SCIENTIFIC ABSTRACT RYABOVA, V.G. - RYABOY, V.Z.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446310018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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~ t Card 2 6.

ACCESSION NR: AP4042467 S/0294/64/002/003/0401/0405
AUTHOM: Gurvich, L. V.; Ryabova, V. G.
TITLE: The determInation of metal halide dissociation energies on the basis of
equilibrium, reaction studies in flames. 1. Dissociation energy of BaF
replofizika "okikh temperatur, v. 2j, no, 3, 19
souRm 64., 401-405
TOPIC TAGS., equilibrium reaction, hydrogen air flame, barium,~partiai pressure,
fluorine, dissociation rate, atomic line intensity
ABSTRACT. The equilibrium reaction rate of Ba ina hydrogen-air flame,, all2+bO2+C1'2+
dH 02 with the addition of (C F vapor, was investigated experimentally. 'Barium'
2 2
added to the flame in the form of 0.02'M BaCl s-olution. The absolute value of.
2
Ba partial prossurea in eight differen8 flamos$,at 20-mm height, was determined by
~the absolute line'intensity X 5535 k with theadditions of several fluorine rates
(5.5, 15.8, 35, and 50 mg/min of.(C2F5)ffl) and'also in the absence offluorine.
From this the dissociation energy,D (BaF) of barium fluoride.was.datermined,using
1/2

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-113

. . . . . . . . . .

V
;WTHOR; Ginzburg,.Z.L., Engineer, .128-5a-.d-15/18
TITL IE. Scientific-Technical Se ssion onFrogressive Technology of
Casting Yolds (Nauchno-tekhnicheskaya sessiya' po progressiv-
noy tekhnologii liteynoy formy)
PERIODICALt, Liteynoye Proizvo,dstvo, 10,58, No-14, pp 28-30 (USSR)
ABSTRACT: conference on the technology of casting molds - organized
by the NTOMAShPROM of'Ahe KharIkov OblasV - convened in,
Khartkov on 14-16,November.1957. More than 200delegates from-
plants, research institutes, vuzes.and.other:organizations of~
the KharIkov and,:other regions participated. Problems of.
earth.-mold casting-were discussed. A total-.of 24 reports..
were delivered on hardening and exothermic mixes and the me-,:
chanized processes in USSR.and abroad. B.A. Noskov'and,V.I.
Ryzhkov (KhPI).gave informationlon molding,sand.and clay,,.-.:,
available in the KharIkov economic region. The following
reports were also heard:.V.V.Ryabova - on theuse of,carbon
dioxide at NKYZ, for chemi-ca strengthening of molds, which
has reduced.the drying period and cut the consu ptio
M n of gone-
'Gard 1/5 rator gas, improved the quality of castings, and nearly~

128-58-4-15/18
Scientific-Technical Session on Progressive Technology of Casting 11olds
doubled the production of molds; N.Kh. Ivanov on the use of
the same quick-hardening mixes, With.cold carbon'-dioxide,at 'the,
Slavyanskiy mashinostroitelInyy za'vod (Slavyans1c Machinebuild-
ing Plant);,Engineer D.A. Lurlye (Giprostanok) - on modern
methods and an installation for production of. carbon dioxide;
Engineer Ye.P. Tolmachev of the, Voroshilovgradskiy teplovoz6-.
stroitellnyy zavod (Voroshilovgrad D,iesel-Locl6motive Plant.)
rience with molding sand milled.in a special,vibration,.~
on expe
mill, which solves the problem of obtaining castings with a.....
clean surface not only with shell molds,.but also.with con-
ventional molding methods;.A.Ya. Izmalkov -. on the oil-less
binder 'IF" used at the plant I'Serp i Molot"; A.I. Veynik -,on
the theory of forced cooling of castingsland,the experience,
in this method at the Novo-Kramatorskiy i Minskiy stanko-,
stroitelInyy zavodov (Novo-Kramatorsk,and Minsk Machine Tool,
Plants),which developedithis method in-the production of_-
large castings; I.V. Ryzhov - on.the physico-chemical nature
of sand crust, (onj castings) and the ways.of eliminating-this
crust by.producing a de-oxidizing atmosphere between-the mold,
and the metal, casting in vacuum, or crystallization-preventive
Card 2/5 additions to water glass; P.G. Novikov, (of TsNIITMASh) -on.

128_58_4-15/18~
,)Cientific-Technical Session on~progressive Technology of Casting Molds,
results of the'collective-wo,rk of TsNIITUASh and NKMZ*,on
technological problems of the production of large molds, and
the new method of~forced or controlled cooline,:o,f,castings.-in
the ground, as well as on the experiments with P, system of
universally applicable cast parts; B.K. Dymshin of the Kharl_
kovskiy turbinnyy)zavod (KharIkov Turbine Plant) and Engineer.
I.Ye. Gabey (NKMZ - on exothermic mixes for.heating.the
feeding heads of steel and cast iron castings; M.L. Turovskiy
on investigation of internal~stresses,at the Kharl.kovskiy zavod
transportn6go mashinostroyeniya (KharIkov Plant.of Transport
Yachines);.V.S. Ladnov - on mechanized casting-Into shell,
molds by shot-strewing the mold boxes, being-introduced at the
same transport machine plant; K.I. Kostimenko on the organi-,
zation of box1ess molding at the plant Hostsellmash; N.A. Ge-i
rasimov of the Kremenchugskiy'.zavo d dorozhnykh mashin (Kre-,
menchug Road Machine Plant) - on casting parts in molds.pro-
duced-under pressure up to 100 kg/cm2p without.mold boxe-s,:,
which nearly completely eliminates the nece ssity of,machining
the castings and greatly reduces,the consumption,of foundry,
Card 3A materials and metal;' A.M. Petrichenko of the Kharikovskiy

Scientific-Technical Session on Progressive Technology.of Casting Molds~~
avtodorozhnyy institut (n~ artkov.-Auto-Road Institute) on
the experience of,the,.Chinese DemocrazieRepublic with semi-,
permanent.molds,for thin-wall castinge;.Ye.A. Sukhodollskaya
of the Khartkovskiy politekhnicheskiy,ins,titut.(Kha;fkov
Polytechnical Institute) -.onsome peculiarities of foundry:
technology in China; V.D. Bezuglov of the Kharlkovskiy zavod
zubovrachebnykh materialov (F-harikov Plant of Dentistry Ma-
terials) - on self-hardening plastics "AST" which is readily
machineable, well suited for decorative correction of surface
faults on metallcastings', and also for making light1core
boxes, press-molds for.wax patterns, etc. Theconference re-
commended that the Khar1kov Sovnarkhoz organize the exploite-'
tion of molding sands and claysin the region and a centra-,
lized production of carbon dioxide., The conference pointed
out.the.necessity of extensive use of quick-drying mold mixes,
forced cooling of castings, exothermic mixes for heating the
feeding heads, and the necessity.to introduce the'shell-mold
Card 4/5 and the chill-casting.methods.
'The method Of making molds

_
__35352ok6_____
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ACC NRI AR6017800 SOURCE CODE: UR/OO58/66/OoO/OOl/AO58/AO58.j
AUTHOR: Korotin,.B. A.; Mqsev, I. P.j Pyabova; Ye. A.
TITLE: Simplified procedure for Icalculating,the counting rate of detectors and deter-1
mination of optimal dimensions of measuring volumes in the radiomeii~~7of beta7active ~1
gases
SOURCE: Ref. zh. Fizika, Abs. 1A498
REF SOURCE: Tr. Soyuzn. n.-i. in-ta priborostr. vyp. 1, 1964 44-53
TOPIC MAGS: radiometry, scintillat ion counter, pulse counting,:Beta detector, gas
dischargecounter
ABSTRACT: One of the most reliable and simplest methods'of measuring the concentra-:
tion of 0-active gases,is considered - the method of direct registration'.of the activ-.
ity o.f the gas (co ained,in a limited volume) with the aid of gas-discharge or scin-
tillation counters. It.is noted that the analytic expressions that relate the count-
ing rate of-fFe-detector with the'concentration.of the 0-active gas are complicated
and cumbersome when rigorous account is taken of the geometry of the measurement.and
absorption'Of the 0 radiation by the medium, so that their practical use is very
limited. Since a calcul66tion accuracy of~-15,- 20% is perfectly adequate for Imany
problems, it is possible to simplify the formulas and make them more universal for the
determination of the sensitivity for different geometries of,the measuring gas volumes.1
The method of obtaining simpler qualitative relations consisted in the following:
ard 1/2

S/169/63/000/001/0,11/062
D263/D307
~Ryabova Ye.P.
?
AJTHORS: Andreyeva, A.N.1 Karmanov, V.G. band
TITLE: A semiconductor bolometric radiant energy receiver
for phyto hysiological and microclimatic investiga-i
P
tions
PERIODICAL:
'Referativnyy zhurnal, Geofizika,,no..l,.1963, 6,:
abstract IB46 (Sb. tr. po agron. fiz., ;19621 no. 91
162-170)
TEXT: Construction of the bolometer is described. The
receiving semiconducting layer is 6 - 8 MM3 in'area and 10~L-thick
Its resistance is 20- 5RCkP at 200C, with- a temperature coeff icien
300
power dissipation of 200
of 3.576 per degree'at 20 and a lackened ~ and ar4r.:1.
per degree. :Paired.blocks of the bolometer are b
placed in an internally blackened box, -covered with fluorite filters
The device is 10 mm,.high and 11 rmn in diameter and possesses a 20-
0M,
tubular handle. 'The bolometer is connected into a bridge,with a.-,
supply of 3 -7 v. Sensitivity of the receiver is such: as to'allow.-
-qard-1/2
L

62
S/169/63/000/001/017/0
A semiconductor ... D263/D307
J,
intensities varying from direct solar i1 umina-
i~a
operation with li'Pt
0. 16 of that v '(from 1.1,to 0 0001 volt.
tion.to.e.g. 0 alue cm
The.disadvantage of the :bolometer is the nonlinearity.-of response
when the-film is heated, and a dependence of response on the bridge.-
,voltage. The following~points are,considered: measurement of the.:_:-~._
radiation balance~compo nts.of 1e A v6ptation,-.-measurement
ne aves i
of the intensity of,monochromator.light beams, mea Isuremer of t he
indicatrix of dispersed light,study of the radiatiozial:fteld.of
light installations,,:determination of the relative emis6ive,charac!~.;-,~.,~,--.--*,.-,,~,r,,-,,
teristics of various bo dies and the determina:tioh. of the rdite~` of
d ing of thq ground4knd 'of leaves.,
7=tracter s note:' Coinplete tranalationj,
2
71

AUTHOR; Hyabova,. Ye. F. SOV/50-58-11-2/25
TITLE: Certain Peculiarities of,Irradiation of Ridge-like Soil Sur-
faces Through.Direct Solar Radiation (Nekotoryye osobennosti
oblucheniya,grebnistoy poverkhnosti pochvy pryamoy- solnechnoy
radiatsiyey)
PERIODICAL: Meteorologiya i gidrologiya, 1958, Nr 11, PP 11-17 (USSR),
ABSTRACT: Most of the agricultural 'plants of the USSR outside.the black-
earth belt suffer from lack ofwarmth and excessive humidity.
Since a long time the methods of using ridge-like,soil,forma-
tions for the growing and harvest' increase of early~vegetables_
is employed. It was shown that by cultivating ridge-like beds-
temperature conditions in, the soil Are..notably changed. In or-
der to clarify this the author,has, in the years 0f.1954 and
1955, inves,tigated by experiment all.elemen.ts of heat balance
relative to a soil with ridge.-like bedSLand.to :level soil., In
the present paper the.,author deduces.,,equations which permit
solution of differ6nt problems-related.with"the said problem
whereby investigation results
,of N.,N. Kalitin (Ref 1,.Table 1)
,
were used~M- (N.The diagrams.(Figs 2,3) show,the results
Card 1/3 of. calculations. The, said equations make it possible to sort

Certain PeCU14arities ofJr adiation of Ridge-like Soil Surfaces Through
r
Direct Solar,Radiation
out the importance of direct solar radiation in the heat bal--
ance of a ridge-like surface. Especially, the following data
were found; 1) the irradiation of.a.ridge-like surface through
direct solar rad i ation takes place,irregular ly~as one ri dge
overshadows'the other. The most i ntense radiation hits th .eIup-,
0
per part of.,the ridge-like beds; for, a, latitude y =~6o how-
ever, the shadow until the half height of the-.ridge is quite
unimportant. 2) At, the beginning of:.irradia-tion, one'flank of
the ridge receives a larger amount-of,radiation (relatively as.,
well as absolutibly)'at all-I-azimuths'.tha.n.thisis the'case with~-~
a level surface. 3) At some azimuths, the propo,rtion~of,the
radiation.amount hitting'a ridge-like andaJevel'surface can
increase indefinitely.However, the high values of this amount
are not characteristic as the absolute radiation amount reach-.-
ing the earthl,s surface is negligible. The difference of:,ab-
solute radiation amounts, therefore, hittinga ridge-like and
a 14vel surface, constitutes.s. more important comparative
characteristi 'c factor. Fromthis'point'of view,,the.Northeast-
C
r azimuth of ridge*= 0):direction of ridges is
a a 2/3 Southwest 45

RYABOVA, Yo.P.
*-
*W- % ,
- 1~ -,.a
I - . Thermal sound for-measuring soil tempeature along a vertical

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5L
ta
TL
FL. It
F-- P tf
aff: 5

S/110/61/004/002/018/018.1-.,
B019/BO60
AUTHORS:. Kagan, V. K., Ryabova, Ye. P.
TITLE: Calculation of the Components of the Radiation Equilibrium
of Structure Surfaces
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1961, Vol. 4, No* 29~
PP. 131-143
TEXT: The part played by radiation in building construction was discussed
in a number of lectures at the II Vsesoyuznyy soveshchanii po
aktinom.etrii i atmosfernoy optiki (2nd All-Union Conference on., Actinometry,
and Atmospheric Optics) (1959). The-present paper is devoted to.,the:
construction of a computation scheme for thedetermination of all
components of the radiation equilibrium of a surface element when the
rad'ative exchange with other-surfaces surrounding this surface element
is taken into account. After a definition of designations and.geometrical:
relations the dire,ct*solar radiation is first dealt, with and,, an expression
is obtained for the solar radiation flux., which is a function of.the
Card 1/2

Calculation of the Components of the S/170/61/064/602/018/0181
~Radiati,on Equilibrium of Structure Surfaces B019/BO16O
geographic latitude, sun's altitude, and, time of day. An expression for
the scattered radiation is derived in the following section. ~The longest
s,ection is devoted to reflected radiation. Expressions concerning the
radiation flux are developed for regularly and diffusely reflected
radiation. A set of formulas is finally set up for the calculation of.the
radiative exchange. The radiative exchange is the resultant.of,count,er
radiation, of reflection from the surrounding objectsp heat.radiation9
and,reflec~,ions of -the element investigat.ed..Expressions are given for
these components of radiant.exchange. M. P. Yelovskikh is mentioned.
There are 2 figures, 3-tablesy and 15 references: 14 Soviet ard I German.
ASSOCIATION: Agrofizicheskiy institut, g. Leningrad (Institute of
Agricultural Physics, Leningrad)
SUBMITTED: August 3', 1960
'Card:2/2

7

4
4.9-125 -551.525.4- .584
.43

MeteoroloSical Abst.
4 ;
Ro/cidel'd, L. M. and Riabova E. P knierenis temperatary uzl& kushcheniia ozimylth.
_
_
_
_
_
`
`
"

Vol
4 No
9 kulru
r
v
e
J
n
o
iM. perezimovki. &I asuremcnt of the stooling node,temperatures of winter
P
.
. CrOlVditring the wintering
period.j., Viesoinznaia Akadetniia SePskokkazzialstvmnylik Nasik

Soptember 1953 -V -Tn--s
imeni K 1. Len4niz, Doklady, No. 1:26-29, 1952. 3 hgs., table, 3 rels. M- ve =ga tons

Part 1 were made durbig the winter of,1950t1951 at Ershovo experimental point of Saratov Agri-
4l

adiation and cultural Institute. 'rhermoccuples of, great sensitivit -ought into close connection
y were bt i

'
f'
T
at
e with the stoolitiq undes of plants for measurement of their temperatures. Insignificant
flifferericcs have twen found between the temperaturesof stoolin
nodes and theSoil near the A
ur
emper .
g
ntwles. This krmitterl the determination of the temperature of stooling nodes by measure
111vilts Of soil t6iiperature itear by- . 'rhe peculiarities of the microrelief caused much -greater.
Jiffurvill-o" and that is why the representative characteristics of thermal conditinus can be
::
'
1 btaill A ivith accurac f soil temperatu 'n many points'of the
.44ifficiclit by measurements o re I
j tield. Subircl ffeadiptZs: 1. Plant climatology 2. Microclimatoloffy 3. Agricultural meteor-,::
1 ology. -V. *1 Z.

tlm-Itl:j,~,-,;C-:.-V,~:, 7- -,-Cl ':ClOC- 4 0- -
f) C, --cnt
tl-,, 13 Dec 51
orcl~v c~ Lenin Stat-e 17 "en-I T 07LOn. 0
-OTT.
:~n-~--cnta-, for scie-~ce c-.- ncc
c r.,
C, 1
"o
.

SOV/3-59-3-36/48
AUTHOR: Ryabova, Ye.V.
TITLE: Conference of Scientist-Lawyers (Soveshchaniye
uchUnykh-yuristov)
PERIODICAL: Vestnik vysshey shkoly, 1959, Nr 3,,P 71 (USSR)
ABSTRACT: The "Further Development of Soviet Democracy and
Strengthening of Socialist Law" was the subject of
a conference convened by the USSR Ministry.of Higher,
Education at the Juridical Department of Moscow Uni-
Among the more than 500,persons participa-
ting were not only instructors of Law vuzes and
workers of scientific institutes, but also workers.
of courts, the procurator's offices, other state and
social organizations, State Publishing Office of Law
literature, editors of journals and post-graduate . 1~1 ---
students of the MGU Juridical, Department. The fol-
lowing.lawyers-scientists.from countries of people_
democracies also,participated: Boris Spasov" Pro-
Card 1/4 Rector of Sofia University; Leon Kurovskiy, Dean of

Conference of Scientist-Lawyers SO'1/3-59-3-36/48
the Juridical DeDartment of Warsaw University; Ion
'ion of'
Oancha, Head of bhair for Criminal Law and Acu_
the Bucharest University imeni Parkhon; Professor
Oswald Unger, Head of Chair of State and Admini-
strative Law of the German Academy of State and Law
imeni W. Ulbricht, Professor Laslo Nevai,of Budapest
University, and others.. The plenary session was
opened by Professor D.S. Karev, Dean of the Juridi-
cal Department of the MGU. Three reports called
for.the special attention of the conference: Pro-
fessor N.G. Aleksandrov (MGU) elucidated the prob-
K'j.- lem of Soviet democracy and Socialist laiv during
the period of a gradual transition to Communism;
-corresponding - Mem~er . AS USSR, Professor S.A. Golun-
skiy (MGU),,who'has visited the USA, familiarized
the conference~participants with the latest trends~
in ideology i n.the.field of law in that country;
CorrespMA i ng Membei AS USSR, Professor P.S. Romash-
kin (Law Institute,AS USSR) reported on the discus-.
sion of-questi6ns of Socialist law at the Interna-
Card 2/4 tional Conference in.Warszawa. At meetings of the
F 7

Conference of Scientist-Lawyers SOV/3.-59-3-36/48
9 sections of the conference, 65 reports and scien-
tific messages were given and 146 persons partici-
pated in the discussions. The problems discussed
referred to the development of democracy and slurength-
ening of Socialist law, and to law projects of the
Union and individual republics. Joint sessions of.
various sections discussed reports concerning gene-
ral problems of several branches of law. A joint
meeting.of the Sections of Theory.and History,of State
and Law, and of Criminal Action and Civil Action
heard reports on "The Inner Belief of Judges and So-
cialist Law" (Docent P.O. Nedbaylo - L'vov University),
Justice of a Court's Decision in the
Soviet State', (Docent V.G. Sokurenko - Llvov Uni-.
versity),.and.several others. The addresses of Can-
didate of Juridical Sciences V.M. Lesnoy (MGU) on
"Democratic Centralism and the Further Development
of the Soviet System of Administration" and of Do-
cent Ya.M.,Bell'son (Kazakh University).on "The Ba-
sic Tendency in Modern Bourgeois Science of State
'Card 3/4 and Law" were delivered to the joint session of the

Conference of Scientist-Lawyers SOV/3-59-3-36/48
Sections for Theory and History of State and Law, and
for State and Administrative Law. The reDort of Pro-
fessor A.A. Gertsenzon (Vsesoyuznyy nauchno-issledo-
vatel'skiy institut kriminalistiki - All-Union Scien-
tific-Research Institute of Criminal Law), delivered
at the joint meeting of the Section for Criminal
Action.and Section for Criminal and Reformatory
Labor Law, on some problems of.studying and preven-
ting criminality caused lively discussions. The con-
ference members recommended that in 1959 a confer-
ence be convened to study the causes of ex-iminality,
that for this subject a special course be introduced
in the higher educational institutions, and that a
scientific center for studying and preventing cri-
minality be established.
Card 4/4

5(2) ~SOV/80-32-3-21/43-

- Ryaboy,~Aja.*, Shluger, M.A.,
------------------------
TITLE: The Electric Precipitation of Chromium From a Tetrachromate Bath
(Elektroosazhd6niye khroma iz tetrakhromatnoy vanny)
PERIODICAL: Zhurnal prikladnoy khimii, 1959, Vol XXXII9 Wr 3, pp 588-595
(USSR)
ABSTRACT: The electric,precipitation of.chromium from an electrolyte,of
the following composition is studied here., CrO -360 --.400 9/1,
3
2 g1l. ''The
NaOH 50 - 60 g119 H9S04 2 - 2-5 9/12 sugar.,O.6
current density Iis ~0 a/dm2, the temperature 20 � 0.20C. Ata
concentration of 1-5 - 2-5 9/1 the precipitates.are of
H2SO4
good quality andare easily polished. The optimum is,between
2.0 and 2-5.g/l.. the optimum of the.alkali.content.lis 60 g of,
caustic soda per liter.. The content-of trivalent.chromium is
determined by'the quantity.6f..sugar present. The addition of
1-5 - 2 g11 to the el'ectrol te,which corresponds to 8-- 10 g of
y
trivalent chromium~per liter shows thebest results. A content
of 350 - 400 9/1 of chromium anhydride produces Precipitates of
optim.um Itemperature is 450C. At this tempera-
good quality. The
Card 1/2 _
ture shining chromium is precipitated. The cu,rre,nt density may

S/'090/61/034/001/015/020
A057/AI?9
AUTHORS: Ryabo y, A.Ya., Shluger, M.A.
TITLEt Investigation of the Cathodic pro,~,ess during Electrodeposition of
'Chromium.from a Tetrachromate Electrolyte
.PERIODICALs Zhurnal Prikladnoy Khimii, 1961; Vol~ 549 No. 11, PP.-177 '81
TEXTt The present work is a detailed investigation into the influence of
,each component in a t.etrachromate electrolyte on the cathodlo'ele-etrodeposi-
tion of chromium. The obtained results were discussed from the assumpti,or.
-Kaz kov h, 33~791666 (1959A
by M.A. Shluger and V.A. a .[Re',,4?,ZhPK that
a colloidal film is formed',on tiie cathod-:~ during &1--:~r-;trodeposition of' ckiromi,-
,um-Tetrachromate electrolytes are c-f prscti~~.al. intereat because of essenti-
al advantages to other chrom e-plating elect-rclytee and were already investi-
lated by the presen t authors [Ref.2~ ZhPKh, 3e-,568,(195q)):and.?i1.A., Mitskus
Ref.3: Voprosy teorii khromirovaniya (Proble.0s -.-F ',1-- 'lic-cry of chrome-plat-
ing), AN LitSSR, 55 (195c,l)] but,~ insiiffioip,itly. The presc-zitele,~'(rolysis-
0
were made in a H-shaped,cell. at 20 C using a lead-11amina anode and Ft-lamina
.Card 1/9

S/0,90/61/034/00",/015'020
A057/iI29
Investigation of the Cathodic Process d1.;_r-JLrg r) f ChToml"am
from a Tetrachromate Electrolyte
cathode (both 0.36 cm2). The electrclyte was prepared from chromium anhydride,
sodium hydroxide and sulfuric acid. Polarization --,urves were obtained. by
.measurements on aTTTf-rB_1 -(PPTV-'I) potent-Lometer by the compensation method..
The polarization curve (Fig.1) obtained from an ele,.~trolyte of the optimum
composition: CrO g11, H SO 2,~; g11 and sugar 2 g/11 shows
3 400 g1l, NaOH 60 2 1
three sections. According to polar-zati n A rves obta4ned from a normal.elec.-a
0
trolyte containing Cro 3-and sulfate the3P- sections oharacteri.3e the followingi
processes: Section.1 represents the incomplete reduction of C'44- to CO~,~
-Increasing current density effects (s.eetion 2) dise~harge of.hydrogen. A fur-
ther ri 's.e in current density.inor,eases pH near the cathode.makl,ng possible
the. formation of the colloidal chromium film on the oathode. This results in'
f the curve. * Thus 3 reai:: tions o - on oath-
the third shift (section 3) o ocur them
ode... The effect of NaOH additions is demonstra'ted on:the polarization curves
in Fig.2. The polarization curve (curve 1) obtained without NaOH addition
does not have the above-mentioned 3 sections, while 20 gll,NaOH addition:
(curve 2) effects a curve of this type. Increase in blaOH concentration (a-,Iwes
Card 2/9
p

S/080/61/034/001/015/020
A057/A129,
Investigation of the Cathodic Process during EleotrodepoSJ4.jon of Chromium,
from aiTetrachromate Electrolyte
3 and,4) facilitate the cathode process by two factorss 1. Reaction of NaOHI
with chromic acid decreases concentration of the lattery and 2. According to
A.I. Levin and A.I. Falicheva [Ref.7& Sb. OTeorlya i praktika elektroliti-
cheskogo khromirovaniyall (symposium IlTh -eory and pZactida of~the electrolytic
chrome~platingll), Izd. AN SSSR, 1. 44(1-957)] disc,harge of Cr02 --iIonsI. occurs on
the cathode and increasing~NaOH concentrazion shifts the ionic,equilibrium to
2
fCr04_ formation. Addition of NaOff and formation.of tetrachromate.ions in-.
luence the nature of the cathode film. Withou-. NaOH br'ittle and useless de-,.,
posits were obtained. High NaOff,concentration (curve 5) eliminates th 61form
ation of chromium deposits, since all chromic acid reacts with NaOH.: The
same effect is caused by decreasing CrO 3onoentration (Fig.3)., The cathodic
film is formed mainly from Cr34, ion ow coacentrations-of.H2304 the
6+ ion
rate of formation of Cr3+ from Cr S is low. Thus 2 g1l sugar mustbe
added to redu.ce-partly the Cr6+ ions to cr3+ ions and oompe Insat,a the' low --e.-
duction rate see Fig-4). A principally new assumption was made.by on Ie of
the authors, ~Ref.4) namely, that the S02- ion promotes,the fornatio In of.the
4
Card 3/9

S/06 61/034/001/015/020.
A057YA129
Investigation of, the Cathodic Process during Electrodeposition of Chromium
from a Tetrachromate Electrolyte
cathode film and does not destroy it. Comparison of the,chromium yieldand
NaOH concentration (see Tab.) shows that the latter changes the cathodic po-
tential and the chromium yield. Increase in cathodic polarization decreasEts
the current yield. Thus a concentration of 20 g/i~NaOH increases cathodic
polarization and decreases the current yield9 while with 40-60 g1l NaOH the
cathodic polarization decreases and the current yield increases. Thera is,:
not always a correlation.between cathodic polarization and current yieldq but
in the present case increase.in polarization indicates inhibition of the ca-
thodic process, namely of the reduction of chromium to chromium metal. There
are 4 figures, 1, table and 8 references3 except Soviet references .2 ref.er-,
ences to the English-language publications are givent F. Taylorg Electroplat-1
ing, 5,4 (1952);' R. Pinner,.Electroplating and Metal Finishing~ 5~0955)- 11 1
SUBMITTED: March 19, 1960
Card 4/9

25(5) PHASE I BOO), EXPLOITATION SOV/23i4 C.
Me scout. Dom nauchno-tekhnichookoy propag&ndy Iment ?.I.
Dzarzhinakogo
Kompleksnaya aytomatizatelya I mckhanizatslys v mashlnostrcyetllf--~
shornIlk statey (Overall Autocatizatlon and Mechanizatlez I=
Machina Manufacturing; Collection or Articles) Moscow,
Faahglt. 1959. 312 p. 8,000 copies printed.
Additional Sponsoring Agencys Obehohootwo po ram pros tranoniyu Zb
politichookikh I rAuchnykh tr,&niy RSPS11.
Ed.z A.S. Kalov, Candidate of Technical Science $I Tech, Id.i
B.I. Model'i Managing Ed. for Literature on Metalworking and
Toolmaking (Mashgit)t B.D. Boymal0man, Engineer.
PURPOSE3 This collection of articles Is Intended for engineering
and technical personnel of plants ssanuroctur!ng aschines and
.1noruwmtg.
COVERAGE3 This book acquaints Industrial workers with devices
and equipment necessary for the overall mechanization and
automatization of technological processes In machine mazurao~
turtng, Individual articles deal with general problems of
automatization and mechanization rof processes In prtparat Ory,
machtnel and assembly shop$, and with probl " Lr lain$ from
the Introduction of transfer lines. The boN .'ISO Include,
CXAMPI~SL Of devices and equipment tested and Used under actual
plant conditions. The source of these data was the meeting
on overall mechanization and automatization of technological
proc so sea hold In 1957 by the Roskovskly Dom nauchnc.-tektoolch-
ew0y prOpagardy Imeni F.E. Dzerthinakogo (K 00 cow House for
Scientific and Technical, Propaganda Iment F.E. Dxorzhtrsk4,7).
'No personalities are mentioned. Several of' the article, are
followed by references.
Trub 1kov,_X-Y. M"dida frTschnical Scl0nc&A7- Progreaftd
Control of MothyOuttinateRachins -Toolo . i
B1)ltukhln. A.K. ffngloq*F~ Mechanization and Autoomtlg&tlcn
ning Processes 0 illing Machines
123
ruk--&-1- ffng-nwsr7. Mechanization and AutoastlamtIon of
6-----~.-Cr1ndlnj Machines
ort. - L I.. I I : I
Parfenoy 0
-resetting of Autolatlo pot&,
cliftIng'hNine Tools
271
L rtminsor7. Autonatisation of Assembling Pr,
cdades In Instrument Manufacture
~,LyUdRjrskiyDD,C. ffm91ns0X7. Automatic Lines for Pri
of, Beafbigs muotion
;;-A-_LC&nd1d&te of "Ohnicill Scisnese. A,t,,Mtl.
otary L, S. Victory ftchin;j
232
Of AutOWtlo Lines v of T .schnical Sclemco&7. Tr;ansr*r 3y~teg~
246
Kalov. A,1- ff"didate of TGohn1eGIrSOj*nO~&7. Plods
Of Magazine Loading Devices rn Neig"
Bobrov. V.
and Meehan P- Llondidate of Technical Sal&no9j7. Auto .nattgation
l9&tiOn of Chip B*aov&l an Mot&IOU
card 4/3 ttin 8Mach% no --00,.s W6

rj t-P/ [Y
PHASE. IBOOK.EXPLOITATION
Idlin, Mikhail Markovich,and Nikolay Danilovich,Safonov
Osnovy.sborki, regullrovki$ I kontrolya aviatsionnykh elektro-
giroskoRicheskikh priboro,v (Principles of the Assembly, Regula-_
tion, and Checking of Aircraft Gyroelectrical Instruments) Moscow,
Obo-rongiz, 1960. 354 p. Errata slip inserted. 6,500 copies
printed. (Series: Bibliotechka rabochego aviatsionnoy
promyshlennosti)
Ed. (Title page): G. A.-Slomyanskiy, Candidate of Technical.Sciences
Docent; Reviewer: V. I * Bostorin., Docent; Ed. of Publishing House:
F. G. Tubyanskaya; Tech-Ed.: N. A. Pukhlikova;.Managing Ed.:
S. D. Krasillnikov., Engineer.
'PURPOSE: This book is intended,for students of production engineer-
Ing courses, for engineering schools for foremen who~lack higher
education, and.as.an aid in training and Improving the qualifi,ca-'
tions of electrical instrument fitters.
Car-d-1/1-3-

Principles of the Assembly (Cont.) SOV/5112
COVERAGE: The book examines-the fundamentals.of the assembly process
of gyroelectrical instruments', with a brief review of b Iasic in-
formation on mechanics and electricity. Results of the experience
of industrial innovators and the personnel of a number of leading
Instrument plants are included. The authcrs thank, 14. P. Kovalev,
Candidate of Technical Sciences, and V. I. Bostorin, Engineer.
There are 19 references, all Soviet.
TABLE OF CONTENTS:
Introduction
Ch. I. Some Information on Mechanics
1. Mechanical motion. Inertia. Force. Equilibrium of
forces. Mass
2. Scalar and vectorial values 9,
3. Composition and resolution of parallel forces '111
4. Rotary motion. Angular velocity. Angular velocity of
the diurnal rotation of the earth 13
C a

S11 69/61/000/011/018/065
D228/D304
AUTHORS2 Vollvovskiy, B,s,;,-Vollvovskiyp I.S.0 and Ryaboy~, V,Z,,:,.
TITLE: Laboratory use of the method of controllabl e directed
reception for interpreting the data of deep seismic
sounding.
PERIODICAL: Referativnyy zhurnalg Geofizikaq.no.,119 1961,,21P
abstract 11A197 (V sb. Razved. i promysl.. geofiz,9 no~
36- M., 1960 8 13)
TEXT: The laboratory modification of the method of,con-troll'able.dil-l-,
rected reception was used for distinguishing waves.reflected from
deep discontinuity surfaces. The substantial difference in the,fre-.
quency characteristics of the apparatus of deep seismic sounding
and controllable directed reception was overcome by means of the
approximately fourfold enlargement of the time,scale and summation
base. Extended hodographs (to 35 km) of reflected.waves correspond.-
ing to the surface of the suberustal and granitic layer were.con-
structed as-a result.of the processing of seismograms. Reflected-
Card-1/2

S/552/61/000/031/001/003
D218/D304
AUTHORS: Vol"voskiy, D.S., Vollvovskiyj I.S. and Ryaboy, V.Z.
rITLE,~.- Some data on seismic waves corresponding to the subcrustal
layer (based on the results of seismic studies of the
earth's crust in Uzbekistan)
,~SOURCE~-. Moscow. Vsesoyuznyy nauchno-issiedovatellskiy institut
geofizicheskikh metodov razvedki. Prildadnaya.geofizika.
No. 31, 1961, 3-10
TEXT: The authors report on some methodological results,obtained during
the 1958-1959 regional seismic studies.of the earth's crust alongthe
Leninabad-,Karaungur, Abadan-Vuadill'and Karabekaul-Koytash profiles.
This research was carried out by,the Uzbekskiy geofizicheskiy trest.1,
(Uzbek Geophysical Trust) and the Vsesoyuznyy nauchno-issledovatellskiy
institut geofizicheskikh metodov razvedki (All-Union Scientific Research
Institute for Geophysical Methods of Prospecting). It was the contiaua-I...
I tion of deep'seismic soundings carried out in 1949-1955 in various regions,
of Soviet Ctntral Asia by the Geofizicheskiy inst itut AN SSSR (Geophysical
Card 1/4

---------------
S/552/61/000/031/00-1/0()3
Some data on seisidr. waves oao D218/D304
Institute of the AS USSR) previously known as Institut fiziki Zemli
(Institute of Physics of the Earth) on theinitiativeg and initially un-
der the direction of Academician G.A,,Gamburtsev. Multiple seismographs
were employed (4 instruments-per group), the distance-between the groups
being 100 m. 1-2 ion charges of TNT were exploded at distances between
15 and 70 km and the maximum distance of the points of observation from
tht charges was between 200 and 300 km. It was found that the recorded
wa-es car. be divided into 3types, namely 1) longitudinal refracted waves
recorded both in first and subsequent arrivals, 2) reflected waves from
I-ow-lying separation boundaries in the crust recorded both at near
(60-80 km) and distant (300 km) points, and 3) waves which could be. as-
*ribed to multiple reflected-refract,ed and 6omposite waves due to low-
-lying separation boundarieso Some typical hodographs and velocity and
amplitude spectra are reproduced and discussed,? The experimental re-,
sults have been evaluated on the.basis of a dynamic theory of propagation
of seismic waves developed at the Leningradskoye otdeleniye matematiches-
koge instituta,AN SSSR (Leningrad~Branch of the Mathematical Institut-PAS,
USSR) by G.I. Petrashen', A.S. Alekse ev and otherse These calculations,
y
Card 2/4

S/552/61/000/031/001/003
Some data on seismit waves ... D218/D304
have shown that the predominating waves in uniformly layered media are
not head waves ~as it was assumed so far), but waves reflected beyond the
critical,angle (i.e. so~-calleA posteritical reflections). In gradient
media the dominating waves are reflected and refracted waves (tile calcu-1
.1ations were carried out for a perfectly elastic, model of the crUst.)
In tile present studies waves reflected from the surface:.of tile suberustal
Layer Olohoroiriciiz. discontinuity) were observable beginning at 30-40 km
from the point of explosiozzand were recorded in subsequent arrivals An
the entire range of distances. The apparent velocities of these waves
we.re found to decrease from 9-10 km/see at 80-90 km to 6.5-7-0 km/sec,
at 250-300 km.. Their hodographs have a hyperbolic form.- The predomi-
nating frequencies vary between 9-11 and 14-15 cps and tend to decrease
slightly with distaneso The refracted waves are weaker in intensity
and have apparent velocities between 8,and 9.5 km/see. They tend to
increase slowly with distanceg The predominating frequencies in the spec-
tra of these waves lie in the range.10-16 cps and are as a rule greater
by 2-4 cps than in the case of the reflected waves. The frequencies tend
to decrease with distance. It is pointed out that the dynamic theory
mentioned-above prediots that the reflected waves should have higher
Card 3/4

S/552/61/000/0031/001/003
Some datt on seismic waves oeo D218/D304
frequencies than the corresponding refracted waves which is an apparent
contradiction with observations. The general conclusion is that sefsmic,__.~.
studies of the eartWs crust in Soviet Central Asia show that waves re-
fle:eted from the MohoroY,4cic discontinuity before and after the critical
angle can b,s determined from seismographs. There is also a complex reflee-
,,ted group consisting of head waves produced on the surface of the sub-
crustal layer and weakly refracted in the latter. For the purposes of
deep seismic Egunding thes6 waves may be interpreted,as head waves cor-
respondiT)g to the surface of the subcrustal layer. There axe 8 figures
and 10 Sovi.-,T--bloc references~
Card 4/4

S/169/62/000/000'
D228/D3014
.~LJTIHOIIS Vollvovskiy, I. S., Ryaboy, V. Z. and Shraybman, V..I.,
TITLE: Abyssal geologic structure of the Ferganskaya Depres-
Sion according to geophysical data
'PERIODICAL: ReLerativnyy zhurnal, Geofizika, no.,6,.1962, 5,.ab-
stract 6A21 (Sov. geologiya-~-no. 1, 19062~ 156-160)
T,EXT: A.brief descrintion is given of the results of regional
Seismic, investigations (deep seismic-soundinr),on the Ferganskaya
Depression's territory-in 1958-1959, as a result of which the-
'Is structure was ascertained to a depth 0`50
crusu 60 km..Know-
inz;~the character of deep crus*tal interfa -ces.(the surfaces of the
-Poided,basement and of the granite, the basalt, and-the subcrustual
layers) and the stratal velocities, has'allowed a better grounded,
a-o-proach to be made to the solution of the question of t,11n.e large
zravlzy low over the Ferganskaya Depression. A correlative relation:
between the propagational velocity of elastic seismic vibrations~
and the,density was derived in the forma'= (0.24 V km/sec
Str.
CLrd,1/2

0010
S/10-9/62/000/ /002/093
Abyssal geologic structure ... D228/D304
1.31) g/ cm in order to ascertain the influence 'of various dee
C
rustal layers upon the gravity field. In addition to this data,
41 a .I
on the density-bi crustal rocks were obtained Ias a result of
boratory research and calculations,by indirect method Is. !t is,es-
zablis-h-ed as a result of the cuantitative calculations: 1) that"
the relief of the folded basement surface has a considerable.in-
luence on the uravity field of the intermon~ane Fer-anskaya De
101
pression; U
'his allows gravity survey data to be.employed for de-
t6ermin-ing --its depth of occurrence; 2) that the observed gravity
zield car-not be due solely to peculiarities in the crust's struc-
ture; the existence in this area of a density irregularity in sub_
crus-ual matter may, therefore, be assumed. Abstracter's note:
Compleze translaiion.-7
Card 2/2

3/049/62/Ooq/coe/bo24bo3.
J040246
Jelousov, V.G., '101'vovskiy, B.S. Vol'vovskiy, I.S. and Ryaboy, V.Z
TiTl,:!- F,7perimental inventiA_~ation of.the registration of deep-reflected*,
waver,
~61110DIC i)i-t Akade%iiya nauk, S3SR. Izvestiya. Seriya geofizicheskaya, n6. 8, 1962,
1034-1044
TERI h rellort on the deep seisnic anunding with reflected (suberitical) waves
carried out in 1960-1061 in the Sou*~-rastcrn Turkmenia over a 120 km profile.'Tbe
noise wnves were eliminated by u*ing directional recep(tion: seismorecoivers and source9L
of vibrations vrarr. rrojped to,-,cthpr (9 receivers spaced evenly over a linear
distance of 4013 m, onch group r(.-,iovP(I by 100 m,from its neighbors). Comparison of the
results with the data ob"Aired in 1058 in deep seismic sounding with re.flected(hyper-1,
critical) and leadinU waves s;iQws good agreement in general features on.the qeismo--w
grxms, th o ug-isubcritical reflection.is better in detecting fine details-It is
Card 1/2

(Uzbekistan-Qravity)