" conditions for several years. Orig. art. has: 6 fi-iures and
L ~
p
1 formula.
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 07May64 ENCL: 01
SUB CODE: EC, ME NR REF SOV: 001 OTHER: 003
C-rd 2/3

Block diagnm of apparatus. 1,,- klystron generator for generator for
10 cm band, 2 -- power dividers 3 - coaxial tee, 4 - fixed attmiuator;
5 -- investigatpd,resonator; 6 - standard resonator; 7 ~-- echo resona-
tor; 8 - detectoV, 9, 10, 11 - miplifiers; 12 electronic c==tator
13 - EG-7 oscilloscope
C.rd 313

00941-66 DITW/EPAM-2/94AW-2 IJP(c)
L
ACCESSION NR: ATS015936 UR/3092/65/000/00310037/0045
AUTHOR: 13alits3m. v. A..' Nadybin, A, I.; Prudnikov, I. 1~yabksov, A. V.;-.
Smirnov.-I L.; Khokhlov# V. K.
7,
TITLE: Inyestigation of the accelerating system of a 5-Mev linear accelerator
aim
SOURCE: Moscow. Nauchno-issledovatel'skjyj it PI ktrofi
apparaturv. Elektrofizicheskaya apparatara; abornik statey, no, 3, 1965-, 37-45
TOPIC TAGS: electron accelerator, 5 Mev linear accelerator
ABSTRACT: The results of testing an experimental model of the 5-Mev linear
electron accelerator which is intended for beta and gamma therapy are reported
The accelerating system is made in the form of a 2338. 3-mm long septate wave-
guide opel-ating at f/2 mode. The Initial 767-mm long section of the wavegulde
has variable dimensions so that the phase velocity and field-strength amplitude
can be continuously varied to ensure a high capture coefficient. These measurect
Y"t
-.-Card 1/2--_

SMIW.IOV, V.M.-
Cutaneous signs and their application in the study of the second signal
system. Fiziol. zh. SSSR 39 no-5:618-622 Sept-Oct 1953. (CLML 25:4)
1. Department of Psychiatry of Khabarovsk Medical Institute.

KRYSHOVA, N~A.; KOK. Ye.P.; SMIM'1OV. VtK-
Clinical physiological investigation of aphasia. Zhur. nevr. i palkh.
54 no.12:979-980' D 954- (MLRA 8-2)
1. Institut fiziologif imani I.P.Pavlova AN SSSR.
(APHASIA, physiology,
conditioned & unconditioned funct.)
(REFLEX, CONDITIONED,
in aphaala)
(RKFLXX.
unconditioned in aphasia)

ASA-POV, B.D.; SMIRNOV, V.M.
-OW
Studying the dyna ics of conditioned reflexes in normal eight
and in blindness. Vop. psikhol. 2 no.4:66-73 JI-Ag '56.
(KLRA 9:10)
1. Leningradskiy nauchno-iseledovatellskiy institut ekspertity
trudooposobnosti i trudoustroyetva invalidov.
(Conditioned responsO (Blindness)

ASAFOV, B.D.; SMIRIIOV, Y.M.
Registration of speech and graphic conditioned reactions in studying
dermolexia, ohonolexia. and ineethesiolexia. Zhur.vys.nerv.deiat.
6 no.2:333-337 Mr-Ap 156. (MLRA 9:8)
1. Otdel fiziologii Lealagradskogo nauchno-issledovatellskogo
instituta ekspertizy trudosposobnosti i trudoustroystva invalldov.
(RJWLEX, CONDITIONA
graphic & speech, method with dermolexia, phonolexia &
kineathesiolexia)

010M13LOY, V.V. , nodnolkovnik Med. sluzhby; SME-WOV, V-M. , Icapitan Med. aluzhby
Some aenects of events in aviation related to the otate of health.
Voen. med. zhur no.4:52-55 AP 157 (MIRA 12:7)
(AVIATORS,
relation of flying, activities to health (Rus))
METHODS OF DERMOLEXIAt PHOTOLEXIA AND KINESILEXIA).tl LE-
NINGRADV 1960* tACAD SCI USSR9 JN$T OF PHYSIOLOGY Im
1. P. PAVLOV)- (KLI 2-61, 219).
-283-

SMIRNOVY V. M.
"Clinical and investigation of alexlu"
Report submitted to the 7th International Congress of Neurology,
Rome, Italy, 10-15 Sep 61

SMIRNOV, V. M.
Study of the pathophysiological mechanisms of alexia.
Vop. psikh. i nevr. no.9005-517 t62. (MIRA 17:1)
1. Sektor nervnykh bolezney (zav. - prof. N.A. Kryshova)
Instituta fiziologii imeni I.P. Pavlova (dir. - akademik
V.N. Chernigovskiy) AN SSSR.

S MI PJUV. V. M. , kand. t o kh n. nauk
Making asphalt binders to moot required proportion. Trudy
14ADI no.?3:98-95 '5 8. (MJRK 12:1)
(Asphalt) (Bituminous materials)

GUNDER, O.A.; SMIRNOV, V.M.
Thermographic study of petroleum bitumens. Izv. vys. ucheb. zav.;
neft' i gaz 3 no..1:794~ "60. 1 (MIRA 14'.10)
1. Kharlkovskiy avtomobilldorozhnyy institut.
(Bitumen-Analysis)

Sriql1ov, V.14., doteent; MASTTFVICH, L.N., assistent
Using the electric capacitance method in determininp the water
content of bitumens. Avt.dor. 23 no-3:13 Mr '60. (MIRA 13:6)
(Bitumen)

h5603
S/080/63/036/001/022/026
D204/D307
AUPPORS: Dobychin, S.L. and-Smirnov, V.M.
TITLE- A study of the thermal decomposition
of ammonium nitrate by isotopic and
mass-spectrometric method
PERIODICAL: Zhurnal prikladnoy khimii, v. 36,
no. 1, 1963. 215 - 218
TEXT: The effects of NO? and HNO 3 on the initial
stage in the dissociation of NHI,NO3 at - 1700C were studied to
determine the exact mechanism of this reaction. Specimens labelled
with N15 were used, and the decomposition products and isotopic
distribution were annlyzed mass-spectrometrically. 100 mg samples
of NH4NO3 were weighed into Mo mlaus anipoules, which were then
,. N15o
evacuated to 1o-5 - lo-7 mm HF, 2 were added in amounts of
10 % (by weiRht) of the ammonium nitrate. The ampoules were
then held at 173 + 20C for 20 inin and the products were analyzed.
Card 112

7.!. :6,76: a0
A it m w U it m a it is 1111
I lost it ots ltx,)Iij 13140 411 it 1 0
A A M, r AA It I
A -LIM
The causes of the Ores and eirtilogions during the dis-
charge of hydrogenated tat mixtures into the settling tank,
.4 V. M. Nniturm.!. _31"I do&kl "" Zhip.-me PrIa 13, No. to
0 0 15 lf;f 19,37). It i- t ontithrml lbat 1hr fmitirm fin % airsi
, spheIwI4 of lift- [.11 tow..al the di-liAlit, (vtol, .4
00 s .- I" not I.- vall-I liv III, ~'f 111,
A
6 If I is oixt swes,of in fill- -ttloot tool,. I-, tit,,
IIJ~Itllo takes Ilia- at M~111"AIIIV hill,,' t-1111 .00
:0 ftlii- ). file 31,ontatwou, Ignition ttlaill [Irv) if tilt, fat -00
mixt. at thii lo. temp. anti the catalytic aviton ,f lilt,
V, jl;,~) Ni tit Ow ,it jit, con,ijrtrtl it, isopmh.ible .00
II,- 111.1t file lil- M1.1 ~N1110ii,1111 All' jo-I 111 =00
Fit,- iscoili.-o .I fhe flight%, wlmdr coo
pl-lovC, of 0.- Ilvdi"N'll.6f,"o oo -mt."t .111. = 11110
,I,,- itation It jotf ;tit tit tilt, lank. XIw,-ov,r, Ili,
00 m. H. fentned fly a partial tirlivilrojimation of Ili, ,if
with thr protittet% i-f flit, X anif 1;
h."I hirIVIV ioll.11 .... oll.h. It4sr,"j,
I
:0 ot-I wyj~ mis, IV .-fling Joe
I., it `:1111jok an,I -41,1110 Ow
it .... is .,I all is, 11 1.1 11 00
00 %pli.1"ll 4 flit- tat tlil%t lift- rwlain. the otor'. lm.
,fuels( fires an't rXI'losiml, if rise hattj~lml odi ol'tallml
froot Ill.- f,arches it kind, of oil Iral,est-f and lin-A
.ds) %erv rich in the contenti of ph,"hatule,. rh,
projm~-d frrasorr~ (cm the prevention of firvS are! tllr
ewhimmi of air front the writing tank-, file r,Ain-Imis
tit list- 11 eontents in ilik by riviiining an4l flit- u-m- tit Itow
is cetopi. in Ill,, hydrojen3fion rind tire dischisrKr of the tat
mi%[,. Ch.,t. Blanc
00
'00
too
00
k An L S 9 04 '3 .4014
0 0 0
UO so -0 ;p Re 4~
00 e 0 0 0 0 0 0 0 0 0a0 9 0 111 G 0 11 Al 0 0 0 0 0 600496 0

a 0 0 0 111 a 0 0 a 0 0 0 0 0 0 0 0 a 0 0 0 & 0 a o 01 ; 0 o o 0 a 0 o 0 o
0 1 2 1 . S a 1 4 11 Q Is U IV 14 1y to 19 JD
I It 1: 4 14 1) A r N 'l
k~ 11 J, 13 1. W Ill w A. .2 U 45 E0
A A L A ___L I 6i- H L m jw r q R 1 7 v I 4A M ct w Ef 4

-00
00 2' .00
*0 U! -00
00 00
00 WIFIRWAMS (Or the preVention of elploWon, in the SMM. -00
Cie N
,WW'Bg boxes. '~Illullvv
00 .11w1ommo ZA"um,
0
00 D* 14. No. 1, 2&-7(jjKi8).--Thc chcro. alus mmsi. -00
yho.-4s W ths- exp1mions in the prtxvss of purifiestion of
0 It Aod Atv, ". aind lh~ .... ~A~tlf- for their pos~ihlr pfe. 0
lati.41 01, fliwils.41. k1lac 1114m
:0
coo
1:19 0

'00 ve 0

00 v0 0
00

:
;0
coo
0
-zoo
'40

60
00 1 1
NETALLURGICAL LITERATLQE CLASSIFICATICo
S L A
Z:o 0
14
00 S VI' .1". --* 0
60 k j 1 00
11, M Is R Iq W K Cr rt it eq HL3 n 1 .4 5 A) a 3 9 4na

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 111 0 0 0
0
1
0 0 0 0 0 0 0 0
0 0 0 0 a 0 0 0 0 0 0 0 0,
A
00000000000000*000000 00400000 004000000000o0.,

m aw v

1
1
j
a 1) 4 Is l7 IS a
1 21 V a R A 36 17 A 19 N U 11 11 4 16 U V, to it 41 if U 0
t
I I L_; f
k A.- I &
1. a m r u PI I It V ~ aa-A. L_ I " 0 M M (E A I

Now rapid mirth,"I ftar d,la,rmitains far atuds to autp
SI hiniris,,v towl A M
Peb, 14, \.. 2, 21 ~'-, l!kL%,, i In- Apt. ,"am.ttgof
00 1 In-At -Ili;wil X14- cylindet Willi a lulmlat ~,Ivll,uml at Ilia, -00
1-11"m t.-rmisiatinic Ili . jgIal-vtwk And Imivided with a
lid III file witha gla" v,vk 1%-nt at
00 ifil., Ow -00
A ij-1114"v l'? ~ If.111 It,) and fill ad 4
00 0: all,- fi.,t 1161%4 i"Ol f4v I ~.'. Will, :01 fill ,1 -0 0

00 fl 00, At, ~ A11.1 IL*, fill. #I,( 11, ilitill'-f. fit,- aly grit'. a
11141 1-11, will% --va-IstAl ~Iimls* wilk a Itht" fatal, itillif

00 J: Oit Inilk of fit, fant-si Uvrt, With ilia A. lot. t wsa-v Willi A
t
ze 41
".I. at I-, w,tkf ;I- thvi f"41lige -, ofiv lilt- Ajoll. Willi Ow ;
U 1111FISI-tUl 1. MIM11 At l:Yl :91 - 41111 Vallth

00 0

00

zoo
~
00

00 z
j A j L A NIVALLUPGK41. 1.11tRaTtlif CLASAPICAMN
all

,
...
'
r - _
-
- -
-
- 1
;
ag

1
I
1
. ~

0 A % .
J
ad, of it it 111 91 at m
4 n4
1
W
91
3 a
a
KLO 0 1 .,1

.
,r
tv it
0 0 0 0 0 0 0 0 0 0
l 0 * 0 0 0 0 0 0 0 0 * 0 0 0 0 g
0
O
0 0 0 0 00 0 0 0 0 0 go
6
*
0
*
e O
*
0 e a *4 0 6 0 0 o 0 0 0 0 * 0 0 * 0 0

SMIRWOV, V-M-. DEMIDOV, P.G., redaktor; KONYASHINA, A., tekhaicheekiy
MgMt.
[Fire prevention in theigtorage of gase.] Pozharnia profilaktika
pri khranenii ggazov. Moskva. lzd-vo Mininterstva kommunal'nopo
khoziaistva RSFSR, 1955. 56 P. (MIRA 8:8)
(Gas manufacture and works-Firee and fire prevention)

SHIRNOV, V.M.; ALEKSEYEV, M.V.; DEMID07, P.G.; FGHBLINTSW. V.A., red.;
VINCKUROVA, Ye.13., red.izd-va: KCKYASHINA. A.D., takhn.red.
[Fire prevention in the production and processiog fuel gas and
solid fuels] Pozharnaia profilaktika pri poluchenii i pererabotke
goriuchikh gazov i tverdykh veshchestv. Moskva. Izd-vo M-7a
kommun. khoz.RSFSR. 1955. 251 p. (MM 110)
(Yire prevention)

ALEKSMV, M.V.; IMV !M.; IWIDOV, P.G., redaktor; Ion%, M.L.,
rodaktor; Piz 14MVI-Al", To., takhnichaskiy rodaktor.
[Fire prevention in technological processes in connection with the
handling of liqmid fuels and inflarmables] Posharnsia profilaktiks
v tekhnologicheskikh protsessakh, sTiaswmykh s obrashchanion goriu-
chikh i leg)covosplameniaiushchikhoia zhidkostei. Moskva, Izd-To Ml-
nisterstra, komnmallnogo khoxiaistva RSM, 1955. 290 p. [Microfilm]
(Fire prevention) (Liquid fuels) (MIRA 89-5)

SAVUSHKINA, Antonina Nikolayevna, podpolkovnik;,~RjIRNOV,_Vasi y
mi y1ayJch,-.inzh.-podpolko-vnik; KALASBNIKOV, K.A., red.;OV-
CIMTIIIKGVA , V.V.., red. izd-va; LELYUMN, A.A., tekhn. red.
(Fire preventUm; textbook for sergeants' schools of the
Militarized Fire Prevention Units of the Ministry of the
Interior] Pozharnaia profilaktika; uchebnoe posobie dlia
serzhantskikh shkol VFO MVD. Moskva., Izd-vo M-va komm.khoz.
RSFSR, 1961. 390 P. (MIRL 15:1)
(Fire prevention-Study and teaching)

S~IIRNOV. Vasiliv MkJjayj-ojkqh---MAKAROV, V.M., red.; GHEKIMHOV, V.A.,
red, -izd-va; LELYUKHIN, A.A.-., tekhn. red.
[Autom.ation and the fire s8fety of technological processes]
Av-tomatika i pozharnaia bezopasnost' tekhnologicheskikh protses-
sov. '/Oskva, Izd-vo M-va kommun.khoz.RSFSR, 1962. 199 p.
(MIRA 16:2)
(Factories-Fires and fire prevention) (Automation)

GRIGORYM12 Grigoriy Makarovich, prof., doktor tekhn. nauk; YEGOROV,
Valerian Nikolayevich, dots., kand. tekhn-nauk;
KAIASBNIKOV, Konstantin Artamonovich, inzh.-polk.;
KOROLIKOVAJ, Vera Ivanovna, kand. tekhn. nauk; POLOZKOV,
Vladimir Tikhonovich, dots.,, kand. tekhn. nauk;
SARKISIYANTS., Gayk Arkad'yevich, prof. Prinimal uchastiye,
SHIMOV., V M Inzh.-podpolk.; KUSHELEV, Vladimir Favlovich,
re ffTI-WI, Miron Yakovlevich, red.; YEERWOVA, T.D., ved.
red., JUE]RENOVA, K.F.Y ved. red.; VOROBIYEVA, L.V., tekhn.red.
[Fundamentals of safety engineering and fire prevention in the
petroleum and gas industries] Osnovy tel-J3niki bezopasnosti i
protivofozharnol tekhniki v neftianoi i gazovoi prouWsh:Len-
nosti. By ] G.M.Grigorian i dr. Moskva., Cos. nauchno-tekhn.
izd-vo neft. i gorno-toplivnoi lit-ry, 1962. 222 p.
(MIRA 15:2)
(Gas industry-Fires and fire prevention)
(Petroleum ind"try-Fires and fire prevest;Lon)
(Im~ustrial hygiene)

ACC NR,
AF6032035 SOURCE CODEt UR/O114/66/ooo/oo,//oo'i0/O04O'
'07HOR. (Engineor); Am En
_A:~nov~ V,_ M -.( gineor)
,3
a
6-,G: 'none
TI-IiS: Flexible compensators for-stationary gas turbines
SOMCE: Energomashino,troyeniyo, no. 7, 1966, 40
TOPIC TAGS: gas turbine, pressure compensator
jABSntACT: The article gives constructional details of a now type flexible compensator
Ifor gas turbines (see figure). The compensator consists of steel shell 1, on which
'threo layers of asbestos fabric (AT-6) 2 are fastened with a special mastic, gasket-3,
Isteol grid 4, and outer layer of asbestos fabric (AT-7) 5- With a rectangular cross
section, bolts are used for fastening the assembly, while with a cylindrical cross
7section, bands are used. One great advantage of the compensator is its low initial
:rigidity -.Iiich, with a diameter of 11100 mm, does not exceed 250 kg. Tho componsatin
9
;capacity of t1io construction is said to be unlimited and to depend, in practice, only
ion the width of the gasket material. Typical basic dimensions of a series of
041
!cor-~pensators I this design are listed in a table. It is said to hwle been tested
jovor the course of five years on type GT-700-4 and GT-700-5 NZL gas turbines. Orig.
t
,art. has: 1 figure and I table.
Card 1/2 UDC. 621.643.621..438 1
q pj
v NZL
ja9xible compensato
ISUB CoD-e,: 21/ 9UBM DATE: none/ ORIG REF: 001
Card 2 12 nat

NEFEDOV, V.D.; SINDTOVA, Ya.N.; SMIRNW, V.M.; TOROPOVA, X.A.
4_~ " _". ~
Bnrichment of radiophosphorus by means of triphenylphosphine
oxide. Radiokhimiia 1 no.2:236-238 159. (MIRA 12-8)
(Phosphorus--Isotopes) (Phosphine oxide)

81787
S/032/60/026/07/17/055
B015/BO68
AUTHORS: �mirnov, V. M., Karpunin, V. I.
TITLE: Mass Spectrometric Determinatior~of the Isotope Composition
of Oxygen in Sulfuric Acid
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 7, P. 831
TEXT: Mass spectrometry was used to determine the isotope 0 18 in sulfuric
acid. Sulfuric acid is diluted down to a concentration of 0-05%, 0.05 N
BaC12 solution added, and barium sulfate reduced with spectroscopically
pure carbon in a small quartz tube (Fig.) in vacuo (10-5 to 10- 6 torr)
at 900-9500C. In the C02 formed, the 0 18 content was determined with
mass spectrometers of the types MC-1 (MS-1), MC-4 (MS-A), and MR-130
(MI-130). The results show that the 0 18 content in a sulfuric acid samDle
varies in a range of from 1.52 to 1.62 atom~l.. It was studied whether Le
the 018 concentration in CO 2 was reduced by diffusion of oxygen through
Card 1/2

% 81787
Mass Spectrometric Determination of the S/032/60/026/07/17/055
isotope Composition of Oxygen in Sulfuric Acid B015/BO68
the quartz, or by liberation of gases from carbon; it was found that
this does not hold true within the limits of the error in measurement,
There are 1 figure and 5 Soviet references.
ASSOCIATIO19: Gosudarstvennyy institut prikladnoy khimii (State Institute
of Applied Chemistry)
Card 2/2

SOV/79-29-9-13/76
AUTHORS: liturashov, G. M., Nefedov, V. D., Skorobogatov, G. A.,
Smirnov, V. M.
TITLE: Investigation of the Synthesis blechanism of Alcohols According
to Grignard by Means of Tagged 0
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 9, pp 2864-2868 (USSR)
ABSTRACT: As proven by A. N. Nesmeyanov and V. A. Bazcnova (Ref 1), a
hydrolysis of carbinolates must take place in the final stage
of reaction in the synthesis of alcohols and carboxylic acids
according to Grignard. Two entirely different reaction courses
are possible in this connection. In the synthesis of alcohols
the hydrolysis of carbinolates may occur either by the cleavage
of the bond between the alkyl group and the oxygen atom:
R-O-MgHal + HO*H )- R-O*H + Mg (OH)Hal (I), or by the
cleavage of the bond between the magnesium- and oxygen atoms
R-O-b,~gHal + HO*H ) R-OH + Mg (O#H)Hal (II). There are but
scarce mentions in publications concerning the investigation
of Grignard's reactions by the aid of isotopes (Ref 2). Some
authors (Ref 3) consider a magnesium isotope exchange between
Card 1/3 the Grignard reagent and the magnesium halides to be possible;

BOV/79-29-9-13/76
Investigation of the Synthesis Mechanism of Alcohols According to Grignard
by Means of Tagged 0
28
still, the isotope exchange between CH 3MgBr and Mg Br2' or
example, did not yield any positive results (Ref 4)- Finally,
an investigation by means of deuterium was made of the reduc-
ing action of the Grignard reagent in the reduction of benzo-
phenone in benzohydrol under ihe action of isobutyl magnesium
bromide (Ref 5). Nothing has yet been published concerning
the rearrangement of oxygen in the synthesis of alcohols and
carboxylic acids. An attempt was made in the investigation
under review to explain whether reaction (I) or (II) takes
place in the hydrolysis of carbinolates. The initial step was
the synthesis of triphenyl carbinol by the reaction of benzo-
phenone with phenyl magnesium bromide (Scheme 3), and the
hydrolysis of carbinolate of magnesium was shown to take
place with the preservation of the alkyl-oxygen bond and with
the separation of the metal-oxygen bond. The reaction water
was investigated for 0113 according to A. I. Brodskiy (Ref 7)
in the mass spectrometer of type MS-1. There are 1 table
Card 2/3 and 11 references, 5 of which are Soviet.

SOV/79-29-9-13/76
investigation of the Synthesis Mechanism of Alcohols According to Grignard
by Means of Tagged 0
ASSOCIATION: Leningradskiy gosudarstvennyy universitet
(Leningrad State University)
SUBMITTED: September 21, 1958
Card 3/3

41362
0
S/Oal/52/000/013/027/059
8177/Wa6
At IT 110 ?i,iirnov, V. M_, Shmelev, V. A.
TITLE: ieuults of industrial.running tests on the GP-5 (BR-5) air-
se:jaratinE: pl~_tnt, designed by VN11KIY1ASh (prototype and pro-
duction
171,eferativny 339,
PERIODICAL. y zhurnal. -Khimiya, no. 18, 1062 abstract
1A66 (Tr. Vses. n.-i.,in-ta kislorodn. mashinostr.? no.
1961, 101 - 115)
lle,.J.3 viere perfor-med on a prototype BR*5 p:lant.with a rated capaci-
t.y of 5~~00 nii,3/hour of o,,,*.'_Pen, with and without an,additional high-purity
ox,,,~~en uiit, and also on a production mode~l without the additional unit.
The startine-up period of t: e main unit lasted about 52 - 55 hours. The
a
purity of the lovi-purity oxygen was about 96,,,, reaching 98.7c in the pro-
duction model. The refrigerating po,,-~er of the tur~q-expander equals the
calcula.ted value when handling reproc ssed air A a rate G = 27,ooo m3/hour
On raising Ga from 18,000 to 26,000 ml/hour, the pioportiog of air passed
Card 112

SMIRNOV, V.M.
Nonlinear stationary fluctuations of the potent',al of ion-ele-atron
currents emitted by a plane. Radiotekh. i elektron. 8 no.10t
1729-1742 0 163. (IGR-A 16.- 10)

DOBYCHIN, S.L.; SWRNOV, V.M.
Thermal decomposition of ammonium nitrate studied by the isotopic
and mass spectrometric method. Zhur.prikl.khim. 36 no.1:215-218
Ja 163. (MIRA 16:5)
(Ammonium nitrate) (Mass spectrometry) (Radioactive tracers)

f R ON V i~l
C
i oo s to ~n, ri
yri t I
i t i r o r k- nc.9 1C'j 1. 5 - -1- 62 5 f
11 ra d y o.,,, t qu r 7; L,,, e i invy l r Iv:, u L.!; I f, (I
i I y 1. 1964 .

-L 32602-66 T-TP(c AT
ACC NR. AM-14041 SOURCE CODE: uR/0056/606/050/004/100 ILO12
5 10
AUTHOR: Smirnov, V. M.
ORG: Moscow E .ngineering-Physics Institute (moskovskiy inzhenerno-fizicheskiy institul)
TILTIE: Instability of nonlinear stationary oscillations of the potential in electron-!
ion beams
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fiziki, v. 50, no. 4, 1966,
1005-1012
TOPIC TAGS: ion beam, electron beam, oscillation, non-linear effect, distribution
"unction, relaxation process
A3STRACT: A simple criterion of instability of nonlinear stationary oscillations of
potential in one- dimens ionai~-ion- eiectroxY be~Lms emitted -by a plane in a bound
with a fi.%-.ed potential difference Eetween the,7m-jtter and the collector is obtained i
with the aid of analysis first presented by J. R. Pierce (J. of Appl. Phys. v. 15,
i 721, 1944). The various possible nonlinear stationary oscillations were previously
ti classified by the author elsewhere (Radiotekhnika i elektronika v. 8, 1729, 1963).
The analysis begins with consideration of stability of the nonlinear modes formed by
monoenergetic electrons in vacuum and against a homogeneous ion background. The in-_
stability of various modes with arbitrary initial ion and electron velocity-
distribution func't-,ions is then discussed. It is cuncluded that instability in a
i planar electron-ion beam with fixed potential difference between the emitter and a
1/2

L 32602-66
ACC NR: AP6014041
certain point of the beam (collector or grid) is a result of feedback through the
voltage source -Which maintains constant the potential difference. A relation is
established between the relaxation time in the source circuit and the instability.
The stable modes are those with monotonic potential between the emitter and the col-
U
lector. Modes with one extremum of potential can be either stable or unstable. The
presence of slow particles generally improves the stability. Modes with two or more
potential extrema are as a rule unstable. To obtain stable beams it is necessary
either to choose the parameters of the apparatus such as to make the distance between
neighboring elements not larger than the Debye radius or weaken the feedback by in-
creasing the relaxation time; another way is to use non-planar geometry. The author
thanks A. 1. Morozov for suggesting the topic and M. V. Nezlin for a fruitful dis-
cussion. Orig. art. has: 7 figures and 19 formulas.
SbB CODE: 2o/ sm DATE: 23oct65/ ORIG REF: 001/ OTH REF: 001
Card

L 34100-66 EdT(1) IJP(c) AT
ACC NR- AP6009045 SOURCE CODE, UR/0207/66/000/001/0008/0014,-
AUTHOR: Smirnov, V. M.(Mo cow)
ORG: None
TITLE: Slow oscillations of the potential in electron-ion flows close to an emitter
SOURCE: Zhurnal prikladnoy mekhaniki i tekhnicheskoy fizikl, no. 1, 1966, 8-14
TOPIC TAGS: plasma oscillation, electron flow, ion emission, electron emission
A13STRACT: The author investigates quasistationary distributions of the potential in unidimens
ional ion-electron flows close to an emitting plane. The role of close collisions is disregarded
Three modes are found; they are unstable with regard to slow variations and boundary condit-
ions. Listability appears as a result of counterflow of slow particles reflected to the emitter
by potential barriers in the Debye layer close to the emitter. Instabilities of the first and
second type due to the absence of steady-state modes in conditions close to the emitter develop
during a time interval of the order of 1/wo (wo is the plasma frequency) so that the number of
reflected particles involved In counterflow is comparable to the total number of particles. An
instability of the third type appears in the distributions of the potential when the slow particles
emerging from the emitter are first accelerated and only then are attenuated and are reflected
to the emitter. A form of an approximate system of equations Is established for the case of
slow oscillations of time-varlable boundary conditions, and solutions of this system are studied
Card 1/2

ACC NR:AP7007544 SOURCE CODE: "U1'1/0057/67/037/001/0102/0109
AUTHOR: Smirnov, V. M.
ORG: Moscow Enn-ineering -Physics Institute (mos1K0vs1ciy inzhenerno-
%~3 %L)
fizichesiciy institut)
TITLE; The divergence of an electron-ion bunch
SOMICE: Zhurnal tekhnicheskoy fiziki, v. 37, no. 1, 1967, 102-109
TOPIC TAGS: electron beam,
elect.ro,n ion bunch,
f_1/-//9'QC-%f j
ABSTRACT: A theoretical investirration was made of the diverr-ence of an
elect.ron-ion bunch in vacuui--. Three special cases of divergence were
analyzed under the assumption, of a constancy of the crossover density
of the non-coin ensated char,-,e at any given instant.. The ions were
assumed to be cold." First, a strict kinetic solution was obtained
on the basis of a selected electron distribution function. A hydrody-
namic description of the electron behavior was then given along, lines
obtained earlier by L. I. Sedov (AN SSSR, Dolclady, v. 90, no. 5, 195-31.1
735). Both solutions indicate that electrons, losing energy, pinch
toward the center of the bunch, an~', the density of the non.-con1pensated
Card 1/2 UDC: none

ACC NR:AP-,iO07-544
charge ;.,i--.h a cros;~over constant in time decreasesf(in time) faster
than the particle density. 'Further, an'isothernic' solution is dis-
cussed for purposes of comparison under the assumption that no ener,-,~,!- is
lost by the electrons in the process of divemence of the bunch. The
solution sho,.-!s that the density of the non-compensatted charge in this
case decreases in tine at IV-he same rate as the part-icle density. The
space char-e remains eve-Lily distributed over 'the bunch cross sect-lon.
U --
Ion velocity increases indefinitely as the result of the energy being
conveyed to the electrons fro-m the heatinla. The behavior ol' the ion
shell of the -junch is described as diverring, as the result of the trans-
sition o'L the ions from 'the compensated part into the shell. The author
thanks A. 1. Morozov --Por fruitful discussions. Orig. art. has: 2
fi-ures and 20 ~'ormulas'
C)
SUB CODE: 20/ SUErM. DATE:
[V,"A-71
27Nov0'_5/ ORIG REF: 009/ OTH RIEF: 001
Ca rd-

SMIRNOV, V.M., inzh.
Levelling work is the basis for improving the quality of surface
methods of watering. Gidr. i mel. 14 no.8:21-24 Ag 162.
(NIRA 15:9)
1. Volgogradskiy filial Yuzhnogo gosudarstvennogo institute po
proyektirovaniyu voftogo khozyaystva.
(Irrigation)

m a r
of
L-r,e cltles of ttla
s qe - ara-:1S
for
no.7:
ib
18:2,

SY,-TRNIOV, V.M., inzh. (Volgograd)
Conservation of soll fertility in the leveling of land. Gidr.
i mel. 17 no.11:17-20 11 165. (MIRA 18:1-1)
-C7 017 -,-c ccdl;~Si'ons C-,c -,-,s
7., IS pk2rT,-d-,5 zo -;Or. driI,-Z velrocl4w e -

A-C m"":
of of beam and an Gmittfmg body
0,--a
-.0van--
-Ya V L; o
z cn- z~d pla rm a jor, 4 or, jot sp cecraft propu:-,-j' on
C
-3 S T C T T.-.,~, uLsc'assas a stationary diztur-Lbut-d-on of charges on the surface of
,a sloaco Ini-) Lnu -lo Jet emit-lod '---y an ionic on,~ina -,-'u small dcviations from
1-40~q, 'or
U~ L Lin, case wnorn q msity of 'Che cosnic
co-
.,ens t' e dc
!a- Ta a s h D is assumed to b-o a conduct:Lng sj~hwre, tho
C=ittcr Clisc-li'lk-a 2ur:'-co of -Lhe shap. The latzor em- s fast Jons normally
it
Inaillo is a -I~ck of cormenaatin=- electrons
to itssurfaco, alactrons.
in, zzie ~~rilzzoa -~za 'o,- ne-atfvel.-ir, the plasma positively. Zhe
n,atcntial a ~;-.~Lfaco zf ths b-cam is a--s-cL-.ad to ba zozo. A relationship is derived
c'-&II-13 as a off df.-ztance from tlae bean, axis, and the I
!-notanti--l as of distan-cG and ~-e diatance from the ship. Zle charge
t
of the boa= az;.3-~~.od -,.o ---a so of t1he beam is due to the
Card 1/2 UI-P-: 621-4155:5339

of
0
-0 Dealli Vul-r.C~-L- ana ard ions, respectivelyo
- .1 7C;re SSC!S G.: C-_IaCZror~S
0--ig. a:~t. 2, ior
~.na 0 Ocua. IS.
SUB S= X1123: -27,N-OV65/ CIRIG 002/ OUI 001
Card

ACC NR, AP6033424 SOURCE CODE: UR/0057/66/036/010/1872/1874
*jUTjj0R: Smirnov,V.M.
ORG: Moscow Engineering Physics Institute (hioskovskiy inzhencrno-fizich0Bkiy
institut)
:TITLE. On the emission from a plane of a cold compensated electron stream
;SOUR-E: Zh
urnal tokhnichoskoy fiziki, v. 36, no. 10, 1966, 1872-1874
~TOPIC TAGS: electron:plasma, electron flow, plasma electron oscillation, particle
!acceleration
A.BSTRACT: M.V.Xonyukov (ZhETF, 37t 3(9), 799j 1959) has solved the problem of the
!one-dimensional nonsteady motion of a cold electron plasma on a uniform background of
positive (ionic) space charge. The present author adduces a graphical representation
which he feels will assist one io visualize the different possible solutions to that
problem for the case of a stream of electrons issuing from a plane emitter. It is
shown that the curve representing the electric field as a function of the electron
Ivelocity rotates counter clockwise at the Laagmuir frequency while undergoing a simul-
taneous forward displacement. Different features of this curve are related to
different characteristics of the behavior of the cold electron plasma. It is shown
that by applying a rather weak alternating field of the Lungmuir frequency at the,,
Card 1/2 UDC: 537.533

ACC NRi AP6033424
plane of the emitter one can excite long wavelength oscillations in the electron str
which give rise to high instantaneous potentials that can be employed for periodical
accelerating or cutting off rather fast particles. Orig. art. has: 11 formulas and
2 figures.
SUB CODE: 20 SUBM DAM 270et65 ORIG. REF; 001 OTH REF: 001
;LCord 2/2

(Il ;;,~SFJ YYe. ya SNII-JIOT, V.I.
Use c-f reinforced concrete str-uctures of plant 7.anufactLxe. Gidr.
i mel. 16 no. :4?-51.-j-
- ; e (14TRA 17:9)
1. Gosze.Tivodkhoz RSFSR (for Fovtunenko). 21. Volgogradvodstroy
-,,kur Groyser, ~lakavov). 3. N.-achnoissledovatellskiv institut sell
s'f--,o,co stroitell 3tva (for Grodskiy) 4. Yuzhnyy giDsudarstuvennyy
z
-Lnstitut po proyektirovaniyu vodokhozyaystvenr-,ogo i meliora-~avnogo
s troitellstva (11or Smirnov).

SMIRNOVI V.M.-,SIMAKOV, K.M.; ABDEYEV, M.A.; MN, O.A.; LTRIEV, V.Ye.
11-11,
Metallurgy in the Altai during the 40 years of Soviet government.
Trudy Alt. GM1.TII A14 Kaz&kh. SSR no.7-.15-28 158.
(MIRA 12:7)
(Altai Territory-Nonferrous metals-Metallurgy)

KOBEZA, I.I.; BEMBINET,, Ye.I.~ SMIRNOV, V.M.
Port for the firing of open-hearth furraces with napt---al gas.
Metallurg 7 no.2:22-24 F -162. OERA _15:_3)
1. Institut chernoy metallurgii AN USSR i zavod im. K.Libknekhta.
(Open-hearth furnaces--Design and construction)

AUT1iOR3: PUkhnj1~-e1j1,*h. G . P F.Qh~4~. I. I. (Q11-
Bomb In e*k, Y~ , 1.. 3.1 vno,, V M., Z,! V L)

TITLE Firing Opun-lieavLh Furnace With Nator-'4 G~a
PERIODICAL: M.tallurg' 1959, N, 10, pi, 14-16 (USSa)
ABSTRACT: The,Seven Year Plin provtdea for an Im'.ve-A
production 0: t~_ In this corinv~tjoii u 0C
r1ring open-h-nth C.vra~e3 C.1'3
carburuttn6 gas wf,3 deve loi-I -10-1. th".
ACademician Dobz-okno~ov, U. N. 5t,:'o:,c
tion. eas Is preheated by the tWaL I I) t~-e'wr:~L-j
gas combustion In the port. ana (2) acc~maloted 1,j
,
ILI-
the Itntne or the port. in the rou Iry chop 01
Plant tment Karl Llo~bknecht (.-jvod li,,en! K.
fuMa.e .~~ rej-lene'l
o(j&n-heartn
n
Card L/3 1 nt'zdu~ej thrv~4n r1le tj
,
;
,
low-preusuvc burner, yields a luninows flake wt,'-f.
equals that procwced by nat.vat 9's 11!th "J to -'U.%
azut dd It 0-. Res e ar, h 1. trotni; to
-nac. Is
simplify the elatF" of fuc vort vo~ na"Vall
carbuc-ating gas an" eltmenAte watc:-co"."J fiu:~-
There ar. ~ r1j;urea anj 2
AZISOCIATION. 1-stttuce Of Pervo.s AS Ukv-'SH, Wcvnt~! w,
Branch Of state institute for "~'e ~,j
Of xdt.ll.rg!ca2 ?!art., Plant :-111 K-1
(Inatitut t),srnoy A.V VS5.4,
zavod Iment X. L$bkn0tLh1;a)
Card 2/'3
LI-14" Or r,t ro I. r
CDV UratIn" -Itt~

SMIRNOV~ V.m.
Insta-Ila:tion of 35 to 220 kv. disconnecting switches. Energetik
10 no.11:22 N 162. (MIRA 15:12)
(Electric switchgear)

smiaNov, v.m.
The 236 pneumatic molding and shaking machine. Biul-tekh.-ekon.
inform. no.10:8-9 060o (MIRA 13:10)
(Molding machines)