SCIENTIFIC ABSTRACT ONUFRIYUX, S.P. - OPALENOVA, K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238110012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PETRUSHM, A., doktor ekonoa.nank; AFANASIM . L.A., kand.ekonom.nauk;
DANILINICH, K.Y., kand.ekDnow.nauk; TRGIAZAROVA, N.A., kand.ekonom.
nauk; KOVAIZV, Te.T.; ICILI, N.A.; LUZNETSOV, B.P., kand.ekonom.
nauk; KUTSOBIFA, N.K.; KARTYNOV, V.A., kand.ekonou.nank; W 'SRI-
KOVA, K.A.; RIKITERKO, B.A.; MMITET. Tu-G.; PROMOROVA, G.N.;
RYDVANOV. N.Y.; SEGAL'. N.M.. kand.istor.nauk-. UKH(WA, A.M.; FARIZOV.
1.0., kand.istor.nankt SRIFRIK. E.L., doIrtor ekonom.nauk: SHLLKHTER,
A.A., kand.ekonom.nauk; LISOVSKIT, Tu.P.; KARTYNOV, V.D.; GARSIA, L.,
red.; MOSKVINA, R., tekhn.red.
[Agriculture of capitalist countries; a statistical manual] Sellskoe
khoziaistvo kapitalisticheskikh stran; statisticheskii spravochnik.
Otvet.red.A.Petrushov. Koskva, Izd-vo sotBiallno-ekon.llt-ry, 1959.
829 p. (MIRA 13:6)
1. Akademiva nauk SSSR. Inatitut mirovoy ekonomiki i mezhdunarodmykh
otnosheniy.
(Agriculture--Statiatios)

GRECHEV, M.A., kand. ekon. nauk; KLE,%'ET, O.G., kand.ekon. nauk;
TARASOV, K.S.Y kanc. ekon. nauk; DANILEUCH, Y.V.,
doktor ekon. nauk; YURLOV, A.F., kand.ekon. nauk;
ONUFRIYEV, Yu.G.; ROMANOVA, Z.I., kand. ekon. nauk;
SMEM IYEV, I.K., kand. ekon. nauk; SHULIGOVSKly,
A.F., kand. istor. nauk; KALININ, A.I., kana. iurid. nailk;
AVKiINA, V.Ya., doktor ekor. nauk, red.; BAYKOV, V.S.,red.;
KOVALEV, A.F., red.iz.i-va; KASH114A, P.S., tekhn. red.
of 1,9tin American (-.ountrieq] Ekon-ml-
Cheskie --r.s~oi Ameriki. ?AoslcvFi, Izd-vo
AN SSSR, (MiIRA 17:1)
1. kk;idei.~yFi n,:iik ,itut. mA:cvoy ekonorT.U.-l' " rpezh-
dunaroc~%-; -ri. -ho Y.

BOYTSOVJ, A.A., inzh.; ONUvTIYh-V, Yu.V., inzh.; rUZNIKL)V, b.6., irizh.;
1 -1 ,e
ROMANENKOP r.i)., inzh.
Device for regulating the direc-~ion 3-"' the mo--`:)r :)f :-)c*,.-,
Ugoll.prom. no.4 :63-b7 Ji-Ag I U'~
1. DunetsKiy ,-iau,-Iino-issediva*lellski-y Up 1 1 4nc-
(iwck ciri-lls)

ONUFR TY'EV , YU.11 , , ! r -- t-, , , -, N'~' I .' i n z,-.,
I -
.itudylr,p *.~,c ;'Y,-' n I :e . r " , I -
,~ A I ~ -'n . r., - ~ - 1, , , I
0 61 -:, I .. :-I

KIJ--L-',', 1".. it.; ' ~ :':. : Y -Vti , .-A.
,,- -(.:~ (,- -~ __, - - . ~ - - -- : - . -c-ff- - - : ---.
J!- ".41 i;+, h" . I - : U... . C-r~ . , - ~, :~;-. . : sl Q I .., * . - -
( ~, ~ 1(.:
k " " I I J )

GUSEL'NIKOV, V. I.; OITUFidnVA, M. I.
Bioelectric reactions of tho fish brain to light utimuli. Nauch.
dokl. vys. shkoly; biol. nauki no-3:80-85 161. (MIHA L~;7)
1. Rekomendovana kafedroy fiziologii vysshey nervnoy deyatellnosti
Moskovskof,o gosudarstvennogo univorsiteta im. M.V.Lomonosova.
(LIGIIT-PHYSIOLOGI~AL EFFECT)
(NEIMUS SYST~2~-FISHES) (ELECTROENCEPHALOG.-APHY)

t)NUFRIYUK, S.P. (Moskva): IPFVD9AUM, A.A. (Me)-ikv&L)
An ovl-ctronic analog for backlasli ~omp,.,tatlon- !.
I" no. ~: Je '~6. ( TLit", -4 : " 1: )
I
(A,ifomatic cnntrnI--ModftI9)

-IA,
:.imania
"Polizu" Clinic of' justetrics and (iyiitco1oa of t~ie -L~,, ~*Uite
of wedicine and PIW--raacolot~y, ju~7.-virest; of -I L,11c:
?ro.fessor N. Uo~la.
bucaarest, Vlatn &ied-iC&Ia No 1, Jan b3, pp 37-423.
"The Vacuwn- r-zrtrac -don in tao ;-ractui-~e.vl

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); d. C.A. '41. M-0) Hire. z
ribed previowaky (lot, cat.)
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ewma. At each temp.. " C'nost'. R - 1.~' reaches
ahm wouse titne v a min. value. mOStly Shaul 7, - 13 ohms
I I I A UY al the cc*in# temp. At 700 and NW*. tb.
usia. R re"ns co". an standing at that temp. (C t
UP to a35 MA W7 rain.. resp.). On c=ng
0' fl. =07*OWV. R rives uniformly; on rr~wed beating and
coaling. after I and 2 days, the R-temp. cu"" are some-
i, who sWed to higher R but are very nearly parallel.to eo 0
3, the WASIEW am. and Practically free frout bysteresn.
Wadesmonstrates that tarstructurv attained hatscown..
30 temp. c". of R, the abith in stin. values al R is
to I l its of 0 in the 24-hr. Interval% betwmn suc- cr.
cessive soraverements. In contrast, bowevrr, to the
0 ; ,, ra
camawy of the min. R reached at VX) and OW'. the rain.
V A attabod at temp. higher than ROO increased on further
emodWS at the given temp.. rtachins a valm higher than a4 0
de a". As a result. tlw , . R platted against tasup.
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banstryar, this move is Im arcemardy ~_. . as re-
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bly parallel to eselt odw In
ve cyc . no time 0 necessary to attain min. R 209
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mailk, to iz OW low*. in conchnion structure forraw- too
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00 1111111c"Strartare of Ca" (I. xm- -90
elan.) B. A. Onv
OU& wA N. P. lur'evaltuis. Bulletin
00 a Aosd&mw if , eners of the VSSA., Secti" of
Ve
h -00
90 a c
nical Seiraves, July 1947, V. M-04. -00
The relotlowhip among the properties of difterent -00
coals. their behavior during coking and properUrv
of the coke obtained. and also the influence of 00*

00 0 eching condition ce coke structures. were Inves =00
, tigated. Methods used were: study of eltetrocon
000 duttivity. drUrmination of heat of wettins, and 099

00 a determination of absorption capacity for bentene
'
d
diff '00

oo an
water at
erent states. Obaervations on
l
ti
it
d
i
d
i 1 7 zoo
v

00 a as
c
y an
e
vetrocon
act
p
vity were made ub
der dynamic conditions (unaffected by charares
-00
during cooling or quenching of samples). ResultA,
see
040 # t which are charted. tabulated. and discussed, Indi
A-9-6 nN cate pr"ence of a rel structure while In the plastic 1100
state. 12 ref, 400
j:
PITALLUrfSCA& ISTIRAIM CLASUPICOMM
left&.,
0
a**
lose
too
iST

U 1% 1 %1 tj
13 is .4 Is x it V U )A a bVokil.. Q41W a
A, I L L 'x
A- cc A4
4

00 1648. CILANG63 IN TIM COLLOID-CIMMICAL STRUCTURE OF CO&L -00
0 WMING GIMATI(IN. Oftussitis. B. A. and Khrisantova. A- -00
: 1. (Bull. Aoad. Sol. U.S.S.R.. boot. Tech. 3o1., July
1947, 895-900). Hosts of wetting of different coals
using both mothyl alcohol und water, were detormin" for
coal in different stages of atmospheric and artificial
oxidatlan. Charting of the results indicates that such 00
determination may be a simple method for assessing the 00
J. quality of newly-discoversod coal seams. Previously 00

: reported date on ch"es in electrocanductivity of coal 0 0
g
during taking Indicate that such messursisents on coke
samples may be used to Indicate the degree of azidetion
of the original coal.
lee
00
40
4&0
A
0000 00000 0 010 0 0 Q1 0 0 e-6 0 0 0 0 0 00 0 0 0 e goo

mum
000 0 1

e 0 00 0 0 0 0
On

90,

as

1642- COLLOMAL PROMPTIES AND CLIMMMING MECWISH oF CokL.
-0
Mu"Itis, B. A. (B"l- Acad. Sol. U.S.S.R., Sect. Tech. .100
0 Sol., July ID47. 907-911). On the basis or results of an ~190
00 C analysis of data and theories concerning colloidal structures
and the mechanism of coke forriation, addition of a
"dispersing agontO to Improve ockability was proposed.
a, lbating of nixtures of 70% nomooking coal and 30~. coking 00
coal with M anthracene oil made coking possible in 00
name cases. and also Improved the clulalty of the tar. 4 0
moo
B. L. Ft.

see
I~j g 06

tie a

U 91 AV 00 It

,S6$. I
al
LU m m ]LO
.
A,
4

00
q Char499 in the vAl id-chtmical sawtIm" of cool .dwW
-00
031dation 11 A [)kln-III. Mid A I h1wi'llif.w.,
e
.00
Irt-I Akad T1'_.T-N . 01,14 1,kh Aamir 1047.
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1.,!h methyl 41cohni and wmer) rIT detertntrIM bw -W
Ill dilletent kil.11ro Ill atininplieric 70 artill, 1.0 miolation -00
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of
00
14 b m so so v
4-4
0 41 61 do ape
W 0, .0 01 lb 10 "1
In %lrurlurv ul C's"ke at fligh Terts"nuums.
Ilummian A. ()tfusaftlif 1, ell N. V Yur'evs-
1j.'r.ttv's At,"'I"ort . v,;R. fildeb,".
v4ftA S. .
'llell.q111 4 thl. A.-I
-f
I-'fie
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It was, fl,tind thall Ill.. Ollitr"I'lljon 4
I I'll fill 9041 1 --r 1~4-,
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..t if Vurljw, vhftnjz~ .( n", Atfuvturt- lwvurp
00 41~ is ri'mull ,t thermal
"kjfllr ilk an "Ilditing atni'i phrre rvaults in if-
cN-4-v 4 lk-r,, v,,lunw and ,f:-;-kt, AN111).
Outa arv and Otarl-I
Oe" like
66i,
ON. of,
't I a to a I v to v m I I q
'VITA offs
is so ft 1, ft a ff a DO is a ft* I
0 0 0~0 0 0 0 0 0 0 0 0 0 0 : : P
%*6 '0 0 0 0 10. 0 0 00 0 0 0 009 a 0 0 0000 000 0 0 0 0 0 0 0 le a
roe
roe
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coo
see
2

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5347. nUOMCZNT METHOD IM DETEWKATION OF CRACKING OF COKE.
OnusaitAs, B. A. &M lurovskays, N. P. (ZavWmksya Lab. (Factory
Ang. 1949. vol. 15, 95"-956). The study of the Internal 60
cracks of coke tr the ultra-violet fluorescent method Is doscrlbo(i.
The dried sample of coke was treated with a concentrated solution of

n i
anthrecono In benzene, dried for several fours, ad treated with
:
041 414,
chalk. The coke was than broken and the pd*cog were observed tly ultrili-
00 violet ligbt. The normal fluorescence was exhibited by Vose portiors; -as
00 which had formed the surfaces of Internal cracks, the original ~-**
u faces flourosced with a dark red colour because of the abalk 100
o
'
:
t
atment and the portions which consisted of surfaces newly formed
eo
r
during the breaking process remained. dark. '**
of
0 0~

J
00
00
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TM- PZVftAT IM VP TM- - MAT INC :,C
U - W1 1- tz~-%

r4 6-4- - r
USSR/Chem.ical Technology. Chemical Products and Their Application -- Treatment of
solid mineral fuels, 1-12
Abst Journal: Referat Zhur - Kbimiya, No 2, 1957, 5459
Author; ODusaytis, B. A.
Institution: Academy of Sciences USSR
Title: Specific Features of the Formation of Principal Types of Metallurgical
Coke Structures
O.,ig:Lnal
Publication: Izv. AN SSSR, Otd. tekhn. n., 1956, No 4, 85-93
Abstract: Consideration of the problem of the formation of the structure (:3) of
coke from a mixture of coal, dealt with from the standpoint of col-
ioidal chemistry. According to the specific features of its S the
author subdivides coke into 2 principal types: of monolithic S with-
out clearly defined partition surfaces between grains of the compo-
Dents, for example from a mixture of fat coal and coking coal, and of
conglomerate S, formed on retention of the partition surfaces. MODO-
lithic S is formed by the conversion of the entire coking charge into
Card 112

racy
t 11': C,
r
A .'A
Coal-DistillAtion

A UTHCR:~ lu!iay' 1-: 71
TT71 1; ',,i.traction ,V~th. Rc-ard
1 -a c i, if, Ff fects ~O mekhciniz-e
v i
;I yego u,-)' ot-
Ci, 0.(-, Contriction of Coke
niyc _:i r
P, zt JA ma t r? r i r. I
t
FE--TC-:-
p
A B T h e au t r ex.. a3SU:-,-t-
.(;n that c r t'-:~ Pcrc intorvals cf' "-e ~ei
ntru.-.V~r-, :f -u.-. t~~,~ a,~'ion of ca!i1lar--
f ~, r (- e s -- a`~~ dh r " P. the hoatin,,~
process b,,., t:-;- sp-
PELraticn ar.-~ -)f s,;bstances, fill "he
c~-Iis rf tric- i---' n`4 r-med
':-a..-.e. 71-~o inve3tij-3tion has
t?~is th,~ r-jntraction me-~hanism of the semi-
~,c,ke substan--e ar.d o" the rolle of the liq~iid pha-e in this
process. 7h(~ w:,,,,-rF have shown the connection b-tweer, the
Card 1/2 3e7'I'-oke -, :n*..r~~(,*Ii-!- pro,,,~ss and tne colloid stru--tur- of

On the Mechanism of '-oke Co-:traction w~ th qeprd to
datin.- ar,,] Crac'-`nr
. I -,ffpcts. 1 . ~n t~.e Contraction of Co' e and
its 31,.rirkine,
7rimary coal sl,pcim,~ns. 'In the '--asis of the obtain-c re-
!7,11ts, ii may bf, to infIuence the granul,~r
s i t ion cf .c~- at. ti--(, cf f or-,:at i o!. of the cokn ma--S.
There are '~ ta~lps and 7 refer-nc(-s, () of wl-~ich are German
and 1 '-'nj*,4-s,.
AS-G'IAT-'1'14: Institut gory-icnJ-16', J.,ikcp.~yemykh AN (instit,;te Of
Mineral Puels of thp A,: of the U-;~R) Laboratori-,-a metall-
urgichesko.-o top2iva im. N.P. Chizhevskogo (Laboratory of
Yetallurrical imeni N.F. C-izhevskiy)
I
S11R.';'17TE-: ','.arch 13, 1-1"7
Card 2/2

ONUSATTIS, Boris Antonovich; KARAVAYEV, N.M., otv.red.; MAVIN, V.I.,
red.izd-va; ZRI-ENKOVA, Te.V., tekhn.red.
[Formation and structure of coal coke] Obrazovanie i struktura
kanwLnougol'nogo koksa. Moakva. Izd-vo Akad.nauk SSSR. 1960.
4ig p. (MIRA 1):4)
1. Chlen-korrespondent AN SSMR (for Karavayev).
(Coal) (Coke)

S / 0 6 4/ 6 1/ 0 00// 0 0 7 '0-,~ ~/C)O`
B124/B206
AUTHORS, A-~--,Icnov. A. V., Dubinin, M. M., Onusaytis, B. A.
T,%r,:~-heshnikov, N. S.
TITLE, Studik-B on production and application of new sc-1--,--tjv'-
adsorbents - molecular sieves - in the USSR
PERIODICALj Khimicheskaya promyshlennost', no. 7, 1961, 26 - ',0
TEXT, The authors give a short summary of the main results t~f
the field of synthetic zeolites conducted in various scient:f;c
in 1960 on the basis of the coordination plan of the Komissiy. PC.
(Zeal it e Commission) .The Zeolite Commi3sion under the chairmanshil
Academician M. M. Dubinin was established at the Otdeleniye khimichesklkh
nauk AN SSSR (Department of Chemical Sciences, AS USSR) in 1959, ir, .,r(lr
to coordinate studies in the field of synthesis and application of 3ynthpti
zeolites. Its activities comprisedi 1) development of synthesig ana
technological processes for synthetic zeolites; 2) investigation of
tural properties and adsorption of synthetic and natural zeol-es a-d
3) study of the application of synthetic zeolites for the drying and se,-a-
ration of gases, Crystallization of zeolites and their ion exchange ;,rc~p-
Card 1/5

Studies on production-
S/064/61/000
B124/B2O6
erties were investigated at the Institut fizicheskoy khimi 'I AN USSR
(Institute of Physical Chemistry, AS USSR) under the direction of
I. Ye. Neymark; zeolites of the types CaA, KA, LiA, BeA etc having b-en
produced (the authors use the designations NaA, CaA, NaX and CaX appr3vt.~d
by the above-mentioned Commission, instead of the customary designatiors
4A~ 5A, IOX and 13X). One of the institutes of the chemical industry undf~r
the direction of G. 1. Mikulin and V. Ya. Nikolenko investigated thp 11~ch-
nological conditions for the synthesis of zeolites, and one of thi_, insti
tutes of the petroleum industry under the direction of Ya. V,. Mirskiy th-
conditions for the production of crystalline zeolites of' the typos NhA and
CaA in the laboratory and pilot plant. Opti-mum conditions for 1he synl~.-sI4
of zeolites of the types NaA and Na-,Xas well as the ion exchange for the
production of the CaA and CaX zeolites were studied in the labc,ratory und-r
the direction of M. 5 Misin and L. M. Maksimova. The condit,,ons for 'h-
synthesis of zeolites of the types A and X were studied at the ins-t,~T
neftyanoy promyshlennosti (Institute of the Petroleum Industry) under Ttle
direction of A. V Agafonov., L. I. Piguzova and B. A. Lipkind: app)ying t1-1-
proress used by N. S. Kurnakov (Ref. 31 Izv AN SSSR, 6, i3al, (iq~7,", cr
the production of Permutit. The use of aluminum sulfat- an~
Card 2/r,

3/064/6 1/000/007/-~-C
Studies on production ... B124/B206
chloride in the 8yntheois of 7eolites was studied in a laboratory -)f
chemical industry under the direction of V. S Vinogradova and' L S K~!
man. The institut khimli AN Cruz, SSR (Institute of Chemislr; 1,
Georgian SSR) under the direction of G V. Tsitsishvili de-ilt wit ','T. n -
kinetics of' the crystallization of the NaA zeolites , and the Ins t ~t I,`
khimii silikatov AN SSSR (Institute of Silicate Chemistry. All USS~' und~-r
the direction of S, P. Zhdanov with the optimum conditions for the
tion of Na zeolites by hydrothermal synthesis in the temperaturi ranl~-
from 70 to 2000C from strongly basic alumir,um silira ~e-ls w-~t~. --t , a~;-
cess of ~00 - 500%~ The 3tudies by the labora tor iya 3EOKh I AN SSE R
(Laboratory of the 1JEOKhI. AS USSR) under the direction of N 11 P. ---arcv
dealt with the drying of gases hy means of the natural zt-oli*~-s r.a* r I i- ,
desmine, thomsonite and limonite, while the use of the chemical
method for the production of natrolite granules was tried out at th- 131
AN SSSR (IGI, AS USSR) under the direction of B. A Onusavtlq
D. P. Dobychin elaborated a process for the 1.ro(iuction of -por,,us
of the molecular sieve type yielding a molecular gievp witn a ~ur---s . 'y
close to that of the CaA zeolite from the lAo,-7/25 (Na '7/'~) %r.4A
with a ;Dorosity similar to ti-lat of th~- 'iaX :!f 4' r, .7. H~
'lard

S~udieq cn productior~- B I III41B2C(,
(Na-'0/50) glass. A number f investigations of the structur- arol a,
FA
a orpti on o f sy tit he t 1 c it nd na t urn I z vo I I t vs wa B c o nduc t tt
of Plivsical Chemistrv AS USSR under the diroction of' M. M 1)1.1~
distribution curves oi the zeolite crystals were determined by the el-,
tron microscope investigation conducted by V. M. Luklyanovich.
D. P. Timofeyev studied the kinetics of steam adsorption, A V, Kis-iev
'he adsorption of nitrogen. benzene vapors and hexane on the molecular
sieves NaA and CaX as well as the adsorption of benzene and n-hexane and
tneir mixtures on the molecular sieve CaA. X-ray photographic investiga-
tions were made under the direction of N A Shishakov. Studies ccnauct-,
under the direction of' I. Ye. Neymark at the Institut- o* Ph.-,!c,-a.
Cht-m-,stry AS USSR showea "hat tne (~,iuAlibrium adscrp*ior. -'r.
w-11 described by the potential theory, and that the thtrmal s*aD:-*.*,.
zeolites drops _,n the sequenc*- CaA>KA>NaA>NH 4A. The properties of S--v-t
and Am~rican molecular sieves during drying of gases were c~,mpar-i ~i' 'I---
Leningradsk-,y tekhrologicheakiy institut im. Lensoveta (Lenirgra-". T~c,-t:-
logical Instilute imeni Lensovet) under the direction of T. G. Pla:~.tr(~v
and V'. M. Belotserkovskiy. Studies on the drying and purification of gases
by means of molecular sieves were conducted at the Moskovskily
Card d/-,

S/064/61/000/007/00~1'/C-Clz
Studies on production ... B124/B2C6
tekhnologicheskiy inBtitut im. D. 1. Mendeleyeva (Moscow Institute uC
Chemical Technology imeni D. 1. Mendeleyev) under the direction of'
N. S_ Tnronhpshnikov and N. V. Kelltsev, and bv V. S Vinngradova,
L. S. Kofman and Ya. V. Mirskiy. In 1960 the Zeolite Commission heli
tnree meetings (in Moscow, Leningrad, and Groznyy) in the form of scientific
colloquia with 120 - 150 participants. There are 4 referencesi 2 Soviet-
bloc and 2 non-Soviet-bloc. The two references to English-language
publications read as follows: R. M. Barrer, Brit. Chem. Eng., No. 5,
(1959) and US Patents 2882243, 2682244, 1959-
Card 5/5

8/204/62/002/002/007/007
1060/1242
AUTHOR: Onusaytis, B.
TITLE: The Febru'ary session of the zeolitee committee
PTERIODICAL: N--.1ftekhimiya, v.2, no.2, 1962, 257-261
TEXT: The Session which took place between February 16 and 20,
1IJ62 dealt with thu basic problems of utilization of synthetic zeo-
lites in various brancaes of modern ',ec'LinoloGy, such as the drying
of Gasee and liquids, sep,iration ana purification of hydrocL:rbons,
se~naration of ini-turcr,, rind u3c of zeolites as catalyGtr, or hs carri-
Thc following papers were read:
ere of active catalytic :3ubstnces. I
1. M.,-I. Dubirlin on iuvcGtigation of absorption properties of Soviet
crystalline and gruriul&ted :,,~nthetic zeolites, typer. A and X. The
author statee thaL these Rusoian induotrial z6olitee do not differ
from zeolites manufactured by Linde of the UBI 2. B.Po Gabuda, A.G.
Lundin, and G.M. Mi;:hailov on application of nuclear magnetic reeo-
Card 1/2

S/204/62/002/002/007/007
1060/1242
The February session...
nance to the in-.,. o.- 6i~Arilcuti..r, ..f',)rotCnr, -t . -)L' uiie
difftisi ni )roce:,~;-..~ of -:eLtei- -,;id of amiionia in natural zeolites; 3-Ya.
V. Aiir.,,ki on a nevi toc!,nologic.-.1 method of separation of 60-850C frac-
tions by ireans of synthgtic zeolites, type A; 4. A.I. Sidorov on a
new method of dryint, of Cases (propane and butane) and of transformer
oil; 5. N.V. Kel'tsuv on -pVlic~,tio,t of zeolites to separation and
pufiricatijLi of inAvi~!,ia_l xbons; 6. P.N. Galich on applica-
tions of molec.,1L.- sieves ac, catalystc for crackinG of norrial alkanes;
7. Prof. T.G. I-lacaenov on ,'.e p~,.rticular nature of dynamic -rocesses
of drying of _zir na,', Ca.L3_,E; zoolite.- of various types; 8. N.P.
Shestak on 1-boratory and industrial data of application of :aolec,,tla'r
sieves to the purification and dessication of gases and liquids;
9. A.I. Feldshtein on ap:)lication of zeolites, type X, in rubber in-
dustry as fillers and as carriers of accelerators of vulcanization.
L -Card 2/2

.ONUSAYTIS B. A.; NIKOLAYEV, 1. N.1 DAVYDOVA, Kl I.; KULIKOVSKAYA, A. V.;
J. A. I.
Characteristics of some Eastern Siberian coals. Trudir IGI 17:
121-128 162. (MIRA 15:10)
(Siberia, Eastern-Coal)

-ONUSAYTIS, B.A., doktor tekhn.nauk
Comnittee on zoolites. Vest. AN SSSR 32 no.51115-116 Y~y
962. (MIRA 15:5)
(zool-ites)

-7-- - !~ -2
- 0. --'
~ a -, - -: ~ ,

-zoo pthe b 00-19 O.-,;.I.-.E.: i;~k iiiscusoed, &,t_ion-.exbhange as a-
-a o studied sin
aa w~otuftl _or~zeolitei Few'lon-px vtype
modification,
did t, lose -their- ex
o zeol.itee were 'dove
f Thene.zeolites no ppopOies
60-
6f- 0 # azid-were,rec-o-mende -_the produ
isd"Uoll 0 d:~ foi,-~ bi6 -two ~in~ otion of
ile
6 and mssir.~ 6f - higbly, soti~m so ut oho T G *'~ Ylach
disomoe"d-nm t-imids iu-.1f&e-sorptRa tobbnolog3r, N, S4 Viuo~~ ieporfw we
use, of~ Smoutes - Id and ~ pucAficMion'. of-bydromirbons j, and -ln a
Aewproceoe, of _REOnjo sildfAir from 0 kem
ulfu uepm#qu
IT;
-ASSOOMI
sualiualmi 00,
NO REP, SOV-1
4,

,07, -0" _ /-/ , 4 '0 -;~
ONUWIIIO V.G.
14
Th,4 atnrdC T)nwer industry of the U.S.A. in the aerylee of A-arlmn
irqmriallsm. Vest. LGU 12 no.23:35-46 157. (MIRA 11:1)
(United States-Atomic power industry)

ONUOMIN, liktor Grigorlyevich; MAININ. Sergey Aleksandrovich; FURATET,
T.K., kand.1vtor.nank. nauchnvy red.; YASIL'YET, A.Y., red.
i2d-va; GURDZIUTSTA, A.M.. tekhn.red.
[Imperialist nature of "the atomic program" of the U.N.A.]
Imperialiatichaskaia oushchnont' "atomnoi programmy* SShA.
Leningrad, (Yb-vo po rosprostraneniiii polit. i ni~uchn.znanii
RSFSR. Leningr.otd-nie, 1959. 45 P. (MIRA 13:5)
(United States--Atomic power)

ONUSHEIN. V.; BORISOVA, I.. red.; SHIKIN. S., tekhn.red.
A
[The matomic business* of American monopolies] 'Atonnyi
bisnes" amerikanskikh monopolli. Moskva, Izd-vo notsiallno-
okon.lit-ry, 1960. 142 p. (MIRA 14:3)
(United States--Atomic power industry)

TYULIPANOV, Sergey Ivanovich, prof.; ONUSHM., Viktor-GrIgorl-yevich,
dots.; AZAHOV, E.K. , red.; TVITIMM, 1,14. , tekhn. red.
[Crisis of world capitalism]Krizis mirovr.go kapit lizma. Le--
ningrad, Lenizdat, 19Q. 281 p. NIKA 115: 9)
(Capitalism)

31631000
/004 1003/03910364
zjwaur-,- In -liquid hydrocarbons-
V7'
63' - 359
C
9
gropr, 010~
_~a. ametri a - doWairsiti, on, pihoi i6iii i jis'nt 's'tlf Ids,. vater absorp-
pt
-imet4~osphpk a a6 illia, me,iter"k eco, ng.,
t a 3, JA
_,y i9j
--diwicitVia" an--4pp-&ra, 8: or.* Cal
6d AA*7 distitdnition of
f
&r=&% a.-
4
e
d, t
b
wh re
'Ath ho ta~-
Wtvads'', ~p cap rus: pan st, mataphpsphoki: cid thus formed
o ed -P ::~414 tr6deso, C
0 Arolytican -betw 'A vmqpensating re-~-
s
_"09 Aeg y. wjiAwico, t 0
9 -curve. of, that
Col. Which'. function -as aiv'AdIli g1steis, th
put Th uud'
is Am
M intemi t ii1a tii
area cum
77.
0 the f w4t ~4n,.Aha;;i 'I
noun -a 01, am]
24: -'us- good results
Jjjljmt~6, t
~for: other 'od
re Od chi 6ridii~ii :.'Thi, moth is 'not suitable

ONUSKA, Frantisek, inz.
Potentiometric deteraination of sulfuric acid and formic acid
present simultaneously in waterless medium. Chem zvesti 17
no.8:564-568 '6).
1. Chemko, n.j., Oddelende technAckeho rozvoja, St.razske.

RUMANLA, Generai Bl o-o~~-y Cyto:,-~ Z'.
Ref Zhur Bio.Lop,~,,ra. No 7, -0 At%rii 19c ', 25839
Krishan, Mikha-ka-
Test.,'n..-- the -apacity for Division by Metosis ~,;f the
A~--essory CeLIS ~)f the gtom~ich Glands of the Doe 6y rneans
~-)f Co,chicipe.
Cumun. Acad. R.P. R.. ~9t"5, 5, No 3~ 599-b()9
T-, produ--e eviden,--e of mitosis in the Ei. -essury -ells
~AC) of the g -~:h (Lozovskiy
,iands at the base of Lbe SLL)ma
mucoid-pepsLn cells). 2 anesthesized and 8 iinanesthesJzed
were t-,,iven ~!o-chi2ine (- m:crogram per kilogram of weigbt),
ana put ,o death 3 to 4 hoxs fo-lowin~.-. *the injection.
The LnvestiFption showed that the main 'cells of stomach
fi-oor ,,,lands are ;-,ra-t.-ally inr~apable of J;vision, un-i-
ke the AC's, wh! -h are quite artive
in mitos!6. Si~mifi-
,,-tnL I i fferen.-es in tet. I en-y towarri mi to s is were Ciund 'c-,

RUMARIAIC,enera.l Bhdoj,'~,/ - B-I"
Abs JDur Ref Zh-kr - 'ya, No ~O Aprii ~95-, ?533-)
exist between tn'~et,-LwLentary and AC cells in ~he one hand.
and between cels from Liands in the cardium, py.Loris wid
duodenum, on the other. Under the stimulation _)f
dine, the number of d'visions in anesthesized and unanes-
thesized animals is roughly the same . The authors belie-
ve that the "mucoiiization" of cells in ~;Iands of the
stomach floor .'5 a defense reaction, which takes pla~-e to
the detriment of mucous secretion in the AC's. The art's_
ficial increase ~n the number of i4visions amon,- AC's
may lead, in the opiniDn of the au,hor, to the mu--oidiza-
Lion of the stomach, and will make it possible to prevent
and cure stomach diseases.
Card 2,,2

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-
z

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.Analp" at &MI4

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-
-
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-

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at the rsto
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9 -- -. - .':::- 1,.
eoc iurin Instruman* fm fivim,AbrO,
noudoa in pipm
-
ii
i
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(2) ii"ty to drw slowly

'V.

ONYKIYENKO,, Volodymyr Vasillovch
[Chernovtsy Province; a geographic study] Chernivetslka oDlast'
geografichnyi narys. Kyiv, REdianslka shkola, 1960. 126 p.
(MIRA 15:6)
t Bukovina-GeograplW)

S/0198/64/010/003/029l/o296
ACCESSION UR: A-04037991
AUTHOR: Yossakovsllg*y, V. 1. (Mossakovskiy, V. I. (Dnipropetrovslk Kharkiv);
Ony*shcheako.._V. 1. (Dnipropotrovalk, Kharkiv); RvachoV, V. L. (Rvachav, V. L.)
(bilip,riopetrovs1k, Kharkiv)
TITU: On the use of Green functions to solve a compound problem in the theory of
eLasticit,y for a half-space
SOURCE: Pry*kladna makhanika, v. 10, no. 3, 1964, 291-296
,0~!C TAGS: Green funcUon, elasticity, half-space, stress, strain, boundary value
problem, boundary conditiun, Kelvin function, problem compound.
ABSTRACT. A compound problem of the theory of elasticity for a half-space is
.reduced in tho end to finding two functions which are harmonic in the half-space
for the compound boundary conditions. For the case whore the line of separation
of the boundary conditions is a circle, this problem was solved In a previous,
.article by expansion of the unknown functions into trigonometric series, but cal-
.;culation difficulties rose with increase in the numbers of harmonics. Tn the
,;present article. by inversion, a Green matrix is constructed which permits obtain-

'iACCESSION NR: AP4037991
;:ing a general solution of the problem In quadratures. The functions Kif used in
: the formula are harmonic and should satisiy the assigned boundary conditions. By
ii-itroducii.g auxiliary axiiilly-symmetric functions F and utilizing Inverse trans-*
,formation, the solution of the problem can be reduce to an already axially-
,symmetric problem of potentials theory which is solved by being reduced to a planar
.problem. As a result, the unknown functions Fj_f, and consequently also K are
:obtained In the form of integrals from elementary functions. Orig. articlef'has:
33 formulas.
ASSOCIATION: Dnipropetrovsl~y*y derzhavny*y universy*tet (Dnepropetrovsk State
i!University); hharkivstlqr*y insty*tut girny*chogo mashy0nobuduvannya, avtomaty*IW
ta obc17*s1yuvalnoyi takhnilW* (ICharkov Institute of Mining Machine Building,
Automation and Computer Equipment)
,,SUMTTED: IgNov62 DATE AGQ; 12Jun64 ENCL: 00
SUB CCDE: AS, ME NO REF SOV: 003 OTHER: 000
C-ard

25156
y102 61/000/004/0C8/n1_!7
Ll 00 1) 2 1 _3 3 0 7;
AUTHORS: Leonov, Y-Ya., and Cnyshko, A-V.
TIT LE: Infl-..ence cf a linear dieloc-tion on tensile strength
PERIODICAL: A2a~e'-f-.'a nauk '-I-ray_`ns'koy4_ =.'Dopovildi, no. 4,
,~96i, 4
TEXT: This paper studies the effect of the removal of an atomic
half-plane from an 4nffnite crystalline body (linear dislocat 'ion)
on the ultimate strength when a uniform tension o is applied at in-
4
finity perpend.icular I.-o the half-plane. This is done by using a
simplified model of a brittle body. The assumptions of this mode'.
are; a) the maximum tensile stresses do not exceed the ultimate
brittle strength crn; b1/ the relaticn between stress and strain
obeys Hooke's law, wh6r the stress is less than of n ; c) cavities
devel(,p in the bo4.y if it is impossible to have a strained statrt
which satisfies the conditions of "linear elastic theory for a -_~; cl_-y
Card 1/5

25156
S/021/61/000/004/008/013
Influence of a 'Linear ... D213/D303
d) the walls of the cavities may either attract each other with a
stress of 1~1 , if the distance between them does not exceed a cer-
tain magnitude (area of relaxed conlacts), or they may not act on
each other if the distance between them is'greattr than 6(area'cf
broken contacts~ For an ideal brittle body
~2
o'
n
where T is the surface energy. The problem is solved by considering
the hal IL-plane /Y/ A
2-
In the case. of a dislocation A(magnitude of Bfirgers' vector)
equals the interatomic separation. On removal of the half-plane if
only Hooke's law applied the stresses on the OX axis would be given
by
YY_ a- + Ek X, - 0.
4n(l-,~X (2)
Card 2/5

Influence of a linear ... D213/D'303
But in fact, on arr(~arance of the cavity there ~s (Fig. 2~
Y, (X, � 0) -0 L -- x -,::- b) (3)
b