SCIENTIFIC ABSTRACT RZHEVKIN, S.N. - RZHEVSKIY, G.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446610004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

US~SnOhys ics Radiation, Soni, c
flylovement of Energy in a Field of Spherical Sonic
Radiators," S N. Rzhevk:Ln, H ow'Hydrophys Inst,
Acad Sci USSR, 18 pp
"Zhur Tekh Fiz" Vol XIX, No 12
Ec-4Gives generalized expression, for the, sound field of
1"P a composite spherical sonic radiator by means of
spherical Bessel and. Neumann functions. " Relations
are found between usuall-y employed Stokes-Rayleigh
functions f (Jkr) end F(jh:r) and new and more con-
venient funct.ions,G(kr), D(kr), e(kr)., and d(kr).
Investigates 'problem of energy flow. , Establishes
152T93~~
USSR/Physics Radiation, Sonic (Contd) Dec 49~
that in a field of simple radiators, tangential
energy flows are absent,.but in a f ield of complex
radiators, they:are alva;ys, present.
petails example
of a radiator of the 0 plus 1 order. , Gives general
expression for combined energy and mass of zonal and
sectional radiators of any order. Submitted TSep.49i
152T93
cl~

USSIR/Physics Sound Waves May 51
"Visualization of Spatial: Modulat ed Sounds Waves,"
S. N. Rzhevkin
CIO
0 Uspekh Fiz Nauk" Vol )MIV, No 1, PP 70-79
a
'Spatially modulated waves are waves in which ampli-
tude does.not remain const over fronts of equal
phase. They occur in the most diverse cases., Or-
dinary method for obtaining such waves is to force
wave.through surface or syst, certain parts*of which
are more permeable and other parts less permeable.,
Surfaces of this ty]~e are diffraction lattices,
.zonal plates, etc. Spatially modulated waves arise
183190
USSIR/Physics SoundWaves (Contd) May 51
also as result of diffraction against individual
obstacles. Essential problem concerns stability of
;Spatially L modulated waves during further propagation.
Presents graphic method,for conside'ring these waves.
183T90
N

USSR/Physics Sound FD-1198
Card 1/1 Pub. 129-1/19
Author Rzhevkin,, S..N.
,Title Soiind emitters with traveling wave
Periodical Vest. Mosk un-, Ser. fizikomat. i yest. nauk 9, No 5, 3-18 Aug 1954
Abstract A more general analysis continuing his previous work ("Radiation of
,sound wavestraveling over a sphere", No 2, (1949) of a sonor field
of a spherical-emitter-with traveling wave is presented. Full analogy
is established between emitters with traveling wave and rotational
emitters producing rotational sounddue to periodic compressions of
the medium by therotating body. Results of experimental study of a
cylindrical:emitter vith traveling wave proved in agreement with
theory. Eight~references.
Institution
Submitted January 14, 1954

VIA
POIRID/Acoustics - i
Abs Jour: Pfaferav, Zhur--Fizika, 195?~Jfo If, 1.0010
Author, Rzhevicin, S.N.
Inst
Title On the Problem of knalysiii :~f S~Ymd of tbe Singing Voice.
Orig Pub: So. posvyashch. pamlati akad. P.P. Lazarev, M. AN SSSR, 1956,
30.5)-318
Abstract: On. the 'tasis of ar-Alysis of 7--~,-orded voice cf 2,1111gers with the
aid of high-fidelity apparatus, it -was observed
that th-ere exists in the voti'.-e of an experienced singer two clearly
~'.-6. -inced "singing formant-s" ir- narraq f
n(y re-.jaemcy regions near 500
P
wid 2500 cycljts. Trap-se are fo-r all vowels and
at, all pitch-es from the lowest to the high~-st. Thu-s, in the singing
o,,L
nd' the ::haraz1e---Jstj-e-- features cf variou-s vc-wels are lost.
Comparison with the voice of ar urexperierces singer shows that
in the latter case tae singing fo:-rmL7-,ctE are not clearly pronounced
and stabl-2: in frequency; th~~ jpp-~--r formant is for the most part miss-
ing.
Card 1) 2

FOLAND/Acoustics. i
Abs Jour: Referat Zhur-Fizika, 1957, No 4, 10280
One can assume that the lower foxrwnt, cori-eaponding to the rein-
forcement of the avertones in the 500 cycle region, determines
the "massiveness" that characterizes the lowar male voice, while
the upper, the more imnoi-tant one, dellarr-itnes the "metallicity" or
the."sonority" of a voice, necessary for any go-,a voice.
To explain the contradicti-on between the similarity of the for-
mant regions for the siT~glug voice and all ~,rowels and the clear
diction. That qualified singers have., an ass-wnptiou is made that
there is a rapid retuning of the voice of ar- experienced singer
from the speech position a-u the start, of vthe souncL (instant of
attack) to a singing position in the steady, prolonged portion
of the sound. Ine:xp~_riencad singers, who (io not have a rapid me-
chanism of retuning the vcilce apparatue,, do n3t have clear diction.
2/2

USSR/Acoustics Physiological Acoustics. Speech and Singing'. J-8
Abst Journali Referat Zhur Fizika., No 12, 1956, 35646
Author: Rzhevkin, S. N.
Institution: -Itme
Titlez Certain Results of Analysis of the Singing Voice
Original
Periodical: Akust. zh., 1956, 2, No 2, 205-210
Abstract: In the voice of an experienced singer, one notes the presence of
sharply progounced "singing formants" in the region near 500 and
near 2,500 cycles) equal for all vowels and all ranging from the
lowest to the highest notes. Comparison with the voice of an in-
experienced singer shows.that in the latter the singing formants
are not clearly pfonounced and stable; the upper formant, causing
the metallic character of the voice', is absent. A hypothesis is
made that the voice of.an experienced singer is sharply retU#*d
from the speech position at the start of the-vowel sound into the
singing position, characteristic for a ste ady-state, prolonged
portion of the sound.
Card 1/1

USGR/Acoustics Ultrasonics, J-4
Abst journal,j Referat Zhur Fizika, No 12, 1956, 35563
Author,: Averlyanova, Vo G., Makarov, V. I.., Rzhevkin, S. N.
Institution:, Moscow State University, USSR-,
Title: Visualization of Shear Ultrasonic Waves in.Transparent Solid
Bodies
Original
PO*iodical: Akust. zh. 1956, 2, No 2 224-2p-,,
Y
Abstract: Using a sensitive Tepler installation in (flint) glass blocks,
in nonpolarized light, the standing shear waves, excited by a
Y-section quartz plate, was observed. At 805.6 kc the speed of
the shear wave was 2,481 m/sec. The running ahear waves were ob-
served upon reflection of the longitudinal wave at the boundary
between the glass--and the--dir in the foxm of a light beam against
the background of the interference of the reflected longitudinal
and shear waves. Mueller (Mueller, H., Physics, 1935, 6, 179-18k)
has shown theoretically that the elastic stresses produce an
Card 1/2
- ------------

SOV-46-4-3-18/18
AUTHORS:Rzhev-1Ia-inl S. N. and Rozenberg', L. D.
TITLE: Booic Rev-j-ew-sr-~_iibliografiya)
PERIODIC'AL: Akustiches'ciy ZIn Vol 4 Nr 3, pp 295-296
19581 1
(USSR)
ABSTRACT: -There is a factual re-view of "Technical Aspects of Sound"
b-r-R. G. 1Zj_cha-,_,dson, ancl a critix.--l- review of J. Alatauschell
K s
"hinfdhrung'in die UltraschalltcchniO.
1. Literature--USSR 2. Acoustics
Card 1/1

sov/124-59-9-9815
Translation from: Referativnyy zhurnal, Mekhanika, 1959,_Nr 9, p 34 (ussR)
AUTHOR: Rzhevkin, S.M.
=NEI =:Mj-j~
TITLE; The Paradox of a Near Field of a,Piston Diaphragm
PERIODICAL. V sb.: Primeneniye ulttraakust.~k issled. veshchestva. Nr 6,
Moscow, 1958, pp 47 52
ABSTRACT; The author investigates theoretically the radiation of a round
piston diaphragm oscillating within an aperture in an infinitely
rigid screen. The sonic field has the nature ofa standing wave
with gradually increasing distance between its nodal points. The.
field reflected from a reflector has.also a complicated structure.
The author shows that the generation of regular plane standing
waves,having -intervals between~the minima near the half-wave.of
sound, can be observed when displacing the.reflector in an inter-
ferometer. This phenomenon makes it possible to measure the sound
Card 1/2 velocity with high accuracy. It is.caused by automatic averaging
Card 2/2

AUTHOR: Rzhevk SOV/53-66-1-9/11

TITLE: --- th
"Zato1iy Boleslavovich Mlodzeyevskiy (on His 75 Birthday)
(Anatoliy Boleslavovich Mlodzeyevskiy (k semidesyatipyatile-tia-11
so dnya rozhdeniya))
PERIODICAL: Uspekhi fiziche'skikh nauk,- 1958, vol. 66, Ifr 1,
PP. 145 146 (ITSWI)
ABSTRACT: The present article is dedicated to Inatoliy,Bolesllavovich
IJ10dZeyevskiy-who on April 11, 19502 celebrated hi sseventy-
fifth birthday. Simultaneously the 55th year~of his activity.
as.a scientist and a teacher is commemorated. He started
ratory of.the famous ph -is'
his.scien-tificlactivity at the labo ysi,
P.'N.Lebedev; his first scientific paper dealt with the velocity
of sound in air..During his long
activity,, he finally was,
.
Professor.at the J.-Ioscow State,University. He published a great
number of scientific papers, predominantly on thermodynamical
and physicochemical,problems. He gave courses on general phksica,,
electrodynamiest.therinodynamicsg metal physics, phase theory,
crystal optics, vector analysis, dtc. He wrote textbooks for
Card 1/2 universities entitled, "Molecular Fhysicsll,,"Therinodynamics"~

PHASE I BOOK EXPLOITATION SOY/4342
Vserossiyakaya konferentsiya professorov i,prepodavateley pedagogicheskikh
institutov.
Primeneniye ul'traakustiki k issledovaniyu veshchestva; trudy konferentsiy,
vyp. 9 (kpplication of Ultrasonics in the Study of Substances, No. 9) Moscow,
Izd. MOPI, 1959- 245 p. Errata slip inserted. 1,000 copies printed.
Eds.: V. F. Nozdrev, Professor, and B. B. Kudryavtsev, Professor.
PURPOSE: This collection of articles is intended for scientists specializing in
ultrasonics, and for those.interested in the application of ultrasonics to
the study of the properties of materials, and to the quality control of mach-
ined parts and structural elements.
COVERAGE: The collection conaiitutes the transactions of the All-Russian Con-
ference of Professors and Teachers of Pedagogical Institutes. The articles
repo:&t on recent theoretical and experimental investigations in the field
of ultrasonics and discuas the application of ultrasonics to the study of

Application of Ultrasonics (Cont.) SOV/4342
materials and tothe quality control of machined parts and structural
elaments (defectoseopy). No personalities are mentioned. References ac-
Co"y most of the articles.
TABLE OF CONTENTS:
.,".Rzhevkin, S. N. [MGU imeni Lomonosova (Moscow State University imeni
Lom6ndiov)]. Contribution to the Theory of the Ultrasonic Inter:-
ferometer
Shakhparonov, M. 1. [Moscow State University imeni Lomonosov). on
the Possibility of Investigating the Funatioa 6f-Distribution of
Density.Fluctuation From the Data on the Speed of Propagation of
Hypersonic Waves 9
Kh. I., A. M. Kerimov, and B. G. Alibekov (Dagestanskiy
filial AN SSSR (Dagestan Branch of the Academy of Sciences USSRA.
Investigation of the Specific Heat Cv of a Liquid by Direct Measure-
ment and Comparison of the Results Obtained With Values of Specific
Heat Cv. Found by Means of.Ultrasonics 23
--card-2/11

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Iti It m I

A .-ana-g--ne
-TITLE: Investigation of the soundy-a-bBorbing structure of the Adechoic
Chamber of the Faculty of-ilitsics- of the Moscow State
University. (Issledovaniye zvukopogloshchayushchikh konstruktaly
dlya zvukomernoy kamry fizicheskogo fakulteta Moskovskogo
Gosudarstvennogo, Universiteta.)
PERIODICAL: "Akusticheskiy Zhurnal" (Jouinal of Acoustics) 195?
,
'Vol.,III, No. 1, pp. 73 - 28 (U.S.S.R.)
ABSTRACT: Project and constructional details of the Anechoic Chamber
for the new Faculty of Physics of the Moscow State ~Uiversity
are given. It is an irregular parallelogram, 100.m. an4-about,
?.5 m in height, the Seiling-being inclined at about 10
Total volume is 650 m - The absorption chamber is insulated
from the building walls with rubber spacers. The project
involved an investigation into the best sound-absorb:Lng types
of constructions and of materials. The usually adopted constr-
uction methods are those given by E. Meyer, J. Buchman and
A. Schoch 1) and by Beranek and Harvey P Sleeper 2). These
were used for the construction of the AA;choic -Chmber of the
Academy of Communications imeni Budenny'(Akaden4ya Svyazi
i-meni Budennogo) with the absorbing material based on asbestos
yarn. To improve low frequencies absorption2 the CAamber of -;,he
Institute of Radio-communication and of Acoustics"(Institut
,Card 1/2 Radioveshchatelnogo Priema,i Akustiki) in Leningrad, 3) the
lining was changed to "MIPOR" foam plastic with a spec.grav. of

Investigation of the sound-absorbing structure of the
Anechoic Chamber of the Faculty of Physics of the Moscow State
University. (Cont. 46-1-3'~~20
0.011-0.017 g/CM3 foming a resonant sound sink, as suggested
by Bibishev, Veliiihmina and Sokolov, 4). This was achieved
by using segments of "MIPOR" with a bad absorption character-
istic and experimentally finding the best positioning of them
inside resonator cavities in the wall. As expected, this gave
good results at,one particular frequency only, since for a
given resonator the segment should be chosen so as to meet
specific requirements as pointed out by Rzhevkin, S.V., 5). It
was decided, therefore, to use, in the present chamberut glass
wool as absorbing material for segment lining with
s-g. = 0.12 g/cm-;'. I It gave satisfactory results dovra to,
80 C.P.S.
Two drawings of a straight and of a combined resonator
systems and 7 graphs relating the coefficient of reflection
against frequency for various materials and shapes of the
Card 2/2 lining segments are included. There are 5 references, of which
3 are Russian,-

0

" VAIn' 'I"" analysim
loot. K, A. Voumblanind and M. Ill.
,
via at." mirptan." jin Ittk-WO, J. 6ill-I'lly., (ZA I. A4. Pis').
0.~. 1947. M, 17, jqo. 14M - MO.
llr#qx'Iu-T will r0millit. firtl tile prilicil4d mourt- of milpiAl".
.8"11-113 pr..Iu.v of toliAl 11111um The 11"i.,
InIfil 1-#' tor saingly mamost'l. Plightly Vali"Ide. Vorip"I Alw)
*Italy writ arm (of liflutot! um-111111vilm for stil,lyilloc it ililielf ( 1) t1m.
0.ZIA*ult: Lime" art. 6pa limis; .(2) Ow. Weaker
umiMA; (3) tim Impowwy thimorimilustion dw~-s wit virmil Um
thini Of all twt4v*-. Thd buthOm "MmIllcullid U411K RIIY tYlk! Of
fvt'li,fillit (win, w fiIIII 1. fav.M41). (n.11% whivi. .11
6 ol~tmctvil mijul rmlitilA a nulutwr 4 tinw., tit, 6,it,,g
6ter j,iit^l ititis a sjunol track of abuut 0.1 -V duratilist. U It,)
jwri'AI cull be lx'rLeiVT4I, MJ'Y mufficit"ItlY 1-149 interval can tx!
tx-j. mill the atithimrs exisillit Out mWmilkirolinit formul".
Ftir Ifis? litully of tim IM tile auth4irs. malle a
rwrimhjuL frandprorst it smilu a Win. m3pitio,t) III rm
id the mitHim) track 14 thfutmi run tlw* cunNsit4l ifrip through a

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Two ~Iwctru stre AwAtt in the tm4jq!r. une for owtheimi. tile ut1wr
(.r A. W. %Nudiwiler, USA

PHASE I BOOK EXPLOITATION sov/4327
Rzhevkin, Sergey Nikolayevich
Kurs lektsly po teoril zvuka (course of Lectures on the Theory
of Sound) [Moscow] Izd-vo Moak. univ., 1960, 334 p. Errata,
slip Inserted. 6,000 copies printed.
Ed.: K. M. Ivanov-Shits; Ed. of Publishing House: S. F.
Kondrashkova; Tech. Ed.: M. S. Yermakov.
PURPOSE; This book is intended as an aid for students of the
Moscow State University and of other schools of higher
learning and for personnel of scientific Institutes work-
Ing in the field of acoustics...
COVERAGE.-, This book consists of lectures on the theory of
sound given by the author at the Radio Physics Department
of the.Physics Division of the Moscow State University In
recent years The material deals with the derivation of
the sound wave equation'. the.propagation of plane waves
and their.transmission through interfaces of various media,
the propagation of.sound waves in tubes and acoustic lines,
Card-.1/3
TABLE OF CONTENTS.
Preface 3
Introduction 4
Ch. 1. Wave Equation 7
Ch'. 2. Plane Wave l8
Ch. 3. Transmission of Sound Through Interfaces of Various
Media 37
Ch. 4. .,Simple Radiators of Sound (Pulsating and Oscilla
ting Sphere) 57
Card-2/4-

BENDRIKOV, G.A.; KRASNUSHKIN, P.Ye.; REYMUDELI, E.M.; POTEnINI V.V.;
MUST;4LI, Ya.R.; R97T VKIN, K.S.; IVANOV, I.V.; KHAIRLAMOV. AA.-,
TIKHONOV, Yu.V.; STR OVA, L.P.; KAPTSOV, L.H.; ORDANOVICH, A.Ye.;
KHOKHLOV. R.Y.-, VORONIN, E.S.; BERESTOVSKIY, KRAS1iCF-1?VTSw.
Yu.V.; XINAKOVA, I.I.; YASTREWS97A, T.H.; SWNOV, A.A.; VINO-
GRADOVA, M.B.; KARPZM, G.A.; DRACHEV, L.A.; TROFIMOVA, N.B.;
SIZOV, V.P.; RZHBVKIN, S.N.- VELIZHANINA, K.A.; NESTBROV, V.S.;
SPIVAK, G.V., red.; NOSYREVA, I.A., red.; GEORGIYEVA, G.I., tekha.
red.
[Special practical manual in physical Spetsialinyi fizicheBkii
praktikum. Moskva, Izd-vo Mosk.univ. Vol.l. (Radiophysics and
electronics] Radiofizika i elektronika. 1960. 600 p.
(MIRA 13:7),
Professorsko-prepodevat ellskiy sostav Weleniya radiofiziki
fizicheskogo fakulltets Moskovskogo -,os-udarstvennogo universiteta.
(for all, except Spivak, Nosyreva, Georgiyeva).
(Radioactivity) (Electronics)

L 29965-66 EVIT (I )/T JK
ACC NR~AR6oO4358 SOURCE CODE: UR/0299/65/ooo/olg/',Bol,r2/BO42?
AUTHOR; Berim, M. G.; Brudnaya, K. B.; Rzhevskaya, G. F.; Tuk-L-larova;
Sh. Z.-
TITLE: Problem of the,antibacterial action of amidophosphonofornic
ester, phosphorilated '&detals and hydrazones'
SOURCE: Ref. zh. BiologiyaY Abs. 19B272
REF SOURCE:- Nauchn4 tr. Kazansk. med.
in-t v. 14, 1964, 99-100
TOPIC TAGS: =6-w V, bactericide, organic.phosphorus
compound Alfil
ABSTRACT:. The antibacterial effect of amidophosphonoformic ester,
'phosphorilated hydrazones and phosphorilated acetals are studied. Some
serotype (0-111,,0-26, 0-55) intestinal bacteria,~pro~eus vulfarkeus'\16
stimulants of typhoid-f ever, dysentdry, - murine tahus \9 stap Ylococcus
streptococcus, and also diphtheria~gstimuiators wtgt h ateria,viere U-SiAl
The latter microorganism was shown to be the most, sensitive to the
compounds in questlion. The addition of chlorine atom to the alkyl
radical, or an-iinerease in the carbon.atom number in it does not
Card 1/2

BEIG-11, BFUTDIMP., K.B.; P-M-EVSiU.1-1., G.F.; TUKTmi(Arr', Sh.Z.
Ant-imicrobiall effect of the esters of amidophosphonofcrm-ic
acid, phosphorylated acetals and hydrazones. Nauch. t-rudy
Kaz. gos. med. inst. 14:99-100 1644. 18:9)
1. Kafedr-, mila-obiolo.aii (Zav. - dotsent Z.Kh.Kai-Lmova) i kafedra.
farmakologii (zav. dotsent T.V.Raspopova) Kazanskogo meditsinskogo
instiltuta.

KONOVALOVA, N.C.; HAIIHOVA, Ye.K.; IRZIEVSKAYA, G.F.; Tit-EYE111k, S.M.
Bactericidal effect of. organophosp~orus Preparations and
antibiotics on staphylococci cf the genitals. Nauch. trudy
Kaz. gos. med. inst. 14:207-208 164. 18:9)
1. Kafedra milcrobiologil (?,av. - dot-,.ent Z.Kh.Karimova)
i kafodra farfrzkologli (mv. - (I(jLrjonL T.V.1trispol)(3va)
Kazanikogo mediLsIxiskogo Instltuta.

CEMADUTI) NOV Y K.A.; [6'MIVSUYA7 G.P.; S111611KILK, K.A.
Inhibitive effect of somp -,rganophoophorus compounds on the
foot-and-mouth disease virus. blauch. trudy Kaz. gos. med.
inst. 14:lZ,1-142 164. (MIRA 18:9)
1. Virusologicheskaya laboratoriya (zav. - prof. F.Z.Amfiteatrov)
Kazanskogo veteriiiarriogo instituta i kafedra farmakologii (zav.
dotsent T.V.Paspopova) Kazanskogo meditsinskago instituta.

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GORBACIEVA, A.P.; RZHBVSKAYA. T.K.

C
Gazi c;-f ~-:clid
7 1 r,
69;.
p
is: lo)
.;,ak7 , I i~ ;~. ; , c-;
FXj1i viema I-..sfedrov
tekhrdki wrsokikh napi- zhenf-y.

- -----------------
ACC NR. AT6026903 SOURCE CODE: UR/0000/66/000/000/0018/1)02.1
AUTHOR: Figuzov, Yu. V.; Verner, V. D.; Shulepov, V. I.; Rzhevskaya, I. Ya.
ORG: none
TITLE: A &tudy of the behavior of interstitial atoms in molybdenum by means of in
ternal friction 1
SOURCE: AX SSSR,. Institut metallurgii. Vnutrenneye trezive v metallakh i splavakh
(internal frictioz in metals and alloys). Moscow, lzd-vo ilauka, 1966, 18-21
'"OPIC TAGS: internal
friction, molybdenum, carbon, nitrogen, oxygen, activation ener
temperazure dependence, solid solution, quenching, tempering, plastic deformation.
AFSTJ,j%C"L: -An internal friction study was made of the effects ojE~,C,021 and N2 addition's
in 1-'Iolybdenum. The temperature dependence of internal friction was 'measureT-In a vacui
~;x_n on samples of 1 n-.n width and 0.35.j-mm thickness. Oscillation frequencies ranged from
'0.5 to 2.1 cps. Quenched samples exhibited a wide internal friction peak, spread overl
,the range 60-40011C, the height- of Vnich increased linearly as a function of quenching i.
,teiniiperature due to the higher solubilities of the interstitial atomis. The concentra
10 _1/
~tion ratio CIC r C, N2 and 02 corresponded with the internal friction ratio Q.
may.
a, The peak itself consisted of three components--I, I!, III--a high central, por-i
Card 1/2

L W,.8G-67
ACC
M) and t-wo neighboring plateaus (I, III). The related activation energies as
determiined by the Wert-Marx method were 26, 32, and 39 Kcal/mol for 1, 11 and III re- i
:spectively, Component- III was associated with.carbon since it vanished after quenching'
.from 10001C, and the concentration of carbon in solid solution is~negligible below
:12000C. The central component 11 may have been caused by oxygen since ox-jgen is the
'most soluble interstitial in molybdenum; also Q_1/ 1 correlated best with 02/0Z
Q~ax
max
~Ccmpbnent I was probably caused by nitrogen. The activation energy for nitrogen diffuj
S2.0n in molybdenum was previously determined by Hartley and Wilson to be 25.1 t 2.7
Kcal/mol. The peaks and the low temperature background decreased in magnitude after
ltezmerin- at 6000C for 30 min, or in quenched sapp.~es, aftpr annealing in hyAr9gen. at
:16000C. Deformation of vacuum annealed samples pushed the high temperature side toward
~the left, eitheras a result of the breakaway of dislocations from Cottrell atmospheres
~or because of localized differences in deformation conditions. Orig. art. has: 6
figures.
'SUB CODE: 11,20/ SUBM DATE: 02Apr66/ ORIG REF: 00l/ OTH REF: 004
carri 2/2

6,~Vj~ 64;00-vi---V

BARATOV, K.B.; YUSUPOV, A.Mp CHIZH, I.M-; RZHEVSKAYA, V.I.; BURMAKINA, V.F.

ell nw~ -

v
AID P 3421
Subject USSR/Chemistry
Card 1/1- Pub. 152 - 6/18
Authors Vozdvizhenskiy, G.S., V. A. Dmitriyev, A. G.
Mozhanova, Ye. V. Rzhevskaya, and D. Ye. Chasov
Title Preparation of good-quality electrolytic coatings
on articles from zinc alloys,
Periodical Zhur. prikl. khim., 28, 5, 484-489, 1955
Abstract Various compositions and reaction conditions are
described. Best results were obtained by using an
electrolyte containing 20-25 g./L copper, 8-12 g./1.
free cyanide, 15-30-9./L sodium cabonate; current
density, 1 amp./sq.dm.; temp., 50-55OC-, PHJ 11-12;
reaction.time, 10 min. Three tables, 3 photos,
6 ref., 4 Russian (1943-1951).
Institution None
Submitted S 25.1 1953

A YA L- v
USSR/Physical Chemistry Electrochemistry, B-12
Abst Journal: Referat Zhur &miya, No 19, 1956, 61169
Author: Vozd W henskiy, G. S., Dmitriyev, V. A. _Azhevs~ay
.,-.-Ye. V.
Institution: Non
(Xf5-,e
Title: Electrode Potentitis of Copper MonocryBta 1B in Pho sphoric Acid
Original
Periodical: Zh. fiz. khimii, 1955, 29, No 2, 28o-286
Abstract: Investigated were -the electrode potentials of Cu monocrystals (M)
in H P04 (sp. gravity 1.53). M were grown by the method of crys-
t hown that static and especially-
al72zation from a melt. It is s
dynamic potentials (the latt 'er were measured vith,an'odic
zation at current densities of 0-5-50 a/dm2) Of the facefowf,-
cube octahedron and rhombododecahedron differ substantially from
one another and the most positive potED-1al is that of the facet
of a rhombododecahe,dron (Vozdvizhenskly, G. S., Dmitriyev, V~ A.,
Dokl. AN SSSR 1949, 66, 227). With increasing duration -of the
Y
stay of M in the solution differences in static potentials gradually
Card 1/2
----------------------------------- ---------- ------------------ --------------------

Vs )qvl

fit
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~"Jallol The
P.11shing Of 0

;),
,
7ca
n

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in

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tej
mano And'dW
the potential 1
further r cormb
With ~ d6phmg
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i
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format
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--' IL- ted-
-
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AM Of

137-1957-12-2,1560
Translation from: Referativnyy zhurna 1, Metallurgiya, . 1957, Nr 12, p 230 (USSR.)
AUTHORS: Dr-nitriyev, V.A., Rzhev skaya, Ye. V,
T IT LE: ~__n the Problem of the Mechanism, o trolytic Polishing of
Copper (K voprosu o mekhanizme elektrolitiche5koy polirovki,
medi)
PERIODICA L: Izv. Kazansk. fit. AN SSSR. Ser. Khim. n., 1957, Nr 3,
pp 105-109
ABSTRACT- The anodic 1, s. 1 C-1 of metal by the --tectric current was
determined in the process of the anodic of specimens
of tempered Cu in various concentrations of H3PO4. The

tion of
of metal increased with qecreasing-concentra
the acid. When the D ~f. -and the specific gravity
a
of.the H3P04 is reduced from 1.62 to I.Zl, the y--le-ld of
metal increases from 25 to 97 percent The Cu concentration
olyte influences the of metat considerably.
in the electr V
When D_ is L- the of metal is almost 50 per-
cent larger in an electrolyte containing 30 g/I of Cu, than it is in
Ca rd I an electrolyte cont.ainirg 87 g/1 of Cu, At Da = 50imip/dra" the

137-1957-12-24-5560
To the Problem of iMechanism of Electrolytic: Polishing of Copper
rate of co-.
is Z.3 times greater in H3P04 with,a
specific gravity of i.31 than it is in, H3 P04 with a specific ravity
9
of 1-53.- Tile results obtaine.d show that in the process of electro--
polishing, conditions must be created which favor the dis!:-Olving
of the mic ro- projections, and at the same time ensure an identical
I%U for the various structural rnicroconstituents; to achieve this
it is imperative to ensure sufficient local inertness of the metal in
order to suppress the action of the microelements, An electro-
polishing mechanism is examined which would provide identical M.
for the vcir-~Otls rriicroconstituerit~~ of the, su.rface of the metal,
Ya. L.
Electrolytic polishing 2,, Copper-Electrolytic, polishing-
Test results
Card 212

137-1957-12-3~4611
Translation from: Referativnyy zhurnal, Metaliurgiya-1957, Nr l?, p 237 (USSR)
AUTHORS: Dmitriyev, V A Rzhevskaya, Ye.V.
TITLE. Some Probierns of the Mechanism of Electrolytic and Chemical
Polishing of Zinc ~(Nekotoryye voprosy mekhanisma elektroliti-
cheskoy i kliimiche-Qkoy polit-ovki.tsinka)
PERIODICAL: Izv. Kazansk., fit AN SSSR, -~er. khim, n,, 1957, Nr 3,
pp
ABSTRACT: By. employing the e'~ectro',ytic polishing of Zn as an illustration,
it is demonstr,:,teci that the mechani~~M.ot the process is the same
for'rnetals-,,z~tli ditferer-L propertie!i, ana that the mechanism of
the proces--. of chemical potishing of Zn does not differ from that
of the el.ectrolytic proc The anode potential was studied at
variou,-~ DA'~. as a function of the co ncentration of the acid and
the content ot Zn in. the electrolyte in the process of electrolytic
t -specific gravity I- I - 1. 15), In
polishing of Zn in H3PO4
another Zer;c-s of experiment-s the Quality of an electropolished
"urface wa!~ -~t.udied as a func~lon of the DA and the concentration
of acid and Zn in the electrolyte by ob-serving the value of its re-
Card 1.12 f-LeCLiVe propertie- A 500 ml electrolyzerwas employed for the

Some Problems of the Mechanism of Electrolytic and Chemical (cont.
polishing of 2OXIOxIO mm specimens of cast Zn; one side ofthe
spe~cimen having- an urea of I cm? , was subjected to. electropol~sh-
ing, while the rem.1inder was protected, The surface of the anode
was 20 tirnes greater than the surface of the cathode. The poluri-
zaLion curves show a strong similarity to the, curves of the electro-,
lytic polishing of Cu in H3 P04 , The discrepancy at smal I DA's
is caused by high chemical activity of Zn.in the given electrolyte
as compared with Cu. A's in the.case of the polishing of Cu, the
maximum possible suppreSSLOn of microelectrochemical corrosion
of metal is a basic condition for the realization of the procesL,, It
was established, that Zn can be polished chemically in concentrated
HN03'
Ya. L,
1. Zinc-Elea 'trolytic polishin.-Test results 2. Zinc-Chemical
polishing-Test results 3. Electrolytic Dolishing
4. Ghemical polishing
.Card 2/2

-63 SD JD
t 19386 AMC A
~~G]~SSION ~NR. AT3001932 S/Z91Z/6Z/000/000/0326/0332

A.-, Rzhevskaya- Ye. V-*, Kh~ristofo
Dmitriyev, -V rov, V.A..
TITLE: The surface structure of metals and oxides after electrolytic and chemical .....'',
1polishing
WURCE: Kris tallizatsiya. i fazovyye perekhod~. Minsk, Izd-vo AN BSSR,
;19~2, 326-332
TOPIC TAGS: 'crystal, crystallization, crystallography, surface, structure,
polishing, electrolytic, electrochemical, chemical, mechanical, electropolishing,
:anode, anodic, polarization, limiting current,- potential, acceptor, activity,
_cxhaustion, submicrostructure, oxide -film,. cuprous oxide, Cu-

'ABSTB-4CT: The, paperdescribes the results of an experimental investigation of:~
ithe surface structure created by- electrolytic and chemical polishin pfme"tals. A
new approach to the; problem is required, 'bi3cause the surface char~�teristics and
"the. nonuniformities arising in the process, of che.rnical polishing ar6 basically at
;variance with the n~nuniformities obtained in mechanical polishing. The surface
~structure of annealed Cu at various stageqi of anodic polarization in 70% phosphoric'
;acid, performed iii'potentiostatic conditions, was employed. Specimens dissolved
01
Ccrd 1/3

L 19386-63
.~AGGESSION NR:'AT3001932,
!within 3 hrs. Ordinary etching and develdpziient. of the microstructure in the
.~0.4-0 6-v potential interval.- At 0.65-1.85 %T, the.so-called "plateau." a, shining, J:,.-
iviace is formed. 500.-~ on
;visually smooth, microscopic investigati however,.in
dicated far-reaching changes in the struct~i~e. Below the floscillation potential,".
:each grain has a smooth polished, surface. but with pronoxin~Vd. grain boundaries':-_-
'In the oscillation--ntential interval 0.65-0,.40 v -a new-type stiticture with dis'solut-
~tion strata is forme*d. This structure depe'nils on.the orientat4pri of th grains.
e At
1.1.Z-1.6 v the grai _%oundary de*velopmentl* ases, and at L;65~-~
.75 v not only the
1:t6ta theinselv luded'
intergrain boundaiies but the dissolution 3 es van"ish.. It is cone
Ithat, contrary to pr6vailing. opinion (Edwaids, J.,, J. Electrocheim. Soc., v. 100, no..7,`.,1'1:~.,_,:_.
11953, 189; no. B1953, 223), the attainment'of the limiting current, founded on the ex;,-_:`,.-
~haustion of the activity of the acceptor-H PO is not a sufficient conditioil for the
3.
r e
-accomplishm ent ~f Lgh-quality polishing.,- aA the'shape of the polarization cu v
:is not adequate to char~acterize the polishing process. The reason for the incepti
of the manifold -structure at various values of the potentiil, but at a constant limit.,.
7
n
s e~i'dently attributable to ai~oiher rocess. It is postulated that a
ing current, i p
extremely thin la~67_ of cuprous oxide forriii on-the.surface of the Cu electrode.
farization potential, the, character of tl~e'dist ibution of -tix
With increasing po r
'd
cuprous ox. e on thit various crystallographic elements of the surface and i.ts
electrochemical nkture changes. This, then, is -the reason for. the f6rmation of:
'Card Z/3

L 19386-63
ACCESSION NR: AT300193Z
variously shaped structures at the limiting current. Only at elevated potential
(1.65 to 1.75 v) will the cuprous-oxide film attain an elevated elect'rochemical
~uniformity, thereby forming a surface with a fine submicrorelief. In such condi-
tions, the preferential dissolution of separate submicroregions of the surface wilL
:be determined fundamentally not by their electrochemical activity, but by the
condition of the sufficiency of the acceptor. The experiments (numerous photos,q
are shown) were performed o sheet-Cu specimens, on the surface of which a
n
O.Z-mm thick cuprous-oxide film had been formed. It was found that electro-
'polishing of cuprous oxide can be performed in the following elect olyte (in mi
r
;liters): H PO gr glycerol 150; T 400c; current density 10-20
-5:sP
2 3 4(l
ma/cm . The cuprous 03dde could be polished even more effectively by chemical
~dissolution in an electrolyte. consisting of 135 ml H3PO4 (17sp. gr.) and 15 ml'
;HNO (1.5 sp. gr.). at T 40-609C. Orig. art.'hPs 6 figs.
3
ASSOCIATION: none
DATE ACQ: .16AprOl ENCL: -
SUBMITTED: 00 00
:SUB CODE: CH, PH-, MA, 'EL NO REYSOV-. 007 OTHEM 6649;.
r
Card 3/3

.9 AA

DMITRIYEV, V.A.; RZHFVSKAYA, Ye.v.; KHRISTOIDROV, V.A.
Structure of an electrolytically. polished copper surface. Izv.
Kazan.fil.AN SSSR.Ser.khim.n;wk no.4:115-126 157.

vs-
Rzlv6- Y42.
I 137-58-5-10838
Translation from: Referativnyy zhurnal, Metallurgiya, 1958. Nr 5 p 278 (USSR)
0
Dmitriyev, V.A., Rzhevskaya, Ye.V., Khristoforov, V.A.
TITLE: The Structure of Electrolytically Polished Copper (Struktura
elektropolirovannoy med,i)
PERIODICAL: Izv. Kazansk. fil. AN SSSR. Ser. khim. n., 1957, Nr 4,
pp 115-126
ABSTRACT. A study, is made of the surface of Cu in the process of anodic
dissolution in an electrolytic polishing bath in accordance with
the process pxocedure and the crystallographic orientation. The
experiments were run on annealed polycrystalline specimens of
Cu and on single crystals of Cu obtained by crystallization from
the melt. X-ray was used to determine the position of the cry-
sta'llographic planes in the single crystals., Microscopic investi-
gation of surfaces was performed with the optical portion of. the
PMT-3 instrument, at a magnification of 480 times. InveIstiga -
tion of the surface by the electron microscope was done with an
EM-3 model, employing chrome-tinted celluloid replicas. The
electrolyte used was H3PO4, of 1.535 sp. gr. The first stage
Ca rd I/? process of.electrolytic polishing of polycrystalline Cu at a,

137-58-5-10838,
The Structure. of Electrolytically Polished Copper
Current- density of I amp/dm2, and 0.12 %r effects an etching of the surface to
reveal the microstructure. An increase in the current density.. voltage, and
duration of anodic. dissolution is accompanied by a selective dissolution of
va rio us portions of the crystallite, confirming the concept of the electrical
decrystatlization mechanism of dissolution. As dissolution time is further
increased, all signs of microstructure disappear, and the surface becomes
microscopically smooth. Dis5olution of individual planes of single crystal-, of
Cu under a regime corresponding to the first segment of the polarization
curve is accompanied by the appearance of etch figures appropriate to the
given plane. Higher ciirrent densities result in a microscopically smooth,
electrolytically polished surface similar to the surface of polycrystalline Cu.
The use of.electron microscope investigations with magnifications of the
order of, 2000 makes it possible to distinguish submicroscopi( roughnesses,
on the "smooth" surface of the Cu. This roughness is due to the selective
nature of the dissolution of sub-microscopic parts of the metal surface and is
not related to.crystallographic_ orientation.
1. Copper--Surfaces 2. Electrolytic polishina--E~-~'-rp-c-t,-~ve-r,~-7s E. K.
Ca rd Z/?_

BENDRIKOV, G.A.; KRASNUSHKIN, P.Te.; REYKHRUDEL, B.M.; POTEMKIN, V.V.;
MUSTELI, Ye.R.;.RZ11ZVKIff,,K.S.; IVAIJOV, I.V.; KHABLAMOV, A.A.;
TIKHOHOV. Yu.V.; STR , L.P.; KAPTSOV, L.N.; ORDANOVICH,
A.Te.-, KHOKELOV, R.V.: VORONIN, E.S.; HMSTOVSKITO G.N,; YLRABNO-
PNVTSKV, Tu.V.; MINAKOVA, I.I.-, TASTREBTSEV-4, T.N.; SEMEROV.-A.A.;
VINOGRADOVA, M.B.; KARPETEV, G.A.; DRACHEV. L.A.; TROPIMOVA, N.B.;
SIZOV V.P.; RZIM
`VKI11, S.N.; VZLIZHANINA- K.A.; NESTEROV. V.S.;
SPIVAK, G.V., red.; NOSTREVA, I.A., red.; GEORGITEVA, G.I., tekhn.
red.
(Special physics practicuml Spetaiallnyi fizicheskii praktikum.
Moskva, Izd-vo Mosk.univ. Vol.l. (Radio physics and electronics]
Radiofizike i elektronika. Boat. pod red. G.V.Spivska. 1960.,
600 P.
(MIRA 13:6)
1. Professorsko-prepodevateliskiy kollektiv fizicheskogo fakultteta
Moskovskogo universiteta im. M.V.Lomonosova (for all except S-Div~.
Hosyreva, Georgiyeva).
(Radio) (Electronics)

y
SUBJECT: West GERMANY/Zoology 4-5-10/17
AUTHOR:, Rzhevskiy, B.
TITLEt A Now Breed of Fur-Bearing Animals (Novyy ZVerek)
PERIODICAL: Znaniye sila, 'lay 19570 P 33 (USSR)
ABSTRACTs Mura in the name of a now furred anima raised in West.GermaW
by Mr. Josef Krings by.interbreeding all kinds of.exotio
rodents from Alaska, Asia, Africa and,South America. The
breeder keeps the name of Murals~forbears secret. The fur
is of different colors: blue, satin-black, sapphire,whits,
golden, chinchilla or brown, and can be well used for cloth-
ing.
ASSOCIATION:
PRESENTED BY:
SUBMITTED:
AVAILABLE: At the Library of Congress
Card 1/1

3kv&~,-

SOLOMATIN, A.0. (s.Vsevolodo-Blagodatskoye, Sverdlovskaya obl.); GRIGORIYEEV,
G.V.; FK-YDZOII, A.I.; KUZUETSOV, N.T.; POLOV, A. (Barnaul);
~VSKII,-R.H. (Moskva); DAVYDOV, V.D.
Calendar of nature. Priroda 51 no.3sl25-128 Mr 162.
(MIRA 15:3)
1. Karagandinskiy botanicheskiy sad AN Kazakhskoy:SSR (for
Grigorlyev). 2. Severo-Zapadnoye upravleniye gidrometsluzhby,
Leningrad (for Freydzon). 3. Institut geografii AN SSSR,
Moskva (for Kuznetsov).- 4. Gosudarstvennyy astronomicheskiy
institut im. P.K.Shternberga, Moskva (for Davydov).
(Nature study)

MUMMZHkNOV. M.; PICRSHTAT, N.; RZHXVSKI-Y,_g,,; ZHURAVLEV, B.S., redaktor;

USSR/CultivatcA Plants - Commercial. Oil-Bearing. Sugar-Bearing. M-5
Abs Jour Ref 21iur - Biol.i No 7, 1958, 29888
Author Molchanov, D.M., Lysenko, F.F., Rodimtsev, I.A., Rzhovskiy
G.K. Shafrin, A.N.
Inst
Title Cotton Sowing Times in Uzbekistan.
Orig Pub Sots. s. kh. Uzbekistana, 1957,.No 3, 7-10
Abstract No abstract.
Card i/I
13
USSR/Technical Crops. Oil Plants. M
Abs Jour: Ref Zhur--Diol., No 17,'1958, 77769-
Author Rzhevskiy, G.K.
Inst
Title E)cperirient on Square-Nest Distribution of Cotton in
Uzbek SSR.
Orig Pub: V sb..' materiv-ly Ob"yedin. nauchn. sessii po khlo-n-
kovodstvu, T.I. Tashkent, Gosizdat UzSSR, 1958,-
481-485.
Abstract: No abstract.
card 1/1

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ur~~

f JI, hods of 1onR
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unde rs cored