SCIENTIFIC ABSTRACT RYABCHENKO, S.N. - RYABACHENKOV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446220011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


RYABCHENKO, S.N.; ALFBINA, V.I.-, LISIN, D.M.
Interrelation of petrographic ingredients and germanium In
Siberian coa-!-~. Izv. Sib. otd. AN SSSR no.2.-122-124 162.
(MIRA 16t10)
1. Khimiko-metallurgichesklly institut Sibirskogo otdeleniya
AN SSSR. Novosibirsk.

z/oii/63/020/001/002/002
E073/E435
AUTHOR: Ryabchenko
TITLE: Germantut-ii from Siberia
PERIODICAL: Chemie a chemicka technologie. F~rehled technickc~ a
hospod~~ske` literatury, v.20, ho.1, 1962, 25,
abstract Ch 63-345. (In collection: Voprosy teorii i
tekhnologij. koksovaniya ugley (Problems of Theory and
Technology of Coal Coking)j Novosibirsk, Izdat. sibirsk
otd. AN S313R, 1,961, 147-153)
TEXT: The distribution of germanium in gas coal.of different
specific gravitieswas studied. The highest germanium
concentration was in fractions of 1.26 to, 1.28 sp..t-r.which had a
low ash and high vitrain content, indicating that it was combined
with the organic substance of coal. In oxidized coal the
germanium content was highest in the fractions of 1.30 to
1.35 sp.gr. with a high content of mineral components. Thermo-
hydrolytic.cracking has shown that germanium combines primarily
with the humic acid and other acidic components of the organic
substance of coal.
bstractor's note:, Complete translation
Card 1/1

OdT (b)-2 nTAAP
~T, q167-66 (1) MAU) &-W W ANA
ACC NR: AP5026261 SOURCE CODE: UR/0240/65/000/008/0026/00297
f q
AUTHOR: Rvabchenko, V., L*vtsevich, Ye. L.
ORG: Academ em a ko~:'
-y of Communal Economy im. K. D. Pamfilova (Akad ly mfi~6allnogo
khozyaystva); Institute of Poliomyelitis and Viral Encephalitis, AMN SSSR,Ms w (lastitut
poliomiyelita i virusnykh entsefalitov AMN SSSR) Or.
4 4q, cr
TITLE: Comparative stability of enteroviruse~i and Escherichia coli duping decontaminEtion of'
water with gamma radiation/I
SOURCE: Gigiyena i sanitariya, no. 8, 1965, 26-29
TOPIC TAGS: gamma irradiation, biologic decontamination, virus, bacteria
ABSTRACT: The object of this work was to study the dynamics of inactivation of enterovirases
in water by gamma radiatioaVLnd to determine the relative stability of enteroviruses, and.
Escherichia coli to this radiation. The specimens studied were type I poliomyelitis virus,
(Mahoney strain), ECHO-7 virus (Wallace strain), and Escherichia coli (strain 734). The
decontamination doses for all three specimens were determined. Judging from the inactivation
dynamics, Escherichia coli is less resistant to gamma irradiation than the enteroviruses, and
hence cannot be used as a reliable index for the decontamination of water containing entero-7
viruses. In order to inactivate the enteroviruses, the irradiation dose must be two to three
times greater than that necessary for the decontamination of water containing Escherichia
coli. Orig. art. has: I figure and I table.
UDC: 576.858.23+576.1
.097.22: 614.777 084.487

TZY
NTO, V. F.; IIA7.arov, I. N. ind Kakhnia3hvilil 1.
D'erivativeo of Acetylpne. 15Pj. Isomerintion of Diene Uichlorides in
Int.zrchange Reactions and Synthesis of Chlorodiene Alcohols, page 913
3bornik st'at,?y po ob.3hchey khL-di (Collection of Fapers on General Chemistry),
,V01 TI, *-Io!i cY.4
-1,5ningrad, 1953, pages 1680-16P6.
Inst of Organic Chemistr.;,,, Acad 3ci U.-SSR

Mirj#; A.A488, 22MM8 ~-A new metbW of prepm of-
acttylenic* ales. tousists of satn.~with CIH, of a roixt. of
powd.KOtfijiEti0inainetaUi~rcai:torat5-lOtLtin.~artL.-r

-
which an aide r ketane, is added and the airrint cone
tillued for 0.5
Uer which the pressure isreleased and the
product is treate with IltO (1-2 pu-ts hi respect to JCOH
ustd), neutralize With M and tud; witk Llt,()~,- If the
r
:
A ali
h
i
l
tb
E
Ii
t
KOII
b
O
-
e;:
jt
n
s~ (
c a
es.
m
(t contains sin4
at
t,
p
~Ylenk alcv~ -rise UY %~M70 :Thus'
yield.( of 0"1 OS g.,
K011 in 2,50 ml. Et~O d -witli CA tit 0* t. 10 atm~~.
sat
treated over 5U min; with ~25 g.'Aclf, stirred 20 min. at 0*
at 10 atm. Cills, g6vt 20.2% Mulyx-J-ol. b, 107-8*- addn
i
ld:
l
i
f 3
95
Moll t
i
i
t
4%
e
o or
lia
.m
Xt. gave
.
o
ni
.
g
%
,y
EtCHO-similarly gave 45.2%
g~r-J-a4.b. M x99
1.~M.32. with 5 nil. ELOIL bting dea to the original inixt.:
PrCHO lpove- 51.5% Z-hq*-34, b. 143~5*, 14350-
,
,DW;
_ 4-me1A
ti-11WHO
n-J-o1
ave 47
b
i
W4mt
1~
.
s
.
.
q
,
g
y
y
w, - gave - 54.5% S-ph
.4. UY(LrochummWehyde exAl-
1
1254% it,,?. I X4W., when iL Jitde MOH wils
w1.161 to the original MiXt.-L. Similarly were Mpd..' 74,5%',
-
b. 1&".56~xg 1.4378; 1-11
0 Yi,?-d.

b.,
tht 813 -91 aV L4444; dimdA*ayvykarUnvf, 03
101.5", ulO, 1.4211; S-milkyt-I-Penlyn-J-ol, li.;
~121.5 nV
,
1.4.'j&,, -42% "yl-14enlyn-3-of, b. 137--8.4% #%28;1.4364;~
I,Wzi; 65% 4-Mel'yf- L
3- b. 105.5% x1A 1.4500; 1-dkym
cyrtatentanal, b. ISM in. 270,:'06.7S'e 1-rAyxyJ4-cyC1O-
&xjna~ b. 170*,m. 31-20. 70% J-phexyf-1-b#1yMT.-O1 b4
8.-3*. in.-49** 50% lh
.1 M.
frorn o1Cqit3 G'

llf,'omeiisatl:~n of Ace-to,,lene I-lith tUdclK,,dcs anci Ket.,~ne.-, Under lli-es3u~-c.ll Cand
Chem Sci, :'Oocow ino" of Fine Chemical Tecluicloz:~r, I'loccow, 19155. . (U, No !Il, Ilr 5:5)
So: :;o 670 21-~ SeL-IL Sur,;ey of Scientific and Tech;-,ical Dissertations
S,).
Defcnded atu U3zP EducaLic-rial Institutions (15)
lig,
ggl

USSR/Organic Chemistry. Synthetic Organic Chemistry.
Abs Jour t Ref Zhur -.Khimiya, No. 8, 19579 26693.
Author Nazarov, Kotlyarevskiy, I.L.,
Ryabchhenko, Y.F.
Inst Aca emy or Sciences of USSR.
caaemv w
Title Derivatives of Acetylene. Report 174. Con-
densation of Aldehydes and Ketones with
Acetylene under Pressure.
Orig Pub Izv. AN SSSR7 Otd. khim. n., 1956, No. 8,
960 - 966.
E-2
Abstract The application of pressure to the condensa-
tion of aliphatic, alicyciic heterocyclic
aromatic and aliphatic-aromatic ketones with
acetylene in presence or KOH increases the
reaction speed several times and rises the
yield Considerably. Aliphatic aldehydes can
Card 1/7
USSR/Organic Chemistry. Sytthetic Organic Chemistry. E-2
Abs Jour Ref Zhur - Khimiya, No. 8, 1957, 26693-
condenso with acetylene under the same con-
ditions producing secondary acetylene.alcohols
(1) at a large yield. Addition of a small
amount of aliphatic alcohol increases the yield
very muchlo C;LHI is saturated with a mixture of
KOH powder, ether and, sometimes, aliphatic
alcohol (CIffrOH.- CfHIOH) by stirring it-vigor-,
ousl 'in an'apparatus- (see RZbKhim, 1955,
28M)q the carbonyl',compound (II) is intro-
duced gradualIV7 stirred decomposed by water
and the'acetylene alcohois are obtained by dis.
tilling the neutralized layer of ether (the
amounts of KOH- ether, ethanol, the rea-ation
temperatureq- t4e CjH2.pressure,-,the duration
of feeding-imd"the'amount Of Ilf the duration
of stirringg the products of the reaction,
Card 2/7
-------------- ------------------------------------------------------------------ - - - - -------------_--

USSR/Organic Chemistry. Synthetic Organic Chemistry. E-2
Al%s Jour Ref Zhur - XhImlyal No* 8, 19~7, 26693.
98 91 350 mlitq L~ mlit, -51 15 gage atm.
45 min. 95 g of mesityl oxide 2 hours, 3
dimeth ihexens-4-ine-1-01-3, li%j 65 to 666/17
MM, lX629; 75 g, 450 mlit - -809 15 gage
atm. 60 min* 100 g of 112,~-trlmethylpiperi-
dene-4 45 min,, 11W-trimethyl-4-ethinyl-
piperijoi-4, 0c lorm, 19.7 g, melt. p. 110 to
11101,4 form 81,,5 g Melt P. 177 to 1780;
80 9, 350 mlitq 1 miit -lj01 10 gage atm..65
min. 100 g of-2-me~hyicyclohexanone 60'min.,
2-methyl-l-ethin~lcY$lohexanol-1, 96~ 720/
8 MMp 1.4720; 120 gt-150 mlit - 86 6 gage
atm, 60 min. 7.100 g of 2 2-dim;thyitetr'ahydro-
pyrone-1+9 3'-hours,,t 2.92-d:rnethyl-4:-ethinyltetra-
h
,ydropyrone-l~ 82,% 770/3 mm, Melt. P. 870;
1 gr, 35o milt'i 70, 5 gage atm, 50 min.,
Card 5/7
1:E~ 'i x -.4r't
~USSR/Organic Chemistry, Syntheti~~ Organic Chemistry. E-2
Abs Jour Ref Zhur - Khimiya) No, 8., 1957, 26693.
76 g of cis-A -decalone 3 hours cis-2-ethinyl-
decalol-21 94% 92 to 91o/3 mm, L5112; 80 g,
400 mlit, - 150, 10 gage atm, go min., 90 g
of trans-oc-Aecaloneg 3 hours, trans-l-ethinyl-
decalol-1 90% 98 to 990/2 mm, 1.5060; 450 g~
2.5 lit io mlit, loO, 7 gage atm, go min I-
465 q o1 cyclopentsinone, go min.9 l-ethiny
cyclopentanol-l~ 458~~8 g 1570, melt. P. P7r-);
130 gi 350 mlit 501) A gage atm, 35 Min-,
102 g of ,B-acetopropanol 2 hours -meth,,.-!,-
3
hexine-l-diol-3 6 (111), ~7% 110 to 1130/5 mm
1.468o- 65 gj 350 mlit 1 mjjt, o0 10 gage
atm, 76 min.9 51 9 of dimethylacet,yicarbinoll
60 min., 2 -dimethylpentine-l+-diol-2 3 We
3 9 1 'Pi-
meth lhexanedio
79 to 800/10 mm. 932 g of =1%751 was
3,6, boil. p. 1021/1+ mmi n
Card 6/7
--------------------------------
USSR/Organic Chemistry. Synthetic Organic Chemistry. E-2
Abs Jour Ref Zhur - Khimiya. No. 8, 1957j 26693.
produced by hydrogenation of 10 g of III in
15 mlit of CH30H with Pd. See report 173 in
RZhKhim, 1956, 64827~
Card 7/7

ZHUKHOVITSKIY, S.Yu.;.RYABCHENKO, V.I.
Relationship among the conditional viscosity, static shearing
stress "and hydraulic constants of clay muds. Trudy KF VNII
no.9:38-49 162. (MIRA 15:9)
(Oil well drilling fluids)

ZHMiriVITSKIY, S.Yu.; RYABCBMIKO. V-I-
It is necessary-to replace *he SPV-5 viscosimeter by.the
SPV-4 viscosineter; a topic for discussion. Neft. khoz. 38
no.9:47-52 S 160. (MIU 13:9)
(Viscosimeter)

r, I

PETRUKOVICH. ji.A. , dotn.; RYOCRENKO, V.S.. dots.. (Gomel 1)
Stability of a.track with minforced concrete ties. Flit, I
put.khos. no.10:15 0 159. OUR-K 13:2.)
(Railroads--Ties, Concrete)

RYABCIIENKO., V.S..* kand.Leklin.nauk (Dnepropetrovsk)
Transition curves on high-speed traffiA sections, Put' i put.khoz.
9 no#8:37-39 165. 1 (MMA 18: 8)

S/080/69/033/04/15/045
AUTHORS: Kazimirovskaya, Ye.L.,, Ryabchen~oy, A.V.
TITLE- On the TTansformation of Uniform Corrosior Into Ulcerous Corrosion Under
the Conditions of High-Temperature Oxidation of Periodically Strained Metal
PERIODICAL: Zhurnal prikladnoy khimii, 1960, Vol 33, Nr.4, PP 841 - 845
TEXTs For the study of the processes of high-temperature oxidation and their
effect on the mechanical propefties of alloys the investigation of the structure,
the composition and the properties of protective films is very important. The problem
was studied on EI6i2%1grade steel samples of 8 mm in diameter which were subjected to
symmetrical bending with a frequency of 2,800 cycles per minute. It has been established
that the intensity of ulcerous corrosion depends on the magnitude of the stresses, the
concentration of sulfur dioxide in the atmosphere, and on its humidity and temperature.
Below a certain stress level uniform corrosion does not pass into the ulcerous type.
Under the conditions of the action of a dry mixture of air with 0.3% sulfur dioxide and
a temperature of 6500C this level for E1612 steel is 90 - 95% of the nominal resistance
limit. The introduction of 6% of water steam prevents ulcerous corrosion. In the
oxidation of steel in pureair oxides of the spinel type are formed.: There are also
Card 1/2

S/080/60/033/04/15/045
On the TTansformation of Uniform Corrosion Into Ulcerous Corrosion Under the.Conditions
of High-Temperature Okidation of Periodically Strained Metal
lines of the hexagonal lattice of iron and nickel sulfides on the electronograms and
also lines similai, to FeS 2* The content of iron and nickel sulfide in the scale is
lower than in a sample kept in a mixture of dry air and 302.. The films formed In moist
gases are more strongly recrystallized than in dry gases. The action of alternating-
stresses destroys the protective films-and facilitates the formation of sulfide com-
pounds. Tn the case of transition from dry air mixtures to moist ones, the total corrosion
increases. This is not connected with the formation of sulfide compounds, but with an in-
sreaze in the rate of oxide formation.
There are: 2 photographs, 1 table, 1 graph and 3 references, 2 of which are Soviet and
1 English.
SUBMITrED: July 23, 1959
Card 2/2

RYABCHEIKO, V. I.
RYABCHM0, V. 1. "Desiga and Balancing of a Polygonometric Course of &a
Arbitrary Fora an the Basis of the Principle of Similar Effects and Angular
Effects." Sub 25 Doe 52, Moscow Inst, of Engineers for the Organizatian,
of Land Sxploitation. (Dissertation fcr the Degree of Candidate in
Technical Sciences)
SO: Vechernaya Moskva.. January-December 1952

AUTHORS-. Krinchik, G.S. and*RyabchenkQ,_Vj. 51-4-21/25
TITLE: A resonance amplifier of very low frequency (used togethe
with a photomultiplier) FEOU-1.7 to measure sigaal6 of 10-9 -
10-9 V. (Rezoaansnyy usilitell'infraoizkoy chastoty s
FF60U-15 dlya izmereniya signalov 10-6 - 10-9 V.)
PERIODICAL: "Optika i Spektroskopiy 11 (Optics and Spectroscopy)
1957, Vol.2, No.4, PP-537-538 (U.S.S.R.)
ABSTRACT: This note describes an amplifying assembly which works at
aresonance frequency of 1 cls and whose intrinsic noise is
below,10-9V. This assembly is intended for use with an infra-
red spectrograph or other instruments in which a photo-
electric multiplier FBOU-15 is used. A light signal from'a
thermo-element magnified by the multiplier FBOU-15, is mod-
ulated by causing periodic oscillatbns of a mirror galvano-
meter G The light reflected by G falls through a rectan-
It on to a photo-resistanc~ FS-Kl. Displacement of
gular a
the light-darkness boundary on FS-Kl causes changes in re-
sistance of FS-Kl and of current via a load resistance. By
using FS-K1 a high-resistance input into a voltage amplifier
(one pentode, three double triodes, one diode) is achieved.
This amplifier is of the high-stability, narrow-band reson-
ance,type.with a double T-bridge tuned to 1 cls. This low
Card 1/2 fr'equency-was chosen because of inertia of the thermo-element,

51-4-21/25
A resonance amplifier of very low frequency (used togethe
with a photomultiplier) PEOU-15 to measure signals of 10-5 -
10-9 V. (Cont.)
the multiplier-FEOU-15 and th~ photo-resistance FS-KI. The"
apparatus was used to measure the effect of direction of mag-
netizatioa of a ferro-electric (iron), with respect to the
plane of incidence of light, on the reflection and absorption,..,
of light by the specimen. Reliable results were obtained in
contrast to a "static" method (no modulation) when noise
effects very seriously disturbed the measurements. Still
better results might possibly be obtained by mechanical
interruption of the light-beam. There are 2 figures (includ-
ing a.circuit diagram of the amplifying assembly) and 3 ref-
ences, all Slavic.
ASSOCIATION: Physics Department, Moscow State-University.
(Moskovskiy Gosudarstvennyy.Universitet, Fizicheskiy
Fakul*.et).
SUBAUTTED: October 222 1956.,
AVAIIABLE: LIbrary, of Congress
2

HYAB-UHENKOt V. I.
"The Use of Relief Images on Maps of State Surveys in Compilation of Land-Survey
ProJects".
Tr. Moak. in-ta inzh. temleustroT3tva, No. 1, PP 41-55, 1954.
Various methods of transference of horizontals from topographic survey
maps on horizontal projection maps are described. An optical mechanical
method is also suggested. The design of an enlarger for horizontal transference
and its operation is described. (RZhAstrp No. 1, 1956)
SO: Sum No 884, 9 Apr 1956

ti f
RYABCHENKO, V. 1.
"Utilization of the Representation of Relief on Plana of State Surveys in
the Drawing Up of Earth Construction Projects," Tr. Mosk. In-ta. Inzh. Zemleus-
troystvaj No 1) 41-55t 1954
[No abstract given] (RZhGeol, No 1, 1955)
SO: Sum.ffo. 536, 10 Jun 55

L 07589-67 LWX(d) /EW-r(M)/hWP(W)/LWP(v)/EWP(k) IJP(c) WWI[,:,.1
ACC NR. b60301130 SOURCE CODE: UR/01;20/66/ooo/oo6/0050/00 5
AUT'HOR: PyAl~~_4f~n V. ~M.
ORG: None
TITLE: Shell design in synthesizing optimum thin-walled systems
7
iSOURCE: Samoletostroyeniye i tekhnika vozdushnogo flota, no. 6, 1966, 50-55
TOPIC TAGS: shell theory, thin shell structure.,
ABSTRACT: This article is a continuation of previous work by the author on optimum
design of thin-walled systems (L. A. Kolesnikov, V. M. Byabchenko, "On the Problem
of Automating Design Calculations of Thin-Walled Systems", Sb. "S=oletostroyeniye 1,
tekk~nika vozdushnago flota", No. 5, Izd-vo Khar1kovsk. un-ta. 1966; V. M. Ryabchenko,
"Al&orithm,for Selecting Optimum Parameters of of Thin-Walled Systems", Sb. 1'&"oleto-
,stroyeniye i tekhnika vozdushnogo flota", No. 5, Izd-vo Khar,kovak. un-ta. 1966). The
;problem is solved on the basis of hypotheses formulated in the previous article ex-
Icept that the shell design is not assumed and must be determined. Structures are
.considered in which the shell is regular so that a system of coordinates u and v may
!be selected on the given surface F formed by the outside of the covering where the
'line u is directed along the longitudinal reinforcing members and the line v 5
irected along the transverse reinforcing members. It is assumed that the longitudinal
Card 1/2

L 07589-67
ACC-NRz AP60301430
D
!and transverse ribs may ke divJded into two groups in which the elements are identical
I i
iand equidistant. It is further assumed that the geometric characteristics of the
cross sections for the supporting elements may be represented by polynomials in low
powers of u and v. The distribution of the material in this type of supporting struc-
ture is fully described by the,thickness of the covering at each point, the location
of the longitudinal and transverse ribs on the surface F and the geometry of the
l
!cross sections. It is shown that.the methods proposed in the previous articles may be
applied to this problem and a program for automation of-the solution is given. Orig.
art. has: 2 figures, 24 form ulas.
!SUB CODE: 201 SUB14 DATE: Nonel' ORIG REF: oo4
Card 2/2

A F.7--All'tior of freq4eacy with YACU-'!~- or th #3
v. Opt. i spektr. 2
-Ipa3ltrenent it; ~c
Ar)
Electron-ttebe)

RYA13CHZIfKO, V.S., kandidat tekhaicheakikh nauk (Dnepropetrovsk)
Removing disturbances In easement curves. Zhel.dor.transp. 37
no.6:80 Je 156. 09YA 9:8)
(Railroads--Curves and turnouts)
FIRMI-1.

RUBCOOKO, V.S.,kand.tekhnnauk
Advantages of replacing linear easement ciirves with nonlinear
ones. Vest. TSNII M [17J no.7:52-54 9 '58. (MIRA 11i12)
1. Dnepropetrovskiy institut inzhenerov zheleznodorozhnogo
transporta iRailroads--Curves and turnouts)

RYABCHKNKO, V.S.kandidat tekhnichaskikh nauk (g. Dnepropetrovsk)
Now book on railroading ("Principles of railroad engineering."
A.E. Vicheravin and others. Reviewed by:V.S. Riabchanko).
Zhel.dor.tranap. 37 no-7:93-95 J1 156. NLRA 9:8)
(Railroad engineering)
(Vicherev A.B.)

f
L. 19;sK ft DAWTWA kPF(n)_-9/EM-/M(m*,VT
__:U_A(o)/EE0(b)-2 Ps-4/_PuwV
ACCESSION MRS AP501OT26 UR
-Ire
AVIHORt QQ0Ltz& N. A. I W~chewwk
TITLE: Behavior of-Majimon sl Ipg~.e-cr and tantalm coLibidt
ratal "Ints of tantalu.n.
iA
SOURCE t Mike tyerdogo 965 WO-1156-
li~nttl~- citbide, des va adtim on vork1-._-_1_
TOPIC TAGSs sjzgjt_zM!i_a_lP antall. t.
AN;4ption,, heat of evxporatid
n
eater detail'
TIC The-purpose-ofAIWI~~ iiat 4at -to~determ i,IU-gr the_!
of adsorptien-' cenj fi Lt, e jluifa~e~-of_ 1,-aht-1x1uM,_,,_a_nA- it 0~~ca!!bide-
um MR on-
b idr
_ih- e _nt xtaii~-L
and to determine quarititat y- 6rkLf%u4crt1_0xi bese. -tub-
ces are treated in cosium vapor. An ordinary spherical 4utoelee~-ro-nic
was used in all experiments. Tantalum points -were made of wire 150 g in diameter
by etching in melted KOH. The final points were- smooth and sufficiently thin

OB

ILIVITSKIY,, A. A.; NIKOLIN, V. I.; DUBYNIN, N. G.; GANISHIN L. P.;
,j SVAROVSKIY, B. M.; TREGUBOV, B.
.4y-AB-CHR-Wq, je _3
TRUFAKIN, N. Ye.
"Determining the properties of rocks" by L. I. Baron, B. M.
Loguntsov, and E. Z. Pozin. Reviewed by-A. A. Ilivitskii and
others. Gor. zhur. no.10:77-78 0 162. (MIRA 15:10)
1. Institut gornogo dela Ural'skogo filiala AN SSSR, Sverdlovsk
(for Ilivitakiy, Nikolin). 2. Institut gornogo dela Sibirskogo
otdeleniya AN SSSR, Novosibirsk (for Dubynin, GanIshin,
Ryabchenko, Svarovskiy, Tregabov.,'Trufakin).
(RockB-Testing) (Baron, L. I.)
(Loguntsov, B. M.) (Pozin, E. Z.)

ACC NRt AT6o34h65 (N). - -SOURCE CODE- UA/00'00'/66/ooo/ooo/0276/028O
AUTHOR: Prokoshkin, D. A.;-Arzamasov, B. N.; Ryabchenko, Ye. V.
ORG: none
TITLE: Investigation of molybdenum siliconizing in a glow discharge
SOURCE: All SSSR. Institut metallurgii. Svoystva li primeneniye
,zharoprochnykh splavov (Properties and application of heat resistant
alloys). Moscow, Izd-vo Nauka, 1966, 276-280
TOPIC TAGS: molybdenum, silicon
glow discharge si
oxidat)ion
ABSTRACT: The schematic and operation of a unit for siliconizing metals
with.glow-discharge heating are described. The experiments were made on
pure molybdenum yLi1re,110.3 mm in diameter, in a mixture of silicontetra-
chloride vapor and dry commercial-grade hydrogen. 'The design of the
unit also permitted electric resistance heating of the wire. The partial
pressure of silicon tetrachloride vapor and hydrogen was 30 and 10 mm lig
respectively. The.temperature of siliconizing with glow-discharge heating
was 1100C and with resistance heating--1300C. In both cases, heating
the wire to the siliconizing temperature lasted 0.5 min, the holding
Card 1 /2

L-OUI-67
ACC NR- AT6034)j65
time at this temperature was 5 min, and the time of cooling to 200C was
about 1 min. Regardless of the method of heating, no molybdenum
siliconizing was observed in t~~ absence of hydrogen in the ambient
medium, but a silicide coatinglVas readily formed on the wire surface
when a mixture of silicon tetrachloride vapor and hydrogen was used.
The weight and size of the test specimens also increased. The silicide
coating consisted of an outer MOSi2 phase, an inner 1403Si phase,and a
t.h~n layer, probably of the Mo5S13 phase, between them. In siliconizine
with glow-discharge heating, the silicon impregnation proceeded much
more, rapidly than with other.methods, particularly at lower temperatures.
Thus, siliconizing at 800C with glow-discharge heating and at 1200C
with resistance heating pr duced silicide coatings of the same thickness.
Regardless of the method 7f heating, the reaction products were the samE
as was also the oxidationlresistance of the formed coatings, continuous.*
or cyclically heated in air at 1500C. The maximum number of heating
cycles sustained by coatings 40-p thick was 330. Tungsten, niobium,
tantalum and a number of other metals were also successfully siliconized
with glov-discharge heating. Orig. art. has: 3 figures.
SUB CODE: ll/ SUBM DATE: lOJun66/ -0TH REF: 002/ ATDPPRPSg: 5103

AKULINICIEV, I.T.; ANDRE-YEV, L.F.; BAYEVSKIY., R.M.; BAYKCV, A.Ye.: BUYLOV, G.G.
GAZENKO, O.G.; GRYUNTAL', R.G.; ZAZYKIN, K.P.; KLI11CENTOV, Yu.F.;
MAKSIMOV, D.G.; MEMSHKIII, Yu.G.; M011TAKHOV, A.V.; PE]ROV, A.P.;
,".R-YABCI 1111KOV,_A.D.; SAZCNOV, N.P. ; UTYMMYSHEV, R.I.; FREYDELI, V.R.;
UILIKEVICH, B.G.; SWRINTSLV, I.S.; S THEYAN DINA, S.B.; ESAULCV,
N.G.; 'fAZDCVSKIY, V.I.
Method and means of medical and biological studies in a space
flight. Probl. kosm. biol. 3:130-114 164. (MIRA 17:6)

RYA13CHMMOV, A.S.
Origin of saucer-shaped depressions In central chernozem regions (author's
summary). Biul.MOIP. Otd.geol. 28 no.1:92-93 '53. (MLRA 6:11)
(Steppes)

RYABCIIEIIKOV, A.S.; OBRUCIIEV, V.jt., ukademik.
Characteristics and nature of the morainen of the Don glacial tongue. Dok-1.
JUI SSSR 92 no.3:659-661 S 153. (WRA 6:9)
1. Akademiya naWc SSSR (for abruchev).
(Don valley~--Moraines) (14oraines--Don valley)

RYkBCIIXIIKOV,A.S.
Origin of lo-ges in the Uk-raine in view of mineralogical data. Biul.
Kom.chetv.per. no.20:45-59 '55. (KLRA 8:11)
(Ukraine--Loess)

RYABCEMIKGV,A.S.
Engineering geological research for small scale irrigation sites
in the central chernozem areas. Sov.veol. no.44:21-33 155.
(MIRA 8:11)
(Water resources development) (Irrigation)

SUBJECT: 5-2-26/35
USSR/Geology
AUTHOR: Ryabchenkor A.S.
TITLE: On the Origin of Loses and Loess-Like Rocks of the Russian Plain
from the Viewpoint of Mineralogical Data (0 proiakhozhdenii
lessa i lassovidnykh porod Russkoy ravniny v avete mineralogi-
cheskikh dannykh)
PERIODICAL: Byulleten' Moakovakogo Obshchestva Iapytateley Prirady, Otdol
Geologicheskiy, 1957, # 2~ P 159 (USSR)
ABSTRACT: Peculiarities of the mineralogical composition of loses and
loess-like rocks of various geomorphological steps and some
other characteristic features furnish grounds to distinguish
between several genetic types of loses: solian, aqueous, and
eolian-aqueous.
Eolian loses and loess-like rocks occur in the highest geomorpho-
logical stsps - flat elevations (at the Volga River, the Middle-
Russian one, the Volyn'-Podollsk one and at the Donets River).
The laesses of the Black Sea lowland belong also to the ealian
ones.
.Card 112

r)i

RYABCHENKOV A.S..
Mineralogic and petrographic approach to a study of the genesis
of cover formations of the East European Plain. Zemlevedenie
5:99-108 160. UURA 15:8)
(East European Plain-Loam soils)

FLYAdCHENKOV,,_A,_'j..; ANTONPIKO, K.I.; TITOV, N.A.; CHAPOVSKIY, Ye.G.;
GFUREW,--R.N.; KONOPLYANTSEV, A.Z.; VIKTOROV., S.V.; VOSTOKOVATA,
Ye.A.; SADOVO'YJY, H.D.- KUDELID', B.I.; OGILIVI, N.A.;
LOMISGAUZEN, G.F.;Ba',ODSKIY., %A.; SIICHMBAKOV~ A.V.; POFOVj
V.N.,-YIIEL'YANOVA, "-,.P.; SOKOLOV, S.S.; BMSENEV, I.I.; GROSHIN,
S.I.; IIAKKAVEYEV, A.A - MARDIOV N.A.; YEFIMOV, A.I.; ASSOVSKIY,
G.N.; VLADDIIROV, A.E.tdeceasedi; PROKHOROV, S.P.; FILIPFO,VA,
B.S., red. itd-va; BYKOVA, V.V., tekhn. red.
(Yethodological manual on hydrogeological surveying at the scales
of 1:1,000,000 - 1:500,000 and 1:200,000 - 1:100,000]Metodiche-
skoe rtLkovodstvo po gidrogeologicheskoi,s"emke masshtabov
1:1000 COO - L;5000 000 1 1:200 000 - 1:100000. Pod obshchei
red. A.A.Nla-kaveeva i A.S.Riabchenkova. Foskva., Gos. nauchno-
tekhn. izd-vo lit-ry po geol. i okhrane nedr, 1961. 318 P.
.(MIRA 15:3)
1. Russia (1923- U.S.S.R.) Ministerstvo geologii i okhrany nedr.
Water, Undergrourd) (Geological surveys)

(East European Plain-Loess)

RTABCIIENKOV, A.S.
Principles of hydragoological stratif ication. Sov.geol, 2
no.3:101-113 Mr '59. (MMA 12:~6)
1. V3aBoyuzrwy nauchno-iseledovatellskiy institut gidrogeologii
I inzhenernoy geologli (VSEGINGEO).
(Geologr, Stratigrapbic) (Water, Underground)

AUTHOR: 'None given 5-3-14/37
TITLE: Chronicle of the Hydrogeological Section (Khronika gidrogeo-
logicheakoy sektsii)
PERIODICAL: Byulletan' Moskovskogo Obshchestva Ispytateley Prirody, Otdel
Geologil,,heskiy, 1957, No 3, PP 159-160 (USSR)
ABSTRACT: The following reports,were delivered at the meeting of the
Hydrogeological Section, Moscow Society of Naturalists, from
14 February to 21 March 1957: I.G. Glukhav on i'Loesses of
Water 0::-igin in Some Regions of Central Asia"; Yu.V..Mukhin
on the "Influence of Natural Fluctuations of the Underground
Water Level on the Discharge of Wells and Other Water Collect-
ors"; V,.A. Shemshurin on "Hydrogeological Calculation of the
Underground Discharge of the Yakh-Su River (Central Asia) by
Electric Survey Data"; V.V. Ivanov on "Vertical Hydrochemic-
al Zonation in Regions of Active Volcanos"; B.P. Bulavin on
"Problen of Loessial Soil Sagging in Connection with Obser-
vations on the Lower-Don Canal", and A.S. Ryabchenkov on the
"Mineralogical and Petrographic Composition and Origin of
Loessial Rocks of the Donets Ridge".
AVAILABLE: Library of Congress
Card 1/1

Apparatu~-; for corrosion tests under stralin at hin-h teemperafure
and Z.av.lab. 31 no.20:2261'-1268 165.
(MIRRA 19: 1)
1. TSeritrallnyy nauchno-issledovatellskiy institut telchnologii
mashinustroyenlya.

and Y
I"nt-'cor,osive N-.Ariding," 3bornik trudov TsLNIIT.-,JlSh, Hoszov, NO. 11., 1WE.

im-,u C f r-t il-rov, A. V.
25588. Ftl,'E:CfQ-K3V, A. V.
A~pparat dlya isp, '~tniya- motal-lov na kcrrozlyu pri 7er'cdicheskcm uo:_.rruzhenii
v zhirlko,tb. v sb:i7orroziya, zashchita ctu korroz-;.i i eleletrcliz. -11., 194E,
s. 173-7C.

RYAECIT."INI(OV A. V.
25583. RYA!'CfalTJK6'1, A. V.
,kzotirov iye stali v solyanykh vannakh. V sb: Korroziya,
zashchita ot korrozii i elektroliz M., 1948, s 58-76
Biblio,rrr.- 7 llazv.
SO: Lotopis' Zhurnal Statey, No. 30, Moscow, 1948

RYALCITEEE
- OV, A. V.
255CF7. RY&ECIMKOV, A.V.
Eletro'kJil--miches'kava zashita stall ot 'Rcrrozii I c!ezuTlerozhI-vanJya v solyar;ykh
vamakh. -7 sb: Korroziya, zashchi'la ot kcrrozii -i elelr:troliz. 1. 194F, s.LF-5.7,
--Dibliogr: 10 I;Iazv.
SO: Letopis' Zhurnal St.-!,tcy, Ii'o 30, 10,48

7Zy:'lm-F--,A--KOV, V.
I'Mathods of Frott!ctlng Xetals Froaa Corrosion Fatigue," ITSIN, 1948.

..................
IYA3','F-ZtqKOV, A. V. and IJ(jltlKO,I, -1. N.
117jor.-osion-Fati.-,u,-.-Strength of Surf -ace-Hardo--ned St-2el," Nlashgiz, Moscow, 1~;50.

RYAWNOWCOV, A. V.
"Investigation of Methods for Protection of Steel Against Corrcsion Fatigue
in Sea -dater," p. 137 of Problems of Sea Corrosion, 1951.
Cand. Tech. Sci.
Book 11-1-22":?065, 14 Apr 11:2

RYABCHENKOV . -U-,,kandidat takhnichaskikh nauk.
Investigating mothods of steel protection from corrosion
fatigue in sea water. Trudr kom. po bor'. a korr.met. no.l:
137-157 '51. (MLRA 10:8)
(Stael--Corrosion)

MSSR/Chemistry -:Corrosion kyr;"32
"Electrochemical Mechanism of Corrosion Fatigue
of Steel in Electrolyte Solutions," A. V.
Ryabchenkov, Moscow
"Zhur Fiz Mim" Vol XXVI, No 4, py 542-554
Cyclically repeated altermatinalstresses noticeably,
.lower the electrode potential o steel. With in-
crease of the stress, the rate of displacement of
the potential to lower values is increased. The
greatest reduction of electrode potential is
brought about by changing stresses that produce
21
tension. Using microelectrochem procedures,
established the fact that a corrosion element
is-generated vhen stresses resulting from loads
,aVplied at 2 neighboring regions of the metal
surface differ in magnitude. Studied the work
of a 2-electrode (Fe., - Fe,,o;) corrosion ele nt
as was a function Of ~fle str6ss~w,; . Showed that
the potential difference and the current of this~....
element increase sharply with the stress. On the
basis of the investigation described, the m_eC_'hnnj=_"
of corrosion fatigue of steel in electrolyte solne.,
vas formulated.
217T281
?:4

Elicli6chifElcil Me-chtififfii'61-6r-r6ifl~n Falle of Steel In
the solutions of Mectr Dlytes. A. r. yet o jZ1111mul
7
Fiziche.qkai Khindi. 1052, RU, we-m-M-011, - [in Immouirij. A
systenuttic investigation of the dependenco or mc,.irn(jo
potenthils on the mriunitude atid clinrulcr of strf-s.-w4, and
tho difference in potpritial and carrent intensity of it vorrosion
cell undor tho influpitre of cyclin ntretm-t4, wws made). Tho
r ochislorim in-ro : (1) Cyclic stresw,i inarki!dly mdoco tho
relLetrodo potential or at-fii ; (2) "ith in(wit4ing fttre-~,; tho
rate! of i[Litpliscoment; of the olvctrode potenriul toward-zi lower
valu" hicturnsus. The largomt; diaphwement or the) Ovetrodo
pot.4-ritial iH enowd by cyclie Wnhila strowe?'I.-v. n.

7
'KNot 26
a - Tensile
pot-
4wk
oftis Inert& a 4reater.efftet em&o girtaii
t- AW oW by bp"I"S m
ably by,d-tm1V9tbe$w6
cryst~' immi, crmiksj-: etc , Uidd. he
initial ~notdnt of - ii
a ev15-20 hdu-~
very-ripjd-but~tczdvco4 ptftdt~ state-
ld-rW
Under ;91 cu"
termat
undtf stead
the ex0t. am In
el
11 an
tv
Onder 'After-14 At
:ntid dnpo, isith jitub his
'electrode Ott ~~ ;jth tM
of tm cill
load con Um a I
'J.5
mv., cuff"
'42 pAchiatn0:16 VV
tMyttj but the tun
fid
.1 ~ ~ 'I.-W 40e
hordo;A00 ated dn',m# ek
J miervallpo ~' 0 "
alt dflut It
Md.. -
61, tint saji -me
SU
corrookin Wli tre" formed In,
and cdtw n"dium oor"
ve
61 wojmesdi'~!Tbtso- devdW IWO
failure
sub.
eftepA M& kid An
MCLa .

PHASE I TREASURE ISIAND BIBLIOGRAPHICAL REP ORT AID 592 1
BOOK call No.: TA473.R5
Author: RYABCHENKOV, A. V.
Full Title: CORROSION FATIGUE STRENGTH OF STEEL
Transliterated Title: Korrozionno-ustalostnaya prochnost, stali
PUBLISHING DATA
Originating Agency: None
Publishing House: State Scientific and Technical Publishing House of
. Machine-Building Literature
Date: 1953 No. pp.: 18o No. of copies: 5,000
Editorial Staff
Editor: Akimov, G. V., Corr. Mem., Academy of Sciences, USSR
Editor-in-Chief: Golovin, S. Ya., Eng.
Appraiser: VedeiVkin, S. G., Prof.
PURPOSE:, This book is intended for workers in factory laboratories, con-
structors, technologists and scientific personnel working in the field
of corrosion and strength of metals.
TEXT DATA
Coverage: The book claims tobe the first monograph in world literature
dedicated exclusively to the problem of corrosion fatigue of steel.
The author bases this work on his own research conducted in the Central
Scientific Research Institute of Heavy Machine Building (TsNIITMASh).
1/2

Korrozionno-ustalostnaya prochnost' stali AID 592 1
'The phenomenon of corrosion fatigue of steel in electrolytic solutions
is considered in the light of present results in the development of
.the electrochemical theory of corrosion. Using refined electrochemical
methods of research, the author shows the great role of electrochemical
factors in the development of corrosion fatigue cracks and claims to
.be the first to prove experimentally the hypothesis of the electro-
chemical mechanism of corrosion fatigue. A great part of the book is
devoted to research in methods of increasing the corrosion fatigue
resistance of steel and man suggestions on how to apply those methods.
.No. of References: Russlan 94, 1915-1952, non-Russian 12, 1932-1950.
Facilities: The names of some research workers in this field are
mentioned in the text.

RYABCHEINKOV. 'V.
Deff-med his Dissertati-n for Doctor of Chemic:-d Sci~nces in the InztituL,3 of,
Physic,k! Chemistr-
y, Acacem~f of Sciences, USSIR, sm..,, 195
Dissertat.'Lon: "Investigation of th-2 Phenomenon of Corrosion Fatigue in Steels
art of PrevenLim- It"
I Kbimi No. 1, Oct. 195 5.' ,3
00: Referativnpj Zhurnm 3 (1,1129-) c,, 2' Apr-54)

IMP" t9Z.,
- -------------------------
IYABC1, L14 r
"rr
t
ti
t IL I
n v P
e t Ap r
rb
"Studie5 in the Field of Yinistry of Transport and
Kudrya Heavy Machine Building
Saverin, Substantiating the Tech-
vqbche nolog.-Y of Machine EhAldingn
R
.

RYABCHBRKO.T,.A.Y,,,j4oktor khimichaskikh nauk, professor; ABRAMOVA, V.F.,
Combined methods for increasing the corrosion resistance of steel.
(Trudy) TSNII%WASH no.77:32-W '55. (HLEA 9'-7)
(steel alloys--Corrosion)

RY dektor khimicheskikh nauk, professor; IIIKIFCRCVA, V.M.,
Kondidst tekhnicheskikh souk.,
Machanica of corrosion cracking of 9119tGAitiC StOS15. MCtSll*Vad- i
obr.mot. me.8:2-11 Ag 156. (HLRA 9:10)~
1, TSextraliVy Hauchno-iselodovmtellskiy, imatitut tmlrhaologii i
mashineukroyeniya.
(Steel-Corrotion)

_ILTABcMWIW,.',A,L, doktor khimichoskikh nauk, professor; MUROKIN, O.N.,
_k~idat telchnicheskikh nauk.
Corrosion-abraeion wear of waste-gas heater water-pipes. [Trudy]
TSHIITHASH no.77:165-182 155- (MLU 9'-7)
(Pipe, Steel--Corrosion)

RTABCEMNKOV A.V., doktor khimichookikh nAidc, professor; HURAVKIN, O.N..
kan'di at takhnichookikh nauk.
Bffect of gaseous corrosion an the abrasive vear of steel [Trudy)
TSNIIT14ASH no.77:1591-164 155. WRA 9:7)
(Steel alloys--Corrosion)

RTABGHUWY,,,A.V., doktor khimichookikh nauk; NIKIFOROVA, Y.M., kandidat
tekhnic'i6skikh nw,
Testing machines for and methods of testing the long-term corrosion
resistaace of steel. (Trudyl TSNIIWASH no-77:41-49 155.(MLRA 9:7)
(Steel alloys-Testing)

RTABCfi&NKOV, A.Y., doktor khimichaskikh nauk, professor.
'Corrosion and mechanical stvangth of metals.0 L.A. Glikman.
~Reviewed. by A.Y. Riabchankov. Metalloved.i obr.met. no.6:57-58
D (MLHA 9:3)
(Metals--Testing) (Glikman, L.A.)

,- ; i-? , - ; 19 ~ . ,

RYAaCHENKOT, L.T., doktor khimicheskikh nauk, professor; KAZIMIROTWAU,
Effect of heat treatment on the fatigue strength of steel exposed
to atmospheric corrosion. Vest.mash-35 no.1:69-72 -1055.
(Steel-Metallurgy) (MLEA 8:3)
1 7

ye.
an,
ms 1 aell,
on on
atil:
rti nr i n
0 -ins
1953
tod izr r.? Alrar.07
o lo n of
!, chirc.
a
of
-c-,~earc,i In.)
c o ~n ot I th,:~:7 s
cle jr, this -)olf
a-, a of IncreasirZ Cr)r--Otz -ue
Surfr-cc (larlerin,, L - -
1 7-';

ov
~ftoc"ENK

-40

Mv

o"
b
i
o
,
7 P
JRUMM
j
j
~
jt

eletmlytic
mbinallon with
o
gmph,,
tp

~-;Ill% r,
"fz .~u
tl

RYAJ3CHZNKOV, A.V., dektor khimicheskikh nauk, professor; KAZIMIROVSKAYA, YesLe
er
High temperature studies of the corrosion-fatigue resistance of the BI 395
and MI434 stools. [Trudy] TSNIITMSH no-77:5-23 155. (MLRA 9:7)
(Steel allovs--Corrosion) (Metals at high temperatures) II

RYABCHENKOV, A.V., daktor khimicheskikh nauk, profe asor; KAZIMIROVSXAYA, Ye.L.,
inzhaner.-
Effect of heat treatment on the fatigue resistance of steel subjected to
atmospheric corrosion. [Truly] TSNIITKASH no.77:24-31 155. (MLRA 9:7)
(Stael--Fatigue)

RYABCHENKOV, A.V., KAZIMIROVSKAYA, Te.L.
Methods for testing corrosion fatigue. Zav.lab. 21 no-3:345-349
'55. (MIRA 8:6)
1. TS~ntrallnyy nauchno--iseledovateliskiy institut takhnologii I
mashinostro3raniya.
(Corrosion and anticorrosives) (Metals-Fatigue)

NIKIFOROVA, V.M., kand idat tekhnicheskikh nauk;_RYABCHENXO.jL,V ,-.,.doktor
khimichaskikh nauk; RESEMKINA, N.A., inzhanar.
Investigating the resistance of steel.to corrosion cracking in
"aturatad hydrogen sulfide solutions. [Trud3r] TSNIITMASH no-77:
58-78 '55. (MIRA 9:7)
(Steel alloys--Corrosion)

'K
RYAHCH:94KO' 4,V., professor, doktor khimicheakikh nauk; ABRAMOVA.V.F.,
*n Meantr
Conbined methods for increasing the corrosion fatigue resistance
of steel. Vest.mash-35 no.7:54-57 Jl'55. (KLRA 8:10)
(Steel--Corrosion)

~u If _A~ V.:
i
'A Job I
T7hj&~
NiEwb-TeU.
lzdac 4. Mashinostralitt. Lit) Sbormilt 1955, 6a-78; Refeas.
Z,!Pq,, Md-1956, Abstr-No. 9389.-The teadency tow"d
corraidn emcking in-fits dq3ends ch cht%ff. &m-On.i stme-
ture, and applied stress, Forged steels caotg. Mo'aud Ti
are vi Wxyr t4nt to qMac g~_:~ StAbilized cr-
Cr-N rc , - ."_
tva tL afrong 16's"tily
corrosion emkil3s let's. At the ft-p"v Situ-
alml it th gra u f lip, Inter-
if USPRI-PSOARV. L H , M. 1 *1
F-~ et h a1,
c . C"rrtmian
cfacktug I,
La -,L
,4
5
AA
F 7

MURAVKIN, 0.1%; RYABCFNNKO, A.V.
Investigating corrosion-abrasive wear of the steel used for water
economizer. boiler Wbe p , Trazt, i. isn. niash; no'. 11; 81-107 156,
(Pipe, Steel-Corrosion) (Mechanical wear) (MLHA 9:9)

~d
J A af
IMF
=:Rr~,mM Rim
4W
LIZ .~e 9t: 4
dded gases did nut pr, 4uct a -iiscr abi- -r ~6r
structure Of flie sticls. healing k,,
xi of R143i by 14.7 thu,3.
Increassics the rate of ox,_-_la_fiL
c witide film in the preseno, d SOt doeq not have any pre-
fective properties. Addn. of liG cuttzuderably deczeasei
the rate of gaseous corrosian. me highex strength of 6 130 3
ir'n ,I
tin the metUum with SO% b atuibuted w the furmat
-Ible '. J~
Morr it.
bjJJ3 Of the type of PeO.Crf),, whi. 1) is flit)
-lie benefiri I
the film of Fcl% pro(j=ed on E-11:34, 1
effect of water vapor is attributed t.) n,nit e,eD fistTibuflj.,
corrvalon along the surface d tht surnple A. N P
Af
V
7
--s

eve
4 fl'7 d
it r
"rr
sive :lie, -1 :1 vOnch AbtabilAl Is 110i
ri3
A 11

er 0 q
ELI fmwOs
7'r
-77
777, -7-77, :7-- __7~
_7 7
c'1

SOV/124-58-1-1359
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1, p 168 (USS R)
AUTHOR: Ryabchenkov, A. V.
TITLE: Methods for the Improvement of the Corrosion-fatigue Strength of
Steel (Sposoby povysheniya korrozionno-ustalostnoy prochnosti stali)
PERIODICAL: V sb. : Povysheniye dolgovechnosti mashin. Moscow, Mashgiz, 1956,
pp 41-45-
ABSTRACT: Tests of specimens in a 3-percent NaCl solution have shown that a
combination of surface hardening and electrochemical protective
methods improves the corrosion-fatigue strength of steel. A com-.
bination of electrolytical galvanizing and surface hardening also
improves the stability of the steel in neutral, solutions of electrolytes,
A. V, Bobylev:

AVRASIN, Ya.D., kandidat tekhnicheskikh nauk; BERG, P.P., professor,
doktor tekhnicheskikh nauk, BERNSHTEYN, M.L., kandidat tekhniiheakikh
nauk; GEURROZOV, P.A., i3tarshiy nauchnvy sotrudnik; GLIKIR, B.M.,
inzhener; DAVIDOVSKAYA, Ye.A., kandidat tekhnicheskikh nauk; YELCHIN,
P.M., inzhener,-,YARICMIS. N.L. kandidat fiziko-matematichaskikh aaak;
IVAHOV. D.P., kandidat tekhnicheskikh naulq TNOROZ. L.I., inzhemer;
KOBRIN. M.M.. kandidat tekhnicheskikh nauk; KORITSKIT. V.G., dotsent-,
KROTKOV, D.Y., inzhener; KUDRYAVTSRV, I.V., professor,4aktor tekhni-
cheskikh nauk; KULIKOV, I.V., kandictat tekhnicheskikh nauk; IZPZTOV,
V.A. ' kandidat tekhnicheskikh nauk; LIKINA, A.F., inzhener; HATVNYNV,
A.S.: kandidat,tekhaicheskikh nauk; MILIMAN. B.S., kandidat tekhniche-
skikh nauk; PAYLUSHKIN, N.M., kandidat tekhnicheskikh nauk-. PTITSYN,
V.I., inzhener [deceased]; RAKOVSKIT,' V.S., kandidat tekhnicheskikh
cauk. RAXRSHTADT, A.G., kandidat takhnicheBkikh nauk; RIA22HENKOV.
A.V., professor, doktor khimicheakikh nauk; SIGOLAYEV,
dat t.ekhnicheakikh aauk; SMIRYAGIN, A.P., kandidat tekhnichaskikh
nauk, SULIKIN, A.G., inzhener; TUTOV, I.Te., kandidat tekhnicheskikh
nauk, KHRUSHCHOV,,M.M., professor, doktor tekhnicheskikh nauk.
TSYPIN, 1.0., kandidat tekhnicheskikh nauk.- SHAROV, M.Ta., inzhener;
SHEMN, Ya.I., doteent; SHMLEV, B.A., kandidat tekhaicheskikh nauk;
YUGAHOVA, S.A., kandidat fiziko-matematicheskikh nauk; SATELI, R.A..
doktor telhaicheskikh nauk, redaktor; SOKOLOVA, T.F., tekhnicheskiy
redaktor
[Machine builder's reference book] Spravochnik mashinostroitelia; v
shesti tomakh. lzd-vo mashinostroit. lit-r7. Vol.6. (Glav. red.toma
S.A.Satell. Izd. 2-oe, ispr. i dop.) 1956. 500 P.. (KLRA 9:8)
(Kachinery--Gonstructioa)

RYABCHHMT,,-A.V., doktor khimicheakikh nauk, professor; MURAVKIN, O.N.,
tekhnicheskikh nauk.
Corrosive and abrasive wear of economizers and its control. Xnergo-
mashinostroenia no.3:19-23 Mr '56. (ML13A 9:7)
(Corrosion and anticorrosivea) (]Boilers)

aY-ABCHENKOV, A.V,,doktor khim. nauk, prof., HIKIFOROVA, T.M., kand. tekhn.
ABRAMOVA, V.F., inzh.
Methods of microelectrochemical analysis of corrosion of
atreEsed metals$ Trudy TSNIITMASH 92:5-18 '59. (MIJU 12:8)
(Microchemistr7) (Corrosion and anticorrosives)

RYABCHEITKOV, J,.jc,_doktor khim. nauk, prof.; NIKIFIDROVA, V.M., kand. takhn.
_naWC
Rolf) of electrochemical fa ctors in corrosion cracking of
austenitic steels. Trudy TSNIITHASH 92:19-41 '59.
(MIRA 12:8)
(Steel--corrosion)