SCIENTIFIC ABSTRACT A.YE. CHALYKH -

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308120009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHALYKH, A.Ye., aspirant; '.ASEN.IN, R.M., kand. tekhn. nauk, dotsei-t
Optical methods for the study of diffusion. Nauch. trudy WILP
no-30:192-199 164.
Interference micromethod for the study nf' diffusion in the
system, polymer-solvent. Ibid.:200-a206
(MIRA 18: 6)
1 Kafedra fizicheskoy i kolloidnoy khimii Moskovskogo tekhno-
1;gicheskogo instituta legkoy promyshl.ennosti.

, C-HALYKH, A.Ye.;,VASENIN, R.M.
---- ----- !,---.---",
I
Difflunion of solvento in polyloobutylons. Vyookom. mood. 7
no.l.:586-592 Ap 165. - (MIRA 18t6)
1. Moskoviskiy tekhnologiebookiy institut legkoy promyshlonnosti.

.%SENIN, R.M.; CIIALYYdl, A.Ye.; ELIROBk,
'0, V. I.
Moving boundary problem in diffusion in the polymRr - solvent
systems. Vysokom. soed. 7 no.4;593-600 Ap 165.
(MIRA 18:6)
1. Moskovskiy tekhnologicheskiy institut legkoy promyshlennosti.

CHALP"i, '.7fe., Vfi~ -,--I
'E"L
Diffusion in the cystem - ollisobutylene - solvents studied
.P
by the intarferentivil micromathod. Dokl. AN SSSR 161. no.5,
1146--1148 Ap '65. (MI14 18-5)
1. 14oskovskiv teklinclogiv lie skiy in3ti-tut legkoy promyshlennosti.
SubmitteO Ctf-cber 1, JOY4,

CH,111'.YPI, 11, Je VA-HII-M, R M. `;Tof, KFY, S
,.z,ed. '7 no.5.~802-807 Mit
IA' insi., L,,it tonkoy '10iiMichasko-yr IWO-hnoloj;i-I ~ro
I ' osko- 4M~,
ruayz 111 onnkxii'ti.

CRQ(W, T.K.I. VASENIN9 R.N.; AMUMB PQL- VOTMKIYI, S.S.
Meat of VIS, Solocular weight or WTosarbmms on their
diffusion in polpwre. Daki. AN SM 165 zo.2047I-350 1 165.
(MIRA 10:31)
l.- Ybskovskiy Institut tonkay khImiaheakey tokbaclogii In. MeT.
Lmsmomovae Submitted April l3v 1965.

ACC NRi AR6031875 Sam cwz: uR/oo8i/65/ooo/oi6/sooq/solo
C.
AUTHOR: Chalykh, A. Ye. V"enin, R. N.
ORO:
TITLE: Interference micromethod of ievestipting -in a polyner-solvent
system
SOURCE: Ref. zh. Khimiya, Abe. 16ST5
TOPIC TAGS: polysier. po4vinyl alcohol. diffusion, interferometer, sultibedim
interferometer
ABSTRACT: Based on the Phenommon of Mltibeam Interfernece from two surfaces of
Z
plate, a device (interferometer) been designed for studying the diffusion kineti
of solvents in jtr!n~ ~tl~ers~r The device consists of a diffusion cell, a
light source, an optical system, and a nicroscope. The original paper includes an
overall view of the device and a cutaway viev of its optical system and diffusion
cell. The procedure is explained on the Thasis of the diffuaion of vater in poly-
vinyl alcohol; an interferogram of the procebe is Inclused. It is shown that in the
system polyvinyl alcohol-water the dependence of the coefficient of interdiffusion
on the concentration of the water is in the form of a curve with a maximum. Yu. -
Kercha. [Translation of abstract] S'_T7

L 31107-66 EWT(M)
F-ACC NR. AP5028282
(J)/T
Wt;/-JW/WT/PkA
OURCS CODEs
AUTHCR& Gromov, Ve Ke; Vasenin, Re Me; Chalykh,,_ As Ye*j Voyutskiy, So S*
ORG: Moscow Institute of Chemical Preeision*Teohnology Im. M. V. Lomonosov (Mookovskiy
institut tonkov kMmichearcoy teO =oa gL1
TITISt Effect'of the molecular weight of hydroo&rbons and their diffusionlin polymers
SGURGEt AN SSSRV Doklady, v. 165, no. 2. 1965, 347-350
TOPIC TAGS: hydrocarbonp molecular weightp polymer , chemical reaction
ABSTRACTs The 6iffusion coefficient (D)of hydrocarbons in polymers was stUXUed by
changing their molecular weight for 1-2 orders. The following systems were studied
(polymer, hydrocarbon(s),, temperature); pol~isobutyleno'l( I), octane~- or dodecane,
'paraffin (=IeKlar werjTF-j325) -Z- I
or heyadecaneg 20-120C; I, j 0-100C; I, ceresinep
100-130C; I, polyethylene (molecular wei&t,-2000 ore-5000), 100-130C; atactic poly-
propylene (II), paraffin (molecular 'weight ^.F325), 60-100C; II, ceresine, 100-.~u6p
and II, polyethylene (molecular weigbt-2000 orJ5000), 100-130C. In the systems
studiedp D depended on the molacular weightof hydrocarbonsp according to the equation
D = DI-1 , where K and I were constant, and H was V- molecular wei &h b; -4 depended on
the concentration of the hydrocarbon in a system and on the nature of the polymerb
At 100-20C, 11 was eJ3 or -j 2 for I or 11, respectively. For polyethyleneep -~ waa
Card
UDGt
01:

I ~ I -
~ -3i'07-66
ACC NP, AP5028282
2*5 and -j 1,5 at 120 and 130C, respeoUvely. In this case the temperature dependence
of was probably related to the concentration of the areas of ordered crystals
in the polyotbylenns. At bIgher temperaturest the mobility of chains incroaudd and V
became &ualiur, At 1300, holding other factors constant, the value of I increased
with the polymers: polyethylene'~Eatactie propylene 4polyisobutylono. At 160C, D
for a hydrocarbon of a moleculTv~ veigfit of 2,104 was -J6.10-12 or --12,10- CM2/seco
In I or II, respectively* With an increase of hydrocarbon concentration in a systemp
the activation energy, of the diffusion process decreased. The paper was presented by
Academician S. S. Medvedevp 13 Apr* 65a CkIgs art. hass 4 figs.
SUB CODEA 20,0V SUBM DATE: 09APr65/: CRIG WS 009/ OM RU 1 007
-Card 212

1, 38850-66 &T (i ) /EI-IT (m)
ACC Nftt AMOI1874
SW= COMI
UR/0081/65/000/016/5009/soog
AUTHOR: -.Chalykh, A. Ye.: lasenin, R. M.
TITWS Cotical'usthods of studVin diffasioni
SWMI Ref. Sh. Mdavat as. 1"
=,SO=$ Namohn. tr. Mosk. tel&na. in-t legkoy Prm-Et v TYP- 309 1964, 192-199
TOPIC TAGSI fluid diffusions optic methods optic interferencep colorimtryt refrac-
t0I"tz7
AWT RACTI Optical nothods suitable for stvAying diffu sion in the po ri- solvent
sYstem were studied over a wide concentration range. On the basi-3120 ~6';;Sical
processes, underlying these mthods . the latter were divided into three gMP3 9 re-
fractomtries interferences and oolortmetric methods* The adhmntages and diaadvan-
tagen of the Individual methods us shwin by comparison* Optical shoemes clue to
I&MM9 Staubs and Lftarto charmst*risiM the various refractomstric methodsp and also
Langsworth's schs~ssq characterizing one of the Interference mthods, are shown and
described. Mbliography of 30 titles, Yhe Zercha. [Translation of abstract]
SUB COISI 20
Card
RM

CRALYKH.
~ I. - ;I ..
Duodenal ulcer perforating three times* Xhirurgits Supplement:
31-32 10- (MLRA 11:4)
e
1. Is Krasnogorskoy rayonnoy bo.l1nitsy Moskovokcy oblasti.
(BUODAMNI--ULCM)

CHERNTSOV, O.M.; CHALYKH. E.A._,
Derivatives of 2-marcaptobensothiazole and dithiocarbamic acid.
Part Is Reactions of benzothiazyl-#~mercaptides. Zhur.ob.khin.
33 no.6tl958-1964 Je 163. 1~ (MMA l6z7)
1. Naucbno-issledovatellskiy inatitut organicheskikh poluproduktov
i krasiteley.
(Benzothiazole) (Mercaptides)

CHERNTSOV, O.M.; CHALYKH, E.A.; GURIYANOVA, Ye.N.
Derivatives of 2-mercaptobenzothiazole and dithiocarbamic
acids. Part 2: Tmnsformhtions of benzothiazolyl esters of
dithiocarbamic acids. Zhur. ob. khin. 34 no. 3:952-955
Mr 164. (MIRA 17:6)
1. Nauchno-issledovatellskiy institut organicheskikh pol-aproduktov
i krasitelev..

NrIvatives of 2-mercapto benzotiis tole and d!.tb,.e,carbamIc acidi,
Part 4g Raactions of zInc salts with dithlo-
aarbamic acilds with 2--!hIorob*-,nzothIaz61cn, -hur, org, kbin.
I na.0765-767 Ap 465. 18, 11)
1. Nauchno-Isaledovatel'skiy inatitut poluproduktor
Icasiteloy.

ACC NRI AP7002730 A SOURCE CODE:.. UR/0065/67/000/001/00-49/0'051
AUTHOR: Stekhun, A. I.;_.qhal)~k~h N. D.
ORG:. New,NPZ, Ufa (kovo-Ufivskly NPZ)
TITLE:. Jet fuel'cleanline8s needs,greater attention
SOURCE:
Xhimiya i tekhnologiya topliv i maseli no. 1, 1967, 49-51
.70PIC TAGS: jet fuel, fuel contamination, =t--v=tamtnation-Tr~tjov
ABSTRACT:
This article is submitted as a contribution to the current discussion,on
the prevention of jet-fuel contamination.- The authors review the state-
of-the-art on the basis of Soviet and Western literature, evaluate cer-
tain test methods-for fuel cleanliness on'the basis of their experimental
data, and make recommendations for the developv~ent and introduction into
practice of more effective test methods. These recommendations are as
follows: 1. For purposes of collecting data 'the*use of the gravimetric
test method for-particulate contaminants (GOS; 10557-'63) and of the test
method for particulate contaminants involving fuel filtration on an
AZNII-FT-2t apparatus (GOST.9298-59) should-be made optional. At the
same time,the current test method for particulate contaminants involving
visual observation of a fuel-water interface (COST 10227-62) should
Card 1/2 UDC: 665.521.3

FXCC14R, -AP 7 66 2 7J6
remain in force. 2. Specifications- should be established for the partic-
ulate- contaminant content of jet fuel: a) at the point of production,
and b) at the point of use. 3. It,is technically feasible for refineries
to produce a fuel with a particulate 'contaminant content of 1 0.0003%.
The specifications for the particulate contaminant content at the point
of use should be brought down tol'O.00010-0.00015Z. This degree of
cleanliness also becomes realistic when airfield filtration facilities
are introduced on a wide scale and when fuel filtration In the.refueling
unit prior to aircraft fuislins is made mandatory,. [WA-281
SUB CODE: 21, 07/ SUBM DATE: none/ ORIG REP: '01l/ OTH REF: 001/
ATD PRESS: 5112

S11 37/150/000/0 121t4 1/041
AOO6/AOO1
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No. 12, P. 273,
30266
AUTHORS: Naymark, L.E., Chalykh, P.N., Kokanov, A.
TITLE: Quantitative Spectrographical Determination of Beryllium and Soandi-
um In Products of Processing Ber-yllium-Containing Ores
~PERIODICAL: Izv. AN KUM, Ser. metallurgii, obogashchonlya I ogneuporov, 1959,
No. 1 (4), pp. 85 89 (Kaz- summary)
TECT: Samples and standards were mixed at a 1 : 1 ratio with a buffer mix-
ture composed of carbon powder with 13%.BaO and 2% Cr 0 (Ba as a comparison ele-
ment for Be, and Cr for So). After preliminary roas~Q in an electrode, acting
as a cathode, the mixture was burnt in the anode of a d-c arc at 10 amp. The V/
time of full burning out of the sample was 2 - 3 minutes. An OCQ -22 (ISP-22)
spectrograph was used. The analytical pairs of lines and the ranges of concen-
trations to be determined axe presented. The standards were prepared by the syn-
thetical method on the bass of a mixture of CaSO4 and oxides of Si, Al, Mg and Fe.
Card 1/2

--- - - --- ----- --
S/137/50/000/10 12A4 1M 1
A006/AODI
Quantitative.SpOOtrographical Determination of Beryllium and ScandiUM in Products
of Processing Beryllium-Containing Ores
Be and So were Introduced Into the standards In the form of oxides. Samples with
a high Be and So content were, prior to the analysis, diluted with a mixture on
the base of which the standards were prepared. The method was developed on speci-
mens of very variegated composition and ensures the determination of 0.0003 - 0.3%
Be and 0.001 - 1% So at a mean relative error of _t 8%. There are 7 references.
A. Sh.
Translator's note: This In the full translation of the original Russian abstract.
Card 2/2

S/137/62/000/003/191/-'91
A154Alol
AUTHORS; Naymark, L. E.; Akisheva, R. Z.;_Gba1ykh,.. P. N.
TITLE: The effect of current intensity and rate of evaporation of the
sample on the intensity of the lines in the spectrum of an a.c.
carbon are.
PERIODICAL: Referativnyy zhurnal,- Metallurgiya, no. 3, 1962, 14, abstract 3 K 76
("Izv. AN KazSSR, Ser. metallurgii, obogashcheniya i ogneuporov,"
vyp. 2, 97 - 103; Kaz- summary) Ife,
TEKT: Tests were made with SiO2- and NaCl-based mixtures containing bun-
dredths; and tenths of a percent of In, TI, Ga. Ge, As, Cd, Te, Sns Fb, and Zn,
as well'as 1.5 % of Cu in the form.of oxides and sulfides. Weighed 20 MG samples'
were placed in the channel of the bottom carbon arc electrode and ignited until
total evaporation of impurities. A140-22 ~ISP-22) spectrograph was used. Upon
increase of the channel depth from 2 to 6 mm, the "idle" burning time of the arc
noticeably increases, but the evaporation time of tho elements o~angez little.
The evaporation time dropped by 3 - 5 times when the bottom electrode was cooled
Card 1/3

S/137/62/000/0r,3/191/191
The ef"fect of cut., nnt intensity .... A154A101
by a massive metal collet. It was found that upon ignition of the are, the
temperature of'the electrodes increases rapidly for 20 - 40 see. at all points
at a constant distance from the discharge until it reaches a constant value,
irrespectively of the sample's composition. The temperature attained by the
electrode depends most of all on the ionization potentials of the elements enter-
ing the discharge and on the power of the are; the sample's boiling point is of
secondary importance. The heating-up rate and temperature of the electrodes in-
crease considerably with increasing current intensity. The temperature of the
top electrode does not depend on the nature of the substance introduced into the
bottom electrode. A series of empirical formulae were proposed for describing
these regularities. The dependence of the intensity of the lines I on the. cu",rant
intensity i was examined at 5 - :~O amps. It was found that, I = ik,where k --
1.3 - 1.55. It is supposed that the increase of I with the growth of i is:due
to the observed widening of the discharge column. It was found that at a 8onstant
exposure time the constant background intensifies with growing i at the same rate.
as 1. However, at largo i values considerable reduction of the expocure time is
possible. By using this effect the sensitivity may be increased by several timez.
Card 2/3

S/137/62/000/003/1911/i9_1
The effect of current intensity ..... Ai54/Aioi
With growing i the influence of the effect of self-absorption of the lines be-
gins to manifest itself e.*lower concentrations. Therefore, if the given element
does not have weaker lines, it is more expedient to determine increased contents
of it at smalleri values. Using too deep channels in the blectrodes merely in-
a,reases the exposure time without raising the sensitivity'of the analysis. Thera
are 6 references.
A. Shteynberg
[Abstracter's notes Complete translation]
Card 3/3

ACC NR~ AP6029018 SOURCE CODE; UR/0413/66/000/014/0021/0021
INV)Y-\TOR: Chalykh S. A,,; Kafarov, V. V.; Vigdorov, A. S.; Savostly~jnov, N. I.;
Gromova, 1. 1.; Podgorbunskikh, M. T.; Kolesnikov, A. S.; Luferov, V. Ye.
QRG: none
'TITLE:\\)Preparation of salts of dithiocarbamic acidlderivatives. Class 12, No.
183735. [announced by Scientific Research Institute of Organic Intermediates and
institut organicheskikh pol p- "-d"*k'---
_fy-estuff (Nauchno-issle ovatel u ro u tov i
krasiteley)]
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 21
F ..'
TOPIC TAGS: sodium dithiocarbamatealkyl dithiocarbamate, dialkyl,dithiocarbazate
carbamic acid, organic salt
ABSTRACT: usu'ally, salts of dithlocarba a.Le acid derivatives.of the. general
fo=Ula:
(where R, and R2 are CZ, or C2H,,; Me Is No) are obtained by the
reaction of carbon disulfide with a solution of an amino in the pro-
sence'of alkalies. To 1uprove the tacbnol 'ogical process and to in-
crease the yield and quality of the final product, the proccou Is
carried out In dilute.. solutions of amines with a 5Z excess of CS
2.

-- -- ~. ~ ~--- -.- .
AP6029018
- 1.

ACC AP,6029018 SOURCE CODE: UR/0413/66/000/014/0021/0021
INVENTOR: C'nalykh.. S. N.; Kafarov, V. V.; Vigdorov, A. S.; Sajost'yanov, N. I.;-
Gromova, 1. 1.;-FodgorDuns1cikh,*M. .;.koiesnikov, A. S.., Luferov, V.'Ye.
ORG: 'none
TITLE: Preparation of salts of-dithiocarbamic acid derivatives. Class 12..No.
183735.:(ahnounc.ed by.Scientific Research Institute of Organic Intermediates and
DyesruA~X-s.(iiauchno.-issledovatellskiy institut organi-cheskikh poluproduktov 1
krasiteley)
S.OURCB:'.Izobret prom obraz tov zn. n6. 14, 1966, 21
TOPIC TAGS% sodium dithiocarbamate.alkyl dithiocarbamate, dialkyl'dithiocarba-ate
caztamic acid, organ"ic salt
ABSTRACT: 'Usu'ally, salts of dithiodarbiazic acid derivatives of the general
fo=ala:
Cwhere'R'l ~nd k. are. CH or C2UI-; No is Na) are obtained by the
reaction of carbon aisulfide with a solution of an amine in the pre-
sence of alkalies. To improve the technological process and to-iu-
crease the yield and quality of the final product. the proccou is
carried out in ailute.- solutionz of amiuas Vith a 5% excess of CS

ACC NR. AP6029018
at 25-45*C in.the presenca of's.i;rfactants vith subacquout rmoval
of,cs in vacuo (350 US). (WA-50; CBE No. Ill
'2
SUB CODE: 07/ SUBM DATE: 2lJun65/
2/2

GEALYKFI. Tsvgenly 7edorovich; VJBJIDVSKIY. V.S., redaktor; ABUMOVICH, A.V.,
ktor-, BAM, O.G., tokbuicheekly risdaktor.
[Manufacturbg electrodes] Proisvodstvo elaktrodov. Moskva, Goo.
nmobno-takha. Isd-yo lit-ry po chernoi i tevetuoi wtallurgii,
1954. 328 P. [Microfilul (KM 8:2)
(Blectrodes)

S/136/62/000/008/002/004
E202/E335
AUTHOR: Chalykh, A.Ye.
TITLE: Impregnation of graphite with hydrocarbons
PERIODICAL: Tsvetnyye metally, no.8, 1962, 58-61
TEXT: The permeability of graphite to gas6s may be reduced
by an order of one million times if a suitable process-is chosen
in which a hydrocarbon such as methane or benzene, diluted in an
inert gas such as argon or nitrogen, is diffused under highly
controlled conditions of temperature and concentration. In the
present series of experiments the author used a temperature range
of 900-1300'C, a benzene concentration of 5, 10 and 15% and.a
methane concentration of 40 and 60% v/v. Impreknation was carried
out on small graphite crucibles which were placed in a quartz
chamber with a high-frequency coil wound on the quartz chamber.
The crucible was rotated to assist uniform permeation of the
hydrocarbon, thus introducing a centrifugal force. The results
confirm that too high a rate of deposition tends to produce
soot ihstead of a fine, thin and stable silver-l�ke film.
However, with too low a.flow velocity, the impregnating deposits
Card 1/2

Impregnation of graphite'...
S/136/62/ooo/oo8/002/004'
E202/E335
tend to be unbven. It was found that the use of methane leads
to a stronger hydrocarbon film and gives also a better degree of
impregnation. The method applies only to laboratory experiments.
There are 5 figures and I table.

L-19051-63. -~FRIEPF~Q -4./Pr-.4-. WH
)011m
SR jq~g
lyffilTAR~ASD Ps so
,:Yevgeniy Fedorovich.,~
'uSl6grakit6Njrkh)uater1aIov (Techfiologk
V# iya Of arbon and
t0rialB) a ,"-Metallixre~dat i.196
Graphite Ma IR06 64 3.-- :304,
204U L C oplea ' print e
d,.
P.
'Reviewer: V. P. Soaedovi-Cand1dateiof Toohnidal Saienoas;,
Ed,:- B,.'K, Dymov;., Ed "of Publis4ing Housbov M. S. Arkhzinge ek
Ed
Tech. M. K. Attopovich (Dedeased)_
-PURPOSE: -This book is. intended: to serve as a manual'for students.
of metallurgy and ofiemdml tebbnology-In.schools of-hi6er,
Dil: (VTUZ).' It canalso be. of use. to engine"s,:...
technical educatli
M~tallurgists,, and 100
tee =5 ans.
COVER.A.GE: The author diseusses,the.theoz7 and practice.of.thd.
.-irbased
-"manufacture of carbon and 4
graphite pMduets~ , The. text
on 1),lectures deliveried, by. the.&~thor at th6 Moscow Instit-ute:
-C
A~d 1/141j-

L
19051-63
:''Technology of Carb on (Cont') Soy/6479
2) he- auth6r! 0
of Chemical Tachno'l6ky-Imeni Di 11-4, Mend It
data on research and manuraeturlh&- 3) material available, in,
the literature,-4) proesedr, kis-1,3f -the All-Uni6n Aluminum-
Magnesium Institutej. and 5, 1 datai,from Vlant laboratories. The
technology,of the productioh,of artificial cirblon and graphite",
products is desor~bed in detaij,','Topics oovered are;,.selec'tion.
f ormula!3 j,
of. raw materialo and,their prepaxik.tJI6nj,'.produoti6n
batch preparation, press formin& - roasting,*. graph-itization,,
Ampre&-qation, band, sealing. '-,-.The industrial -carbon,.and, graphiteC
17.
matari~ils -described here are:used. in, steel.- and - aluminum..
metallurgy,-.* electri6al' engine-i6ringi ',chimle~Ll 6jTNFs_r_UF9,_-_atomio
d rooketx- als '-mentioniythe,'refining of
energy, Ek-r. je, The text, o
t6 (impurities
graphite fn- the preparation,-of high-puri_q 1 Mrodue
~10-11-10-11~) for use In nuclear enginq:eringp-,semiconductors.,..
and spectrography, Soviet"and ho'n-Soviet references are-given..
at the end'of each c tei..-
4a p
Card 2/1

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GMION
-
Componen g Ao
t u a r a~ ours:10d Imnreaa
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f ke yield by
,
-.0D 15%~(Ii~ ~6jiiksi h
-on to' -,'pitbh .4und Imarea'se6dens tr and mechanical strengt
-'of ~'articles ~,aiter_ flrixqi
T

ji
t

CHALYKH, Ye.F.; ROZENMA.N, IOM.
~ -I -
. Kinetics of the oxidution of green pitch-coke specimens made
by cold pressing. TSvet, met, 37 no,6:44-47 Je 164.
(MIRA 170)

10,NOV, A.N.; SITNIKOV, K.I.; LIFANOVA, A.A.; Prinimali uchastiye:
VORONIN, A.D.; SLAVINA) A.Yu.; GORDEYEV, M.I.; 191 J.,
~t.Q..;_-GORDEYEV, P.A., red.; KASIMOV, D.Ya., tekhn.red.
[Album of drawings for machinery, mechanized equipment,
implements, attachments, and instruments for finishing
large-panel apartment houses] Allbom cbertezhei mashin.,
mekhanizirovanrWkh ustanovok, inventaria, prisposoblenii
i instrumentov,dlia otdelki krupnopanellrykh zhilykh domov.
Moskva, Gostroiizdat. 11o.2. 1963. 210 p. (MIRA 17:2)
1. Gosudarstvennyy proye)ktnyy 3.nstitut po organizatsii
seltskogo stroitel'stva i okazaniyu tekhnicheskoy pomoshchi.

'LARIN.' T.V.; DLTYATKIN, V.P.; KRIVOSHURY, V.N. -, NAUMOV, I.V.
CHALYKH, is-I-! SALIKHOVA, T.A., inzhener, redaktor;
AnITMUT, F.A.,-takhnicbeekly redaktor.
[Seamless rolled whoels for railroad cars] TS~Ilnolmtawe
zhelezuodorozbmre koleva, Moskva, Gon.trans'. zhol-dor,is&-vo.
1956. 187 p. (Moscow. ToosoluzzWi.nauchno-lonl'edoviiLteliskiI
InatitUt 2h~loznodoroshnogo transports. Trudy. no.124).
(Wheels) (Iq'" 91U)

CHALTIH, Ye.I., inshener (Dnepropetrovsk)
Speed up the change-over to seamless rolled wheels on all cars.
Zhel.dor.transp. 39 no.9:81 S 157. (MIRA 10:10)
1. Starshly Inspektor Glavnogo upravienlya vagonnogo khosyaystva
Kinisteretva putay moobahchentya na Dnepropetrovskoa astallurgicheskom
savode.
(Car wheels)

SOV/ 137-58-8-16886 D
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 95 (USSR)
AUTHOR: Chalylth, Ye
TITLE:
A~4- RAG T
Card 1/2
Author's dissertation for the degree of Candidate of Tech-
nical Sciences, presented to the Vses. n.-i. in-t zli.-d. transp.
(All-Union Scientific Research Institute for Railroad Trans-
portation), Moscow, 1958,
An investigation of the causes of spoilage in the mass pro-
duction of seamless rolled wheels (W), made on the basis of a
statistical study of a large amount of data from acceptance
tests and analysis of production factors, makes it possible to
advance a number of specific suggestions th& introduction of
which has resulted in improving the quality of the W and reduc-
ing rejects. It is established that the poor plastic qualities of
the steel and low v b values existing concurTently are explained
by unsatisfactory deoxidation of the steel and unsatisfactory
heat treatment of the W after the heating for rolling. It is
An Investigation of the Causes of Spoilage in the Mass Produc-
tion of Seamless - Rolled. Wheels (Issledovaniye prichin braka
pri massovom proizvodstve zheleznodorozhnykh tsel'nokata-
nykh koles)

SOV/ 137- 58-8-16886 D
An Investigation of the Causes of Spoilage (cont,"
recommended that the final deoxidation of the steel be done bv silicon-
calcium, and that the heat treatment be based upon the terminal W-rolling
temperature. Analysis of the statistical data of acceptance tests for seam-
less W with consideration of operating data has made it possible to deter-
mine well-founded norms for the chemical cornposition and mechanical
properties of wheel steel for the setting up of a new standard. The study
reveals a number of principles governing the relationship between W quality
and various fabricational factors, and these were taken into consideration in
compiling the W-manufacture flow sheet. Introduction of these measures
made it possible to reduce overall W rejects for mechanical reasons by
more than 841/o.
ASSOCIATION: Vses. n.-i. in-t zh.-d. transp. (A-11-Union Scientific Re-
search Institute for Railroad Transportation?, Moscow
S. G.
1. Steel-Processing 2. Rolling mills-Per-formance
3. Wheels-Production 4. Industrial prod=ticra-
Effectiveness
Card Z/Z

CHAL71M. Too 1
IntroductIon of the zww standard for seamless rolled wbee1q.
Standartizatella 24 no.9:41-43 3 160, (MM 1329)
(Car vtmls--Standards)

LARMP T.V., doktor tekhn.nauk# prof.j DEVYATM, V.P.g kand.tekhn.nauk;
CMLYKH., YeiI... kand.takhnonank
now o~ftsl3ting'oeamlsss-r6LIed whee3s m a ram impact. machine.
Test.TSIIII ITS 21 no*4;4%49-.62. (KMA 25M)
(Whools-Testing)

1l
.1
*a 11moxxiovi w x 32 As ol A it v a 1 41 A 1 449 as
#10MOS Afsl) 41110011#11ti IND01
00

go,, 00

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igg go".
A
t

00
udiustim
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of) a 4A pbrmd aid dprin. by awaus ol In* and bund
-00
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I 11wimmucull cmilutbe " d KC10 116081
MIC
, , S.
HNOw KMnO6 Kp% A
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T.
R .
ix cdOAKWasol ofet) I Saab of dwmmpd jobt
OW dw *' - mu: w 0.1 'v Z. I i'i
A
tqmW- fmt- Of dW 021idisiNG famt in 0.1 At
dole. Time "matift 0=06 to the cqmtion
00 (h + 219 + 4RU - 41KI r t. of abourbed I
Goo
00,3 W. 2D. 3D =d W Miss. after the martinis bawstaned.
00 is &td- b!r dUstiffill! do bw I by uscam at Na.%% sulm.
b
i
50
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i
i
A
w

09
n
s
c
or
The nuum wo call 04 sl
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ir
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oo

0414 and 30% - lu m"i" I low In ftmind own.
OCI
i
C
l
a
ivilty, dw ass
glisft opme rasp
As replagis thr am
.
0 > IRM > HNOs > M0jNC16 in nmtnd alled McC611AD, coo
4
N&NCI > callocle > Kxro. > IIA > L31111104 > Phsor
rs*
SC16 > HNOk is acid wils. Gcrtrwk beclud a
ee
s
goo'

3L

WOOD MA I OUT cog (149 Q-. M gas

i63 b
of is 1111 to a u
of a W, law to I a ad 0 41 9 1 Iff 0 9 a a "1 9 w
No"

0 9 000000
0
T
l
000.0

LAA
e 0 0 * 0
* 0 0 0 0 O 0 0 & a & 0 0 0 0 0 0 0-0 Ojo 0 0 0 0 a 0 111 00000040

R 40"t VOCII.
t
FiYA of Trl"slc flaMo'md vUgocsj&aljwm In the nortbera part
of the cig.-Ural rogton. DAL W SSM 136 no,4:90/4,-906 F 161s
(MIU 34:1)
10 irketitut geologii.lomi filislA AkadeaU rAuk SM, Predstav-
leno akadeaftm A.L, Yanabims-
Nabora Powil)
(Pecbwa -&win-4tegocephali)

15-57-12-16785
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 12,
p 12 (USSR)
AUTHOR: Chalyshev, V. I.
TITLE: The Age of the Romashkino Series in the Southern Part
of the Obahchiy Syrt and the Chkalov-Ural Region (K
voprosu o vozraste romashkinskoy svity yuzhnoy chasti
Obshchego Syrta i Chkalovskogo"rriurallya)
PERIODICAL: Izv. Komi fil. Vaes. geogr. o-va, 1955, Nr 3, PP 7-10
ABSTRACT: Ostracode.and st arfish.-characteristic of the Baskun-
chak series of Early Triassic age, have been identified
in the Romashkino series, whereas discoveries of verte-
brate skeletons point to a Middle Triassic age, or
even to the lower part of the Late Triassic. The
author suggests that there was a shifting of the regicn
of sediment accumulation, and that this process pro-
duced lithologically similar groups of deposits having
Card 1/2

b
15-57-12-16785
The Age of the Romaahkino Series (Cont.)
different ages, isolated in the Romashkino series.
Card 2/2 0. 1. Zelenova

CHALYSHEV, V. I., Cand Geolog-Mineralog Sci (diss) -- "The stratigraphy and
lithology of the Permian and Triassic lagoon-continental deposits of central
Pechora". Syktyvkar, 1959. 25P P (Geol Inst of the Acad Sci USSR, Inst of
Ceol of the Komi Affiliate of the Acad Sci USSR), 150 copies (KL, No 15,
19,60,133)

(Pechora Valley-Geology, Stratigraphic)

3(5) SOV12o-126-5-46169
AUTHOR: Chalvshey, V. I.
TITLE: Rhythms of Lower Permian Coal-bearing Sediments of the Middle
Pechora (Ritmichnost' nizhnepermskikh uglenoanykh otlozheniy
Sredney Pechory)
PERIODICAL: Doklady Akademii naak SSSR, 1959, Vol 126, Nr 5,
PP 1079 - 1061 (USSR)
ABSTRACT: After recalling the discovery of the sediments mentioned in
the title in 1957 (Ref 4), the author describes in detail their
composition. The rhythms consist of sandstones, aleurolithes
and limestones. Above these layers, coal or its analoga (coaly
slate and black coaly loam) are deposited. The coal beds are
not more than 2o cm thick, only in one of the rhythms a bed of
0.8 m was discovered. The rhythms are mostly covered by aleuro-
lithes. All sediments covering the coal - perhaps.except for
the uppermost parts of the rhythms which consist of sandstones
are deposits of the relatively deep water. Doubtlessly they
constitute the transgressive parts of the rhythms by representing
the facies of the-water section most distant from the coast.
Card 1/3 Only full, normal rhythms have a complete number of layers.

Rhythms of Lower Permian Coal-bearing Sediments of the SOV/2o-126-5-46/69
Middle Pechora
Certain layers are often missing. The striking differences be--
tween the lower (regressive) and the upper (transgressive) parts
aret 1) The regressive parts have a higher thickness. 2) Their
color is brighter as a rule. 3) The layers of the regressive
parts are poorly marked, irregular or missing; on the contrary,
the rocks of the transgressive rhythms are fine, arranged in
distinctly horizontal layers. 4) Calcareous concretions always
occur in the regressive parts; in the transgressive parts, they
are very rare, and are only present in the uppermost parts of
the rhythms. 5) The quantity of flora and fauna, particularly
their maintenance standard, is much higher in the transgressive
parts. All this shows that the rhythms are of the Bassein type
here. Finally, parallels with the Kuzbass (Refs 1,2) are drawn.
Also in the Pechora-basin itself, the rhythms had not the same
course in all places: they were synchronous and locally approxi-
mated to each other, but in the north-eastern.part of the Pechora-
basin and in the central Pechora, the rhythms were formed in
a different way. Between the central Pechora and the Kuzbass,
however, the similarity of the rhythm formation was quite high
Card 2/3 in spite of different ages and the distance. There are 5 Soviet

Rfiyihms of Lower Permian Coal-bearing Sediments of the BOV/2o-126-5-46/69
Middle Pechora
references.
ASSOCIATION: Komi filial Akademii nauk SSSR Komi Branch of the Academy of
Sciences,USSR)
PRESENTED: March 2o, 1959, by N. M. Strakhov, loademician
SUBMITTED: March 18, 1959

~6tv. bred. is =SVZMTK~OVMoN0PMjW 9 Yu.P.9 doktor goologo-miner. naukv
0 v - W,pi"o isd-vai BO=Mv V.T.t tekbn. r9d.
[stmtigm]PbY md ljtbbj6& 6f. pbrSIM_wd Triassio lagoom, and
terrestrial dOPODItS.U O=tftl'ft.shora] Str&tigrafija i litologiia
"Ammo-kcatinentlaomm -oa0abmn pomi i triana Srednei PechmT.
Noikvi. Isd,;jvo . Ak&dAaQ SM, 1961. io (MIRA U16)
(Pechma rail" Gaogyg StrktipWz)
(ftabora Valley-htralogy)

CH,aTSHEVO V.I.
Boandary of Permian and Triassio sediments in the Ad.z1va Basin.
Trudy Inst.gool. Komi fil. M SSSR n0.2:50-52 162. (MIRA 15:7).
q (Adslva Valley-4sology, Stratigraphic)

CHALYSHEV, V.I.
Discovery of raindrop imprints. Dokl.M SSSR 145 no.1:179-180
n 62. NOU 15:7)
1. Inatitut geologii Rod filiala Akadmll nauk SSSt, Predstavlano
akademikom N.M.Strakhavya.
ft-OW Range-agology)

CHALYSHEV, V.I.; VARYUKHINA, L.M.
Stratigraphy and spore-pollen complexes of.Upper Tatarian end
Triasoic aedimato in the.Kolva arch, T-rWy Inst.geol.Koxi fil.
AN SSSR no,3*78-96 .162j (MM 160)
(Kolva Valley (Komi A.S.S.R.)--Geology, Stratigraphic)
_V7
(Kolva alley (Kimd A.S.S.R.)-Palynology)

-CRALYSHEV V.1,
Stratigrapby of the Upper.Parmian and Triassic in the Northern
Ural region. Biul-ML)IP.Otd.geol. 38 no-.3:45-59 )V-.Te 163*
(NIRA 16:9)

CHUYSHEVP~
Lower Triassic phosphorite-bearIng sediments in the Pechora Valley
portion of the Urals. Lit. i pol. iskop. no.4:124-126 JI-Ag 164.
(WRA 1711l)
1. Institut geologii Komi filials, AN SSSR, Syktyvkar,

SAVEL'YEVA, E.A.; GHALY~AOV, V-1.
Aruhaeolog~-2al finds in the Kobra Basin. Izv. Komi fli. Geog.
ob-va SSSR no.9:103-107 164. (MIRA 1180)

124-58-9-9888
Translation frorn: Referativnyy zhurnal, Mekhanika, 1958, Nr 9, p 59 (USSR)
AUTHOR: Chalysheva, N. 1.
TITLE: ~,The Redistribution of Heat by Means of the Currents in the Sea
of Japan (Pere raspredeleniye tepla techeniyami v Yaponskom
more)
PERIODICAL: Tr. Gos. okeanogr. in-ta, 1957, Nr 35, pp IOZ-118
ABSTRACT: The heat distribution in the Sea of Japan effected by the warm
current through the Tsushima Strait is cla~rified..., The data
utilized were gathered from' hydrological observations performed
along. s'tandard latitudinal.and longitudinal.s eictions of ;he Sea
during 1932-11935. The-mean-velocity curves for the currents,.
for certain sections,* are shown, for a Z5-ZOO--m stratums a-map.
is provided showing the amplitudes of the semiannual and annual
variation of the water temperature at the sea surface; other
results of the analysis of theobservations are presented. Vel-
ocity and temperature data were used in a computation of the
heat advection; these computations show that the variations of
the water temperature from year to year due to the advection
may be very substahtialfabout 40 for that area). Throughout the
Card -1/2 year, a large part of the.basin of the Sea of Japan is, in the mean,

124-58-9-9888
The Redistribution of Heat by Means of the Currents in the Sea of Japan
under the action of cold advection. This is the result of the predominance,
in the cotirse of a year, of northwesterly winds which carry cold air masses
over the basin of the Sea of Japan. During the warm season (from June to
November) a characteristic sharp increase occurs in the portion of the basin
that is exposed to the advection of heat. The relative magnitude of the heat
advection in the central part of the Sea attains its maximum in June and July
(1. 5-20). In the course of a full year the relative magnitude of the advective
heat losses varies more than the relative magnitude of the advective heat
gains. The author indicates that the redistribution of the heat advection in
the Sea of Japan cannot be calculated directly because of the paucity of
available observations. In the section of the Sea adjacent to the shores of
Japan, the advective temperature changes are moderate because of the
northward flow of the current.
A. S. Sarkisyan
1. Ocean currents--Thermal properties 2. Sea of Japan--Thermal properties
Card 2/2

CHALYSMWA, N. .
I Accuracy or permarient tide tables, Trudy GOIN no.46:5o-64 '59.
(MM 13:5)
(fidem-fables)

DUVANIN, A.I.# doktor geograf.nauk; VINIKOV, M*P '-- CHAT SHEVA, N.I., kand.
geograf.nauk; SOLOVEYCM, I.N.; IWEVA, R,,Fg- kand.geografenai*;
MDISEYEV, I.N.y red.; KUnUMp W., red.j BRWINA, K.I.p
tekbn,rede
[Tide tables; waters of the Asian part of the U.S.S.R. and adjacent
foreign. &"as] Tablitsy'prilivovj vody Azistskoi chasti SSSR i
prilegaiushchM zarubezbzWkb raionov. Ptl. [Tides in principal
Porte] Prilivy v oanovarkh portakh. Pt.2. [Corrections for
auxiliary stations and harmonic tidal constants] Popravki dlia
dopolnitells7kh punktov i garmonichoskie postoiam3ye prilivove
Leningrad, Gidrametsoisdat, 1960. 191 p. (MMA 14-.7)
1. Zaveduyushchly Otdelom.schetno-wailiticheakikh maebin VycbiB31-
tellnogo tsentra mekhaniko-matematicheskogo fakullteta, Moskovskogo
ordena, Lenina gosudarstvennogo universitata im. M.Y.Lemonosova (for
Vinlkov). 2. Dallnevostookwy nauchno-issladavatellskiy gidrometso-
rologicheskiy institut (for Solovaychik).
(Tides-Tables)

CHALYSM17A N. I
Indices of water samoos. Isv. AN SM. $sr. geog. no.5:119-123 3-0
160* (0 emu temperature)

CH"rSHUA N. 1.
.. -- .. ~ ~e
Calculation of tides In a nearshcre zone, Tin;dy GOIN noo75t29-42 164-
(MIRA a7:30)

L'23330-65 EWT(M)/EWA (d )/E14PM/r VIP(b)
ACCESSION NR: APS001 191 S]0125/641000/012/003010037
AUTBOR: Kakhovskiy, N. 1. (Candida:te of tecbnical sciences); kanger, N.A.
(Candidate -of technical saiene")., Tusheheoko, X. A. (En6Wecr);Cba1yuk, G.1.(Eng.)
TITLE: Electrochemical properties of the weld compounds of fe_r~ritic-a-NT_e~ltic
chromium-nickel steelef 21-5 type
_-----SOURCE: -.~'Avt6ziiaticheskaYa_. svarka-,7 no.~--12 p-119-64- _.__30_-_37
TOPIC. TAGS: wel _rnpouhd Jerriticaustenitic steel 'chromiu--.1 nickel
I------- ding. co
-Steel, electrocheinical--pjrbl),6rty,,-- steel weldi
-B
AL VM_ rT',---- h'e---:ele c-tr6thentid-
-steel6~
I -'thia- h on
:-wbre.inves ated.. _t e'' d, the chemical composition
f the Welded se 'er si,
0 a m, t h e ain zei. and the steel properties resulting from the
welding temperature,aggressiveness of the medium, and some other factors. In
the boiling solution of 401a nitric acid, macrocells consisting of the base metal-
seam and base metal-zone oil thermal influence may be formed. If the joint dif-
fers little from the base metal, the corrosion resistance is determined by the
Card 1/2

04666-67 F,~T(m)/1,-,C(t)/ET-t LIP(c) JDMiA)B
SOURCE CODEs UVO-1-291&71066160~1602
ACC NRs AP60O7107
AUTHORSt Langer, K. A.; Yagupolliskaya,-L. N 4~~N,-I.; Tushchankos KO
F&rtu3hWs Ve Go g Chalyuk, 0. 1.
ORG: Institute of Electro-Welding in., To. O.'Fatong AN UkrSSR (Institut elektroevarkV
AN UkrSMIT-
TITLEt Corrosion resistancqeor Steel With low nickel content In aggressive MIMI&
2
SOURCEs 'Ketallovedeniya i termiche3kaya obrabotka metollovt no* 2. 19"g 29-3
TOPIC TAGS: corrosion resistant alloy, stainless steell-chromium steel alloyl,
nickel containing alloy, molybdenum containing alloy
ABSTUCTi The effect of the chemical. ition of stainless steel with low N1
corroz nce been atudied4 The investiwtted steel#
content upon itk resist&
1i0<
weret OKh2'.W-Tl ()Kh2lN5Tk OWlN(jM2T ( I)v Khl4GlW3Tp1 and M17AG14*1 Corrosive media
selected weres 0.3ri iron chloride rutions 3% solution of sodium chloride,, 20%
nitric acid# and sea watsie Stee which contains 21% Cr,, 6% Ni, and 2% Hop
was found to be most resistant to pitting under the described conditionse In generall
it was established that resistance of heterogeneous forrito-austenitic stainless
stea to pittl~g is secured by an increase In-Or content and the presence of No.
Ccrd 1/2 U, M.1 ak*621-784--

o4666-67
ACC NR, AP6007107
is possible to substitute for'the chrom-nickel stsels of IMMOT
Thu I it EO-T-typs
by steel& with a low Mi content in a VariGtY Of 'listed corrosive mdU.. Orig.
art. met 3 tables and 3 fiWes-
so CW31 p7 SUBX DATZs "no/ ORIG RIWI OOS/ m Rut. 004
kl~
CoW 2/2

INDYCMMO N.I.; ZYiXLnm,, i.y.; TiNDsmo. xx,; PAT=mo. iF,P.;
TTMT-YAr- T,G,; CHILLMI, S.K.;. TALOSEEM, G.G,
Pbpu3&r textbook on electric centralization (wMactric centrall-
sation of switelme and- signals* by JLA, Kazakov, Bwlewed by 1, 1.
ludychenbo and others),, kytou., telsm6 I svias' 2-no,7:48 JI 158,
(XIU UtO
110* bboutulki KiyevskDy distantsil signalizats1i I avyaxi Uo-
Sapadnoy dorogi,
(PAilroads-Sigualing-Block systemY
(usakw' " ):

CHALYUK, T*OAO,, kand.seliskokhos,nauk
I Sapropol as forage for horses; Trudy VNIN no.17&:L45-152 149.
11 (MML 160)
(Borsea-Foodixg and foods) (Sapropele as food)

CHALYUK, Ye. A.
."Utilization of the Protein of Hay-Oat Rations by Horses During Rest and Workn
Sub. 26 Dee 47, Moscow ZooveterinaryInst.
Dissertations presented for degrees in science and engineering, in Moscow in 1W,
so: Sm-No-457, 16 Apr 55

V..I" %z V --" -- - - - -- --
Vj\ tf A
11 1, L J
ussl'~/Rln--I 'alirials. Horseq.
:,bs Jour: Ref Zhur-Diol., ~,Io 20, 1958, 92561.
1,uthor Taranov, M., Chalyuk, E., Mellnikova, T.
Iiist
Title FaWing 11orsos with Vreserved Fodder.
Orir, Ilub: Konovodstvo, 1957, 110 9, 39-41.
Abstract: rcedinG horses with- preserved alfalfa (nares
with sueldng colts) and preservea com (woric
horses and young herses) increased tim coefficient
of nitro6en utilization in the cocIted substm-ices
(by 4 to 6c,4,) and the &-ily protein store (bY 50
to 120 grial-is)
Card. 1/1
41

XAGIDOV, G.; GRALYUK, Ye., kand. sellskokhozyaystvennykh nauk
Corn silage In the food ration of horses. Naulm I pored. op
v sellkhos,9 n0-5:4" NY '51. (NIU 12:8)
leZaveduyuhablu otdolem kormlonlya Tessoymnogo nauchno-
Iseledovatellskege instituts koneyodstva (for Magidov).
(Corn (Kaise)) (Draft horses-Feeding and foods)

TI 11 L_ I Y, m - P I
1. KRAMMOO P. 1.9 GORDMNK09 N. 1.9 GHALYr, A. A.
2. USSR (600)
4. Fruit Culture Nikopoll District (Dnepropetrovsk Province)
7, Ordshonikidse Collective Pam orchard* -Sad i ogo no. 9. 39529
Monthly List of Russian Accessions, Library of Congress, Janu&r7,9 .1953. Unclassified.

CRUZY, A*A.j KUDRAVETSO Wel W0,111A, Me
Flov sheet. for pre~avlng a nFg mine leves =&-r c.,opaplt= ainAng
and geological conditionn. Ebor. trud. hsat. gor. dula PY URSR
no.13C216-31 163 NTRA 1727)

CHAIXY, A.A., inzh,
Conditions for determining the minimm volume of workings by fixing
the size of their co=on depresslon. -T--v.i,,Vs.Uclf,,bozav.;-or,zhur, 7
no.?.-66-72 164. ~MIRA 17110)
1. Donetskiy nauchno-issledovatellskly ugolinyy institut. Ra-
komendovana kafedroy rudnichnoy ventilyateii i tekbniki beezopas-
nosti. Donetskogo p9litekhnicheskogo inS4-itU'
La.

CHA T, A.T. (Kiyev)
.
Te=ng drawing In the secondary school. Mat. v shkole no.6:
28-37 I-D f3k (KLHA 7;11)
(Geoustrical drawing)

CHALYY& Qjfiauj& Zigglmovichi- SHCRUKIN, S.M., dotsent, retsenzent;
VALI~TSGAFM, V.L-.',_-dotae&t, kand.takhn.neuk, red.; MAYATSKIT,
V.V!', iuzh., red.
(Course in descriptive geometry] Kure nachartatellnoi goo-
metrii.. Noakwa. Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry.
1959.-- 278 P. (KIRA 12:10)
(Geometry. Descriptive)

CHMY2 A.T.; KROT, A.M.; YURCHENKO, P.M., red.; ShEVCHENKO, L.I.,
temn, red,
[mechanical drawlngl textbook for grades nine and ten]
Cherchenie; uchobnik dlia 9 1'10 klassov. Kiev, Cos.
uchobno-podagog. izd-yo "Radianalka shkola. 1961. 195 P.
WRA 25:4)
(Mechanical draving-Study and teaching)

CHAIZYp Clekes Troflwwichl $HCFMMv S.M.p dotmontp ratoommat;
TALITSMU-p-T-m-, 1mg,tokhmonauko dotmentp red.;
JffKoV$=P Avlor inshipt red,
ECown Is descriptive goonts7l lure mcbortatellsoi
goometrile lsdo2*t IsWo Nookup Masbglsp 2962a 275 p.
(KM& 15:5)
("UT8, Descriptive)

_; SHCHUKIN, S.M., dots., retsenzent
.--,CHALYY, 4j.
[Course in descriptive geometry] Kure nachertatellnoi
geomei-ti. Izd-3-P ispr. Moakvap Mashinostroenie; 1964.
Z78 p. (MIRA 18:4)

S/181/62/004/001/CI3/052
B125A 104
AUTHORS: Smirnovg A. A.9 Tikhonova' Ye. A.t and Chalyyj A. V.
TITLE,i Effect of lattice' irregularities caused by the. different
atomic radii- in ordered binary solutions upon the intensity
ered'X+rays*
of scaft
PERIODICAL: Fizikd tverdogo tela, V- .4, 'no. -1, 1962, 77 135
v u authors have derived the
TEXTs In pre io s work (FTT, 1 1238 1961), the
general formula f
T7
J=1
y r.-eflected,X
sity' of.regularl rays. N ia-the number o~f
f or the 1nten 0
elementary Gells in thelordered alloyt IL -inumber of lattice sites in the
Card 1A

..S/181/62/004/001/013/052
Effect of,lattibe irregularities B125/B104
cellso,.g integer j92#3.t'.0* 9 q difference between the wave vectors
ofa, scahered and of-anincident,. ave", radius vector from the first
W
lattice site to the site k of the.-- ame, c ,till Ili tit i - fundamental vec-
s
tor of alloy lattice, f averaged atomic-factor of lattice site K,,f(x
atomic factor of atoms of kind-ag probability of substitution of the
lattice site K by an atom a, n number of...diffeient components in the alloy.
M,, indica-Ces the weakening of regular reflection from lattice site t. After
a detailed study, the factor
.4
;djbxg7 - 2
(14)
from Eq. (1) 1 S' represented as
Card: 2/4:

Effect of. laIttice irregularities ... S/181/62/004/001/013/052
B1.250104
4~, 7:n V-4 9" (FACS
16
(15)t
GINO 4 Y
VA AO 7
where ~f c f + c f 0 and~c 'aire Ahe~ concentrations of the components
A B B A B
0 A
-from
_A and B. Theq P and found
a. IL
(3)
(4)
taking-into account,the symmetries' ofa cubidal face centered lattice. The
are the vectorb connectingthe sites WO with the sites of the sub
lattice K. b characterizes the lattice irregularities. The factor 4f
OL r.
Card .3/4-

S/181/62/004/001/013/052
Effect of lattice irregularities ... B125/B104
agrees with fdrmula (15) for F... for the case of an unperturbed regular
lettice. Consideration,of irregularities leads-to a dependence of F on
Goiicentration and on the long-range order. The dependence of the regularly
j-eflected intensitiee-on the long-range order as caused by the irregularities
is explained. A possible relationship between the irregularit~-induced
increase in intensity 9f.the fine-structure reflections and the long-range
-order is pointed'out. There arc- 3 figures and 7 references: 5 Soviet and
2 non-Sov'iet. The reference to'the.,En6lish-language publicEition reads as
follows: 11. Born, 1R. D. Misra-Proc.- Ca'mb. Phil. Soc., _36, 466, 1940.
ASSOCIATION: Institut metallofiziki All, USSR Kiyev (Institute of Physics of
Metals AS UkrSSR', X Uyev)
SUB11ITTED: July 10, 1961
Card 4/4

,-, ~ t~-~ -,, -'. ::, -17~,~-. ~ , - , . , -.~ .-~
- . I . '-- I ~. . -- - T . *~ . - . , , 7%

~ ~ I , ~- ~ , , ~ I - I - , - .. : * 4