SCIENTIFIC ABSTRACT STEPANOV, V. - STEPANOV, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653210012-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STEEPANOV, V. (gtantsiya Platenyy Tashlyk Odessko-Kishinevskoy zhelemoy
dorogi)
Needs of a grain receiving station. Muk.-elev. prom. 30 no.3t
30 Mr 164, (MIRA l7t4)
r

BOSMARSKY, K.; STEPANOV, V.
Assessment of the C09-content of the microplimate during short
periods by means of an interferometer - contribution to methods ~
for microclimate an&lysia. Cask. hyg. 8 no.9:559-563 0 '63,
1. Katedra hygieny deti, dorostu a vyzivv lekaroke fakialty hy-
gianicke KU, Praha.
~e

MISHCHENKO, H.M., inzh.; BERDICIIEVSKIYI U.N., inzh.,; TERMINOSYAN, N.S.,
inzh.; KURILOV, A.I., inzh.; POLYAKOV, N.M., inzh.; VFMIDOVIf,H,
Ye.A., inih.; PINDYURIN, N.I., inzh.; Prinimall uchastiyes
MALINOVSKIY, V.G.; MOLCHANOV, I.V.; MASHISHINA, M.P.; YOCHENKO,
Ye.K.; CHEREDNICHENKO, A.A.L.�T&LAAU,_YA.; SKACHKOV, L.N.
ld4ceased]; KOSHMAN, A.I.; SHCHEKLIN, V.V.; CHUBATYUK, Ye.G.;
KHITO", Ye.Ye.; KOROBOVA, G.Z.; ROTMISTJOVSKIY, B.H.; VEYSBEVI, A.D.
Increasing the efficiency of section tandem mills by the use of
repeaters. Stall 23 no.3:236-241 Mr '63. (MIRA 16:5)
1. Yenakiyevskiy metallurgicheskiy zavod.
(Rolling mills--Equipment and supplies)

L 1076
57 65 WW/EWF(W)/EPR/,EWP(b) Pa-4 ESD(t)/ASD(M)-3/ASD(f)-2/AMV.
-13 ~(mp) -~2ASD (a) -5-4dlJD
ACCESSION NR: AP4044928 SY0181/64/006/009/26LO 611
AUTHORSt SttRanovs V. A.1 Kurov,.I.*,Ye.l Sbpeyzman,* V,,-V6.
TITLE: Time-to-rupture of metals.subjected to torsion
SOURCEt Fizika tvardogo telao ve 6e no, 9. 1964, 2610-2617
TOPIC TAGSs metal breaking, torsions aluminum, copper# zinc.# plan
tic deformatione'activation energy_
ABSTRhCTs In an earlier paper (Me 4#'191# 1962) Kurov'and Stepa-
nov reported that the dependence of the timo-to-repture'v on the
stress a and tenVerature To in the case'of aluminum -copper and zinc
subjected to torsion# was
where Uof c;, a and y are &nstanta for a-given metal# and R is'the
-1/3
CGrd

--L-10767z65
ACCESSION NR: AP4044928
gas constant. Formally Eq. (1) differs from the dependence
found by Zhurkov et al. for unia~fal_ tension, only by the stress
dependence of the pre-exponential factor. However, the basic dif-
ference is that the activation energy of the fracture process# Uoe
for torsion is only half the energy for tension. The present work
reports further tests carried out between -85 and +100C on Zn and
Al + 5.5% Si hollow cylinders (outside diameter 2 m, inside -- 1.5
mm). These tests confirmed that the type of stress affects U . It
is suggested' that the change in U0 is due to,a change-in the! ?rac-
ture mechanism:.frem fluctuation-type breaking'of interatomic bonds
in the case oftension to flow of vacancies to the tip of a growing.
crack in the case of torsion. The change in the mechanism is due
to a sharp increase in the degree of plastic deformation and the
rate of vacancy formation on transition from tension to torvion.
Card, ----2/3-.--

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If T A
C-".tqi ri Fnr,~-r-, tprg Dpte--l ril r.;- tl- rnO ti n- lds~ r rm t-
Tr.-4riqmission Min Hii,,ir!r Edtication USSR.
qni Electrificatlon of Aerie'altlire imeni
V. M. 1.1'Intnv. c ow (Dj-i,~ertqti.in f!)r dovreo- of Cqnliriatp- in
2 J111Y 1055

STIPANOV, V.A., kandtokhn.nauk.
,- Contact wear of tractor transmission gears. Trakt. i sellkhormash.
no.1:16-19 Ja 158. (MM 11:4)
(Tractors--Transmission devices)

112-57-8-16472D
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 8, p 66 (USSR)
AUTHOR:- Stepanov, V. A.
TITLE: Optimum Load Distribution in Mixed Electric Power Systems Using
Computers and Automatic Operators (Naivygodneyaheye raspredeleniye
nagruzok v smeshannykh elektro-energeticheskikh sistemakh s primeneniyem
schetno-reshayushchikh ustroystv i avtooperatorov)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree of
Candidate of Technical Sciences, presented to Mosk. energ. in-t (the Moscow
Power -Engineering Institute), Moscow, 1956.
ASSOCIATION: Moak. energ. in-t (the Moscow Power -Engineering Institute)
Card -1 / I
ii

STXPALNOVS T.!#~~,_kandidat khImicheskilrh nauke
-.1. ~
Nomogram for determining air excess coefficients. TeploeuergetlkA
4 no*3:62-63 Mr '57* (MI&A 1013)
1. Khabarovskiy podagogicheekly institut.
(Combustion)

STIPANOV, ... kand. khim. nauk.
Calculation of the air ezaess coefficient for gaseous fuels. Isplo-
energetUm 4 no.12:86 D 057. (MM 18111)
1. Khabarovskly pedagogichaskly Institut.
(Gas--Analysis)

STEPANOV, V.A,, starshly nauchny7 sotrudnik
Residual amount of chlorote c3rcline in the meat and by-
products of poultry treated with this preservative. Trudy
TSVIIPP& 9:24-28 162. (MIRA 16:6)
(Poultry-Preservation)
(Tetracycline)

STEPANOV, Viktor Aleksandrovich, kand. tekhn. nauk, dots.;
VLASOV, Pavel Andreyevich, assistent; RYBAKOV, Dmitriy
Yurlyevich, st. prepod.; BANLIKOV, P.,, red.; VO:'=KO'VA.(Ye.,
tekhn. red.
[Some problems in the repair of parts and units of motor
vehicles and tractors; generalization of advanced expe-
rience and research results] Nekotorye voprosy remonta
avtotraktornykh detalei i agregatov; obobshchenie peredo-
vogo opyta 1 rezulttatov nauchno-issUdovatel'skikh rabot.Penza,'
Penzenskoe knizhnoe Izd-vo, 1963. 86 p. (MIRA 17:4)
1. Kafedra "Remont mashin i tekhnoligiya metallow" PewAn-
skogo sellskokhozyaystvennogo instituta (for Stepeww,
Vlasov, Rybakov).

J U
L
11 NO:- AP4012005
.j Ipopov, V. I.. 0scow);.3tepaikov V A.
Travnikova, N. A. (Moscow)
TTTL'!',: ProLgrazming program
S/048/64/004/001/00*0095
(Messew)j Stishevail A. 0. (Mosoow)i
SOTRCE: Zhurnal vy*ohisl. matem. i matem. fiz., v. 4, 110. 10 19649 -78-95
TOPIC TAGS: progranning, programp triple address machineq binary code, uncondi-
tiQnal transmission, conditional transmission, manual programming, machine language
ABSTITIACT.- A programming program is set up for. a triple-address machine vrith a nine-
place binary code of operation and twelve-place addresses. The system of commands
for the machine has all the basic arithmetic And logical operations:and operations
on commands. There are commands of unconditiMal transmission of control and com-
mands of conditional transmission according to the sian worked out by the preceding
command. The machine has a large external memory. Programming programs have been
in use since October 1962. The time of progrAmming is =all; in the processing of
one bit of information the time expenditure corresponds to 1000-2000 machine
commands. Programs composed by a programming program are 1.5-2.5 times longer than
card 1/3

ACC:ISSIO:Z NO: AP4012005
pro,,7.rams net u-) manually. The solution time fpr problems by prorrqms composed by a
pro,--ram-nnin!, proll7rar., in 1.5-5 times greater than by programs composed manually. Th;.S
rpllationsh'p df!pendL; stroni-ly on the quantity of cycles and variable addresses in
them, and aluo on the quantity of procedures. The author3 discuss the input lan-
,,ua7,e or a pror,-raru!!jnj ptrog-ram, the history of programming programs, and transcoding
of inform.-ttion. '2h-,~-y construct a table of boundary of conditional addresses, treat
p:-eliminL-ry proces~;intl, of information and its translation into machine lan_~uage,
claosil"ination of procedures and formulation of procedure-schemes, and processing of
information on blocka and variable addresses. The problem of programming operators
is separated into two utages: regulation of the operations and their Dro_g=-qmPin.-.
Re,-ulation of operations is reduced to separation of all syntactical units of the
lanr,-ja-3e into the sequences necessary for the program. Determination of the length
of the pro,,,-ram, con.,ilruction of ncales, and appropriation of true addresses are
discussed. There are certain deficiencies in the programming program. It may have
uneconomical formation of variable addresses. Now blocks are set up due to which
these and other deficiencies are remedied. Included in a programuting program is a
block for processing variable addressesp linearly dependent on the parameterv with
the help of commands of recovery and transaddress. With new processing of blocks an
abstract of blocks is not set up, and the restriction on the quantity of blocks is
card __?h

ACCESSION NO: AP40!2005
removed. A clearing of cycles and blocks is done. Clearing of a cycle means
carrying out.operations on the cycles which can be accomplished up to the beginning
of working of ihe cycle. Clearing of a block means carrying out operations in the
preparatory part of a block which can be used in it. The preparatory part of a
block is the collection of descriptions and operators from the beginning of the
block to the first mark, or to the first operator of the transferg or to the first
operator of the cycle. "G. M. Zaikina and S.-A. Toporishcheva took part in various
stages of the work on the programming program. The working out of the general
scheme of the programming program is due to S. S. Lavrov. The authors express
their gratitude to them for the valuable advice and constant interest." Orig. art.
has: I table and 4 formulas.
ASSM; IAT Toll: none
SUBMITTit"D: 22,11ar63 DATE ACQ: 14Feb64 MCL: 00
SUB CODE: CP NO REP SOV: 004 OTHM: 000
card 3/3

_L 22731-66 Evrr(d)/Et4? hyVIRM
1ACC NR: AP6002902 SOURCE CODEt UR/O2i6/65/000/04/6&6/
'AUTHORSs Pangsiev, V. A.; Stepanov, V. A*.; Shestakov, V. S.
ORGt none
TITLEt Self-powered boom crane with pile-driver attachment. Class 35# No- 177057
ounced by Novosibirsk Branch of the All-Union Scientific Research Institute for.
4tsportati Uonstruction (Novosibirskiy filial vse9oyuznogo nauc
iiseledovatelo'nakogo inatituta po transportnomu stroitellstvu27
SOURCEs Dynileten' isobreteniy i "-..&rrAykh =&akovp no. 249 1965P 66,
TOPIC TAGS: cranel loading equipmentp pile driverp transporting equipmfmt
ABSTRACT: This Author Certificate presents a self-powered boom crane with pile-
driver attachment# including a pile-driver boom with guideways hinged to the crane
boom and a brace. The ends of the brace are attached to both boons. To decrease
the time required to convert the crane to operating or transporting posit'ions and
to permit its use without dismounting the pile-driver boom, the latter J.e assembled
from hinged parts operated by a drive mounted on the crane boom (see Fig. 1). The
drive oable is attached to the lower part of the pile-driver boon and plLssea over
Card-1/2. _UDC-s- -621-875.3!629.11:624--155t-15-J

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STEPANOV, V. A.
Mbr., Lib. Physics of Metal Working. Leningrad Poly-tech. Inst.. -c1949-. Cand. ftyalco-
Mathematical Sci. Xbr., Leningrad Metal Plant. im. Stalin, -ol948-c49-. "On the Origin
of Residual Stresses of the First Kihd in the Case of Tension." Zhur. Tekh. Fiz.x 16# No. 6s
194-5; "On the Origin of Residual Stresses in the Process of Grinding," Ibid.. No. 7. 1946;
uResidual Voltages in Rolling Out Processes,n ibid.. No. 5, 1948; nThe Emerzence of
Residual Stresses of the First Class Under Tension', Zhur. Tekh. Fiz., 19, N,). 3, 1949;
"The Origin of Residual Volta.-es In Polishing High -Chroralwin. Stainless Steel,' ibid.$ No.
4. 1949.

q ~J 0 1 LJ, q-
USS /Physics Metals, Mechanical Properties
Card 1/1
Author Vitman, F. F., Zlatin, N. A., Stepanov, V. A. and Shestopalov, L. X.
Title Determination of the mechanical properties of metals by means of a
small conic indentation and a shallow scratch
Periodical Zhur. tekh. fiz. 388-399, mar 1954
Abstract Experiments with a variety of metals are used to show that character-
istics such as yield point., tensile strength and actual breaking point
may be determined by means of a small conic indentation and a short
superficial scratch. Critical review of literature on the subject is
included.
Institution
Submitted October 10, 1953

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86766
s/l2o/6o/ooo/oo6/O43/O45
E032/E314
AUTHOR3 St-I gnay- V.A_
"'ITLEi Gas Valve with a Packing Gland Operating at Pressures
up to 6 katm
~,-'HIODICAL4 Pribory i tekhnika eksperimenta, 1960, No. 6,
P. 135
TEM The author describes a new design of a needle-type by-
pass valve suitable for operation at a gas pressure of up
to 6 000 atm (see illustration). The pressure nut 8 hamkAwo
safety ports for discharging the gas into the atmosphere in case
of a packing failure. The needle screw 1 and the valve
body are made cf 4-OX (4OKh) steel (chromium steel), quench-
hart~:?ned to Rc = 35-38; the pressure nut is also made of the
-a iw~, 30-32. The
type of steel but is quench-hardened to Rc =
needle 3 is made of Wk.- I; (ShKh-15) steel (bearing steel),~
quench-hardened to R. = 60-62; washers 4 and 5 and a
bushing 6 are also made of ShKh-15 type steel, quench-
hardened to Rc = 56-58, The packing around the needle consists
Card 1/4

86766
S/120/6o/ooo/oo6/o43/045
E032/Z314
Gas Valve with a Packing Gland operating at Pressures Up to
6 katm
4f
of six copper packing strips 7 fitted alternately with five
teflon strips 9 The thrust nut 2 is made of non-
hardened type 14.0>( (4OKh) steel. The valve withstood 100
openings and closings at a pressure of 6 000 atm; it in
considered suitable for handling Ar, N2 and CO 2 gases at
~- temperatureSof 260 - 300 OC. In some of the tents the pressure
was increased to 7500 atm. As a atop valve it could withstand
pressures up to 15000 atm*
Card 2/4

86766
S/120/60/ooo/oo6/043/045
E032/E314
Gas Valve with a Packing Gland Operating at Pressures 'Up to
IG I,ati.-,
There are I figure and 5 references: 1 Ezq)-lisi and
4 Soviet.
ASSCCIATICN: Institut fiziki vysokikh davleniy AN SSSR
(Institute of High-pressure Physics of
the AS USSR)
SUBMIT'VED: October 29, 1959
Card 4/4

84659
12.1
jLob W-cl
S/02o/6o/135/001/011/030
B006/BO56
AUTHORS: Vereshchagin, L. F., Corresponding Member of the AS USSR,
Ryabinin, Yu. N., Preobrazhenskiy, A. Ya., and Stepanov,
V. A.
TITLE:
Growth of Metal Monocrystals Under
sure p
High Hydrostatic Pres-
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 135, No. 1,
pp. 45-47
TEXT: The growth of metal monocrystals at high pressures is of interest
above all because, on the basis of thermodynamic considerations, it must
be assumed that the higher the pressure, the lower will be the inclination
for formincr structural defects. The assumption based on theory that with
pressure the regularity of the lattice increases, requires experimental
verification, which was the aim of the authors of the present paper. In
this, the authors directed their attention also upon the fact that by
the action of pressure, the properties of the crystals may undergo an
essential change. Al and Zn monocrystals were grown from a melt. The melt
Card 1/3

84659
Growth of Metal Monocrystals Under High S/020/60/135/001/011/030
Hydrostatic Pressure B006/BO56
was In a conical graphite container, which was especially well suited,
because in it (in the furnace) a temperature gradient of 7 - 10 deg/mm
could be well produced. Cooling of the melt was effected by lowering
the electric power applied to the furnace. This was arranged in such a
manner that the front of the crystallization temperature moved with
0.5 - 0.7 mm/min (at 10,000 atm), by which the rate of crystal growth was
determined. First, monucrystals were grown in a vacuum and nitrogen- and
argon media (normal pressure), the method being studied and the operation
of the furnace watched. These crystals were produced at 0.3 kw (Zn) and
0.8 kw (Al) respectively during a time of 100 and 150 min, respectively.
It was found that the electric power used had to be increased approximate-
ly linearly with pressure and amounts to 10,000 atm (N 2 or Ar) 1.8 and
3.0 kw, respectively. Under these conditions, the time of growth of a Zn
monocrystal is 280 min, and for Al monocrystal 450 min. The experiments
were carried out under constant and also notvariable pressure. The authors
assume that the crystals grown under variable pressure contain less gas
than those grown under constant pressure. Growing under constant pressure
required a special compensation of the temperature-dependent pressure
change; the deviations from the constant pressure value were about +50 atm.
Card 213

84659
Growth of Metal Monocrystals Under High S/020/60/135/001/011/030
Hydrostatic Pressure BOO6/BO56
The crystal structure was subjected to X-ray examination; the results
obtained by these examinations are intended to be published in a later
paper. There are 2 figures and 20 references: 12 Soviet, 2 German, 4 USt
and 2 British.
ASSOCIATION:
SUBMITTED:
Institut fiziki
(Institute of Physics
of Sciences USSR
July 7, 196o
vysokikh davleniy Akademii nauk SSSR
of High Pressures of the Acade,
Card 3/3

S/120/61/000/002/041/042
9113/9135
AUTHORSs Stapanov, V.A., and VereshchaSin, L.F.
TITLF,i High temperature resistance heater with graphite spiral
heating element for high pressure vessels
PERIODICALs Pribory i takhniko skoperinenta, 1961, No.2, pp.194-195
TEXTt The design of the heater for heating the inside of
vessels containing high pressure gas is shown in Fig.l. The
heating *lament in a spiral (3), turned from a Sraphito rod
together with robust and piece*. To increase the electrical
contact area threads are cut in the and pieces on which the
stainless stool contacts I and 10 are Acrewod. The heating element
is surrounded by graphite tube (4) which in electrically insula ted
from the spiral by a pyrophyllite bush (6), put on the cylindrical
neck of the intruding and piece. On each end the bush is fixed to
the heating element by three porcelain pins (7), so that there is
no relative movement between the spiral and the end pieces. The
pins are in the relatively large uncut parts of the end pieces.
The and pieces have small ohmic resistance and are placed
sufficiently far away from the spiral so that the pins cannot
Card 1/ 4

S/120/61/000/002/041/042
High temperature resistance heater.. E113/EI35
overheat. Around the graphite tube (4), five coiled molybdenum
sheet shields, each 0.2 mm thick, art fitted concentrically. The
shields are spaced with gaps of 0.1 ma between then, which are
maintained by means of two rows of pointed projections along the
edges of the shields. The shields are hold together by toothed
rings; these create a gap of 2 mm between the inner wall of cover
and the outer shield allowing only point contact at the teeth for
heat conduction. Into this gap fireproof material in powder form
is poured for additional heat insulation (for instance MgO).
This gap and the annuli between the shields are closed with
pyrophyllite washers (2) and (9). The length of the assembled
heater in 120 mm, diameter 30 an, corresponding to the diameter of
the operating pipe of the high pressure, vessel. The heater can be
easily withdrawn and placed into the high pressure vessel by means
of a rod screwed on the threaded part of contact Cl)(Fig.l).
Contact (10) sits on the "finger" of the lead which in placed in
the middle of the cover closing the high pressure vessel. The
other end of the spiral in connected to the wall of the pipe by
means of contact (1) and in this way the electrical circuit in
closed through the body of the vessel. The maximum working
Card 2/4

S/12o/61/000/002/o4l/042
High temperature resistance heater..EI13/EI35
temperature of the heater depends on the material used. Graphite
has been chosen an it has the best properties for this application.
A
heater of given dimensions gave a temperature rise up to 2200 OC
at 15 katm. pressure,,with a power consumption of 2.8 kW to 3 kW-
The effectiveness of the Ipresent method of heat insulation has
been tested experimentally (in Ar, NZ and C02 atmospheres), and it
tI was found that at 2200 OC inside the heater and at 15 katm. after
one hour of continuous operation, at a point in the wall of th-e
high pressure vessel 15 mm from its inner wall, the temperature was
170 OC. The heater withstood satisfactorily several cycles of
applying and relieving the pressure. Acknowledgements are
expressed to I.Ye. Surkov and V.A. Frolov who assisted in the
construction of the heater. (This is an abridged translation).
Th(~re are 2 figures and 4 references: 3 Soviet and 1 English.
ASSOCIATIONs Institut fiziki bysokikh davleniy AN SSSR
(Institute of High Pressure Physics, AS USSR)
SUBINUTTED: January 29, 1960
Card-3/4

277-19
OS, -~405 5/12o/6i/000/003/032/041
w0 9073/Z535
AUTHOR: Stepanov
TITLE., Unbroken thermocouple connection lead from a high
pressure vessel
PERIODICAL: Pribory i tekhnika eksperimenta, 1961, No-3, P-179
TEXT: The illustration show* a lead for tungsten and
chromel-alumel thermocouples fitted into vessels containing gas
(Ar IIN2 and CO2) at pressures up to 15 katm. The bushing 2 has
a ho e which in 0.01 to 0.02 mm larger than the diameter of the
wire going through it. The conical insulating material 3 is
machined from pyrophillite. either in the raw state or annealed
to 3oo-4oooc, L.&&e wall thiLckness being 0.3 to 0.5 mm. The
insulating material also serves an a seal between the bushing and
the body on which it is fitted.By hitting with a hammer the cowl JL
through a drift, which has a slot for the conductor, the wire
in the nipple is compressed and the entire assembly is reliably
sealed. The thus assembled electric connection will fit perfectly
without any further fixing operations. The bottom cone has a-i
angle of 180 and the top cone an angle of 100. The cowl is maea
Card 1/3

27719
Unbroken thermocouple connection ... S/12o/61/000/003/032/o4i
Z073/Z535
of' steel LfOX (40Kh) quenched to a hardness of 38-40 Rc. The seal
of the electric lead is based on the principle of uncompensated
surfaces. The resistance of the wire against being squeezed out
1'rum the bushing in generated by the friction along the wall of
the hole which, according to Bridgman, increases exponentially with
the length of the hole. The relative length of the hole in the
bushing is comparatively large and amounts to 40 diameters of the
thermocouple wire. This electric connection operates reliably at
elevated temperatures (fusion temperature of pyrophillite at
normal pressure is about 1500%). A connection fitted on the
obturator was able to withstand 20 cycles without needing any
repair. The described connection was built and assembled by
1. Ye. Surkov and V. A. Orolov. There are 1 figure and
9 references: 7 Soviet and 2 non-Soviet. The Znglish-language
references read as follows: L. Patrick, Phys. Rev., 1954, 93, No.2,
178; F. 1. Edeskuty, R. H. Chrisman, Rev. Scient. Instrum., 1958,
29, No.2, 178.
[Abstractor's Note: Slightly abridged translation)
ASSOCIATIONt Institut fiziki vysokikh davleniy AN SSSR
Card 2/3 (Institute of High Pressure Physics AS USSR)

4 0
27721
S/120/61/000/003/035/041
E073/2335
AUTHORS: Preobrazhenskiy, A.Ya-. and Stepanov, V.A.
TITLE: Graphite Crucible-furnace for Growing Single
Crystals
PERIODICAL: Pribory i tekhnika eksperimenta, 1961, No- 3,
PP. 187 - 188
TEXT: From the point of view of production of crystals
with properties approaching those predicted by the solid-
state theory, it is interesting to investigate the influence
of high hydrostatic pre3sure on the growth and properties of
single crystals* A description is given of a furnace for growing
single crystals, which was tested at normal pressure and in
vaccum and is intended for plaFing into a high-pressure vessel.
A sketch of the furnace is shown in Fig. I (I - contact ring
made of Steel 3; 2 - contact ring made of graphite;
3 - contact lead made of copper; 4, 5 - screw and washer made
of Steel 3; 6 - screen made of graphite; 7 - heating element
made of graphite; 8 - bushing made of pyrophilit The
heating element is machined from a solid graphitetlock
Card 1/~

Graphite Crucible-furnace ....
to a configuration as shown in Fig.
required temperature gradient of
The central conical part of the b)dy
is the hot part and serves as the
single crystals. By changing the
of the heating element, it is possible
of the electric resistance and thD
thus obtaining the required tempe7ature
furnace. The massive head of the
electrical contacts. The power slapply
between the limits of 0.3 to 1-5 IN
conditions required for growing s:.ngle
input can be inc-eased to 3 to 4 IN
dimensions of tb,a furnace. A co&:ial
27721
S/120/61/000/003/035/o4i
E073/E335
2, which ensures the
:he furnace during operation.
of the heating element
ingot mould for producing the
dimensions of the middle part
to change the distribution
temperature of the furnace,
distribution in the
heater is slotted to receive
to the furnace is varied
to ensure the temperature
crystals. The power
without changing the
aranhIte scrapn rax+iincr
on a pyrophilite :'.naulating buding, located at the base of the
heating element, .-'.s used for thermal sulation of the furnace.
The screen is fix(I at the top by mea,.*,of a graphite nut,
-110
which is screwed-cA to the top of the ting element. The
space between the beating element and t graphite screen ms
qA'
filled with magnes*.,mn oxide, which serves'4s thermal and
Card 2/5

.2772
S/12o/ft/000~ 003/035/041
Graphite Crucible-furnace *see 9073/E335
electrical insulation. Due to the conical shape of the
heating element the thickness of the MgO layer is variable
and averages 2.5 mm. Due to this thermal insulation the
temperature of the vexternal wall of the screen does not excbed
250 OC, even at the hottest section of the furnace (point B).
The furnace is simple to produce and reliable in operation.
The same graphite mould can be used for repeated growing of
single crystals. The first sign of damage to the internal
walls of the mould is the appearance of black stripes on the
surfaces of the specimens. The internal wall of the mould
must be cavefully vubbed (smoothed) to eliminate damage.
During the experiments the furnace in placed2under the bell of
a vacuum system, where a vacuum of about 10 mm Hg is produced
or inert gas (Ar or N2) is fed in. The temperature difference
between the coldest (A) and the hottest (B) points of the
mould exceeds 300 0C before crystallization starts. Cooling
of the melt In the ingot mould is achieved by reducing the
electric current fed to the mould. The furnace has been used
for growing crystals of Zn, Al and Cu and a yield of single
Card 3/5

27721
S/120/61/000/003/035/041
Graphite Crucible-furnace 9073/E335
crystals of up to 90% can be obtained. Acknowledgments are
expressed to L.F. Vereshchagin for his advice and interest
and to I.Ye. Surkov and V.A. Frolov for their assistance in
producing the furnace described here.
There are 2 figures and 5 Soviet references.
ASSOCIATION:
SUBMITTED:
Institut fiziki vysokikh davleniy AN SSSR
(Institute of High-pressure Physics of the
AS USSR)
July 9, 1960
Card 4/5

33357
S/16 62/004/001/030/052
S1
B104XB102
AUTHORS: Kurov, I. Ye., and Stepanov, V. A.
TITLE: Longevity of metals in torsion
PERIODICAL: Fizika tverdogo tela, v. 4, no. 1, 1962, 191 - 201
TEXT: The strain effect on the temperature - time characteristics of
longevity was studied by torsion tests of Al, Zn, and Cu. The test length
of the cylindrical specimens was 12 ms, the diameter was 6 mm. The radius
at the junction to the tips of the specimens was 40 mm. Complementary
torsion tests were made with specimens having a diameter of 6 mm and a
test length of 30 mm. From the experimental results the formula
'r - Z I e xp (-oktm..) exp [(u0 i - ~. . d &r
0 rmax)*9 wh*ro 'e6f P (1 % &P 1 7 21"Sr's'
constants depending on temperature and stress, is obtained for the time
elapsing until the specimen breaks at constant stress. t max is the
maximum tangential stress. This formula differs from that derived by
S. N. Zhurkov and T. P. Sanfirova (DAN SSSR, 101, 2, 237, 1955; Vestn.
AN SSSR; .1-1, 1957; FTT, 2, 10339 1960) in the dependence of V1 on stress
Card 112 0(

3357 .
S/181 62/004/001/030/052
Longevity of metals in torsion B104 B102
and temperature. The activation energy of the destruction process caused
by torsion is approximately half the sublimation energy determining the
potential barrier of the destruction process caused by tensile stress.
Hence the absolute longevities of a certain metal at equal normal stresses
may differ by some orders of magnitude when determined by torsion or
tension tests. The universality of the Jonson number is doubted. The
differences in longevity are explained by the different macroscopic
nature of the destruction. There are 9 figures, 2 tables, and 18 refer-
ences, 14 Soviet and 4 non-Soviet. The four references to English-
language publications read as follows: C. Gurney, Z. Borysowski, Proc.
Phys, Soo,, 61, 5, 446, 1948; L. F. Kooistra, R. U. Blaser, J. T. Tucker.
Trans. ASME, 1A, 7839 1952; A. E. Jonson, N. E. Frost. Engineer, i2_11
4967, 434, 10,51; A. E. Jonson, J. Henderson, V. D. Mathur. Engineerp 102,
5248, 261, 299, 1959.
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. Ioffe AN SSSR
Leningrad (Physicotechnical Institute imeni A. P. Ioffe
AS USSR, Leningrad)
SUBMITTED: July 26, 1961
Card 2/2
ty

IVANOV, N.P.; IAGUNOV, V.A.; STEPANOV, VA.
Compression strength of plastics at high rates of strain.
Plast, massy no,8:4%-53 163. (MIRA 16:8)
(Plastics-Testing)

PREOBRAZIIENSKIY, A.Ya.; STEPANOV, V.A.
Chemical saw and drill. Prib. i tekh. eksp. 8 no.4tl92-193
Jl-Ag 163. (MMA 16:12)
1. Institut vysokikh davleniy AN SSSR.

y t
tM IhA 1
1. Fizlko--tekhni,.-heskly inatitut imeni J,,.ff- W;

Card
L 61628_6~ !1iT(d)/_E1;D-2/E;WP(l) Pq_4/Pg_4/rir.-4 ijp(c) BB/GG/GS
ACCESSION NR: AT5014714 UR/0000/65/0001000/0082/0090
AUTHOR: Alekseyev, V. H.; Damaskinskaya, N, Ya.; Stepanov, V,_A.,
TITLE: Ferrite core memory device using ferrite pairs with full current record-
ing and reading
SOURCE: Operativnyye i postoyannyye zapominayushchiye ustroyetva (Rapid and non.
volatile storage); sbornik statey. Leningrad, Izd-vo Energiya# 1965, 82-90
TOPIC TAGS: ferrite pair memory, full current recording, full current reading,
ferrite core memory
ABSTRAM A memory is described in which the recording and reading of informa-
tion is carried out by currents whose limit of variation is unbounAed from
above. This was achieved by the use of two coupled, toroidal, ferrite cares for.
the registration of a single binary unit of information& One of the cores-serves
for the actual storagetof infoilwation, while the second serves for the recording'
and reading of the basic core and plays an auxiliary role, In the operative
memory developed at the department of automation and telemechanics of the LPT
im. M. I. Kalinina, the cores are coupled by a single turn of copper wire. The'
1/2

L .61628-65
ACCESSION NR: ATS014714
length and diameter of the wire determin the magnitude of the ac,,:Lve resis-
tance. The article describes In detail ease operation of the unit,, develops the
necessary theoretical expressionst and presents data from experimental tests on
the quality of operation of ouch ferifte, pairs* Orige art. has: 17 fornslas
and 5 figures.
ASSOCTATMU: LPI is. M. 1. K&HUIVA
SUBMTTRD: 2WAn65 am: 00 w3 COOS: Bp
OT 000
RD RN SM: 000
Card M2

L 56651-65 11(bb)-2/
F5-WN'T ( c F-'c-VP-f-4/Ps-4 J DAh~lffv
ACCESSION NR: AP5011898 UR/0120/65/000/OOZ/0199/0199
539-893
AUTHOR; Preobrazhens~-IL.. ~-ya.; SteRan&4-X,..A.
TITLE: Valve for 20-katm pressure gas
SOURCE: Pribory i tekhnika eksperimenta, no. 2, 1965, 199
TOPIC TAGS: high pressure ~Ke- 2
ABSTRACT: An improved design (sketch supplied) of an old Soviet 6-katrn needle
valve which now withstands a wor'.King pressure of 10 katm and a closed -position
needle pressure of 20 katm, to briefly described. A hydraulic actuator 011 at 1. 5-
katm pressure) operates the needle. It is hoped that the improved valve would
operate at pressures as high as 12-13 katm. Orig. art. has: I figure.
ASSOCIATION: InBtitut fizikivysokikh davleniy AN SSSR (institute of M-01-
Pressure Physics, AN SSSR)
SUBMITTED, 19Feb64 ENCL: 00 SUB CODE: IE
;NO REF SOY: 00 1 OTHER, 001

L 56650-65 E,%(I(j )/L,-14T(.L)/EWP(e)/LWT(m)/EPF(c)/E'~JP(i)/It~iA(d)/EPR/T/EWP(t)/
EEC-(b)--2/E4P(k)/EWP(b)/F,WA(c) Pf-4/Pr,.-4/F4-4/Pi-4 Ii P~ c) JDAWAIWAIql-ii
ACCESSION NR: APS011897 UR/b 120/65/000/00210196/01,-)8
539-893:548-55
AUTHOR., Preobrazhenskiy, A. Ya.il Stepanovi Ve As S
TITLE: q_Ky!~tal growing in high-pressure as
SOURCE: Pribory i tekhnika eksperimenia, no. Z. 1965, 196-198
TOPIC TAGS: crystal, crystal growing
ABSTRACT: An outfit for crystal growing at high graseurp4 was developed for
studying the effect of pressure on crystal lattice. Single crystals of Zn, Al, Cu
were grown at 10 katm. The outfit can also be used for growing CdS, ZnS, PbS,
and other crystals having high vapor pressure at melt temperature. Argon or
nitrogen, via a filter, is fed to a compressor and then, via another filter, to a
9plied) 30 mm, diameter, 140 mm height
high-pressure chamber (design sketch au
which includes a special imraghlte-heateeelectric furnace. Some details are given#
.and processihg to described. "The authors wish to thank L. F. Vereshchagin for
:his valuable, advice and interest In the work. Orig. art. 9-as: 3 figurees,
-'Card 1/2

L 56650-65
'ACCESSION NR: Apsoil897
1ASSOCIATION; Institut fiziki vysoldkh daylenly AN SSSR
!Pressure Physics, AN SSSR)
I
SUBMITTED: 19Feb64 ENCL: 00 SUB CODE:
NO REF SOVt oo6 OTHER: 00 1
card__L2

L 35526-65_ EViT(l )/EPA (s)-2/E PF (n)-2/E PH/T-2/E ~A(b~,)-2 Vs-4
ACCESSION NR! AF5008184 S/0286/65/000/(X'5/0060/0060
AU-IHORSI Ma:rtinson ~ .N.; ~L~cktv vg Vo As
B. piglmimnc:
TITLE: Working liquid for vacuum PUMPS2- Class 27o No. 168840
SOURCE: Byulleten' izobreteniy i tovarnykh znakovp no.6 5. 1965, 60
TOPIC TAGSi vacuum pump.,.coolant, lWdrocarbonj aryohydrate
ABSTRACT: This Author Certificate presents the application of cryohydrates as
working liquids for vacuum pumps (au-.h as mechanical or steam-jet pw,w) for the
purpose of providing hydrocarbon-free evacuation.
ASSOCIATIONt none
SUBMITTED: 13Nov63
NO REF SOVj 000
ENCL: 00 SU13 CODE:
OTHM: 000
Card 1A
77777777.

L 16793-66 FdT(d)/EW?(1) IJP(c) BB/GG
ACC NR: AT6005082 SOURCE CODE: UR/2563/65/000/256/0129/0133
AUTHOR: DamaskinskMa, N. Ya.; Nosyrev, 1. K ;Ste 9anov V. A.
?RG:
TITLE: Optimum choice of parameters of the operative memory using ferrite pairs
SOURCE: Leningrad. Politekhniclieskly Institut. rudy, no. 256, 1965. Tsifrovyye
izmeritell nyye I upravlyayushchiye ustroystva (Digital measuring and control devices),
129-133
TOPIC tAGS: ferrite core memory, computer memory
ABSTRACT: The operative memory made of ferrite core pairs can operate reliably
without temperature controls. The Introduction and retrieval of Information are carried
out by current pulses the amplitude of which is not limited from above, and this results
in a temperature independent operation. The principles of operations of ferrite pair
units is discussed on a matrix example shown in Fig. 1. The ferrite pair memorizes a
single binary unit. The article presents all the pertinent relations and quotes theoretical
results which Indicate that normalized ferrite core pairs should secure reliable memory
Card 1/3

L 16793-66
ACC NR.- AT6005082
1 class 2 class
output 4 output,
Fig. 1. Operative memory
matrix made of zero reset
ferrite pairs.
1 address R
add
additional entry-4
Inverted code -P
outpup
zero reset
2 address
add
Card 2/3

~rfful
L 16793-66
ACC NR: AT6005082
operation within the -60 to +60C range. The retrieval time is of the order of 10 p sec
for cycling current pulses not exceeding 1. 5 A. Orig. art. has: 9 formulas and 1 figure.
SUB CODE: 09 SUBM DATE: none
Card 3/3 ,5 jr)

L 26625-66 EWT(m)/EWPQ)/T/ETC(n)--6 IJP(c) WW/RM
ACC NR: AP5025373 SOURCE CODEt UR/0181/65/007/010/2962/2968
AUTHOR: ~~eschsnskaya,'N. N. Stepanov, V. A.
45
ORG: Physico-technical Institute im. A. F. loffe, AN SSSR, Leningradl ~Fiziko-
tekhnicheskiy inatitut AN SSSR)
TITLE: Strength and deformation ~f polymers at--low temperatures
SOURCE: Fizika tverdogo tela, v. 7, no. 10, 1965, 2962-2968
TOPIC TAYS: polymer, material deformation. cryogenic effect
ABSTRAM"'Ve properties of solid polymers, e.g.# strength and deformabilLtyp
were investigated during constant velocity stress (stress changing in the
process of examination). The question to examined of temperature variation of.
strength and deformation, accumulated at yield point under the influence bf
constants at times of stress. Experiments were conducted on non-oriented linoar
polymers below vitrification temperatures.- Dqring investigations of
polymethylmethacrylateland a number of polyvinylacetalaQ it was established
that there are severallcharacteristic temperatures duriqg-which the con jstants
Card 1/2

~'-ACC NRa AP6030162 SOURCE CODE: UR/0120/66/000/004/0217/0218
:AUTHOR: Preobrazhenskiy, A. Ya.; Stepanov, V. A.
1ORG: Institute of Physics of High Pressures, AN SSSR, Moscow (Institut fiziki vyso-
I
ikikh davleniy AN SSSR)
;TITLE: Combined lead of large cross section for feeding electrical energy and Sasso
!into high pressure vessels
iSOURCE: Pribory i tekhnika eksperimenta, no. 4, 1966, 217-216
ITOPIC TAGS: high pressure chamber, high temperature instrument, electric power
transmission
ABSTRACT: Two engineering drawings for combined leads used to feed electrical energy
and gases into high pressure vessels are resented and discussed. The leads have a
large cross section (approximately 500 mm3) and were tested at a pressure of approxi-
imately 15 kilobar and a temperature of approximately 25000C inside the high pressure
ivessel. The combined lead incorporates a tbemocouple and is insulated from the high
pressure vessel case by means of pyrophylite packing, by a thin layer Of Fe203 paste
iapplied to the threaded connection and by an additional conic packing. Up to 8 in-
Idependent wire leads can be used. An insulated nut is used to produce the initial
pressure in the packing. Cooling liquid may be used in the lead to program the pro-
Card 1/2 UDC: 539.89
I

ACC NR: AP6030162
I
Iper growth of crystals inside the high pressure vessel and to maintain a constant
lead temperature as the density of the electrical current passing through the lead
is varied. Other combinations of the basic elements described in the article have
been used experimentally for a variety of applications. Orig. art, has: 2 fiswes.
~
SUB CODE: 20,14,09/ SUBM DATEs 05Aug65/ ORIG REF: 009/ OTH REF: 005

STEPA310VO V*A. EStepanov, V.0.1
Field studies on the motion of a vessel at supercritical speeds in
a canal. Dop.AN UM no.9:1180-1184 16o. (MIRA 13:10)
1. Institut gidrologil i gidrotekhniki AN USSR. Pfedstavleno-
akademikom AN USSR G.I.Sukhomelom.
(Ship resistance)

PAVLENKO, Georgiy Yevstaf Iyevich;.-MAOVv Viktor Alekseyevich; DUDCONKO,
Oleg Grigurlyevich; -IkZ4-A-P;---KATnTCHUK,
A.I., tekbn. red.
[Determining ship elements for propulsion on canals at superckitical
speeds] Opredelenie elementov sudov dlia. dvizbeniii na. kanalakh so
sverkhkritichookimi skorostiami. Kievv Izd-vo Akad. nauk USSR9 1961.
28 p. i (MIRA 14:8)
(Inlav# naviptlon) (Ship propulsion)
* 1;

sIr-21TOll~ V.11t. (z;tepallov... V-0 I (Idycv)
Dete-naining, critical apeads for the motion of a zhip in a
canaf. Frykl.mokh. 7 no.4:432-441 161. (MIRA 14: 91)
1. IiLotitut gidi-ologii i gidrotekhniki All USSR.
(Irlarid, rlavigatic,11)

STEPAVOVO V.A. [Stepanov, VoOe)
Making use of irrigation canals for transportation purposes. Vioti-.,
Inst, hidrol. i hidro AN URSR 19:91-98 #61. (KIRA 15:7)
(Irrigation canals and f1mem)
(Inland water transportation)

p-,
STEPAIIOV,, V.-'.. (stapanov, V.,*.]
I
Small test basin of the Institute of Rydrologjr and Hydraulic Xngineering
in the Academy of Sciences of the Mcrainian SeS.R., Visti Inst.
hidrol. I hidr. AN URSR 19:99-302 162. (MIRA 15:7)
(Ukrdne--Ship models-Testing)

STEPANOV, V.A. (Stepanov, V.0.] (Kiyev); STEPANYUK, V.V. (Kiyev)
Determining minim- speed for supercritical conditions of ship
movement in canals. Prykl.mekh. 8 no.5:534-540 162.
(MIRA 15:9)
1. Inatitut gidrologii i gidrotekhniki AN UkrSSR,
(Canals) (Inland navigation)

I
I" -
PANCHINKOV, A.N. ~Naj~-henkov, A.A. (r;yey), I'- ~'ANOVP V.A. [Stepanc--I,
V.,).] (Klyev)
Cal,jil",~tti,ng J,c)a~.j uleng the submerged hydra on
A f
spwi. I yl. mekh. 10 (MIRA 17r7)
1. Ins, "; t..- ~ raekhnxi ik.1 AN

STEPANOV, V.A. [Stepanov, V.0.1
Interaction of oblique waves with the canal walls and the
hull of a ship moving at a supercritical speed. Vi 11 ti Inst.
h1drol. i hidr. AN URSR 22s86-101 163. (MIRA 18t11)

L 14164-66 EWPkj)/E'.-1TW/ETGW-6/T Id4lIeN
ACC NR- AP6603937 SOURCE CODE--: - ----- 6 i_/ _0j77 -4/ 6 5 / d 6 676-6-~-/ 6o- Y47_0 0 3 8
AUTHOR: Ivanov. N. P. (Leningrad); Stepanov. V. A. (Leningrad)
ORG: none
TITLE: Measuring the strengt of plastics by high speed compressLon
SOURCE: Mekhanika. polimerov, no. 5, 1965, 34-38
TOPIC TAGS: he *1 SaNx, reinforced plastic, dynamic stress,-Wow-
.algM=t, high speed photography~.AU41t-,, UV4,~~f~_
7 ,
15M. 15
ABSTRAdT; The strength of two reinforced plastiesi and of two pure
resins at temperatures from minus 19 to plus 150C was determined by
high speed photography, The strength of plastics at an elevated tem-
perature was sensitive. The difference in the static and dynamic
properties at minus 196C was insignificant. Authors thank N. G. Maza-
-yevy senior laboratory technician, for his great help in carrying out
the tests. OrLg. art. has: 5 figures. [Based on author's abstract).
SUB CODE: 1l/ SUBM DATE: 24M&y65/ ORIG REF: 007
Card I / 1 -it UDC: 678:539.4.019

14 .5.
r,per~itjrjrL, maintenance and repatt-I lclezii~.' t.;~.elilno-
2124

STEPANOV, v.A., J11zh. (Loningi-nd)
Repair and preparation of cars for express trains.
Zhel.dor.transp. 46 no.12:71-73 D t64. (MIRA lgsl)
1. Zamestitell nachallnika vagonnogo depo stantsii Leningrad-
Moskovskly-Passazhirskiy Oktyabrlskoy zheleznoy dorogi.

25817
C? S/l42/6O/OO3/oo6/oO7/Oi6
C
E033/E135
AUTHORS: Gubernatorov, 0.1., and Stepanov, V.B.
TITLEt Experimental investigation of the frequency-locking
process in the reflection klystron
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiotekhnika, 196o, Vol-3, No.6, pp. 605-612
TEXT: The results of an experimental investigation into the
operation of a reflection klystron synchronised by an external
e.m.f. having a frequency near to the self-oscillation frequency of
the klystron are given. The synchronisation bandwidth and the
optimum electrode voltages for synchronisation are determined.
Data on the time to establish the phaseof the synchronised
oscillations are produced. From theoretical considerations, it is
deduced thatt 1) the synchronisation process is fundamentally
analogous to the synchronisation process in LC oscillators;
2) the time to establish the phase of the oscillation and the
synchronisation bandwidth are determined not only by the ratio of
the amplitudes of the induced and free oscillations, but also by
the operational conditions of the klystron,
Card 1/3

25817
Experimental Investigation of the ... S/142/60/003/006/007/Oi6
E033/E135
3) the synchronization bandwidth in a Btatisti--al time function,
depending on the values and stability of the electrode voltages, the
smoothness cf the supply voltage, the constancy of the ambient
temperature and the constancy of the load impedance value.
The aimsof the experiment wer,s. 1) to find how the synchronisation
bandwidth depends on the power induced In the resonator of the
synchronised klystronj 2) to evaluate the probability of
synchronisation within the band for a given level of external
e.m.f. and a specific supply stabilityT 3) to determine the
optimum operational regime of a synchronised oscillator In
different oscillation zones; 4) to determine the time of
establishment of the phaseof the synchronized oscillations.
Two types of 3 cm wavelength reflection klystrons were investigated.
The experimental details are described, It was found thatj
1) the variation in frequency conformed to the normal distribution
law; 2) the stability of the reflector voltage was the most
important factor affecting the instability of the oscillations;
3) the power level of the synchronized oscillations was determined
by the stability of the free oscillation frequency; 4) to ensure
frequency synchronisation, the ratio of the power of the free and
Card 2/3

258 L7
Experimental investigation of the S/142/60/003/oo6/007/016
E033/E1135
induced oscillations must be in the limits (102 - lo3) for relative
instability of the frequency of the oscillations of the klystron
not worse than lo--3, e) the minimum power of the synchron.ised
signal is determined by the cons7ant voltage on the resonator and
by the number of the oscillation zonel 6) there is a value of
resonator voltage which is optimum relative to the power, and for
the investigated klystrons this value was between 280 and 300 voltz)
7) the time of establishment of the phase reduces with increasing
power of the induced os:illattons and tends to a zonstant value,
equal to 1.5 - 2 mi!~rose:,onds. This time ex--eeds the time of
establishment of amplitud!~L (0.07 - 0.1 microse--onds) by an order of
magnitule, 8) the time of establishment of the phase for constan
power depends on the resonator and refle-.-cT voltages.
There are 8 fl&.ires an.1 7 Soviet references.
ASSOCIATIONt Kafedra radicapparatury, Khar-kovskogo politekhniches-
kogo instituta im. V.I. Lenina (Department of Radio
Apparatus of the Khar-ko7 Polyte:hni,-al Institute
imeni V. I. Lenin)
SUBMITTEDi September 21 1959, and after re-,-ision, March 25 1960.
Card 3/3

GUL'IVIAMEDOV, Kh,; ~TEPANW, Y.6 -
Total number of meteors according to observations made in Ashkhabad.
Izv. AN Turk. SSR. Ser. fiz.-ti-kh., khim. i geol.nauk no.5.-129 161.
(MIRA 14:11)
1. Fiziko-tekhnicheskiy institut AN Turkmenskoy SSR.
(meteors)

GULOMOVAI A,,A.; -- ST-EPANOV, V~B.
R,--sult's of photographic observationi5 of the Persaid metcor
stream in Ashkhabad: Auguet 1961,, Izv. AN"TL-1k. SSR. Se~-.
fiz.-tekh.:, khIm. i geol. nauk no.6.122 "j.L. (14IRA 35,,,3)
~, Fizikc,- takhniLheskiy instIltut AN 'Turkmenekoy SSR.
kmetaorap:

KARZHAVIN, Yu*A.; GHUVILO, I.V.; KIRILOV, S.S.; INKIN, V.D.; GOLUTVIN, I.A.;
NEUSTROYEV, V.D.; S-Tp7PANOV, V.D.; TULAUV, B.F.; KOLESOV, I.V.;
AWZOV, V.Ya.; P:iOKOFIYFV, Yu.P.; SHINAGL, I.
Device for automatic measurement of the coordinates of ebarged
particle tracks recorded on bubble chamber photographs. Prib.
I tekh. eksp. 8 no-5:54-6o s-o 163. (MIM 16:12)
1. Obl'yedinennyy institat yadernykh issledovaniy.

V4
inilc - r, cattc r.,.-. 1so ar ~.,-nct to r s Ir om the na L, or 7--
Jeope, scattc.,.
-Ml cz os cc p c- jra
~;,=sor based oz tha diff---
IM'f un,
a da*a-D:,occs;;-
coz;rol,
:ui-z -,a vt*ta a rta-, - caa
e nz
z. reversible counz,~r,
n-:1 Z. lkeyboal-d &-'0r addi.

--unctional _S
permi-L ~,mes cuicker -a processing. Th,! iaLitrurne:,i~ n-
'962; -ts output agrecs with ;he
aw~ation, since March, -
outnut to within "-he authors wii;,-, to thank V. C~Uv- -oz
hi m-mer Ec by him during the o-'
ts ~d c ~n nt!; rrz-
I gures.
ya_..;rny*kh iasladovaniy (join7;
I 4,Mar, 3 DATZAC_-- ENCL: 3 1
0
COD_'~--. INS NIO A= S27.-_,!V: 002 OTHER: 001

STIPANOV.V.F.. inthener
Water cooling of journal bearings of a cesent still. TSment 21
no.5:25 S-0 155. (KLIA 9: 1)
(Cesent In&strios)

pp a &I u u a are
a :1 Q w is w 0 0 ajda ISHMA'all LIU ids au x
r 9 4 1 1'. AA 0 V. 99 Kim .1 1 1 b .1 6
V= fawr" Of XUPdM MOM MG& im RUNWO In IM A. D. ftnav~
.0.1
URANOW. j . 0. BAVBL*SV MW M. V. I&ONSM. puU. pid W prsk"j" jt"Mis
wil 21-31(n"ik- caftaft fteds Wtft fumism" with vwyiag qmatkws i
Rik d THIMM-'ab-bed by Y-io- Wuol tht wed w~umew&d. a" -60
k- -re iuveaipted. RIMS. we dtimeribed in &W. 00
0 too
Zoo
00 1"oo
0o go*
-00
Fir
00
00
!!pOl .10 04. Q-t basil ad *~i -411, loo
p q . -a- I - -V *w
0 1,
4-0; _ge; lop
0p 0 000 0 0 0 0 0 a 0 60 0 go

-D T- C":- p 0) t~ k, ~ V , V i--
(-, /I
'. t,.Sp
.rate$; ow lir" orw
A
.W.7". .31. 94 . ,
~

STEPANTOV_, V. 1".
"Serosol Machines," a section of the book, Aerosols, Their Application
by A. M. Nikiforov, Moscow, 1954.
SO: U-3,054,664

IUNOVA. Z. : STUANOV, V.; SOSICDOVp N.; PWWN, I.
Using AG-T-6 aerosol generators for the fumigation of eqpty grain
storages. Muk.-elav.prou. 25 no.6!27-28 Jo 159.
(MIDA 12:9)
1. Monk-ovsl*a stant"tya Tsesoyusnogo institute, sashchity rastonly
(for Ivannva, Stopanow). 2. TnesoruxrW nauchno-Inslodoratel8skly
Inatttut serna I produk-tov yoggo p#9rnrabotkl (for Sonodov, Freywan).
(11bMigntlon) (Granarles)

YEROSHXNKO, T.; MULINOV, A.; STTKAITOV, V.
At the Gullkevichl Corn Processing Plant. Muk.-elev. prow. 25
n0.8:8-9 Ag 159- (MIRA 12:1)
1. Gullkavicheskly sayod po obrabotke gibridT%vkh i sortovykh semyon
kuktirusy.
(Gullkavichi-Corn(Maise))

STEFANOV, V.1'...dotsent; ZFUCHKOV, A.P., starshiy prepodavatel'
Vibratory dryer. Izv.vys.ucheb.zav.; mashinastr. no.8:52-55 '61.
(YJRA 15:1)
1. Novocherkasskiy yolitekhnicheskiy institut.
(Drying apparatus)

STEPANOV -II.F.
I I -. --I I
Hydraulic coal mining at the Polysaevo-Severnaya mine. Ugol, 39
no.5:49-51 My 164. (MIRA 17:8)
1. Glavnyy inzh. shakhty *Polvsayevskaya-Severnaya".

STKPAITOY, V.G. (stantsi5ra Fletenyy Tashlyk).
-Protecting plantations from posts. ftt' i put. khoz. no-5:35
14Y 15 8. (MIRA 13:3)
(Forest insects) (Railroads-Snow protection and removal)

ANUCITKIII, U.N., inzhener; BOGOMOWV, S.P., InzhenerLMIT YJL V4G.,
laureat Stalinskoy premii,
The SM-301 press for molst pressing bricks. Mekh.stroi. 11 no-12:32-
34 D '54. (MM 8:1)
(Brickmaking machinery)

STIPANOV, V.G. (Btantsiya Pletonyy Tashlyk Odonakoy dorogi)
- ~' ---
Imorove the quality of hydraulic jacks. Put' i put.khoz. no. 8:42
Ag 158. (HIRA ll:q)
(Hydraulic jacks)

STEMOV, V.M.
New data on carbonate springs in Transbaikalia. Sov. geol. 4
no.8:113-115 Ag 161. (MRA 16:7)
1. Ministerstvo geologii i okhrany nedr SSSR.
(Tranabaikalia--Miner&l waters)

MAKHONIN, V.A.; STF,.r',AN,:)V, V.G.
Me*.hod for studying cognition u-ilng nol.eptan-ce
hwnpering. Problo pered. infcm. no.15:75-~7fi, 163% (MTRA 17a8)

, :y - i:.ov ~ :li; V.G. , :- A.
FLY!:- I ~ I 1 11
cold ro.'I fcrr,-.ilig of 1 ; I ~%, "
.; t I ,
vi~-virtinll,,- kholo,inogo profillr~jvanlia dnv-~:.r.'~-am de~rl ~ ----
f,[IsI14 n. zi p. i " .,. 71 ~ ~'.. _,. F , ;, )

ACC NR, Ai,60365-17o 5GURC&
AWMOR: Ginzlmrg, Yoo L,.; Postova, Vo Ae; Stopanov, V~ Go; Shcherbak'3va, Ve It'.
O:!G: none
TITU
I '~, Rocoiv-big and processing norwal and condonsod transrdssions j,"apor presented 1,
at tho Conference on Problems of Space Madicino hold in Noucoir frorl 24 to 27 may iq(W.
So'JaC.;: Konforontsiya po problor.= kosrLichoskoy moditsiny, 1966. Pro)lorV kosr"'xchoS_j,!
koy -xxUts!rq. (Probloms of space rodi.cino); materialy konforontsii, moscoir, 1966, i
j
120-1.21
TOPIC TAGS: !;pace comnunications, bloastronautics, space zwdicino, nan nachine vyato~,
ABsTrPCT-.Opei*ator working efficiency in a man-machine system depends on
the method of presenting information to him. One type of information is
the test report (ernergency, informative, preventive, etc. , ) issued by
computer. To assure accuracy and speed of reception and processing,
it is necessary that reports be as brief as possible. This requirement
is necessitated by a search for means of increasing operator reliability
as well as by the limited memory volume of a machine. Therefore,
finding optimum means for linquistically truncating reports and their
subsequent algorithmization is most essential for solving a number of
information langu.age problems.
Card 1/3-
i

ACC PIR:
Th e aim of the present study was to find, formulate, arid formalize
specifications for truncating command- information 'texts. On the basis
.of a preliminary linquistic analysis, the possib lity of exploiting two
truncation algorithms was revealed. A check of the perception efficiency of
texts truncated by one of these algorithms was conducted in experiments.
Normal and truncated texts were presented to a subject on a television
screen. E'xposuve duration of the presentation was 3 sec. The subject' s
mission was to demonstrate )low accurately and quickly lie could reproduce
the prenentud text. A rating of perception and reproduction consisted
Of noting tilt-2 ~ICCLIVIICY and duration cirnission acconiplishnient. Five nion
participated in the experiments. Several prolonged experiments were
conducted oil each of them at various times in the day.
Results of the experiments showed that in the majority of cases,
truncated text was reproduced more accurately than normal text and with a
shorter latent period of completion. An increased latent period of truncated
text reproduction occurred in 3310 of the cases and war, attributed to not
having used one of the truncation algorithms. - The duration of normal
and truncated texts became more stable at the end of the experiment as
a result of training.
Card 2/3

ACC NR, AT6o36530
Another approach involved the truncation of texts by the subjects
themselves. In reproducing truncation of texts, it was noted that the
subjects used linquistically significant material assuring the integrity
of semantically essential components in the text.
The authors analyzed text reproduction errors made by the subjects
(omission of individual words, displacement of words in presentations,
use of synonyms and antonyms etc. ). It is suggested that i number of
errors of the above type would.bave been eliminated by exploiting a
second truncation algorithrn. . Besides the above, during the errant
reproduction of truncated and normp.1 texts, words functipning as
cliches were noted. Their use was characteristic of texts which caused
perceptual and memory diffiCulties. The results of the experiment
permit hypothesizing that the algorithm under question renects.some..
mechanisms of internal speech. formation.
Aw. A. No* 22; ATD Report. 66-3.167
suB corr, o6, 17 sax DATs t - ooma66
Card 3/3

56-2-36/51
AET,01(3: ',itopanov, V.
G. , Zakhe cbenko I V. F. Bezel I, V. S.
Rotatini-- Plasma (c vrashchayus!,cheysya plazme)
PERICT)ICAL: ZInurnal Ekipor~mcntal'noy i leoretid-e3kOY PiZiki, 1958,
Ur 2, n- ~~ 1 1) 1(U3 'R
A ')'.'"j'T FLA 1,`2: Jtartin~; froi:i ~.jic esjentiz~l ch;--racteristics of fre,2zin- ma-
..etic lin(23 of fos:co in a plasma it is not difficult to
draw conclusicrij on the pos~;ibility of i:.ip:~rtinj rot~iting
motionj to v. plasma bj -,:,.eans of a rotatin(; .ia,-netic field.
In the experimental apparatus of the authors the plasma
,vas stiaulated in a glass flask (380 mm hei~;ht and 60 am dia-
meter). ne tantalum anode was in the tiT):,er part of the flask
Lind liquid mercury served as cathode. '2h--~ rotatini; ;.la-netic
fiald was originated by t,.-to pairs of coils with iron cores
-it ri,-Iht a!-,-les to each other. The mean
f4-old 3tren,-th in
the flask was 325 Orsted. First the followin!, was found:
With tile riiagnetic field applied and no discharge present
thc rotatin~,~ wheel within the flask remained without motion.
Card 1 /3 With d~ocliar-e present and no magnetic field applied the
I u

Ro t:t t i n ,111,a j!li
Y)/5 1
rotating; wheel also remained motionless. The switc:iin.j on
0,
- the rotatinr, .3a,,7rs tic field with diochar,;O preoerit in the
flask set the rotatinZ, wheel in motion. With increaoin.-
"ressure the riaximum velocity of rotation of the rotatin,
wheel was reached ,,iithin shorter periods. A chan,3c of th
e
direction of magnetic field caused an intensive
do,wn of the rotatint-, whool with subsequent acceleration to
maxinum speed. In these experiments the current flowinr,
t:irou-h the flask was kept constant at 12 A. By meana of
otroboscopic measurements the authors could deternim that
t'ic velocity of rot!~'tion of the rotatinC wheel. whicli !;ad
bOC0130 steady was about 50 revolutions per second, the -,.Ia~;-
retic field rotatin,-, -a-it'i about 50 fevolutions per 3econd.
results obtained mnt%e it possible to estiniate "-.at
force w'dch was exercised by the ionized Gns in the rotat-
field on the rotation wheel. Aie nomcnt of
frictional forges can be neglected here. A ~;is with -- densi-
of about 101f ij in interaction with the rotatin:; wheel;
den3ity ij about equal to that of .-,ercury v--pors.
C-I.d 211" 5 references, 3 of which are Slavic.

56-2-36/51
Rotatini- Plasma
Ij
!SSOCIA-1101i: Ural Polytechnical Institute
(Ural'skij politekhnicheskiy institut)
31: "..11ITTED: .!ovember 4, 1957
AVAILABLE: Librnry of Con-ress
ti
1. Plasma-Motion 2. Kagnetic fieldsAotion
Card 3/3

24.?1L_,')C~, 2,11.6720
AUTHORS: S t __e
TII'LL; On the lossibility
High Concentration
J j_,,R11C,1j1CAL Izvest,iya Vysshikh
Nr `~, 1)1, 36-36 (US3R)
65706
SOV/139-59-2-5/30
Dezel V. S.
of' Producing an Electron ilasma of
Using Radioactive Isotopes
uchebnykh zavedeniy, Fizika, 1959,
A','iSTRACT~ It is well-knoi,~-ri that, as a result of the interaction of
ionising radiation emitted by radioactive substances
with the atoms of a medium, all the energy of the
radiation is lost in exciting and ionising the atonis of
the mediums, The specific ionisation depends not only on
the ertergy of the ionising particle but also on the type
of radiation. a-larticles are the must strongly
The ionisat.ion along an electron track is smaller tiian
along an a-particle track and the specific ionisation of
y-rays is smaller still. 4n order to obtain a Flasnia
state, activities up to 10 or more curies per gram of
the isotope are necessary. The most suitable isotopes
are P-emitting isotopes, such as strontium-90~
yttr.tum-91, ruthenium-l(j6, cerium-104 etc, All these
isotopes are by-products of uranium-235. The isoLope
Card 1/3 discussed is yttriuni,-91, whose half-life is ul days arid