SCIENTIFIC ABSTRACT ZHURAVLEV, V.K. - ZHURAVLEV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065020014-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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ACC NRt AT7004 159/1W) SOURCE CODE! UR/0000/66/000/000/0027/0034:~
AUTHOR: Kurtepov, M. M. ; Vokin, M. N. (Candidate of che;MiCal sciences);
Zhuravlev, V. K.; Oreshkin, V. I.
ORG: none
TITLE: Comparative evaluation of the tendency of EhMOT and'KhMlMi 3T
steels to pitting and crevice corrosion in sodium chloride solutions
SOURCE: AN SSSR. Institut fizicheskoy khtmii. Kbrroziya;1 t z ashchita konsiruk'-
tsionnykh splavov (Corrosion and protection of structural alloys) Moscow Izd-vo'
Nauka, 1966, 27-34
TOPIC TAGS: corrosion, steel, sea water corrosion, pitting, C,
revice corros on~
asodium chloride/ Khl8NlOT steel, Khl7Nl3M3T steel.
ABSTRACT: A study of the relative propensities of Khl8Nl0T an&XhIM13M37,
steels to pitting and crevice corrosion in an aggressive mediul-ni; such as sea
water, showed that in the presence of narrow. gaps Hh17Nl33T has a higher
resistance to crevice corrosion than KbIBNlOT, which dev ellops crevice corrosion
at a rate of 30-40 mm a year, Independent electrochemical analysis showed, that
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are gained'by impurity levels ouch as,ClO ionalformed in the co roe of the deco
sition (Table 1). Theoretical analysis 01 the processes Viking F:7 ice. and experimental
i-due
Table Impurity content in the solid NH,,C10j, ref
Degree of
Impurity contentj mol%
decomposition
of
C17 CIO;, CIO-, clq,i
NH4Cl041 %
16.1 0 301 0.275
.23.0 0:101 0.068
30.0 0.025 0.024
poi-i Iion of NH 10t,
results.indicated that the reaction rate of thb thermal decom
4C
'increases with a.decrease of the concentration of free electrons. _~a: NHtCIO,.. In
the case of Irradiated NH Clo the formation of Cl - I*s pic'iably not the y
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factors that accelerates thermal decomposition. Three possible idditional factori are'
considered: 1) the'arrangement-of.ClOi Ions famed at1rradi*tioi Is not that it*in-.1
treases their catalytic activity; 2) formatior .i of additional rarlililysis products such'
a.4, among others, Cl- ions; however, no acceleration was Pbserw!d ~an addition. to
Nh4ClO4 of the same iounts of Cl- ions as are formed on IrradimtIon; 3) formation of'
radiation-induced defaemets. Among these factors# the formation of 1:1efects appearsto
be onoo t -probable. De~erminatlon of the type of these defects requirr d further oWdies,.A
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Fig. 1. Effect of Fig. 2. Thermo-
f. irradiation or addi- ijd 1; grans-of'pI4re,
and
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the thermal decomposi- icontaminated
tion of NH.C10,
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Idecomposition of -30% oi
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temperatureis)o-
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And rate on contamination and, Irradiation of C11), This fact; i L-
Catei th,
at In both c4aes.- these changes are due to the sww d~wf t~- ~a &Tt.~ pas
4 figures and 2 tables.
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a. Tms'~dy politekhnicbe..,W~y Institut, ~mmnl Kxovc,

ZLK, P.S.; ZHURAVLXV, V.L.; ROM"OV. V.A... otv.red.; SAMOMar,,N.T.,;
red. Wwnslt red.; GRINM . A.U., red.; ZIJMKOV, V.T.p
red.; KOGAN, A.R., red.; IMUGLIKOYp A.T.g red.; HUGUNi X*Xt
red. NAZIMOV, N.M., red.; IWMhay A.M., red.; HOMMIOV, 114*1
red. UWAK,J.Tas, red.; TENENBLUX. N.M.. red.1 SIMUM, 11-1.,
red.; AIAJWA, Te.I., tokbn.red..- SmMAR, S&Y&,,. teklIU*r*d#
[Design and mnufacture of globoid gears] Proaktir.ovaiiie i
izgotoilenie globoidrqkh persdach. Moskva, Ugletakhisdat, 1958,
87 p. (Tekhnologiia ugollnogo mashifiostroentia, no.2)4
(MIRA 13.2)
(Gearing)

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ZHURAVLEV, V.L.
(Technology of globo id gear production] Tekhnologiia
izgotovIeniia, globoidnykh peredach. Moskva)i*Mm;,9hina-
stroeniep 1965. 149 P. 11:1:12)

L 39161-66 Er-c(k)-21EW(d)1W('1) IJP(c) GG/BD
N 9 _96j'o- J-8-0-
SOURCE COM UR/ 6',? 6/000/002/Obeo/0083
AUTHOR: AbduUayev. D. A.,~ Zakharov- V. X~~.
Y44
V.; z4uravlev),
ORG: Uzbek Scientific Research 1nstjt!ut'b- for_~ =owerl band AutotMtioa.
~zbekskii`
nauchno-.;issledovatellskiy,inatitut,:energetikJ J qvtomatiki I
.TITIE': Synthesis~of the.selector of one class of., informationi"Proqe~ sij device,:
,SOURCE-.: AN UzSSR. lzv~stiya.- Seriya-takhnich4skikh nauk, nd~* 2., 1946t 80-83
TOPIC TAGS: information processjzg~'Pulse counter
ABSTRACT: resting cla--s-s' 'of -info ration' p:~roc
..An into essing aevf46 s oat in
which the inputs' receive signals.with various chexaciteristics and levels, and'
the output of each Characteristic and . its.1 level 1 f ixed ~ indi~iautdiy;' ~This
requires selective;d1stribution of: th~'slgnais with. identical 10VOISI: into
-individual output channels. The mixthors. have developed e. devicor applied to
an automatic sowing de ciion im~ wwoli&b16 manner
vice, which perlorms.this fun
with a somewhat simpl6r,circuit than those kn&wn~earliar. Below i;s. schematic-.,+
diagram:
'Key: 1 pulse counter; Abe indicator-counters; 1. to.control unit;
,.other symbols universal,:
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ACCESSION NR: AT4039569 S/0000/03/000/000/0010/0023;
AUTHOR: Zhuravlev, V. M.
TITLE: Some principles of the construction of ternary elements
'SOURCE: AN UzSSR. Otdeleniye tekhnichookikh. nauk. Razulltat nekotory*kh
y
isaledovaniy v oblasti energetild, avtoinatiki, mekhanild I gornogo delta (Results of some
inVestigations In the fields of power engineering,: automatic control, mechanics, and
mining engineering). Tashkent, Izd-vo AN UzSSR, 1963, ID-23-
TOPIC TAGS: control system, autoinatic control, automation, tr6neistor, parametrono:
ternary element, semiconductor, switching theoiy, eleotromaga~dc relay,: tripolar relay
ferrite core adder
ABSTRACT: The article deals primarily with problems relitingito the':articulation ando,
constiuction of non-binary (principally, ternary) .~ components In emmacklon with the ever-
increasing interest in thd non-binary switching theory for the aadysts of complex systems.
An effort Is made to use a single technique in the st~dy~ of non-binary elements in order to
sa

ACCESSION NR: AT4039569,
arrive at concrete technical solutions. Noting the high state of development presently
attained In the analysis of binary structures, the author postulates'that the study of
e
emen
I ts with higher structures should be based on the achievements of this theory, with
the most correct method being that of investigating elements with s , c
tz a tures close,to
binary. Ile first step In the study of ternary structures to the analy-sle of aidsting*
structures with three steady states. Preliminary investigation has j3hown that existing;
ternary elements may be classified a , follows: a) , according to the principle of operation
at the basis of the work of the elements; b), according to purpose 1. e.; their function in
automatic equipment; c) according to possible similarity with binary elements. 9d the
basis of these principles, the author has classified th6 ternary elemi.-ints, descriptions of
which are available in the pertinent technical literature. Noting,that. a great many thre0"-
J, state circuits have been developed, the author lists and discusses only a part of them In
this article for the purpose of illustrating the system of classifidatioti adopted. Ile foll
types of trl-state systems are considered in some detail: circuits utOng electromagnetic
elements (in particular, the electromagnetic relay of Bullen and Wileon of the Unitext
States); oircults using electronic elements (in particular, a trigger device having three
stable states, in, which diode coupling between the cathodes of the. tutes is emplo an the
YO
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ACCESSION NR: AT4039569
nonlinear element; ternary elements using gas-filled tubes; three-position relays,, etc.);
circuits using semiconductor elements (irk particular, a tri-stable trigger using a point,-
contact transistor with two collectors and one emitter); circulto using magnetic elements
(1a particular, ternary switches and a4dorg using ferrite cores with rectangular hystaresit
loop, as used, for example, In the "Betan" computer of MoBcow State, University, which
operates with a ternary code); nonlinear electrical circuits with severd.steady states
particular, the parametron). The, survey of existing circuits with'three steady states
Permits an evaluation of the place of each group of elements among Iciown non-binary
systems, thus maldng possible a correct approach to
the problem oi selecting those
elements onthe basis of which ternary elements might beat be 6onstructed, The advan,
tape
and defects of each of the various classification categories discussed In the preceding
sections of the article are analyzed from this point of view. 71i6 author concludes1hat n
ternary elements should be designed primarily on the basis of magnetic and semicondu6tox
materials. Multi-apertaie magnetic cores constitute 'elements of great promise for the.
development of multi-stable circuits. Orig. art., has., 7 figures.
"AN UzSSR. 0hpaiftent of Technical
ASSOCIATION: Otdeleniye tekhnichesk" nick'
Sclen ces, AN Ux~`S~)
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KATS, M.Sh.; ZHURAVLEFV. V.M.t AGANICHEV, P.V.
Effect of the qualit3r of AktyubJ.nsk chromium o:~ea and reducing'.
agents on the desuLf%xration of carbon ferrochroml-um. Izv.vys.
ucheb.zav.; chern. met. 8 no.4:75-82 165.
(MIRA 18114)
1, Aktyubinakiy zavod ferrosplavov,

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AUTHOR* Zhuravlev, V. M.
TITLE: Method of measuring nonlinear distortions with'the aid:of noise bands:
PERIODICAL: Tekhnika kino.i-televideniya,.noi 2,:19631 42: 47
TEXT: J.-
The author has carried out a comparative anal3~sIis of ail methods
knovm at present for measuring nonlinear distortions in conformity with sharply
Irregular frequency characteristics and frequ6noy-discrIminating honlinewity.: He
presents the results of his work performed'ln~the course of the last years, and
suggests using the noise band method which, in co#arison with other methods that:
are used At present, shows a number of advantages. The princ.1plo And skeletons
diagrams of measuring nonlinear distortions'by noise bands.are presented. An
account is given of the considerations in selecting the band itidth of~the test
signal and also of the demands made 6n the filters. Test resulta obtained with
the measuring installation are given'. There are 8 figures.,
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25(2) PHASE I BOOK EXPLOITATION SOV/2705
,Zhuravlev, Vitaliy Nikanorovich
Snizheniye vesa mashinostroltellnykh konstruktsiy (R -educing the
Weigh~ of Constructions Used In Machinery) Mo6scoVo Mashglz,'~1959.
272 p,. Errata slip inserted. 8,000 copies prinhed.
Reviewer: E. A. Satel Professor, Honored Worker in Science,and
Technology; Ed.; Ye. V. Pailmov, Doctor of Te'ohnical Sciences,,
Professor; Techj Ed.t N.A. Dugina; Exec. Ed. (Ural-Siberian'
Divisiono MashgIz): T. M. Somov&, Engineerc*
PURPOSE: This book is intelided for teehnioal~pe'rson'n6l and scientific
i
workers. It may,also-be-'uesd-by students of,~achools of higher-
technical education.
COVERAGE: The book-contains the fundamentals of design of llght-~
weight constructions used in machinery., The'eharacteristics of
recently developed economical shapes are examined.. Theoretical
Investigations and practical data on the design andL.smanufacture
of welded steel and combined constructions are summarized., Manu-
facturing processes for some economical shapes and several.types
Card 1/ 13

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L__321q5-66-_TBD/F9&- KWT(-1)/9SC(k)--2------TT/GW Vn-_-
- ---------
ACC NRt A?6006788 SOURCE CODEs `UR/0()_33T667(W/W022o1 -6
AUTHORs Zhuravlevi, V.,;�Ij Petravskiyp A. As; Fogrobnyyp Bo
ORG: Radio
Physics Institute,'Gork y State Univorsity(RadifolIziche6* itita
Gor1kovskogo goes univernitata)
TITLE: General-purpose radio telescope with antennalfiamter of 3,5z
SOURCEt Astronomicheekiy zhurnallf, ve h3# noo 1$ 1966# i2O426
TOPIC TAGS: radio telescope.,*radlo teloscope-antennap eleateic m6torj interferowtG14
elastic defonnations, TV equiptnaiii, satellite, 'satellite txac1:ih&/RT-15 radio
tel6scopeo Echo-11 satellitep M-32Telectric motorp Hl!Vj oleatric motor
PTU-3 TV equipwnt
f 1A rvation of 6eleatiai bodies a'md
ABSTMCT: The RT- radio telescope for obse
artifici I-Em-th s;~tellites s described. Two such W-leocopes have been
in operation at Zimenki since 1962 and were used in a aeries of experi-
ments bn a radio communication link established between Zimenki and
Jodrell Bdnk via the Echo-H satellite, Ap~otogr~oofthe~RT-151s
shown in Fig. 1. ... ...
fa'~iAher with
The telescobe" its steering wae6hanism iWiAghi
1,20
metric tons, Its height measured from the bas of a'steel -reinforced
foundation is 30 meters. The solid foundation does'not allow 1he eld-
C
rd V6

ACC NR, AP6006786- -

Fig. 1.

The RT-15 radig telescopo:

J

2/6
Card
;AKE

-I-- L-32195--66-~~~
ACC NR: AP6006788
scope to sway more than 5" in winds up to 25 m /sec. Th:e, backlash'eiffec 0
and elastic deformations of the rotating mechanisms do fiot exceed, 1. 51 a~nd
are compensated by feedback systems. The dish antenna may be roil.
tated from -30 to 183* with respect to two mutually perpendicular, axes.
The error in establishing the perpendicularity of the axes did not exceed
+ 30 ", and the error- in aligning one of the axes in a particular direction'
was kept within +20".
The antenna system consists of two reflecting mirrors: a 15-m
o an
diameter parabolic reflector with the'actiVe surface machined't
accuracy of +P. 75 mm and a coaxially mounted hyperboiic counter-s-
reflector (not shown in Fi . 1) placed at'a distance of 4.60 m from the
9
apex of the first mirror. The power source for steeringiconsibts of two.
motors for each aids: the IM-32T (0. 37 kw),which by means of a 20,000:1
reducer tracks slowly moving celestial objects,and the Wv52TV kw)
with a 10,800 : I reducer which allows the - telescope to follow irast moving
objects such. as.artificial Earth. satellites.
The position of the telescopes may be controlled in three modes from
a control unit located nearby.' The automatic tracking m6de -directs the
dish accwdbW to a previously prepared p~qgram punched on staridard
Card 316

ACC NRI AP6006788
0
35-nun tape. Discrete error signals arise when the data,representing
the desired telescope direction disagree with the data on the actual di-
rection from the selsyn angle indicators, which give a discrate signal
for every 1211-change in direction. The error ar;6, applied to the
feedback loop of the. tracking system. When fast-nxwing objects are bein
tracked, a velocity error signal commands most of the C: 6rrective action.'
To reduce the a:mount of program input data, the desired velocity
is computed by linear interpolation of rate of change of position data en-
tered on punched tape. Strong velocity feedback introduces im undeisir-
..able constant-error component due tononlinearities of the tach6meters
and temperature compensating elements. This error is-compensated
with the aid of a unit which regulates tachometer characterisUcs. The
system works in a synchronous mode established by the master. clock-
~;21
a quartz crystal whose output signal frequency is divided by
The second control mode is for visual tracking and Is: done rnanually'.'
'by varying the position or velocity of telescope r6tation or bolh~by semi-i
automatic means. The tracking accuracy depends on the operator's
ability to keep the image of the tracked object on the intorseclion of the
cross-hairs on the TV receiving. screen. The image on the screen
rd 4/6
C
7.

ACC NR% Ap6o()6788
Table I Tracking mode data

Operating mode Velocity Acceleration Velo,61ty Tracking
range
!rror
Rapid movement

Automatic'tracking
1. 5P
/sec eC2
0. r
24-3611,

Visual tracking
8* /sec
O.jS*jBeC2 0

ealignment

.(r/see 2

0. 160,16ec

SO
11-1
Slow'movement
Automatic. tracking 8011/sec 5. IOft2" Isec 124-3611 i

Visual tracking 8011/
sec
311/sec 301f
Tracking with data

tables

0"./sec

00 6041 A
At top speed using 2-min tracking intervals.

A. To. Sokolov, A.Z. -M=ivoj
G. L. Bruk;'Ttio* N a sembno )[IM4iovai and
v, if. 11
L SO- Motin -participated in'the desieln a peparatiow of tho iWM 14330b

Mg. art. has: 7,figures and I tab3is
r a ve2s no@
o

SUB CODU 17s09 22 i'SIBM DA672i 26Feb
65 q

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7
L5
~I Crd 616:

107-5-1.7/54
jAUTHOR: Zhuravlev, V. and Grin 1, N.
TIM: Ap~llcation of Electronics in Geology
(primeneniye elektroniki v geologii)
RT To Radio,, 1956, Nr5, p. 15 (UwR)
ABSTRACT: An invitation to radiospeci~lists 'and radiobams to,de'veI4a numberlof
apparatus that may be useful in geological work. Fairly accurate
specifications for the desired apparatus are givent
A seismic,station with a 1-f voltage amplifier block of 12 to 26 units.
Frequency band 30-350 a with narrow band-pass filt6n, aadihigh discrimi-
nation. Weight under 6 or 5 kg.
A.radio link between-seismic pickups and a seismicjstation; 12 channels.
An orebody locator for searching the interadit massives by means of the
shadow method. Range 50 m or more. Frequencies 1 to 10 at,
~Au instrument for accurate determination of length of t2te:;c&ble in bore-
hole logging; error im, In a length up to 1.000 a. Also em.lastrtment Is
needed for accurate determination of a cable wire break.,
An instrument formeasuring the level of subtermBan.wate.ra with ar.
error of 2-3 mm in the range of a few meters. Recording of such measure-
ments for 10 days or more.

.3( SCV/1-32-59-8-7/18
AUTHORS: Shirokov, A. S. and Zhuravlay'_Y~.V.

TITLE:
Basic oblems of.,Perfdoting alid'Developing qo;o-:
P r
physical.Equipment,~
PERIODICAL: Razvedka iokhrana nedr, 1959, ~r 81: pp 27,-32:.
(USSR)

ABSTRACT:
The author states~the 0 m0 erni
urgent necessity ze
present,:and to create new, geo'physi 'cal: equibment.
Although this equipment was greatlydelveloped!sijice
the last war, it is already obsIOle te~ and.new.devices
and.aggregates must be crea-'U-edl~-At:present,;differ-
ent scientific research'institUtes and organizations
are developing new,equipment much too slowlytiand
plants are also lagging in 14' product-tIrML. ~MeAs~-
ures have now been taken to increajo'the
production~of this equipment 2 ~t t Lie ~by'1965
~byw, .19.5,c)0 The author reviews the new equip
ment to be areated in the next
I-Seismographic exploration.
Card 1/8 The obsolete.26-channel,seismici:st.3-tions of SS-26-51D

r, iHill 111RAIIII 11 JR11411 11 lilt i I a HIRE .11, -- ------ ------- ----------- -
Basic Problems of Perfecting and Developing !~,Gecsphysical E~uipmient
type will be replaced by mor ~e.cctnoim' cal and ~highly-
productive 60 chanhel stations',of SS-30/60 ~t~pe';,
and the portable SS-24P stations. "These stations
..now being produced'I at the.: "Netter-ribor'll. Plant. :The
old stations will, 'all 'be replaced in. the next 2
years, A special attachment.of the PRIZ-2 16 also
being produced for the,magnetic~recording of~os6il-
~ations for 25 channels. The "Neftepriborl"iPlant
is also producing an autonomi'c'iseismic station with
an intermediate magnetic recordlng~,device OfISSM-57
type. Equipment for a regulated ftirected receiving
(RNP) of 'seismic oscillations~devsloped by the UOS-1
kovskiy institut neftekhimiche~ko,yi gazovoy~promj-
shlennosti im. Gubkina (the Mo6co-ff,lnstitute~of~the
Petrochemical and Gas Industry,; imt.,ni"Gutikin) iis *ow
being delivered to industry-Alew universal-deismic
stations.with photographic recording are now*.being
introduced into industry. Apart !rom the produc~-
Card 2/8 tion of SPM-16,and SPED-56 seismo,,Sratihie reeeivers

Basic Problems of Perfecting and Developing,Geophysical Equipient
now being produced~ new low.-frequen&y receivers;of
SPEN-1 type with 10 a fraquenc~r; and'of NS4~typ~e
with 3 c frequeney'will be produced in 19600~ The
VITIIGeofizika has developed a sleismic' station of
MSS-58 type with a~flbating piezo-aggregate, which
will permit seismographic exploratory research ~t
sea. The new exploding device".~GVJA-rql, of condenser
type, will be produced in 1960"~:
IL.Gravimetric exploration.
TheiSN-3:.and GAK-Wgravimeterli'wlll~:be replaiced
by. gravimeters of GAK-Im type ~*ivi on average pre-
cision of 0.2 milligals. More~proctae gravimeters
will be produced later. knew~gzavimeter-altlime.ter
of GVP-1 type, which can determine the gravity ,
force along with the altitude of obBervation points,
will also be produced in 1960.:,The~,Zavod "Geoloso-
razvedka" ("Geologorazvedkall Plant)~renewed the
production of gravitational variorzters of the
Card 3/8 VG-l type and of gravitational gredientometers of
J

SCIV/132-59-8-?/18
Basic Problems of Perfecting.and Developing Geop.Vsical Equipment
GRBM-2 type.~
III. Magnetic exploration.
The Institut:zemnogo magnetizma~4N 3 R (the~ins~i-
tute of Torrestrial.Magaeti'sm ot I t1i AS USSR) 1, an
d
the OKB, constructed a new quartz m6gnetometer. 1&w14
with the magnetic element suspenided on quartz:thr.eads.
It will replace the ~obsolete Mi-22) magnetometere VITR.
developed:models of a magnatometer working on;;the'
principle of nuclearvesonanceAb ai,preci.si6n of,
1 or 2 gamma, the device needs~i3o oriantati on,.and
its indicationsdo not depend on the'tempe-ra re,
tu
These magnetometers will be pr6duct-A';in 1960.':The
OKB of the Ministry of Geology,aad Conservation of
Mineral Resources of the USSR is preparing d6signs
of a factory model of aportablelm&gnetometer With
a magnetic modulation'counter and Ein';,eli
ectronic
scheme on semi-conductors (M-17):bv.-sed on the cal-
culations of the Institut mashinoved4niya i avtom4-
Card 4/8 tiki AN Ukrainskoy SSR (Institute of'Mechanical

SO71,132-59-8-7118.
Basic Problemsof Perfecting~and Developing Geophydical Equipme;at
Engineering and Automation of t~e '%S' Uk-rainska a
y
SSR), To improve the accuracy of me 4surements; of
the ASGM-25 aorogeophysical statiori5 ~, its AEM-49
magnetometer was modernized, anda now JISG-45'
magnetometer will soon be.produqed by the "Goo'.10go-
razvedkall Plant. Constructionlesign 'of a Nev.,
T-aerom'agnetometer Ahl-13 of high pre6i ,sion alon'
with a magnetomodulating indicator is nearing 6omple-
tion. The ~Barnaullskiy zavod geo�izicheskoy ap~O~ratury
(Baraaul Plant of Geophysical Equijm6nt) is preparing
the production of a tield device,colled the 11~pr;onis-
meter Ka-lashnikova" (Kalashnikov~Device for Measuring
Penetrability) todetermine the degree,of magnetic
penetrability of samples of rocks, b6sed on ah,eloc-
trical scheme on Benii-canducting~triodes.
IV. Electrical Exploration.
The electro-exploring.stations ERS-~23, ERS-1605
and the station of telluric currents,E
PL-57, and
Card,5/8 the potentiometer EP-1, presently produced at.plants