SCIENTIFIC ABSTRACT SMIRNOV. V.S. - SMIRNOV. V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651610019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

smilaim, V.6., pror.
Defense of dissertations in the M.I. Kalinin Polytechnical
Institute in Leningrad. Izv. vys. ucheb. zav.; rad-Jotekh.
6 no.5:579-581 S-0 163. (MIRA 177:1)
1. Rek-tor Leningradskogo politeklinicheskogo instituta imeni
M.1. Kalinina; chlen-korrespondent AN SSSR.

SMIRNOV, V.S.; DURNEV, V.D., kand.tekhn.nauk
"Longitudinal rolling of helical rib sections" by I.IA.Tarnovskii,
V.K.Smirnova, S.L.Kotsarl. Stall 23 no.6:552-553 Je 163.
(MIRA 16i10)
1. Chlen-korrespondent AN SSSR (for SmIrnov).

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rods --VO
~were piodiiced.iit'-4w-440C ariofti'~-TO3~Htj e3
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tatter haviing fitgheV#tr6ngth#--6rigi -art hak'.- -fi~uree:fandl.

ASSOCIATIONI
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~vwith rolling in a 10-3 mm Hg-vacu*um~-~.'-H-ez'iting".ii-i~a'-.vacu--utft--ai-id'-r6l'li
'to an increase-in the plastic,propert es of titanium 6~, ij.40C_ NI
and ~ tolled in: a vacuum has' plaa'ti6-~or6pe,rtio-k~6o~.130% -higher th
tolled in air, The ultimat--strength, IsAWered In thio'...e
,of , ;6
~I Heating - and Telling Mot vacuWCA.,
8( an 'tier
properties y 0% And__to'.-.a,_lqw,et n'g:, n u timate'_-strengt
and- tolled Aft- A: Vi
-Ability.of metals incteaiies*_-by~ 35-70% 4ben1hemited-I
:plastic properties of the' metalsijm- - ove noticejibli'ie'kiii~ "~pO
pr
~Tlo-3 ug. cj~ f j10-3 to' 2* _Mkq~
Mm anging of the _vA uum rou
5 20%'
al -1
.perties of the vaetals, by-an addition
vacuum not oitly Protects them- from, contsminat, ion - but" Ms 0- P-Uiraiii,
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AccEssioN NR: AT4047715
extejjt~ orig. art a es-~4n,
-AssociATroN Len ii2gr aA s kii;--p C~',

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yt chnic

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.SMIRNOV, V.S., prof.; GRIGOR'YEV, A.K., kand. tekhri. nauk
Theonz.- of plastic working of medals. Book by Ternovski~,,
A.A, Pozdevey, O.A. Ganago, V.L. Kolrpogorov, V.N. T-rabin, R.A.
4 -348
Vays1burd and V.I. Tarnovskiy; Review. Stall 25 no.4.
Ap 165. (MIRA 18;11)
1, Leningradskiy politekhnicheakiy inst�tut. 2, Chlen-
ko-resvondent AN SSSR (for Smirnov).

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-ACCESSION PZ014510
6iil/65/007/006/175
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01f
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AMORv Zhelnov, Be Lo razant ;..Ko1~a&cbikoYq Vo- L
q
11

TITLEt~ Fulestions of stimulated emia don - solids V"

.6 1965
SOURCEt. Fizika tverdogo.tela.
*
V- TY no
,
_
TOPIC TAGS: stimulated emissioni laser:
atrb on., solid laser#- two level laieri ffys-~
laser
laser:spi ing
k
t stabilit
,
y,

ABSTRACT: The article cofis Ii.ders the'inasation .s.of stiImulated:: emissi .on in- 601 1
high energies when the inter ion . of the- field: with -the, iaedium,
~I
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d
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tib
f t
of
ill
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6d
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ti
ea
r.
arance o
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e
osc
ons~-,name
a
ot
a
u
j
7pes
Y m
e app
ati
field and slow damped oscil.1 ons Maklng--Iw of the analo&,-- between, th c phe

enon and the motion of a particle in: a: poefitiii 'Well vit_h~ "tidn' V'alle
Yaj he au- N' -
'
n
pJane -the~:exc tatio
thorn show by means of a phase-
conditionsp~undamped oscillations of the fieldlam~tude:are estdbliihed:_in.the.~
d peAbd' Of
system*- Thb, Ekequeney,- amp;#ude an and- the transient'time the'oscilla-o
[06i
tions are determined. Orig. art. ~is j 2 llpreb iAd!&-formulas.,

Card 1/?

. .........
rL'55097,,-65- .
-`~mcmsiw m:~ o14576
AP5
'hd dhik, R, -
11:MMIATIOI~: fiz p6lupiovo oyp-~M'AN"Sgol
of'S~micdnductor ftgioap SO AN SSSR)~.

MM9TM 28Dec64 ~00
ENCM
-NO FM SOV: 005

E

g

L 1696-& EWA(k)IFBI)IMiT(illEFC(k~-21TIEW(k)IEWA(m)-21E;WA(h) SCTB/IJP(c) WG
:67C_CWS1CN_ : AP50227-2-9--
AUTHOR: Zhelnov B. 'Kazantsev, -A. P~; Sairnov, V. S.
TITLE: Stimillated emission of a travelinix-vaye laser
SOURCE: Mike tverdogo tela, v. T, no. 9, 1965, 2816-2820
TOPIC TAGS: laser, laser emission, stimlated euission, traveling vave laser
ABSTRACT: The generation of a traveling-vave laser is studied theoretically near
the threshold for the case of high-*and lov-Q resonators. It is shovn that three
types of ivtailonar7 generation can exist: 1) 'a highly unstable standing-vave,
2) a*slightly unstable, slow traveling vave, and 3) a highly stable traveling vave
-,of the type exp i(wb-kx). Under certain energy conditions, the second type can as
[YK]
,become stable. Orig. art. has:, 23 formass.
ASSOCIATION Institut fiziki polyprovodnikov, SO AN SSSR, Novosibirsk (SexicondUC~-_
tor Pbysics Institute, 60 AN SSSR)
44
SUBJUTTED: 3oian65 ENCL: 00 SUB COM EC~
NO M? SOV: 003 OTHER: 005, ATD PRESS:
7
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77

L 160213-66 EWT(1)/FCC/L1WA(h) ow
ACC NR: AP6006654 SOURCE CODE: UR/0203/66/006/001/0019/0026
AUTHOR: Dorman, L. I.. Medvede
V. M. Yu
ORG: Polar Geoph~sical Institute, Kola Division, AN SSSR (Polyarnyy geofiziche-
skiy institut Kol'skago filiala AN SSSR)
TITLE! Highly accurate trajectories of cosmic rays in a geomagnetic field
SOURCE: Geomagnetizm i aeronomiya, v. 6, no. 1, 1966, 19-26
TOPIC TAGS: cosmic ray intensity, magnetic dipole, geomagnetic, field, anisotropic
motion, asymptotic direction, spherical harmonic function
I
ABSTRACT: A study of planetary distribution of the intensity of !~~ ~s re-
vealed that the theoretical computations based on the magnetic dipole do not
agree with the measured intensity of cosmic rays. This result indicated that the
higher harmonic~of a geomagnetic field influence the trajectories of cosmic-ray
particles. The anisotropic motion of cosmic rays is associated with asymptotic
directions. These directions can be found by sol,,ing the potential of the geomag-
netic field by means of six harmonic spherical functions. The solution was based~_~-,_.
on two maps of the geomagnetic field with isolines of its components. The one
Card 1/2 UDC: 523.165
Card 2/Z~. -

- L
ACC I
SOURCE COD'E: UR/0056/66/050/005/1291/1295
AUTHOR: Zhelnov, B. L.; Kazantsev, A. P.; Sairnov, V. S. ~S
ORG: Institute of Physics of Semiconductors, Siberian De meant, Academy of Splence
SSSR (Instit fiziki puluprovodnikov Sibirskogo otdelenlya Akadem
TITLE: Wave interaction in a gas laser 0
SOURCE: Zh eksper i teor fiz, Y. 50, no- 5, 1966, 1291-1295
TOPIC TAGS: gas laser, laser beam, laser propagation, traveling wave interaction,
frequency locking
ABSTRACT: The authors consider the interaction between waves traveling in opposite
directions in a gas laser with a ring resonator, brought about either by the non-
linearity of the medium or by the coupling between waves as they are reflected from
the mirrors. A phenomenological formula describing the latter coupling is derived
and is introduced into the equations of motion for the wave amplitudes and the phases
in a rotating coordinate system. The solution of these equations is used to describe
frequency locking effects and suppression of one of the traveling waves. It is shown
that under standard gas-laser conditions frequency locking takes place within a band
of several hundre-d-cps if the coupling coefficient between the reflected waves is of
theForder -of _10~'%',The degree of suppression of one of the waves increases mono-
tonically but not uniformly with the relative detuning. The authors thank Yu. V.
T.roitskiy for a useful discussion. Orig. art. has: 2 figures and 24 formulas. (021
SUB CODE: 20/ SuBm DATE: 04Nov65/ ORIG REF: 005/ 07H REF: 003/ ATD PRESS*
Card 6- 0 12 _F_

SMIRNOV, V.S.
Animal tagging with the help of self-ringing loops. Trudy Inst.
biol. UFAN SSSR no.38:21-28 165.
(MIRA 18:12)

smaptic"j, st,ucient
Consolidation of road soiis with water glas.9 by arlding granulated
blast-furnace slag. Trz;dy STI 37:173-175 164.
( KL' f ~ A 1 P, : I" )

t, -J, n
K I

A X---= CU-
itotl-'O 1A D U,, 0 1 7 6 G / 0 0 0 00 7 D D 0 D D 0 10
A. S.; Alsolksar rov A.
=57 D.
Ll~': P ro 6-'l c 11, bilnotals by hot rollinIf in vacuum
SOUa,CE,' : Rt~ 1. z1h. iWctallurgiya, Abs. 7D70
R" F SOURCE: Tr. Leningr. politeldin. in-ta, no. 260, 1965, 22-27
T01-tic TAGS: bimctal' hot rolling, plastic deformation, bivnelal welding
0
~A'R~S-L R ZACT: The results are [)resented of an invostir,.',,tion of the effect of reduc-
1-14,
tion valuez, 'Llic ratio of thicknesses in a packet, and the purity of treatment of
S1111111icc.-s on the weld st~ cn"th of NIc during plastic deformation in
V~LC1111111-11i. ' '-,c results Of metallographic examination of -L
T I j L I 'he transition zone are
Ir I L J
'x-SO "'IVC.I. he -nvestig-a~ions wcrc carried out on pairs of Me: steel ----Cu.
s :-- c et s:~ecl 3-111;hi.8-NOT, and Aitlo-Cu. To ensure strong welds
10, L i-6duction of the packet, the
0 1,11i a~ O'Ll 0. -J /0 is sufficient. With increased
Nve16 strer,-Ll-i arrows. In cliancrimy the ratio ol thickness of layers of individual
~!e :L,-, a bimetal packet, flie weld strength decreases with increased thickness of
Lne layer of rnore plastic Xle. At the boundary of Me contact in a bimetal, obtained
Card UDC: 621. 771. 014. 2

ACC NR:
"Hnc in vacuum, a transition zone is prodi ced s a result of diffusional
by i-,ot roli
processes. The thickness of the zone depends on the temperature of rolling, the
value of reduction of the paclklet, the purity of mechanical treatment of welded
surfaces, and on the subsequent metal heat treating. N. Yud-Lna. (Translation of
abstractj
SUB CODE: 13

KHATIN, M. G. (Professor) and SMIRNOV, V- -M. (Asp:Lrant, WTIVS LkIl-Union
Scientific Research Institute of Vete~inary Sanitation]).
"The use of rogor for hypodermatosis in cattle..."
Veterinariya, vol. 39, no. 2, February 1962 PP- T3

P F I V, I.S. 11-asuchilyy
pro . - L-' I . KO 13
fi:i i-rant
,,oLrucir 1-k; v
.CS 4 nar 1'.. a 41
C, ilDrILT 05
164 i8:3)
2 2 5 F
'I tskjy institur. vetlerinarnoy

I:.. ~., ~ 1, 17; V . 'VI . v .
Licreasing labor productivity -Li, cleoresin dipping and
transvortation. Gidroliz. i leso! in. Pxom. 16 no../+:25-26 163.
(MIfLA 16:7)
1. Borskoye lesokdiklicheskoye ki,ozy,-.ystvo.
(TurpentiTLing-Equipment and supplies)

SMIRNOV, Valentin Vladimirovich
- - ------ - .1 --- -- ~ --- _._---.__-__".I_.-
(Half to assure the preservation of cabbages and onions] Kak obespechit'
dlitellaoe khranenie kapusty I luka. Sverdlovsk, Ob-vo po raspro-
straueniiu polit. i nauchn. znanii RSYSR. Sverdlovskoe obl.otd-nie,
1956. 11 p. (MLRA 10:2)
1. Glavayy agronom-ovoshchavod Oblasellkhompravleniya.
(Cabbage--Storage) (Onions-Storage)

RABINOVICH, R.I. Prinimali uchastiyes ALEGLAN, L.K., kand. sellkhoz. nauk;
BARABANOVAP N.N.; BOSENKO, K.S.; VIVNIK, V.V.; GRIGORCHUK, Ye.V.;
GUMEROV, A.Kh.; DOBROCHASOV, D.F.; ZAMUHAM', I.V.; ZAYTSEVA, A.G.,
kand. nellkhoz. nauk; KOLITSOV, N.A.; LKVITIN, Kh.Z., kand. biol*
nauk; LISITSKIY, B.Ya.; MATYASH, G.P.; MTOV, A.V.; RABINOVICII,R.I.j
SAWNIKOV, V.V.; SMHNIKOV, I.V.; SIMONOV, P.K.; a1IRNOV,--Yj-;
SMIRNOV, L.P.; WIRNOVA, V.I.; STEPANOVAp V.I.; TARASOV, A.A.; FIIA-
TOVICH, V.V., kand. sellkhoz. nauk; FEDOROV, N.G., kand. tekhn. nauk;
TSAPLIN, M.F.; KHROMOV, L.V.; DAVYDOVA, I., red.; PALIMINA, N.j tekbn.
red.
[Sverdlovsk in A
-fricultural Exhibition of 19591 Sverdlovskaia sell-
khoziaistveimaia vystavka. Sverdlovsk, Sverdlovskoe knizhnoe izd-vo,,
1960. 131 p. (MIRA -U,:10)
1. Sverdlovsk. Sverdlovskaya oblastnaya sellskokhozyaystvennaya
vystavka, 1959.
(Sverdlovsk-Agricultural exhibitions)

ZVYUZIN', Fedor Stepanovich; YARTSEV, Aleksandr Konstantinovich;
,q-JR14OV, VAT. R1011OV, G.Ye.,, tekhn, red.,-
, red.; U
(Repairing peat machinery] Remont torfianykh mashin. Mo-
sl--va, Gos.energ.izd-vo,. 1961. 382 p. (MIRA 15:2)
(Peat machinery-Maintenance and repair)

15 (2)
A.UTHORS: Smirnov,, SOV/72-59-8-14/17
Chesnovetskiy, M~ Ya,.
e~,_G. K.
TITLE. Removal of Bricks Which Have Sunk in in the Vault of a- Tunhel
Furnace (ustranenlye kirpichey, prosevshikh v svode tunnellnoy
pechi)
PERIODICAL: Steklo i keramika, 1~99, Ur 6, pp 46-47 (USSR)
ABSTRAUT: At the beginning of the current year 3 '6ricks sank in in the
Dinas vault of a tun 'tel furnace in the zone of maximum
temperatures at the Leningrad chinaware plant "Proletariy"~
'
This meant that in this particular place the furnace vault was
lowered by 120-150mm, so that the piling hei.-ht of the lorries
had'to be diminished. This, however, was of no avail either,
since it upset the viorkin.- conditions of the furnace. It was
tried to break out the bricks by means of a ram lorry, but the
attempt was unsuccessful. The authors of the present article
suggested to shoot the bricks down with a military rlif:.e. '-*('1J----L
was then carried out within an hour. In this way it was not
Card 112 necessury to stop the operation of the furnace, which would have

Rprioval of Bricks 71hich Have Sunk in in the Vault of SOV/72-59-8-14/17
a Tunnel Furnace
resulted in great production losses.
A330CIATION: Leningradskiy farforovyy zavod "Proletariy" (Leningrzid
Chinaware Plant 1111roletariy")
Card 2/?

S/115/62/000/007/oo8/oH
E194/E455
AUTHOR: Smirnov, V.V.
TITLE: A capacitative follow-up level meter
PERIODICAL: IzmeritelInaya tekhnika, no.7, 1962, 49-50
TEXT: This instrument is intended for continuous automatic
reading of level or of the boundary of separation between two phases
having different dielectric properties. It is particularly_
intended for use with mineral slurries in ore flotation plants
where there is a sharp boundary between the clarified liquid and
the slurry, Graphs are plotted of the pick-up capacitance as a
function of slurry concentration for a number of minerals.
The parallel plates of the pick-up carry a thin film to insulate
them electrically from the liquid phase. The capacitance of the
pick-up is a function of its position relative to the plane of
phase separation. ' The pick-up is in one arm of a capacitance
bridge and a similar pick-up located in clarified liquid is placed
in the opposite arm to cancel the effect of changes in the ionic
composition of the slurry. The bridge feeds a phase-sensitive
amplifier whtch controls a miniature reversible electric hoist.
Card 1/2

PONOUtUNKO, V.I.; SAYFULLIN, R.Z.; SIffRI,FjV, V.V.
Floating chain level indicator. Priborostroenie no.10:22-23
0 163. (141PA !6:11)

KHANY G.A.; SMM.~V m.G.
Withod Of ULLtomatically controllirg the turbidity of a C'U.2tiez
-U;
overflow. Obog. rud 7 no.2.19L42 162. 1 16*4)
(Ore dressing) (Automatic control)

V.V.- GRC)M.-CVA, A.I.; C-CLDTNA, Ye.S.; MOSKvj--~F~EV, G.S.;
E.T.
Sk
,_tjonl Korroziia cl~-, uchen I e. qv,
,!:Orr- on and irradi
osi 267
1161.
(Corrosion and anticorrosives"
~f ~ctdi-ation on'

iktor
toklu-,. red.
(Listen to the -.'e
SL 1D.
-o bola
kola gromkog I. (MI&A 17:4)

;'o a
o b i I f
Of Wi ro
321 no. 4: 0'95-n9~_) J I-A u I ,
o3. 6,
t; rm

~m
.eol .. , - K
3i-IIIN'OV, V.V.
Samolet "i(Azdvizimoe krylo". (Grazhdanskaia aviatniia, 1?311, no.6, P-31-37, illus.)
Title tr.: "Variable wing" airplane.
TL50h.G7 1938
So: Aeronautical 6ciences and Aviation in the Soviet Union, Library of '~'ongress,
1955.

-~I,dPNCV, V. and I. --. S-1VAY
0 podbore gorizontallnogo opereniia s shai1ard na kontsakh razmak-ha.
(Tekhnika vozdushriogo flota, 19h0, no. 7, P. 59-71, tables, diagrs.)
Title tr.: Selection of a horizontal tail surface wit tip fins.
TL504.Tb 1940
I'SO: keronaut-4---al Sciences a-,'k I'iviatirln i-r', U-ie 3,ovi;_t Unioii, Li:brary of
"-*mgrl~!ss, lc~r:

S,AIRNOVJI V. V.
Priblizhennaia otsenka poletnogo vesa i nym chislom rabotaiushchikiimotorov. (Tekhnika
vozdushnogo flota, 1945, no. 9, p. 16-19, table3, diagrs.)
Title tr.: Approximate evaluation of gross weight and controllability of a multiongined
airplane with some of the engines cut-off.
TL504.T4 1945

GE~,.SHUDISKIY, Boris Serrenovich; A.L., kard. teklm. nauk,
retserize-nit; j-'IRNOV 17 V
ret~;enzent;
~ALYASINIAYA, 'A:'.'Y`e~"-,--red.; IIIROFi'ETS, Ye.1,11., red.
I
[Principles of el,:~ctrcnics and semiconductor technologyj
O.,!nov:.r nloktroimoi i poluprovodnikovoi tekhniki. Kiev,
Izd-vo Kievskoga univ., .1Y,4. 322p. (NII-RA 17:10)
I. Z'avoduy-ush(-AAy kafedro., "Elektronnyye i ioruiyye pribory"
I'litir I
-1kmikogo .1rint-Ituta gornogo mashinooLroyoniya, avtomatiki
K
I ~-jchl-.;ilte] Inoy tokliniki Q'or Gurellk). 2. Llvuvskly L(jkh-
nikum radioplekt.roniki (for Smirnov).

VOSPOLIT, V.G.; w;9"$ &g. r.Adaktor; FEYTELIMAN, N.G., redaktor;
SABITOV, A., tekhnicii~Afy- redaktor.
[Improving work organization and production norms in mining] Ulu-
chBhat* organizataiiu. i normirovanie truda na shakhte. Moskva.
Ugletekhizdat, 1954. 57 P. (MLRA 8:3)
(Coal mines and mining)

TOTKAKOV, Anatoliy Vasillyevich, doteent, SKMOV, V.V., otvetstvann"
redaktor; PITTILIMAN,'N.G., redaktolr~ MMOMW, LL&DOVA, TO.I.,
tekbuicheakly redaktor
[Organization of management in the coal indastry of the U.S.S.R.]
Organizatalla uprayleatia Y ugollnoi promyshlonnosti SSSR. Moskva.
Ugletekhisdat, 1956. 28 p. (NLRA 9:7)
(Coal mines and mining)

BOICIY. Orest BorlBovich, dotsent; MOROZOV, Alekeandr Ivanovich, doteent;
MORDUKHOVIGH, Mikhail Vlad1mirovich, dotsent; CHETYRKIN, R.I.,
otvetstvannyy redaktor; SMIRKOV, V.V., otvatstvenn" redaktor;
MIKMYBY. G.F., redaktor izdatel stva; KOROVICNKOVA, Z.A.. takhni-
cheakiy redaktor; AIADOVA, Ye.I.. takhatcheskiy redaktor
[Orgpnization and planning of work in auxiliary sectors and plants of
mines] Organizatsita i planirovanie raboty vapomogatelfnykh uchaetkov
i tsekhov shakhty. Moskva, Ugletekhizdat, 1956. 310 P. (KIRA 9:12)
(Coal mines and mining)

USATOV, Georgiy Afenaslyevich; SMIRNOV, V.V., otvetstvennY7 redaktor;
FEYTILIMAN, N.G., reda-ktar~-irdetellstvs; DODEVA, G.V., redaktor
izdatellstys; ALADOVA, Ye.l., tekhnicheskiy redaktor
[Struggle for increased labor productivity; practices of mines of
the Nesvetay Anthracite Trust] Bor'ba za povyshenie proizv~oditell-
nostl truda; opyt raboty shakht tresta Nesvetaiantratsit. Moskva,
Ugletekhizdat. 1957. 66 p. (MLRA 10:9)
(labor productivity) (coal mines and mining)

ACC NR: ;J-6023446 SOURCE CODE: UR/0369/66/002/003/03o4/0307
AUTPHOR: Smirnov, V. V.; Pokhmurskiy, V. I.; Boltarovich, A. V.
ORG: Physicomechanical Institute, AIN UIkrSSR, L'vov (Fiziko-mekhanicheskiy institut
AN Ukr-SS-R-~-
TITLE: Physicom chanical and corrosion properties of heat-resistant EP-479
stainless stee
SOURCE: F-*Lziko-khimicheskaya mekhanika materialov, v. 2, no. 3, 1960", 3o4-307
TOPIC TAGS: stainless steel, heat resistant steel, chromium steel, nickel cortex,
steel, manganese c4ntaiis4.ag steel, silicon ccn:b=i=�ng steeli molybdenum
steel, nitrogen steel property/EP
kA 1 -7 IIJ ~L
ABSTRACT: The new EP-479 stainless steel, containing 0.12-0.18% C, 15-16.6% Cr,:
2-2.5% Ni, o. 6% max Yn, o. 6% max si, 1. 2-1. 5% Yo, O.M-0.10% N23 is intended
for parts used in the chemical and aircraft industr Y t
bperating at temperatures up
to 500C and was developed as a substit e forKh17112 se6el, which is not suitable for
operation at temperatures above 400C.U~T]jhe 'best comiDnation of properties in
EP-479 steel is a h' eve d by anneallig It 1040C followed by oil quenching and
tempering at 570 50-680C. At 20 40(~ or 500C, EP-479 steel has a respective
6
tensile strengthlof 120, 98, and 80 dL/mm2; a yield strength of 90, 80, and
'P dan/mrF;an elongation of 12, 14, and 12%; a reduction of area of 50, 60, and 065%; and!
L Card 21-- // 2

ACC NR. urm0073 SOURCE CODE: UR/OJj3.5/66/ooo/oo4/o_io2/o1O5
AUTHOR: Smirnov, V. V.
ORG: Institute of Mining SO Ali SSSR, Novosibiruk (Inatitut gornogo dela 'DO All SSSR)
TITLE: On some mechanical properties of rocks in the strip pit of the Barandat de-
posit in the Kan-Achensk Basin
SOURCE: Fiziko-tekhnicheskiye problemy razrabotki poleznykh iskopayemykh, no. 4,
1966, 102-105
TOPIC TAGS: mining engineering, tensile etrength, compressive strength, hardness,
solid mechanical property
ABSTRACT: Some of the physical and mechanical properties of rocks in the strip pit of
the Barandat deposit in the Kan-Achensk Basin were determined as a basis for establish-
ing ralationahipa betwoch tho basic characteristics of rocks in this 4ep6ait. The fol-
lowing empirical formulab are derived for the interrelationship between tensile and
uniaxial compressive strength and punch hardness: a =14.3or a =7.3h I hp=
comp tens' colap p
1.73a tens' The validity of these relationships in established by the methods of prob-
ability theory and mathematical statistics. These formulas may be used to evaluate thl
properties of rocks in the Barandat deposit with satisfactory accuracy. Orig. art.
has: 4 figures, 1 table, 5 formulas.
SUB CODE: 11, suBm DATE: o8oc t65/ ORIG MW' oo6
Card UDC; 622.831(5T_1-5l)[phone]

SMIMJOV, V.V.; SUKACHEV, V.N., akademik.
Certain peculiarities of the vegetative reproduction of aspen. DokI.AN
SSSR 90 no.5:909-912 Je '53. (MT-RA 6:5)
1. Inatitut lesa Akademii nauk SSSR (for Smirnov). 2. Akademiya nank SSSR
(for Sukacher). (Aspen)

SML,u~~- V )j. ~1;.
11~. or, the Cutover Areas of 'he Southern Forest Sterres and
-eplacing Uak 6ith A--ren 11
Measures.for I-~s Fegulation." Cand Agr Sci, Inst of Forestry, Acad Sci USSR, Moscow,
1954. (KL, No 3.9 Jan 55)
Survey of Scier*tific and Technical ~u issertations Defended at USSR Higher Educational
Institutions (13)
SO: Sum. No. 5~,QO, 29 Jul 55

V V'V'
USM/ Biology - Plant ecology
Card 1/1 Pub. 22 48/56
Authors s Smirnov, V. V. and Odinokova,, N. S.
Title i Hydrological role cf aspen forests
Periodical t Dok. AN SSSR 99/5, 849-852, Dee 11, 1954
Abstract I Scientific data regarding th ebydrological role of aspen trees, planted
under identical soil-goomorphol6gical conditions, are presented. The
pbysical properties of soil best suited for the planting of aspen trees
are tabulated. Ten USSR references (1846-1953). Tables; graph.
Institution: Academy of Sciences USSR, Forest Institute
Presented by: Academician V. N. Sukadhev., October 11, 1954

Smilmov, V.V.
I
Vagoitativo proPaEation of wipan tronu in thr) mouptalnoun part of
the Tallarmanskoye Forest. Trady In3t.1nlil lW):-e,-52 159.
("Ilza 12:10)
(Balanhov Province-kapen)

I
-SMIWPY~. V. V.
Distribution of needles by age in Picea excelsa Itink growing in
pure spruce and mixed spruce-deciduous stands of the taiga zone.
Bot. zhur. 45 no.10:1522-1530 0 16o. (MIRA 13*11)
1. Inboratoriya lesovedeniya Akademli nauk SSSR, selo Uspenskoye
Moskovskoy oblasti.
(spruce) (Leaves)

KALNLAKOV, A. A. (eng), BDLKII, S. 1. (I'l-of, KIIA:-.I, t-3. A. (eng student), SMIRROV: V.V
"The use of radio f sotopes for the determ-Liati-xi -of the contents of certa-'a meetaIs L-n the
products of ore d-ress-ing."
report submitted for 6th Intl Mineral Processing Cong, Cannes, 26 May-2 jun 63.
Kalinin Inst Non-Ferrous 9--tals & Gold, Nbscow.

TITOV, A.I., SMIRNOV, V.11.
Chemistry, Organic - Synthesis
Effect of com-olex formation, ionization, and isomerization of organic substances on
their chemical activity durinj-- nitration. Synthesis of phenyltrinitromethane and its
properties. Dokl. All SSSR 83 no. 2 (1952)
Monthl_v List of Russian Accessions, Librai-y of Congress, Au--ust, 1952, UITCI~A~S=,I!O.

-7 A(o t./
A " " K tl'
AUTHOR TITOV A.I.JEREMEYEV G.,N., SdIRNOV V.V., SHAPILOV O.D_ 7159=.-4M
TITLE A New Substitution Reaotion__~f_ilkieh7el Hydroxyl For Fluorine,
And Its Use. 2D-2.U/67
(Novaya reaktsiya zameny spirtovego gidroksila na fter i yaye
primeneniye -Russian)
PRRIODICAL D*klady Akademii Nauk SSSR,1957,Vol 113,Nr 2,PP 358-36:(U.S.S.R.)
Received 6/1957 Review d 7/1957
ABSTRACT The generally known reactions for obtaining haloid alkyls, espe-
cially the influence 4f fluorine hydrogen and fluorine phospha-
te compounds,turn out to be of little use for the ijamediate re-
placement of alcohol hydroxyls by fluorine. Appropriate methods
must still be found. In 1942 one of the authors together with A.N.
Baryshnikova had the possibility to carry out such a replacement in
a single phase. It concerned the transformation of ethylene ehle-
rohydrin into 1.2-ftaorine-chloro-ethane when being boiled with a
mixture of benzOl-BUlf0flueride and fluorine potassium. Also the
reaction mechanism was demonstrated. The reaction passes the follo-
wing phases: 1. An alcoholate develops, 2. aeylation by a sulfoflu-
oride under formation of alkyl sulfonate follows.The partial forma-
tion of sulf9nates without the presence of fluorine P*t&BBiUM is &1-
so possible on the occasion of sulfeflueride acting on aloohols.3.
In the list phase the alkylati*n of the fluorine potassium takes
place, as already known. Secondary processes can take place at the
same time in the course of which simple ethers and unsaturated com-
Card 1/2 pounds develop or their polymerization takes place respectively~

27506
S/079/61/031/009/007/012
:;"Lj'1 ao D215/D306
0 __V.V., and Yemellyanov, V.I.
AUTHORS: Petrov, K.A., Smirn
TITLE: Alkylation and arylation of white phosphorus
PERIODICAL: Zhurnal obshchey khimii, v. 31, no. 9, 1961,
3027 - 3030
TEXT: The authors for the first time carried out direct alkylation
and arylation of white phosphorus without catalysts or activating
additives. Heating benzyl chloride with white phosphorus at 3000C
for 4 hrs. gave benzy1dichlorophosphine. It may be assumed that
alkylation and arylation reaction prdceed according to a free radi-
cal mechanism as in both alkyl and aryl halides. C - Halogen bond
may undergo homolytic splitting. The free radicals formed attack
the white phosphorus molecule, whose structure is a tetrahedran
with P atoms at each apex; this decomposes into two P2 molecules
only at 8000 C. In the initial stages of alkylation and arp'lation
the splitting of P - P bond occurs under the action of free radi-
Card 1/4

275o6
S/07 61/031/009/007/012
Alkylation and aryl_:~tion of D215YD306
cals to form a tetraphosphorus alkyl - or aryl halide which on
renewed attack causing breaking of P - P bonds converts to a halo-
phosphonate
P4 + 3C6H 5 CH 2 + 3C1 ---~-CO5CH2PC12 + (C6H 5CH2)2FCl'
The authors established a relation between the stability of the
free radical and the minimum temperature, at which the reaction
occurs by introducing the following groups into the reaction
C,H, 6H, ___ C H tHCH ~-_ (C H 6H ---(C H 6F
0 :) 4 6 5 3 6 5)2 6 5 3
the stability of which increases from left to right. The tempera-
ture of the reaction decreases on passing from haloderivatives
forming less stable radicals, to haloderivatives giving more sta-
ble radicals; for benzyl chloride the temperature is 3000C 6 for
1-chlorophenylethane 2700C, for diphenyl-chloromethane 250 C, and
for tripheny1chloromethane 2250C. Aralkylation of white phosphorus
with benzyl chloride was conducted in a sealed tube heated at 3000
C for 4 hrs. Distillation yielded three fractions, the second
Card 2/4

27506
S/079/61/031/009/007/012
Alkylation and arylation of ... D215/D306
being identified as benzyl dichlorophosphine. This was dissolved
in M 4 and nitrogen oxides passed through the solution to give
benzy1phosphinic acid dichloridep bopt. 130 0C/2 mm. Hydrolysis of
the latter by refluxing with water yielded white crystalline ben-
zylphosRhinic acid, m.pt. 166-166-50C. The third fraction, b.pt.
234-236 C/12 mm was identified as dibenzy1chlorophosphine. The di-
stillation residue after boiling with alkaline H2 02v neutralization
and acidification gave dibenzy1phosphinic acid. Arylation of white
phosphorus with bromobenzene using a similar method gave phenyldi-
bromophosphine, diphenylbromophosphine and triphenylphosphineoxide.
Arylation with m-bromotoluene gave m - toluyldibromophosphine b.pt.
110_1110C/2 mm. and di-m-toluylbromophosphine, b.pt. 141-1420C/2 mm.
Alkylation with n-octyl bromide produced n-octyldibromophosphine b.
.pt. 720C/22 mm. and di-n-octylbromosphosphine b.pt. 1400C/11 mm.
There are 10 non-Soviet-bloc references.The references to the Eng-
lish language publications read as follows: 0. Massong J.B. Kirk-
land, J. Chem. Soc., 55, 138, 1870; F.W. Bennet, H.J. Emeleus, R.
Card 3/4

,~7C~ -
,(. - 2 1 , , . -, , 1 1 - -., ; - . SI..,, I I ) p !C,. V , %,, . ~r .
. I : I - , , ') . I . ? I, 11 , - - , : . ., - . , . ,- ~ . - I - . -.I - ~ . --
~ kl-
Soliltion Gf maFnesitua in an am:.onil-,m ritrate sol-`or.. Z*---:r.
neorg. 'chim. 9 no.91:2-1--,9-2162 S 164.
( t' i P. Y, 1,17 : ll )

SWIIRNOV, V.V., doteent; BURIYANOV, V.F., kandidat tekhnicheskikh nauke
*Mechanical equipment of rolling mills." A.A.Korolev, G.K.Nikela-
evskii. Reviewed by T.V.Smirnov, V.P.Barlianov. Stall 15 no-3:
286-287 Mr 155, (91ak 8:5)
1. Moskovskoye vyssheye tekhnichaskoye uchilishche im. Baumans (for
Smirnov). 2. Veesoyusnyy zaochnyy politakhnicheekly institut (for
Burl7anov).
(Rolling-m'll machinery) (Korolev, A.A.) (Nikolaevskii, G.M.)

SMIRNOV, V.V., kindidat tekhnic)ieskikh nauk.
Investigation of acting forces in rolling friction-bearing raceways.
[Trudy] MU no.62:74-109 155. (MLRA 9:7)
(Rolling (Metalwork)) (Bearings (Machinery))

V V
25 (1) PHASE I BOOK EXPLOITATION SOV/292
Moscow. Vysshe~etekhnicheskoyeuchilishche. Kafredra"MashinyitekhnolDgy-c,
prokatki i volocheni*'
P-rokatnyye stany i tekhnologiya prokatki; sbornik statey (Rolling Mills and Methceis
of Rolling; Collection of Articles) Moscow, Mwhgiz., 1957. 125 P. (Series:
Moscow. Vyssheye tekhnicheskoye uchilishche. /Trudy/ vyp. 80) 4,000 copies
printed.
Ed.: M.L. Zaroshcblnskiy,Doctor of Technical Sciences, Professor; Tech. Ed.:
Ye.N. Matveyeva; Managing Ed. for Literature on Heavy Machine Building:
Ya.S. Golovin, Engineer.
PURPOSE: This collection of articles is intended for the personnel. of scientific
research institutes, engineers, designers., teachers and students specializing
in rolling methocia and the building of rolling mill machinery.
COVERAGE: Theoretical and experimental st[udies done by the scientific workers of
the department of "Machinery and methods of rolling and drwAng" of MM
(Moscow Higher Technical School) imeni Bauman are published in this collection.
Card 1/ 4

Rolling Mille and Meth-As of Rolling
SOV/292
The articles deal with the following topics: spreading of stock in rolling
and distribution of stresses and spread along the width of the stock, resLat-
P-nce to deformation in metal forming, change of the form of the strip depending
-in dijwnsions of the contact area in rollin in plain rolls; the theory of
,~'IastOPlastic bending of a strip &xring straightening on a multiroll machine,
j.nvestigatioD of basic parameters characterizing the resistance of material to
rol-ling; simplified formula for spreading', and measuring unit pressure along the
-a.rc of contact using strain gages. 17o personalities are mentioned. There are
41 references, 39 Soviet and 2 English.
TAHAE OF COMIMUS:
Introduction 3
1--sellikov, A.I., Corresponding Member of the Academy of Sciences,, USSR.
Effect of the Ends oil the Workpiece on Spreading and Distribution of
13-p2eds- and Stresses Along the Width of the Rolled Strip
,77xd 2/4

Rolling.Mills.and Methods of Rolling
SOV/292
Tolikov., A.I.., Corresponding Member of the Academy of Sciences, USSR,, and
V.A. Persiyantsev,, Candidate of Technical Sciences. Effect of Cold Hardening
on Resistance to Deformation In Overrecrystallization Processes 22
Zaroshchinskiy,, X.L., Doctor of Technical Sciences., Professor. Change in
FbM Of the Strip in ROULM in 7181A Rdlls 35
-SmirnoYj.-Y-,X.0 Candidate of Technical Sciences,, Docent. On the Theory of
Calculating Vw ]Paver of the Driv% for -Ibtary-type Strid&tenero 50
Kovolev, A.A.., Candidate of Technical Sciences. Elaatoplastic Bending of a
Strip During Straightening on a Naltiroll Machine 57
Zhavoronkov, V.A.,, Candidate of Technical Sciences. Investigation of Forces in
Cross-he3ical Die Rolli of Periodic Profiles T7
Pushkarev, V.F., Candidate of Technical Sciences. Determination of Parameters
Characterizing Resistance to Deformation of the Stock in Ro'131n 90
Card 3/4

137-58-6-12147
Translation frorn. Referat!vri%-,~ zhurnal, I'vIetallurgiya, 1958, Nr 6, p 139 (USSR)
AUTHOR: Smirnov. V.V-
T ITL, E: 01_1 tllt_. rrjleor~~ of Design and Analysis of Power Trains for
Leveling I'Vachines With SkeN,,, Rolls (K teorii rascheta rnoshch-
nosti privocla pravil'nykh I-osovalkovykh mashin)
PERIODICAL, V ~5b.: Prokatri. stand, i teklinol. prokatki. (IVIVTU, 80).
Moscow, N-1,1511,7iz, 1957, pp 50-56
n
A B STR.AC T: The author exan-iines the design of a ti-iachine capable of -xo
c y(les of leveling .'L) operations in accordance with the L%",o
possible flexion~z of the axis of the metal by the action of the
primary rollers ;R'). The pressure of these R's is determined
successivelv from the conditions of equilibrium of the mornents
of exturnal for( es as in the case of a beam with many supports.
As in the general case. the pressures of the R's in a tv~-o-cycle
L ma( hine are proportional to the plastic resisting moment and
inversely proporlionaL to the advance of the R's. The problem
of determination of the power (N f ) necessary for the L opera-
tior presents considerable difficulties and necessitates the de-
Card 1/2 teri-nination of two power ( ornponents, the first of which

137- 5B- 6 -12 147
On the Thcorj of Design and Analysis of Power Trains (cont.)
depends only or) the motion of transiation of metal NLrans, while the second
one is dependent only on the rotary motion, Nrot- It is suggested that Ntrans
be determined by the method commonly used for standard machines em-
Ployed for- longitudinal L. Nt,an, is expressed as a sum of the products of
the bending moments and the angular velocity of bending of metal with resid-
ual CL11-VatUre. A formula is derived for the determination of Nrot. In order
to calCUIate the rotary power, it is essential that the values of the nominal
lenoths of the re,~ions of metal undergoing plastic deformation be determined.
By employing the relation between the sides of a mornent triangle, as de-
rived by A.D. Kuz'rnin, these lengths are found to be equivalent to 0.4 of the
advance of the R's. Next, the final value of the L moment is obtained by
means of simullaneot,s Solution of the equalion NS~Ntrans ~FNrot together
with a number- of other- equations. All computations are based on the as-
SLImption of dealing with a material with ideal elastic-plastic properties'.
ho,,vever, in order to a( hieve better ac(uracy it is desirable that r's values
be replaced by actual values of resistance to deformation with proper allow-
ances for its magnitude and velocity and the temperature of the rnetal. A
number of mathematical rulationships are proposed for this purpose.
P _w -1 __ A. N.
3 - Fc2_'

qlpq ~~ I

~ i PRASE I BOOK EXPLOITATION SOV/3226
Mezhvuzovskaya nauchno-tekhnicheskaya konferentst7a ha temu:
"Sovremennyye dostizheniya prokatnogo proizvodstva."
Trudyi..(Transactions of the Intercollegiate Scientific and Techni-
cal Conference on Recent Achievements in the Rolling Ihdustry)
Leningrad, 1958. 251 P. 1,000 copies printed.
Sponsoring Agencies: Leningradskiy politekhnicheskiy institut im.
M.I. Kalinina, Nauchno-tekhnicheskoye obshchestvo mashinostroit-
eley, Leningradskoye otdeleniye, and Nauchno-tekhnicheskoye obshch-
estvo metallurgov, Leningradskoye otdeleniye.
Resp. Ed.: V.S. Smi'rnov, Doctor of Technical Sciences, Professor;
Ed.: N.N. Pavlov.
PURPOSE: These proceedings of the conference are intended for
specialists in the rolling industry.
COVERAGE: The articles of this collection cover various theoretical
and practical pi~oblems of rolling, such as: pressure, spread,
efficiency of rolls, determination of deformation, forces required,
Card 1/9

Transactions of the Intercollegiate (Cont.) SOV/3226
pasa design, optimum conditions for rolling, experiences of
various plants, modernization of equipment, aluminum-clad steel,
and rolling of nonferrous metals. No personalities are mentioned.
References appear after each article.
TABLE OF CONTENTS:
Smirnov, V.S. (Leningradskly politekhfficheskiy institut im.
M.I. Kalinina (Leningrad Polytechnical Institute im. M.I. Kalinin)]
Recent Achievements In the Rolling Industry" 5
Shvayun, V.L. [SKMZ im. Ordzhonikidze, Kramatorsk) Old Kramatorsk
Machine-Building Plant in the Drive for Technical Progress 15
Chekmarev, A.P., L.Ye. Kapturov, and P.L. Klimenko. [Dneproptrov-
skiy metallurgicheskiy Institut (Dnepropetrovsk Metallurgical
Institute)] Experimental Investigation of Unit Pressure in
Rolling on Plane and Grooved Rolls 20
Tarnovskiy, I.Ya., and V.N. Trubin. [Urallskiy politekhnicheskiy
institut im. S.M. Kirova (Urals Polytechnical Institut im.
S.M. Kirov), Sverdlovsk] Study of Spread In Rolling, Using
Variational Principles 29
Card 2/9

Transactions of the Intercollegiate (Cont.) SOV/3226
Tarnovskiy, I.Ya., and V.N. Trubin. [Urallskiy politekhnicheskiy
institut im. S.M. Kirova (Urals Polytechnical Institute Im.
S.M. Kirov), Sverdlovsk] Zones of Sticking and Slipping on the
Contact Surfaces of the Focus of Deformation in Rolling 43
Starchenko, D.I. [Zhdanovskiy metallurgicheskiy institut
(Zhdanov Metallurgical Institute)) Forward Slip, Retardation
and Spread in Rolling With Normal and Extra High Drafts 48
Mut'yev, M.S. [Dnepropetrovskiy metallur~;Icheskiy Institut
(Dnepropetrovsk Metallurgical Institute)] Determining Spread
During Rolling In Simple Passes 62
Arkulls' G.E. [Magnitogorskiy gornometallurgicheskly institut
Im. G.I. Nosova (Magnitogorsk Mining and Metallurgy Institute
im. G.I. Nosov)] Method of "Surface Marks" for Calculation of the
Internal Nonuniformity of Deformation In Upsetting 66
Vydrin, V.N. (Chelyabinskly politekhnicheskiy institut
(Chelyabinsk Polytechnical Institute)] Rolling in Rolls of
Unequal Diameter 71
Card 3/9

Transactions of the Intercollegiate (Cont.) SOV/3226
Golubev ', T.M. (Kiyevskly politekhnicheskly Institut (Kiyev
Polytechnioal Institute)) Rolling With Constant Pressure 78
Dinnik, A.A. (Dnepropetrovskiy metallur icheskiy institut
(Dnepropetrovsk Metallurgical Institut)l Calculation of
Metal Pressure on Rolls in Hot Rolling of Steel 81
Pavlov, N.N. [Leningradskiy politekhnicheskiy Institut im.
M.I. Kalinina (Leningrad Polytechnical Institut im. M.I. Kalinin))
Calculating Forces In Shape Rolling by the Equivalent Strip
Method 91
Klimenko, V.M. (Inst-itut chernoy metallur ii AN USSR (Institute
of Ferrous Metallurgy, AS Ukr SSR), Kiyev~ Design of Passes with
Pinching Effect (top and bottom of pass have small tapers] and
the Experimental Determination of Side Pressure of Work in
Rectangular Passes 95
Card 4/9

Transactions of the Intercollegiate (cont.) SOV/3226
Lavrukhin, G.S., and V.D. Durnev. (Leningrad) Some Problems of
Production and Equipment in Longitudinal Periodic Die Rolling 103
Chelyshev, N.A. [Sibirskiy metallurgicheskiy institut (Siberian
Metallurgical Institute), Stalinsk) Optimum Conditions of Defor-
mation in Rblling log
Grechko, V.P. [Institut chernoy metallurgii AN USSR (Institute
of Ferrous Metallurgy, AS Ukr SSRH Quality of Rolling With
Great Drafts 122
Bakuma, S.F. [ZavodOKrasnyy Oktyabr'" (Plant "Krasnyy Oktyabr'"),
Stalingrad] New Type of Rolled Stock for the Tractor Industry 126
Boyarshi-nov, M.I. [Magnitogorskiy gornometallurgicheskiy
institut Im. G.I. Nosova (Magnitogorsk Mining and Metaliurgy
Institute Im. G.I. Nosov)j New Technique in the Metallurgical
Method of Producing Copper-Clad Steel Wire Rod 131
Card 5/9

Transactions of the Intercollegiate (Cont.) SOV/3226
Gorenshtey.n, M.M.[Zhdanovskiy metallurgicheskiy institut
(Zhdanov Metallurgical Institute)] Intensifying Regimes of
Drafts In Rolling According to Friction Conditions 136
Khlebnikov, V.P. [Zavod "Azovstall" (Plant Azovstall"),
Zhdanov] Mastering Rolling of RAils at the "Azovsta'l" Plant 141
Ilyukovich, B.M. (Chusovskoy metallurgicheskiy zavod (Chusovoy
Metallurgical Plant)) Rolling and Roll Pass Design of Light
T-shapes for Framework of Industrial Buildings 145
Baram, A.N., A.M. Nakhimov, and M.D. Kozin. [Kirovskly zavod
(Kirov Plant), Leningrad] Rolling Spring Leaf and Spring Steel
at Kirov Plant 151
Yatsura, V.K. [Zakavkazskiy metallurgicheskiy zavod Im.
I.V. Stalina (Transcaucasian Metallurgical Plant im. I.V. Stalin)]
Application of Repeaters in Rolling Steel Angles 155
Card 6/9

Transactions of the Intercollegiate (Cont.) SOV/3226
Korshunov, Ye.A. (Urallskly politekhnicheakiy institut (Urals
Polytechnical Institute)] Effect of a Manipulator on Blooming
Productivity 158
Grevtsov, M.M. (ZavodnAzovstall" (Plant "Azovstall"), Zhdanov]
Rolling Double-length Blooms in the 650 Blooming Mill at the
Large Section Rolling Shop of the "Azovstall" Plant 162
Malenok, F.T. (Leningradskiy zavod po obrabotke tavetnykh
metallov (Leningrad Plant for Treatment of Nonferrous Metals))
Modernizing the Equipment of Foil-rolling Shops 163
Chernyak, S.N. [Leningradskiy zavod po obrabotke tsvetnykh
metallov (Leningrad Plant for Treatment of Nonferrous Metals))
Improving Production of Aluminum-clad Iron 176
Gurevich, D.Ya. (Leningradskiy listoprokatnyy zavod (Leningrad
Sheet-rolling Mill) Combined Method of Producing Roofing Sheets 182
Card 7/9

TPansactions of the Intercollegiate (Cont.) SOV/3226
Benyakovskiy, M.A. (Urallskiy nauchno-issledovatellskiy institut
chernykh metallov (Urals Scientific Research Institute of Ferrous
Metals), Sverdlovsk) Forces of Deformation of Metal and Auto-
mation of Band Thickness Control in Cold Rolling 184
Meleshko, V. I., and Y, M. Saf ' yan. [ Institut chernoy metallurgii
AN USSR (Institute oi P'errous Metallurgy, AS UkrSSR)1 Investi-
gation of Energy Consumption, and Action of Force in a Continuous
Hot-rolling Sheet Mill 197
Kuzema, I.D. [Zavod imeni Illicha (Plant im. Illich)) Relation
Between Geometric and Weight Tolerances of Plate Steel 208
Bogoyavlenskiy, K.N. [Leningradskly politekhnicheskiy Institut
im. M.I. KalinIna (Leningrad Polytechnical Institute im.
M.1. Kalinin)) -Bending Forces in a Structural Mill 214
Chekmarev, A.P., Ya.L. Vatkin, and D.M. Litinskiy. [Dneprope-
trovskiy metallurgicheskiy institut)] (Dnepropetrovsk Metallur-
gical Institute)] Wall Thickness Variation of Large Diameter
Pipe 223
Card 8/9

Transactions of the Intercollegiate (Cont.) SOV/3226
Zhavoronkov, V.A. [Moskovskoye vyssheye tekhnicheskoye uchi-
lishche im. Baumana (Moscow Higher Technical School im. Bau-
man)l Producing Solids of Rotation by Helical Rolling 230
Belousov' N.P. [Leningradskiy politekhnicheskiy institut im.
M.I. Kallnina (Leningrad Polytechnical Institute Im. M.I.
Kalinin)] Inves ti gation of the Process of Drawing Brass
and Copper Tubes on a Short Aandrel 234
Zholobov.. V.V. [Vsesoyuznyy alyuminiyevo-magniyevyy institut
(All-Union Aluminum-magnesium Institute)] Rolling and Extrusion
of Titanium and Its Alloys 240
�_qJ.,~qqv,V.V. [Moskovskoye vyssheye tekhnicheskoye uchillishche
im. Baumana (Moscow Higher Technical School im. Bauman)) Remarks
on Rolling Technique in the KNR (Chinese People's Republic) 245
AVAILABLE: Library of Congress (TS340.m42)
V'K/mg
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~ tR o o V, V, v-
25(2) PHASE I BOOK EXPLOITATION -SOV/1329
Tselikov, Aleksandr Imnovich, Corresponding Member, USSR Academy of Sciences
%nd Viktor Viktorovich SmirrLov. Candidate of Tech-aical Sciences, Docent
Frokatnyye stany (Fol)-ing Mille) Yoscow. Yetallurgizdat, 1958. 432 P. 13,500
copies printed.
Ed.: Kbrolev, A.A.; Ed. of Publishing Hol-lae: Sidorov, V-N., Engineer; Tech.
Ed.: Isient',-yeom, P.G..
PURPOSE- This book "A.s appro-ved by +-,Le TISSR Min.'Ls4.*vj of Higher Education as a
textbook for metAllurgicai and for machine -building institutes and may be
helpful to machinists, processing engineers, designers and engineers vorking
in manufacturing and in design- offices.
COVERAGE: The design and coastru-,.tion of rolling mlUs, their mechanisms and
individual part5 are eruu~~-d in the book. The authors present their ovu
tbeories on a number of prob-tems pertaining to the field of design loads
and design ztreesses in -4aria~as kinds of rolling mill machinery. The cbapter
on lubricating equipment was written by Engineer M.P. Vavilov. The authors
thank Docent A. A. Kbrolev, Candidate of Technical Sciences, for editing
the book. Many illustmtions are ptiblished for the first time; some of them
are reprinted from the book vritten by A. A. Orolev and G. M. Nikolayevskiy,
Mekhanicheskoye obcrL1Aovmniya prokai-,,zykh tsekhov (Mechanical Equipment
Card 1/14

Rolling M111c
1. Primary mills
Blooming mills
Slabbing mills
2. Billet mills
3- Structural mills
Univers&I mill for rolling vide-fl9zzige beams
Rail mills
Large -sect ion structr-r-al mills
Medium-section structural (merchant . bar ] M-11 I s
Small-section structural [merchar-t- bar] mills
Wire [rodj mills
Strip mills
4. Sheet and plate mills
Plate mills
Wide,stpip-continuous and seuLcoatinuous mills
5. Roll piercing mill (complete mill unit)
6. Cold rolling mills
SOV/1329
PART !I. COMPONENT PARTS AND MECHANISMS OF THE ROLL 01!AND
27
27
29
30
31
32
33
34
37
38
40
43
44
44
45
47
52
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Rolling Wlls SOV/1329
2. Hand-operated screw-down mechanisms for the top roll 93
3. High-speed screw,-down mechanisms for the top roll 94
4. Low-speed screw4cdownmechanisms for the top roll 105
5. Ylechanisms and devices for adjusting the bottom roll III
6. Lifting screws and nuts 112
7. Torque necessary for operating lifting screws 114
8. Safety devices 115
9. Devices a-rid mechanism for adjusting the middle roll 117
10. Devices for axial adjustment and detents of rolls 118
Ch. IV. Guides, loop-holders, Work-stretching Control and Roll-
changing Des:vices 121
1. Purpose and arrangement of entering and delivering guides 121
2. Edging guides and repeaters 125
3. Roller-type guides for cold-rolling mills 127
4. Loop-holders and devices for vork-stretching control 130
5. Roll-changing devIces 131
Ch. V. Stand Housings and Setting Them on Foundations 137
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Rolling Mil I s
SOV/1329
1 - Basic types of housings 137
2. Stand design for overturning and forces in (housing] supports 137
3. Design for strength of a closed-type housing for vertical forces 139
4. Design of a closed-type housing for deformation 141
5. Design of an open-type housing for vertical forces 143
6. Material for housings and allovable stresses 144
7. Construction of housings 144
8. Bedplates 146
PART III. PARTS TRANSMr=G ROTATION TO ROLLS
Ch. I. Connecting Spindles 156
1. Universal spindles 156
2. Design of universal spindles for strength 16o
3, Wobbler spindles and couplings 163
4. Balancing of spindles 164
Ch. II. Main and Motor Couplings 170
I. Gear couplings 170
2. Double-universal (Schlemamia) coupling 173
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Rolling Mills SOV/1329
3. Flexible spring (Bibby) coupling 17 3
4. values for design of couplings 174
5, Safety coupltrigs 174
Ch. III. Gear Drives 176
1. Types of gearing for roll drive 176
2. Tppign of the'
pinfon stand for overtLuming 178
3. _
Pinions of pinion standb 179
4, Construction of pinion stands 180
5. Geared speed reducers 188
Ch. IV. Flywheels 191
1. Purpose of the flywheel and determination of its basic parameters 191
2. Construction of flywheels 194
PART IV. SPECIAL ROLLING MILLS
Ch. I. Mills With Vertical Rolls 196
1. Vertical stands (edgers) 196
2. Vertical stands of plate mills 196
3. Vertical stands of stn2ctural and billet mills 2oo
4. Universal stands 2c4
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Rolling Mills SOV/1329
Ch. II Tube-manufacturing Mills 207
1. Roll piercing mills 207
2. Plug rolling mills 213
3. Rotary rolling (reeling) mills 216
4. Sizing mills 216
5. Cold tube reducing machines 218
Ch. III. Wheel Mills 222
PART V. AUXILIARY MACHINES AND MECHANISMS
Ch. I. Classification, Working Regimes and Drive of Auxiliary Machines 226
1. Classification of auxiliary machines 226
2. Operating regime and drive of auxiliary machines 227
Ch. II. Shears 229
1. Basic types of shears 229
2. Resistance to shearing 229
3. Force in shearing metal with parallel blades 232
4. Work (needed] for shearing metal with parallel blades 232
5. Force and work in shearing metal with inclined blades 234
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Rolling Mills SOV/1329
6. Force a-,A work in. cutting metal with rotary shears 2.36
7- Shears with parallel blades 23,1
8. Drives for shears with parallel blades 244
9. Shears witli an inclined blade 245
10. Rotary slitti:-ig s~iears 251
Ch. III. Flying Shears 257
1. Classification of flying shears 257
2. Cutting regimes of flying shears for cutting work in given
lengths 257
3. Control of lengths aut on shears vorking by intermittent method 25-,7
4. Control of out lengths on continuously vorking shears 258
5. Connection betveen feeding rollers and shears 261
6. Ctitting the front end to a given length 262
7- Level-wing-type shears ;262
8. Single-axis -rotary shears 263
9. Rotary shears 26~3
10. Drum-type shears 264
11. Shears with translatory motion of blades 266
12. Cutting forces in flying shears 269
13. Motor power for flying shears 269
14, Selection of basic paremeters of flying shears 270
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Rolling Mills 30VII rg
Ch. IV. Hlo t Sa-4s 271
1. parpose Ot aawt, ~7 1
2. C'Litting force aII(I U,.,.we-~
3. Cutting force a.:tl speed ,)f reea 272~
4. Construction f sa-.,4-., 273
Ch. 11 . Stra-Ightenels and Le've-lers 276
1. Types, of straighttzner& ,-t,.-,d i,e%ft~lers 276
2.
r s
Straig1ji,ei1eq prc_3,;,~t~
276
Theory of zstraighiening in a pmtss 277
4. Theory of s braighten trig tu rmiltiroll machines 280
5. Limit valuei~ of %uivature Ln elastic bending
6. Pressure on ralLers or a straightening machine 284
7. Power for the drive of roller-type machiner. 284
8, Basic parameters of sheet, and plate levelers 287
9. Constriction of sheet and rjlatt~ levelers 289
10. Straighteners for structity-al. shapes -911
11. Rotary straighteners with rolleis having nonparallel axes for
rounds and zubes 296
12. Forces actiaiK in machines vath millers having nonparallel axes 299
13. Power for uhe drive of machines with rollers havIng non-
parallel are6 299
14. Stretch-type stjaigbtenero 301
Ca~-d

Rolling Mills
Ch. VI. Coilers and Uncoilers
1. Drum-type stretch coilers
2. Power for driving the stretch-coiling drums
3. Coiling machine
4. Power for coiler drive
5. Wire rod and narrow-strip coilers
6. Uncoilers
Ch. VII. Holler-type Conveyors
1. Basic types of roller conveyors
2. Parameters of roller conveyors
3. Loading of rollers of a conveyor
4. Torque of rollers
5. Construction of roller conveyors
6. Construction of rollers and their bearings
7. The next-to-stand rollers of roller tables
8. Lifti'ag roller tables.
9. Design of roller table lifting mechanism
Ch- VIII. Manipulators, Tilters and Turning Mechanisms
1. Manipulators of roughing mills
2. Maninulator of three-high atmlctuml Mills
S01111329
303
303
307
307
313
313
317
320
320
321
323
325
-26
3-~2
Y,3
334
337
343
343
344
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Rolling Mills SOV/1329
3. Manipulators of plate mills 344
4. Hook-type roughing mill tilters 349
5. Structural mill tilters 351
6. Plate tilters 354
7. Turning devices 355
Ch. DC. Ingot Buggies and Mechanisms for Transportation of Short Pieces 361
1. Ingot buggies 361
2. Stationary ingot dumpers 363
3. Stops 364
4. Furnace [charging] pushers 366
5. [Billet] pushers 367
6. Pilers and charge -tables for slabs 367
7. Furnace discharge pushers 372
8. Pushers in front of stands 372
9. Crop conveyor 372
Ch. X. Cooling Devices and Transverse Transfers of Long Rolled Pieces 375
1. Purpose of cooling devices and transverse transfers 375
2. Basic parameters of cooling devices 375
3. Rope transfers 377
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Rolling Mills SOV/1329
4. Chain transfers 379
5. Transfers with load-carrying chains 380
6. Cooling devices of merchant bar mills 381
PART VI - LUBRICATING SYSIM OF ROLLING MUIZ
Ch. I. Basic Kinds of Lubricants and Means of Feeding Them to the
Bearing Surfaces 389
1. Oil and grease 389
2. Devices for oil lubrication 390
3. Devices for grease lubrication 394
Ch. II. Oil Pressure Lubrication Systems 397
1. Arrangement of pressure lubrication systems with rotary piston pumps 39T
2. Instruments for checking and automation of operation of pressure
lubrication systems 398
3. Arrangement of pressure lubrication systems with gear pimT 399
4. Main pipeline and oil tanks 400
5. Oil Pumps 401
Card 13/14

81-Uhmov, V. V.
"Inv-2stigation of the Stresses at hot Fxpansion of the Raceways of Rollin:-:
Friction Bearin,-,-s.11 Sub 29 Jan 51, Moscow Order of the Labor Reb Banner Higher Technical
School imen! Balun"
Dissertations presented for science and engirieerin~: del-,rees in 1-',,osf~ow during 1951-
SO: Sum. 11o. 480, 9 KV 55

SOV/133-58-12-11/19
AUTHOR: ,Smirnov, V.V. (Candidate of Technical Science~ Dotsent)
TITLE: Some peciatf""V'eatures of Rolling Practice in the Chinese
People's Republic (Osobennosti prokatnoy tekhniki
Kitayskoy Narodnoy Respubliki)
PERIODICAL; Stall, 1958, Nr 12, pp 1118-1121 (USSR)
ABSTRACT: Some engineering features of the continuous linear wire
rod rolling mill (Swiss Succo) in Shanghai (Fig 1)7 in
particular tangentially fed coilers (Figs 2 and 3, made
by Demag) and some Chinese original designs such as chain
turn-over device (Fig 4) and twin tables for servicing
two-roll stands of a sheet rolling mill (Fig 5) are
described.
There are 5 figures.
ASSOCIATION; KVTU imeni Bauman
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311935
S112316 1/000/022/012/024
Aoo4/Aioi
AUTHORS: Pevzner, M.L., Smirnov, V.V.
TITLE: Copper-plating in a pyrophosphate electrolyte in the ultrasonic
field
PERIODICAL: Referativnyy zhurnal. Mashinostroyeniye, no. 22, 1961, 73-74, ab-
stract 22B444 ("Tr. Proyektn., tekhnol. JL n.-i. in-ta Gor'kovsk.
sovnarkhoz", 1959, no. 1, 22 - 30)
TEXT: The authors present the results of investigations carried out at
the Cor'kovskiy avtozavod (Gor'kiy Automobile Plant) on the copper-plating in a
pyrophosphate electrolyte using ultrasonics. The investigations were carried
out on an experimental bath production line. In the latter a vinyiplastic-lined
steel bath 650 x 980 x 860 mm was installed, this bath having a volume of 450
liters at an electrolyte level of 760 mm. The electrolyte was heated by a stain-
less steel coil pipe placed on the bath bottom. The ultrasonic power sources
were 2 tube generators of the rym-2 (GUM-2) and rYm -2 M (GUM-2M) type with an
output power of 1.5 kw each. The emitters with nickel magnetostrictive H3jj_4
(NEL-4) converters were suspended at the transverse side of the bath, two on each
Card 1/_3

31935
3112 76110001022101210214
Copper-plating ... Aoo4/Alol
side. For a uniform sound treatment of the parts being coated the emitters were
arranged one over the other. The emitter position in the bath was not changed
Fd-r tests with a high specific ultrasonic power a bath of 60 liters capacity w~;s
used. On its bottom an emitter of 1.5 kw h-f input power was placed. The direc-
tion of the sound beam was horizontal. The copper-plating of steel parts was
carried out in an electrolyte of the following composition (in g./liter)-.
CuSO4 5H20 - 35, Na4P2 0 1oH2o - 14o, Na2HP04 . 12H20 - 95 and also CuSO4
. 5H20 13.4, Na4?2O7 . TOH'20 53, Na2HP04 . 12H20 - 36.4; CuSO4 - 5H20 - 70,
Na4P207 1OH20 - 200, Na2 HP04' 12H20 - 95, It is shown that the optimum pH_
value of the electrolyte corresponding to the conditions of good efficiency and
ensuring a good adhesion between the-coating and the steel base, should be 6.6.
With an increase in the electrolyte temperature up to 45 OC at a pH-value of 6.6
and a specific ultrapnic power of 3.5 w11, the cathode current density limit
grows up to 6 amp/dm . A further temperature increase of the electrolyte does
practically not result in a cathode current density rise. High-quality fine-
grained deposits are obtained in an electrolyte with a copper concentration of
35 9'/l CuSO4 . 5H20 at a current density of 6 amp/dm2. An increase in the con-
centration up to 70 ,g-11 ensures an operation at a current density of up to 8
amp/dm2, but the coating produced is coarse-grained at a layer thickness of more
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-YIP;16 1/000/0 22/0-12/0 24
"opper-plating ... Aoo4/Aloi
L
than 10 ~t The copper plating obtained from pyrophosphate electrolytes -;sing
ultrasonics possesses practically the same porosity as a-copper coattng 1'r;-7.,
cyanogen electrolytes with current reversal. The process of pyrophosphate
copper-plating using ultrasonics can be expediently applied to replace the --op-
per-plating process in cyanogen electrolytes, if between st,eel base and nick'~-a
coating an intermediate layer of 7 - 8~k is produced and for the copper-plia,,ing
of steel parts with a thickness of 35 - 40 ~k with subsequent polishing ~~f the
obtained coating. The throwing power of the pyrophosphate electrolyte dces not
permit its use for the preliminary application of a copper layer on steel parts
prior to copper-plating in an acid electrolyte. There are 4 rtferences,
N. Savina
FAtstracter's noted Complete translation]
Card -3/3

TSIELIKOV, A.I.; SMIRITOV, V-V-
Iffistory of the development of Russian rolling-mill machinery
manufacture. Trudy Inst. ist. est. i tekh. 21:3-43 '59.
- (MIRA 13:3)
(Rolling mills)

25(l) SOV/148-59-2-21/24
AUTHOR; Smirnov, V.V., Docent
TITLE. A Propon of an Article by Y.M. Grebenik On "The Dependence of
Deformation, Moments and Accuracy of Straightening on the
Adjustment of-Straightwning Machines" (Po povodu stat'i V.F,.
Greb*nika"ikvisimost4Pdeformataii, momentov i tochnosti pravki
ot nastroyki pravillnoy mashiny")
PERIODICAL; Izvestiya vysshikh uchebnykh zavedeniy, Chernaya metallurgiya,
1959, Nr 2, pp 157-160 (USSR)
ABSTRACT: The author states his opinion on the article mentioned above,
published by V.k. Grebenik in a previous copy of the periodical.
He discusses aom conclusions made by Grebenik a;
0 includes
recommendations on the subject. The fol lowing p 4ts are dis-
cussed; deforzation magnitude in straightening; combined
adjustment of rolls; and,computation..of-the.straightening fore*.
Card 1/2 There is 1 set of -graphs.