SCIENTIFIC ABSTRACT V.A. DEVYATOVA - G.G. DEVYATYKH

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410310012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PHASE I BOOK EXPLOITATION sov/6283
DaYyatQy_a_, V. A., Candidate of Geogra- Meal Sciences, and V. V.
Kochetygov, compilers.,
Rakovodstvo po vysotnonn vertikallno-gorizontallnomu zondirovaniyu
atmostery na samolete 11-28 (Handbook on High-Altitude Vertical-
Horizontal Sounding of the Atmosphere in the n-28). Moscow,
G1drow,teo1zdat,, 1962. 146 p. Errata slip inserted. 600 copies
printed.
Sponsoring Agency: Glavnoye upravlenlye gidrometeorologicher3koy
sluzhby pri Sovete 11inistrov SSSR.
Ed.: V. A. Devyatovas Candidate of Qeogx-aphioal Sciences; Teah. Ed.:
1. M. Zarkh.
PURPOSE: This handbook Is Intended for pilots, navigators, and on-
board aerologists for high-altitude sounding in 11-28 aircraft.
It maZT be used by synoptic mete orol ogd. s ts and specialists eon-
nected with the planning and supervision of sounding flights.
Card 1A-

Handbook on High-Altitude (Cont.)
SOV/~283
COVERAGE: The book deubribes methods of visual and instrumental ob-
servations of the atmoophere from 11-28 aircraft. The K4-51 r'e-
cording instrument is described in detail. A new device for pro-
cessing filk lo-also described.
TABLE OF CONTENTS:
Foreword 5
Introduction 7
PART 1. PLANNING AERIAL OBSERVATIONS
Ch. 1. Equipment for Il-28 Sounding Aircraft 10
Ch. 2. KA-51 Optical Recording Instnunent 20
Ch. 3. Checking the Recording Unit of the K4-51 41
Card 2/4

Handbook on High~-Altitudes (Cont.) SOV/6283
Ch. 4. High-Altitude and Oxygen Equipment in the
Aerolog1st's Compartment 61
1MRT II. PREFLIM PREPARATION AIM GROUND OBSERVATIONS
Ch. 5. Preparation of a K4-51 Optical Recorder for
Sounding 82
Ch. 6. Preparation for Sounding and Ground Obser-
vations 85
PART III. CONDUCTING OBSERVATIONS
Ch. T. Flight Regime 88
Ch. 8. In-Flight Observations and Data Transmission
From the Aircraft to-the Ground 89
Card 3/4

Handbook on High-Altitudes (Cont.) sov16283.
pAFLT IV. pRocEssiNa oBSERVATIONS
Ch. 9. Qualitative Analysis of Recordirc.*8 and Film 101
Processing
Ch. 10. Cqmpilation.of Aircraft Sounding Results on
TAE-10., TAE-10a., and, TAE-7 forms ill
Appendices 115
AVAILABLE: Library of Congress
SLWECT: Meteorology
AD/J.9j/bc
Card 4/4 5-3-63

DEMTOVA, V.A
Upper-air sounding from an IL-28 airplane. Trudy TSIO no.43:1,7-56
162. (IMUL 15.7)
(Aeronautics in meteorology)

S,/78916Z/000/043/6031005
AUTHOR: Devyatova, V.A
TITLE: 2", o m~ echaracteristics'of the aircraft metteorolgraph A- 10 and its
~Performancejnl thiii:field.
ogcheskira obser~
WURCE: Tsentral,enaya aerol i Vatoriya. Trudy, no.43.
Moscow,- 1 .11
96Z, 64.
TEXT: paper reporiii on the field experience and,M-Dre especially, on the
time-lag chitracteristice of thi, temperature (T) and relgttive-hurnidity 101-1)
elements of the A-10 aerometeorograph, compares the records of two instruments
of that type ~when tested. on a jjjnglPjlight,:and,sets forth'proposals for Idesign im-
provements, The A- 10 was de signed L at the NUGMP (Scientific Re search Institute
-of, Hydrome,,Ieorological,,Inatriimeritig) and in manufactured by the Moscowi plant of
"Gidromete~pribor." Detailai:- of the, instrument are, shown in L the Nastavleniye gidro-
meteorologiche skim stantsiya~n LL J~ postain (Ihstructions for hydrometeorologicall
andi p a adt
stations oats), no. 4, P4rt.1Vj 1958 The ircr -sounding lab of theLCentral
aerological:observatory. indoctrinatedL the field-service persoilmell meth6dically in
1959-1960 1jauthor. and I.V.Pokrovskiy) al2d all field observatories were required
'to deliVer o pe rational- Perforinamca reports in 1960; the observatory ofthe Kazakh
SSR in addition# delivered a. stody of an investigation"of several charactoristice of
CarA 173

0
ame characteristics of the aircraft. eteorograph# S/709/6Z/000/043/003/0
the- instrurnent., -*it oi 'which is! IiAmMarizedin, the prament paper., On the whole, the
operational ex be The,time-lag characteristics-of the.
perience has it n ~&Vorable I
-hair -hygrometer element and th6ir-I dependenCe on the RH and th(i ventilation speed
rin Ol'i riilat Resheto- (Tsentr~ aerolog.*'
were- determineil, by rnethod4. livioix od ~by-- V. D. v
bs.,: seledpyanLy ...
-Trudy'~ fid 11, 195 3).4nai gichpakiyp i a
o
f h
ogical inytistigations "o.t e
B iiii iw-il' 1957) Tl~ ei~
irst kiii'l 6f 6 the a Moop isITOV"_ -01drometeo z a
m pla,66d in a 106% RH a h ntil the recor'd had
eteorographo were first- tmosp ere u
of air w; th a* px. 401o RH; all
become stabiltzed and were theri -expoaed,to a~ flow i p
were performed at Z3PC afid 740-%xU*iI-,(a:Ls6 stated to have been 734 min) Hg-
Th _"dty-air'!!ventilati6n -was. pmrforme'~I~ of 3.5 and 0.5 m/sec. , The
a
1UR-response-time lag decreaseiii'withAncreasing ventilation rate an& relatilive humi-
dity. It is lower in the subject A_J0._mq~teorograph.(O.Z - 0. 4min at RH 901a; 3 min
at RH 40%) the;n in the aircraft meteorograph CM-43 (SM-43) and the balloon
meteorograph ~ AM 4LO (AM ThAO). T-w time-lag ebaracteristica'of the bimetallic.
'i n followed by amblaM air:: tilatloh.
T -element we re- dot ermliked h6t- air I entilat. o van
_T_
od7ia thit'.tixiie.:'during which. the. diffei!ence.between__._..
the air ir and the instrument T 1.~dication of the instrument was reduced by a desired:
ratio, namely, 2. 7. Tentatkveyalueo of 0.88 min at a ventilation speed of 1.5 rn/sec.
and 0.50 minat 3 m/sec~waswfoand (somewhat better than on the.CM-43 (%8.14-43)).
The r.m. a. deviation bel*een tivo simultaneously tested A-10 meteorographs lies
-Card 2 /3

Some characteristics of the.aiii.-ra.ft ineteorograph,... S1789 /62 /000/043 1003 /005

JUN' 25 1963
PHASE I BOOK EXPLOITATION SOV/6283
RtyyAtmAp-M.-~, Candiftte of Geographical Sciences, and V., V.
X00h6t7g0vp ComPilers-t-
Rukovodsivo po"V78otnomu vertikallno.-gorIzontealno= zondXrovanlyu
atmosfery na samolete 11-28 (Handbook on High-Altltude Veritioal-
Horizontal Sounding'of the Atmosphere in the n-28) Moscow.,
Gidrometeoizdat, 1962. 146 p. -Errata slip Insertea. 600 copies
printed.
Sponsoring Agency: Glavno~e- upravlenlye- gidrometeorologloheBkoy
sluzhby pri Sovete MirvLetrov SSSR.
Rd.: V. A..Devyatovav~Candidate of Geographical Sciences; Tech, Ed,:
.'I* M. Zarkh.
P~MSE.- This handbook is intended for pilots,, ndvigators,, and on-
board aerologists for high-altitude sounding in n 28 alroraft.
It may be used by synopti*e meteorologists and specialists.con-,
nected with the planning and supervision of sounding flights.
Card

Handbook- on High-Altitude (Cont,,') SOVAZ83
COVERAGE: The book des6ribes methods of visual and instrumenthl'ob-
Bervations of the atmosphere fromn-28 drcrafti.. The K4-51 re-
A new dQvXce for pro-
.cording instrument Is described In detail
ceasing Min Is also described.
TAKEZ OF CONTMM:
Foreword 5
Introduetion 7
PART, 1. PLWING AWMAL MERVATIONS
Ch,. I.. Equipment for n-28 S-PundiAg "Aircraft 10
Ch. 2. FA-51 Optioal Reeording Instrument 20-1
Ch. 3;.. Checking the Recording Thit of the. H4-51 41-.
Card 2 A,

-JDZMTO-T,k, V-A-LPMMT'YXV, N.F.; MFIMOV, A.V.; KUPYAWSKAU, A.P.;
MAKSIR40VA, A.A.; MARGOLIN, L.M.; HUDNEV, G.V.,- SIROTOY, K.M.;
SOWPOV, A.V.
Conforencesp meatingoy and aminars. Meteor.i gidrol. no.12268-
70 V 162. WIU. 15t,12)
(Hydroloig-Gongresses) (Meteorology--Congreoses)

DEVYATOI[A.. V. A.
a, ,
Concerning V.A. Belinskii and V.A. Pobiiakhols book mAerology."
Reviewed by 'V.A. Devyatova. Meteor. i gidrol. no.12:46-47
D 163. (MIRA 17:3)

;ACCESSION Na: AT4028679 S/2789/63/000/05010003/0015
Andreyev, B. G.
AUTHOR: .,Dg!y
TITLE: Characteristics of tbe;distribution of condensation nuclei in the atmosphere
over Moscow according to the results of observations from an Li-2 sounding airplane
'SOURCE: Tsentral'naya aerologichaskaya observatoriya. Trudy*, no. 50, 1963, 3-15
ITOPIC TAGS: condensation nuclaus Li-2 airplane. atmosphare
da:a
which characterize the distribution of conden-
jABSTRACT: The authors presetnt;
lei in the atmcmphere over Moscow produced by direct observation made
sation of nuc
during the International Geophysical Yesx, as well as an analysis of three horizontal,
flightt in the Vnukovo-Vororiezh-Vnukovo route. To resolve scientific and practical
'problems, Itnowledge of the preblem of atmospheric condensation nuclei, their origin,
!physico-chemical properties, and quantitative distribution near the Eartb and the
I
!free atmosphere have great-significance. Condensation nuclei play an import.;nt role
~in the circulation of,water, odneral salts and other chemical substances on the
,Earth. Tho authors striva to produce some quantitative characteristics and to study
the properties of-the Aistribution of atmoupheric nuclei concentration In the free
i
atmosphere,, dependent upon thei wmber of- miteorological factors. Materials used
Cq!d_ 1/3

~ACCESSION NR: AT4028679
~,for completing the work were taken from 385 airplane flights with a Sholts nuclei
'counter in thq Moscow (Vnukawo) region,from 1958 through 1961. In,addiltion, an
attempt was made to analyze the results of three horizontal flights along the
Vnukovo-Voronezh-Vnuko%,o route. The result6 are presented in graphs, charts and
tables. The authors drew the following conclusions: 1) distribution of condensa-
tion of nuclei by altitude in the free atmosphere bears an adequately wall expressed
exponential character; 2) the direct dependence between the condensation nuclei con-
tent and the free atmosphere and the intensity of turbulent exchange is cafirmed by
observations made during the morning and afternoon (rapid withdrawal in the morning,
slowed in the afternoon); 3) the distribution of nuclei along the vertical, in a low
pressure system, is more uniform than a high pressure system, which is also stipulat-
ed by a vertical exchange more developed in a low pressure system; 4) the exponential
character of nuclei distribution sharply breaks up in the presence of isothermy or
temperattr.re inversion layers in the atmosphere; 5) concentration of nuclei inside a
.cloud is less than outside; (5) the effect of wind direction proves to be strong in
the condensation nuclei content in the free atmosphere; 7) in the absence of re-
straining layers in the atmosphere, the increase in the number of nuclei along the
:vertical may be associated with the presence of another, more condensation-nuclai-
enriched air mass at 'altitude; 8) the atmosphere-observed horizontal inhomogenei ties
~in a distribution of condensation nuclei caa arise as a result of purely local
Card ' 2/3

eCCESSION NR-. AT4028679
factors (the presence of Iccal sources of atmospheric contamination), as well as
sunder the influenc~,of the general circulation conditions. Orig. art. has: 7
figures and 4 tables.
ASSMUTION: Tsentr;Ll'naya aerologichesk.-Lya observatoriya (Central Aerological
Observatory)
wj
SUBMITIED*i 00 DATE ACQ: 16Apr64 ENCL; 00
SUB CODE; AS NO REP SOV: 007' OnMR: 000
car 313

PC
tj

Dr,.IfYAT:%A, V.;..
;
Ths aje.7t.?-~Oaj hygromiter tnp resijlts or its
fieY testso Trudy T"-,A(,' no.602100-1017 164. 18-.-,5)

ZOLOTAREV, Ye.Kh.; BATAYEV# P4.S.- DLTYATOVAp V.I.
Study of repellents. Report No.111: Relation between repellency
and the chemical structure of acyDtted piperidines and hexamethylen-
imines. Nauch. dokl. vys. shkoly; biol. nauki no.4:16-19 161.
(MIRA 11,: 11)
1. ,Rekomendovana komplekano_v laboratoriyey biologo-pochve:anogo
fakul'teta Moskovskogo gosudarstvoimogo universitata, im.:K.V.
Lomonosova i Institutmh meditsinskoy parazitologii i tropicheskoy
meditsiny. (iNsEdT BAITS AND IMPELLENTS)
(PIFERIDIA) (NETHYLENIMINE)
-N

~7 _AJ C-rfAf'_-X mc, EWP V)/-PWPC+IlZWP(k /K"(h)IMP(3~1 TJR(n)
ACC NR% AP6009555 JD/MV SOURCE CODE-.' UH/0413/66/000/005/0113/0W
INVENTOR: Devyatov
ORG: i,-ione
-TITLE: Method 9f pressing profiles through rotating rolleri~ Class
49$1~No. 179526 Lannounced by the Scientific Research Inst: mtp
Technology of the Tractor and Agricultural Ma -c-hinery (Nauchrio-
issledovatellskiy Institut tekhn logft___ir_iat_6rnogo i sellskokho-
zyaystitennogo mashino6troyeniya)y
SOURCE: Izobreteniya., promyshlenny-ye obraztsy, tovarnyye znaki, no-50
1966., :113
TOPIC TAGS: metal pressing,, rotating i3eal
ABSTRACT: An Author Certificate has been issued for'a method of
extrus."Lon profiles through rotating rolls. To carry out the! extru-.
sion without a shrinkage,cavity and, diiscard,, the discard is squeezed
out by two inside plungers (see Fig. 1). Orig.'art. hast 1 diagr;Lm.
INT]
L-Card 1/2 wct: 621.~77.22-1422

,ju zwtI7~vobo

L 40052-66 EV1P(k)/EWT(1
ACC NRi AP6012746
AUTHOR: Devyatov, V. V. (Engineer)
ORG: none
SOURCE CODE:
TIM: Conference on the development of the theory and practice of
ultrasonic technology
SOURCE: Vestnik mashinostroyerxiya, no. 4, 1966, 85-86
TOPIC TAGS: -IN I "c*amtt==Tv=mLvmP4, ultrasonics, ultrasonic
cleaning, ultrasonic machL-iing
ABSTILWIL: The proceedings of the Sixth Scientific-Technical Conferenco on the
.Development of the Theory and Practice of Utilizing Ultrasonic Technol(W are
summarized. The conference was organized by e Goskomitet po mashinostroyeniyu, TsP
IUO Mashproma, and by the 0KTB Hosgorsovnarkboza; the conference was hold in Moscow in
October 1965. At the conference it was noted tbat substantial accomplishments had
been realized within the current year. Specific successes occurred in the use of
ultrasonics in industry; new materials and allcrjs were developed, and material quality
and purityi~xro improved. Over one hundred reports were given at the conference.
Particular attention was devoted to the papers presented by G. I. Pogo(lim-Alekseyev,
V. M. Gavrilov T. Kh. Chormonov3 I. I. Teumin, 0. V. Abramov, V. A. Llonenk , V. I.
Slotin G. 1. Eskin, B. A. Agranat,'V. I. Bashk-irov, and Yu. I. Kitaygorodskiy.
Cc

L 40052-66
ACC NRi AP6012746
Important topics were the effects of elastic vibrations on ingots and other foundry
forms, the strengtth and structure of alloys treated ultrasonically, crystallization
processes with ultrasonics, ultrasonics used in phases (liquid versus solid) Of
material processing, removal of impurities by ultrasonic techniques, means of
controlling ultrasonic 6avitation, and others. Future needs for research in this
field were discussed.
SUB CODE: 20, 11/ SUBM DATE: none

ACC NRi AP7003457
INVENTOR: Devyatov,
.ORO: none
SOURGE CODE:
UR/041)/66/000/021/020 il~ ~O2
TITLE: A device for pressure forming of curved surfaces. Class 1+9, 11o. 188274
fannouncod by Scientific Research Institute of Tractor and Agricultural Machine
Construction Engineering (Nauchno-issledovatellakiy institut tekhnologii traktornogo
i sollskol:hozyaystvannogo maBhinostroyeniya).,7
SObRCE: Izobreteniya, pronTshlennyye obraztsy, tovarnyye znaki, no. 21, 1966,*201-
202
TOPIC TAGS: metalworkingp metal press, metal forming press, metalworking machine
ABSTRACT: This Author Certificate presents a device for pressure forning of curved
surfaces. The device oonsists of a casing with two curved-surface rotary rollers
fiked within it and of a container (se*e Fig. 1). To conduct pressure forming with-
out leaving a residue and producing a shear drig, the device is provided with two
lateral guiding slides mounted in the casing between the container and the curved-
surface rotary rollers.
-.UDOt -621.979.-621i.777.06

ACC NRs AP'7002457
Fig. 1. 1 - lateral guiding slide;
2 - container; 3 curved-surface
rotary rollers
Orig, art., has: 1 figure,
SUB CODE: 33/ SUBM DATE: 3.4Jun65
r
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SS;Q
07003610031
/65
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idgil r-j c ences jvz a
as
eas 0 i-Ta*bm,
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I '-1 7
a t . . fbrjping~, de
64 i ~4i m
le Meg
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.ts'~ of 1-2 nm a
k eel-- 08yu Used li a X-P
-77
m~ t~Yiw6liuvdsti
-cont t'1- 114~~!~radiiition.
~O
d - in thiclaibis '0 - Oj
6dAhAug' 00 -beajv'~. Opre- _0 15 - O~:
P~~dr tfing andAh' vith
radiiv~:Lon i tensity was mea
~b7
tmi's no b6tullim':9ource zd colmtor -0,0430. mm)
a ld.-tiiA ti~~ Anciihised by~_ 16.~2o% with increased,
riaAi~A ttb~~Gm.20%, ipbl Iti I aU dis tahoe's,j while ~-.the t
apprpili~ Oa r- 7 raw.~
r: ini6illiji~6,4'eOrea'oed I~Hix-factbr_,of _~abq :-4-JEW -the
........ ..

SAWIUTI Kh.; i DEVIATOVA, Z. Ye.
Effect of mineral nutrition on the intensity of photosynthesis
and respiration in cotton as related to varying soil moistwe.
Uzb. biol. zhur, 9:no. 6:28-32 t65 (MIRA 19:1)
1. Institut eksperimentallnoy biolo(,,I.i rasteni)r AN UtSSR. Siib-
mitted September 18, 1964.
k,

TROFIMDVA, R.K.; DEVYATOVAI Z.ye.
Simple method for potAssium. determination in cotton leaves.
Dokl. AN Uz. SSR 21 no.8:42-44 164. (141RA 19:1)
1. Institut genetiki i fiziologii rasLeniy AN 'UzSSR. Submitted
Feb. 8, 1962.

5(2) PKAU I NOOK UPLOITATION 307/1916
V-saymmore soesshchaniya pa kht-ii bors. 2955
Porj tnWY Konfervatall PO khWl bars I yago soyodlnenly (boranj
",
Transactions or the Conference an the Chalat.7 of Bar" Pr4 C
Its Couppounds) Phosoo Gookht-12dat, 1958. leg V. R~rata dIp
inserted. 2.400 capita printed.
'
Lachlasklyz Tech. Zd.t N.S. Larlye.
Nd-8 G.F.
FWO33s This back is intended for chemists, as well an for
Industrial personnel working with baron Lod its compounds.
COVIRAall This collection contains 24 studies an the chomistry,
line structure, phyaLcochealca.1 properties. &M
6t
4
2logy or baron and Its compounds. Twenty-two of the
a.
studies were presented at the All-UnIon Conference on Baron
Chemistry, bold at the -fiti-kt-
W-1chaskly Inst1tut Is. L. TO. Karpova (Salentlfla Ra-
"a"b ftysloachealcal institute 3A. - To. Wamov) lit

umxftr
bodomber- 1955. Two or tbese ar-ticles deal with th* thormo-
0f boron. The two studies on *borundume pro-
6h4mIGtr
duction being published for the first time. The studies
IM
are well Illustrated and accompanied by bibliographies.
TAarz e ccArrvrrso

3010m; Tr*4%ActI*OG of the Conference (Cont.) 307/1926
ftlYak, A.M.. To. M. Ff"Yevskaya. O.S. ft-oftov,
9-11 90110vft~ GD&1~1 Domf-guakaim. Boric Acid
productl6n by the Decomposition of L-Aer3kiye
borates With mixtures of Nitric &M Sulruric Acid@ 135
;W"at" 7-r- rMCS851=9 or Zrrr-;dg at the AktYubLnek
ZmabInat
Cbd2dG 141
Matobyllskara, L.D. manariclation of Cartel. Dol.
Ores 145
KLk-1-Y-1. A*-. and A.G. irwLk-.wa. Xxtr..-Ic.
Of boric Acid 15T
Shwai-ts, To. it. state or acrates In in Aqueous
3olutlom 162
KMIvnsr~-S.L. A Toahnical and Z*oa0sdc Comparlson
or the iku methods for boric Acid Production from
YAdersklys B*rjLtss ITO
card SA

3/137/62/000/004/030/201
AO06/A1Ol
AUI-AORS: Devyatovskaya, L. I., Villnyanskly, Ya. Ye.
TITLE: Preparation of chromium chlorides from ferrochromium
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 11, 1962, 28, abstract )IG180
("Metallurg. i khim. prom-st' Kazakhstana. Nauchno teldm. sb.
1961, no. 3 (13), 59-64)
TEXT: Batches of 50 70 g Fe-Cr were processed with Cl-gas in a vertical
laboratory furnace at 950 1,0000C. F'ully sublimated CrC'31 CrC12 and FeC13
were obtained. Separation of Cr and Fe from the condensate was not checked
but,according to literature data, satisfactory results can be obtained. Chlori-
nation of Fe-Cr proceeds at.a higher rate and with 98% utilization of Cl-gas.
A. Tseydler
[Abstracterts note: Complote translation]
Card 1/1

NAZAMINKO, P. (Astrakhaneikaya obluit); KILIDIBEKOV, V. (g.Slobodslkoy,
Kirovskaya oblast'); IEVYATOVSKIY, M. (g.(h-sk); SERGIYENYA, K.
(g.Kharlkov); A.; KRAVTSOV,
S. (g.KharIkov)
Readers relate, advise and criticiss. Sov. profsoiuzy 18
no.15:26-28 Ag 162. (KRA 15:7)
1. Neshtatnyy korrespondent shurnala "Sovetakiye profsoyuAy" (for
Nazarenko, Sergiyenya, Vengerov). 2. 'Sotrudnik gorodskoy V.zaty
"Leninskiy putl",.(for Killdibekov). 3. Sotrudnik neshtatnogo
otdola oblostnogo kimiteta profsoyuza rabochikh met&ll,trgicheskoy
provWshelnnoeiti (for Davyatovskiy). 4. Predsedatell 1-.:,miteta
profsayusi al.ektromekhanichaskogo zavoda, g.Kharlkov Uor )Lravtsov).
(Social.irit competition) (Ust'-Kamenogorsk-Housingy)
(Kharkov-Electric equipment industry)

IIEVYATIYAROV. A., geroy Sovetakogo Soyuza (Udmurtskaya AM)
We are building uports installations. voon-snem. 32 no.2:12
F '56. WaA 9;5)
1. Predsedatell rompublikauskogo komiteta Dobrovollnogo obahcho-
stva sodaystviya armii. aviataii t flotu.
(Military education)

AR6oll866
SOURCE CODE: UR1029916510001020AI0181Y,01-1:"I
R: Devyatlyarov L Ae
Experimental toobnique of_-putotr nsp&nting kidneys to the neck
SOURCEt Ref. zb. Biologiya, Abs. 20M105
REP SOURCE: Sb. naucbn. rabot. In-t eksperim._biol. i red. Novosibirsk.-!
vyp. 2. 1964p 505-508
OPIC TAGS: organ transplant, animal experiment, urology
AtSTRACT~ Kidneys were transplanted to the carotid artery and jugular
vein of 15 dogs weighing 5 to 16 kg. The right kidney was transplanted
t-e the left side. The ureters were sectioned at a distance of 10 to 15
cii'-from the porta. renis. Anastonoses were performed using an atraumatic.
t'~Yisted suture. The ureters were drawn out and attacbed to the skin.
Iscbemia lasted from 15 min to I br 20 min, with a mean of 36 rain-. Foull.
dogs died during the first few days and 7 dogs died during the 4tb to
lOtb days. In 4 animals t~o kidney functioned from 1 to 4 mos.. In two
animals urination stopped, and during autopsy only a small amount of
intact kidney tissue was found embedded in the sear tissue. In many
cases complications were related to necrosis of the ureters and to other
Card
5.7 7 - 9 9

L 4o986-66
ACC NR. A116011866
dt!3-orders caused by excretion of urine on the skin. L, Liozner,
ZT-rgnsiation of abstrao2t.
SUB CODE: 06
card 2/2 2.1b

,ICC N1,
AR6011867 SOURCE CODE: UR/0299/65/000/02CI/MO18/MO!8'i:
AUTHOR: Devyatlyaroy, L. A.
TITLE: Autotransplantation of kidneys into the peritoneal cavity
SOURCE: Ref. zb. Biologiya, Abs. 20MI06
REF SOURCE: Sb. naucbn. rabot. In-t oksperim, biol. i med. Novosibirsk,
vyp. 2, 1964o 500-504
TOPIC TAGS: animal experiment, organ transplant, urology
BSTRACT: In experiments on dogs weighing 5 to 20 kg the kidney was
ransplanted to iliac vessels in 25 cases and was replanted in 11 cases.
nestomoses were performed using an streumatic twisted suture or a
echanical suture. The terminal of the ureter was sectioned lengthwise
nd attached to the mucosa of the bladder. When the diameter of the
idney vessel was small or there was a vessel abnormality, the arterial
nastomosis was performed using a patch method developed by Karrel. A
ontralateral nepbrectomy -was performed on 19 of 36 animals. The left
,idney was transplanted in all cases because it is more frequently
arked by vessel abnormalities. The ischemia. period lasted 25 min and
ith the use of an angiorrapbic device was 15 to 20 min. Ton animals
Card 1/2 UDC:: 577.

ACC NR' AR6011867 e)
ied the day after the operation. Mean survival period for the
emaining animals was 11 days and the longest-period was -2.5 mos. Four
nimals are still living. From a pbysiological point of view the autbor
onsiders transplantation of the kidney to kidney vessels most effective
nd the use of an atraumatia suture for vessels best, witb a meebanical
uture for vessels witb a diameter of approximately 2.5 mm, L. Liozner.
Translation of abstrac!7-
CODE: 06
Card 2/2 ,"C-

- -----.--DEVYAT!XARQY,-N,
Victory of the agronomimt. Zemladelte 24 no.12170-72 D 162,
(MM 16: 1) If
(Krasn-Da-hchenkovo Die triot-Agriculture) ~

S112116010001010101VO15
A004/A001
AUTHORS: Kleymenovt Yu. V., Devyatykh, A. S.
1% ----------- . ....
TITLE- Inside Calipers With a Graduation Scale of 0.001 mm
\X
PERIODICAL: Stanki i Instrument,. 1959, No. 10, P. 39
TEXT; In 1960 the "KaIibr" Plant developed a new inside calipers design for
dimensions in the range of 3 - 18 mm with a. graduation scale of 0.001 mm. This
instrument will be produced in series from 1961 on. The mechanism of the calipers
in combination with the reading facilities of the indicator-type represent a
wedge-shaped transmission. The MM lever-gear head of the Leningradskiy J.rztru-
mental'nyy zavod (Leningrad Instrument Plant) is used as indicating devl2e. The
new-calipers measure inside dimensions by the comparison method. A set of calibra-
tion rings with an interval of 0.1 mm is u~;ed to show the deviation of'the read-
ing device when checking the, dimensions of the workpiece. The measurement is
effected with the aid of two balls which are placed in the seats of the measuring
insertion. piece. The ball displacement is transmitted to the needle-~;haped wedge
and further to the,reading device. The inaide calipers axe fitted with a prop
in order to facilitate the m(msurement of apertures the axes o! which are perpen-
di
Card 1/3

S/121/60/000/010/013/015
Inside Calipers With a Graduettion Scale of 0.001 mm A004/AOOj
dicular to the measuring surface. The reading device of the inside calipers is
fastened by a chuck ring and nut. In order to prevent a displacement.of the
calipers from the aperture axis by more than 0.01 mm, two centering balls a-re
located in the same plane with the measurirg balls at an angle of 900 to tale
measuring line. The techniczLl specifications of the new inside calipers are
given in the following table:
Card 2/3

1 S/121/6q/boo/biq/o13/015
Inside Calipers With A Graduation Scale of 0.001 mn A004/AOOI
Measur- Number Measuring Maximum Permissible readl Reading errors
ing
of
range of
measur-
ing errors of
caused by in- Reading
range of inter- inserts ing calipers with accurate cen- varia-
one
change-
in mm
depth reading devIce tration in mm,
inside
able
in mm in mm, not not exceedirg tions
caliper
inserts exceeding
3 --3.3
3,3-3.7
3-6 5 3.7--4.3 20 + 0.002 0.001 0.001"
4.3-5.1
5.1- 6
6 - 7
'
6-1o 3 7 -8.3 30 0.002 0.001 0.001
.
- 8.3-10
10-12
io-18 3 12-14 5 50 0,0025 0.002 0.001
14.5-1~
There is one figure and 1 table.
Card 3/3

.a- A
do L gtaroblnetzo A. V. tamfilovt and 6. A. lazerko, Adsorption
layers,in anhydrous systems. M. Pa.tty acids-on tho surface diPhenyl-andne-air.
Pp. 1240-5.
7be surface tension of solutions of propionic, bulVriat isovaleric, isocaproic,
and oleic acids in diphenyl anine were measured near the melting temperature of
diphenyl amine. The lowerings of the freezing point of the solutions were deter-
mined and the thermodynamic activities of their components were calculated.
Byelorussian University-
Institute of Chemistry, Ydnsk
October 20, 1947.
SO: Journal of Aysical Chemistry (USSR) 22, .10s 1943.

Adsorption
Alcohols
8 ep, 48
hole Between Diphenylamine and, Air," G. G. Devyatvkh,
A. V. Phnfilqv., G. L. Stardbinete, Ind Inst Imeni
A. A. 2hdanov, Gorlkiy, 9 py
"Zhur Fiz Ehim" Vol No 9, pp 1072-8.
Measure's surface tension of solutions of ethyl,
Isopropyl,, butyl, isobutyl., ~soezWl, octadecyl, and
benzyl-alcoh8ls and cyq1ohexanope in d1phenyla-Ine
for vide ranges of con6entration (fram,N2z 0 to
.56/47T91
WSM/Physice (Ccatd) Sep 48
developing the constants of
.2=0.9) at 600 C
iiEtumted. adsorption layers. Submitted. 17 Sep 47.
56/4091

The MMM4 al "k0laging dwoody"Jull; "livill isad
*00 "*wool Sweakobah and fs~y aside In diplinyl.
wist. 0. M De kh anti A. N. IsAtlifilay. Aur.
ht. h4iW:'7T '00): cl. CA. 413, I'XW.-The
'""Im"dotillit valovalif thr At-livillf 4. 441144\11
.e., itIOut I's it not Irdus-ni by q-talbill.-I its alms is-1111.
contc. (To Tit in addti. to the main unin 1.,~ R Is tic.
cause the I the tzptl,,= fcr the best of
it,, a 3d liquid Phi.
IN-11; the deal equation is in a, - -0.01INUI (I's - 7). T
ism.p.01thewn. From this a, the activity a, of the
Polute is caled. graphically by plotting J,^. against
IV, and N, arr tile aside fractions 4if)lh,Nll at
of this plix,rdtir, are timilmeoll,
-lisle. r"p.. thr traidt.
with those of ruslier graphical niribmit. The %-xlu- W
Ts - Tand oftht most PI'Dhable at Itst %', . 0.1. 0.5, anti
0.9 W531areforKtOll 4.7". 14.0'.andS)J'.and0.(l73.
0.139. and 0.155; for iV-PrOll 5.1 % 15.9', and 34.1 *, and
0.075. O.W. and 0.160; for BuOll 4.5*. and 42.8',
and 11,075. 0.186. and 0.184: for iso-BuOlt 4.7% 15.1'.
and .12.5*, and O.K.I. 0.14d. and O.Iffl: anti for iso.
AmOll 6.0% 15.2*. anti 411.5'. and 0.1118, and
(1.199, for W-C'S11,1011. at X, - 0.01'(1.014. and (U-41, 1'.
- T is 0.41)". 2.90". and 4.80' and as is OANKI, O.MS3.
and 0.0496. Many Interinediate values arr reported.
J. J. Dikrrman

Ahm I"N Ilk ow --- mom. IV.
qjtk = W 6", 1 A. V. Iam-
'Vs. 2blMUSZ: J!"C.-Pt:
IWIN.-Lowtertag (40) of "dwe team" at 4A, (dettl
Ilm 11wilual ilf nuall. tbu~W;t bur'll) sad tie 1-tvilskm %if
.1711 ul by,sk-8,11441
4
a 1.16 pd. was 1) 1 0.3 016 0.7, &W D.U. fix
go 'ZId ;
HIM 0.9. 13.0, 17.0, 18.2, Wl
3.3. 6.0. 6.9. 8.9. and MAO; =11-13-9,
INA 19.1. 3D.3. and 21.5 Am and 3.5, 4.2. 4.6. 6.3.
and 11.7,; for flooll-, 14.5117,1. 17.0,aud 14.7g.1w.1
Anil ---. 11-04 0A. 8.3. Anil 2a. ; f(W i4it-fluoll11.4. MAI
IP.J. Ill.". wall 3110 g.lwc,l And 3.0. & M. 5.0. will
In.8"; fur illy-AmOll 12.0. 17.3, And Alm
and 3.6. 5.I. M. ?a. OVA Wall; led, INC0411
M4.14.41. avid IA.Qs./sw.# And 3.11 10.01 1418,
90 '41, Anil Wil"; and for bovskuk- "Id 7.1, 12.0. 14.0.
10.8, And IM s.1moc.1, and 3.8. A-0. 14.4. 96.6, laid 110.6 *,
From thm data tbe adurptkm of the *"Uve -a" vak-d-
by2diftesitinetbob. Cmtmry to the cast lit aq. whis..
Av In Ph?[Oo depends on the nature of the pillar xmil)
lathel (ham utl (in 0 1"1141. Tim dq"knm of all
. i ri,
I I Porm tie W4114. IN PININ *in) w
144NIL J. Ilikaillitill

7-
USSR/Atomic and Molecular Phyiiics - Statistical Physics. Thermo- D-3
dynamics.
Abs Jour Ref Zhur - Fizika, No 4, 1957, No 89&S
Author Devyatykh, G.G., Zorin, A.D.
Inst, :-6or4IMy-Vn-Iversity , J,,
Title Determination of the Relative Vapor Pressures of C13H4 and
O~8 by the Rayleigh Distillation Method.
Orig Pub Zh. fiz. khimii, 1956, 30, No 5, 1133-1-139
Abstract The Rayleigh distiLlation method was ugged to determine the
relative vapor tension of c13H4 and 0,Y9 in the temperature
range from the normi-I boiling point to the triple point.
The results of the imeasurements-are eXpressed by the fol-
lowing equations% e (
IT 6."2~6
C, .1,
?P .r I_Y 17 17-- e) J-/'
In the authors' opinion, CH4 is best used for concentrating
C13 by the fractional distillation method; to use 02 for
the concentration' of'018 makesno seinse (it is more con-
venient to fractionalize the water).

POSS I MM 9XPLOITATION 3071129T
Tsoac=ys Asuchno-tokhnichaskays konforentalys po primormnlyu
re, tlvnyft I stabil-AyM lsotopov I 1xluoh-n--7 v naradnow
M0919"tTO I DRUICe. 19JI
FOXV61MOLl" IsatOP". Xoohchny" ga~-ustonovki. Radloootrlyx
* Production
I dawilmotrl
a
trud
komfo
entell
(root
o
-
.
...
;
p
y
y
r
Ugb-~rgy Oa~-&dlstlort Facilities. Radionotry and Dool-

tryj Traossatlons of the All-Unlon Conference on the Use or
=
tf-To and Stable Isotopes and Radiation in the National
Somewmw and Science) Poscow, Izd-vO Alt SSSR. 1958. 293 P.
5'Ow *opus printed.
Sponsoring Agamays Akadonlys nauk SSSR; alArno" upravlonlye po
-
I
upol
sovaSlyu
atonnoy enorgli SSSR.
94itarlal fterdt Prolov, YuJ. (Reap. 94.), Zhavoronk", N.M.
(Deputy Ramp. Id.), Aglintser, K.X.. Alsk"yov. 9.A., Boahkarow,
T.T., Losbablookly, X.I., VAlkov, T.F., Sinltxyn, V.I., and
Papom, G.L. (Secretary); Teal%. 19d.t Novichkov, X.D.
P=F=s this collection is published for aclantistat toehnoloolAt!!,
persons engaged In medicine or medical rexee-mh, and others ion-
corned with the produotle= =W/or us* of radioactive and stable
186"Pez- radiation.
COVXRA=s MArty-olght reports are Included in this collection
under three soln subject dlylsionst 1) production of isotopes
2) 1610-0001W st~-radlAtlen fooilltunjand 3) redl=wtrr a"
gi"lmtry,
?A= OF CONSM32
PART X. PROPWTIOX Or ZSOTOMS
prolow, Tu.S_ V.T. DochkarwT, and 10.70:gullah. D*"lopment of
Isotope Productlon in the Soviet Union
This report 18 a general survey of grodm4tica methods,
apparatus. raw matorip-iz, applications, investigations
*=A. tutu" prospects ror radio lsote~~-z 1z the 3ovist Uni~_.
Card 2/12
Nyulonfordt. TO.K., O.G. Zlvvrt, and T.A. dog". A Rec-
t1flostio 10 Colman for Obtaining Zr3, Znrlabod With
Isotope a 127
A mothod Is described for 41SIching natural mixture*
an r-lalng - 18.6 percent B concentration to^-80 percent
S concentration by low temperature (- - 100 degro*sp
seaLs not stated) adiabatic roctification. Separation
capability was 810 or 95-0 percent purity after 480 hours
pr assing; but, as the desired concentration ~&*-80
p4rconto separation yuld was A liters per 24 hours. Block
ata-runal or installations are given.
Zhavoronkov. X.R., O.V. Ovarow, end 3.1. Smbkov. Rosoarch
on the Separation of Stable Isotopes of Light Ilements 1~-k
Tualtskiy 6 Of rkh N.V. ?Lkho"T'
A.D. Zor!~. Separation of carbon
Isotopes 143
Cord 6/12

tins

+ uacl~% Rith
P106 01 the 50y~'
'
Creased iLS the
ti
emse in N. upt
itS ADf 40.
)-Put
and the -ond tnifi.,
eftect of: the. hr
The temp. ca-Iff.
cd.-frdn
diln.,

at t
3 AMR
L; A. Xwsby,-~
ON; 50, K$;J--4 --f
1. of.
Qi Md. The
cof lir
Im !Wtial de-
E 55% 111SC4
ellibuted to the:
)i,lf*O. m9p.
The hc2t of,
-d al C.

I I J_ 1.'.. f- I rf~w~~"
al
mm'
AkIddC,
LAM
eiI
0t v
Ign 7
neAT&V
vjtb~hVJ,
(2 Mj
('29,W, IUK
Sol -114
IV, Nal
W% ard
d1la- (10 - j*'), V,
4A
'I
af)~ ~ I - C
-bi,
I I'M rii-AlPtiro",
the wilia-iiid
iv,
715 w
M

1) C, vy~ ~ i
VYATYIN, G.G.
Calculating the isotopic effect in the vapor tension of water
and methane (with summary in 3ngliWill. Zhur.fiz.khim-31
no.7:1445-1447 JI '57. (MIRA 10:12)
1. Gorlkovskiy gosudarstvennyy universitet, Institut khimii.
(Vapor pressure) (Water) (Methane)

SOV/81-59-13-45045
Tran lation from: Referativnyy zhurnal. Xhimiya, 19~)Sl, Nr 13, P 46 (USSR)
PUTHOR: Devyatykh, G.G.
TITLE: The Application of the Statistical Method for Calculating the Isotope
Effect in the Vapor Pressureq
PERIODICAL: n:-. po khimii I khim, tekhnol., 1958, Nr ?, pp 239 - 249
ABSTRACT: The method of calculating the ratio of t1ie pressure of Isotope vapors
developed by Lindemann (F.A. Lindemann, Philos. Mag, 1919, Vol 38,
P 173) has been generalized to multfgtomia molecules and biatomic mole-
cules with a polar bond. Using the formulete of the statistical thermo-
dynamics the author has obtained equations which he em loys for calcu-,
lating the ratio of the vapor pressure of C.121j4 and ClSH4; ~H4 md CD4;
HcO16 and H2018; H20 and D20; C120 and C130; C016 and ,, at the
timperature of the ternary point of these substances. The results agree
with the experimental data of other authors. Some quantitative regulari-
ties have been shown.
N. Festunovich
Card 1/1

SOV/156-58-4-28/'49,
AUTHORS: Devyatykh, G. G., Zorin, A. D., Yezheleva, A. Ye.
TITLE: The Analysis of the Mixture of Divinyl, the Isomers of Butane
and Butylene by the Method of Gas-Liquid Distribution Chromato-
graphy (Analiz smesi divinila, izomerov butara i butilena
metodom gazo-zhidkostnoy rF-E:predelitellnoy khromiatografii)
PERIODICAL: Nauchnyye doklady vysshey -Ikoly. Khimi-ya i khimi.cheskaya
tekhnologiya, 1958, Nr 4, PP 724-726 (USSR)
ABSTRACT: In the present paper a new method of analyzing the mixtures of
divinyl, the isomers of butane and butylene by means of the gas-
liquid distribution chromatography was described. The apparatus
is described and the method is given in detail. Nitrogen -was
used as elution gas and kiesalguhr with the grain size 0.1-
0.25 mm. was used as adsorbing agent. The following solvents
were used: dimethyl formamide, saturated solution of AgNO 3 in
ethylene glycol, furfurole and nitrobenzene. The chromatographs
of the mixtures are given in table 3 and 2. The maximum length
of the column is 5m. A comp',- ote separation of the component is
Card 112 obtained in the following way: The first part of -the column,

SOV/156-58-4-28/49
The Analysis of the Mixture of Divinyl, the Isomers of Butane and Butylene
by the Method of Gas-Liquid Distribution Chromatography
1-5m in length, contains saturated silver nitrate in ethylene
glycol as solvent. The second part of the column, 3m in length,
contains furfurole ELq solvont. The accuracy of the method was
checked by means of the synthetic mixtures and it was ascer-
tained that the relative error in the determination is 2-3%
and that ihe preparation of the chromatoographs takes 25 min.
There are 3 figures, 1 table, and 1 reference.
ASSOCIATION: Kafedra neorganicheskoy khimii Gortkovskogo gosudarstvennogo
universiteta im. N. I. Lobachevskogo (Chair of Inorganic
Chemistr at the C-cc-Adw State University imeni N. 1. Loba-
'_' he v s k i.'r'l
SU3MITTED: April 25, 1958
Card 2/2

AUTMRS: Devyatykh, G.G., Zorin, A.D. 32-24-!+~-56167
--MM"-AFW-M
TITLE: A Labomtory Rectifioation Oolum-i for the Separation of Higher-
Boiling Admixtures (Laboratornaya rektifikatsior-naya kolonma alya
Vdeleniya vyshekipyashohildi primesey)
PUT IOAL: zavoaskap. Laboratorlya, 19!i8, Vol. 24, Nr 4, pp. 1+96-49-- (TJSSR)
ABSIUCT: A r9atification column with an effect of more than 100 ":iaeal
plates" is described. It follows from a iichematical dra~dng thab
the colu=t, which is made of molybdenum glass, is spira!--s:31aped
in its lomer part in order to compensate the thexmal a:qaralan of
glass, and that the evaporizer (with a volume cf about !50 MI)
contains small rings made of NJ/Cr-wire for the paxpose of in-
creasing the surfaces as well as a disoharge cook for ldeh-boll!ag
oomponents and a manometer. The lower part of the column a:i well
aa its -upper end each contain a contact thermameta-r. The column
la heate3 in fvar stages, viz. evaporlzer, the column, oa-aing abov5
and below, and the reotificia-tion part, for which p7urpose it -18 ra-
oomended -Vhat a certain temperature be pro-7iaea for each of the
aforementioned parts by means of automatic temperaGura adjustment
Card 1/2 ieith the aid of the contact thermometers and e'Leotromagnetlo

A laboratory Reatification Column for the 32-2_4-4~56/67
Separation of Higher-Boiling Admixtures
" ayq
r
el . A. schematical plan of the currant sluppI7 for the column is
given. The heaapiece of the column is also fille3 with r1mleta
ma-a -bairl- by a silreer-
a from M/Cr-wire. Heat insulation is brought. sL
plated evacuated ttibe as well as 'by an asbestos ln7,Ua~ion or. thq
aiter casing. In the upper part of the oolumn therA ii-, a
with a holding capacity of two liters into wh1zh tth-' 2-~quid is
fillei through the cooler, Whereas a heater is to th-v 10". r
part of the container,, which warrants a conveati-Te mttturq of -eta
!'(Tudd. At the side of the container a feeapipe lea3ing to and from
the column is fitted% above for the condensat-.1 flo-wing ir-:. an! be.-
low for the feeding of the column. In order io detzrWine th:9 number
of Iliaeal platean the difelarential me4.hoJ vrith -a
ethane mixture was carried out. A.S.Yem,31-In &nd NXr,.Agli,110-W &,S-.
siztad in these investigations. There are 3 a-P-3 4 r-,fe:---
ft!,'as, 3 of which ara Soviet.
ASSOCIATIOM. Institut khimii pri Gor'kolrakom gosudarstvennum unirer-ri` tet5
(Institute for Chemistry of Goekdy State UniversikA
1. Towers-kChemlstry)--Design 2. Towers (Chemistry)-Equip=ent
Card 2/2 3. Towers (Chemistry)--Applications

-UTRORS: Tunitskiy, N. N.,,,Devyatykh, G. G., 57-28-4-32/39
Petrov, P. S.,
TITLE: Thp Separation of Carbon Isotopes by the Thermodiffusion of
Carbon Monoxide (Razdeleniye izotopov ugleroda termodiffuziyey
okisi ugleroda)
PERIODICAL: Zhurnal Telchniohookoy Fiziki, 1958, Vol, 28, Nr 4, PP. 881-
-885 (USSR)
ABSTRACT: The investigations described here had already been terminated
in 1953, when reference 9 was published. - The separation of
carbon isotopes by means of the thermal diffusion of carbon
monoxide in glass towers with a diameter of 9 and 14,5 mm, a
length of 'I and 2 m with a platinum wire of 0,4 - 0,6 mm dia-
meter as a heating-element were investigated here. The
experimental results are in agreement with the theory by
Dzhons (Jones ?) - Ferri - Onsager. - It is shown that in a
number of cases the use of carbon monoxide as working gas
has certain advantages as compared to the use of methane. The
ratio of the separating factor of carbon to that of oxygen
differs from the theoretical value.. The latter is equal to 2.
Card 1/2 The magnitude of the deviation depends oft the steam-content

The Separation of Carbon Isotopes by the Thermodiffusion of 57-28-4-32/719
Car,bon Uonoxide
in the gas.
There are 5 figures, 3 tables, and 12 references, 3 of which
are Soviet.
ASSOCIATION: Fiziko-khimicheskiy institut im. L. Ya. KarpovalJoskva
(Kuscow,Physical-Chemical Institute imeni L. Ya. Karpov)
SUBMITTED: April 17, 1956
Caxd 2/9

IRYTATYKH, G.G.; ZORIN, A.D.; NIKOUTEV, N.I.
Study of carbon and oxygen isotope distribution by the fractiomLl
distillation of the oxides of.carbon, methane and molecular oxygen.
Zhur.prikl. khim. 31 no-3:368-375 Mr 158. (MIRA 11:4)
(Carbon--Isotopes) (Oxygen--Isotopes) (Distillation, h-actional)

28M 05764
AUTHORS: DevyatyjkEhj_ ~.,j Zorin, A. D.9 SOV/32-25-10-53/63
_fia-nov, S. M.
TITLE: Automatic Laboratory Rectification Column for Low Temperatures
PERIODICAL: Zavodskaya laboratoriyal 1959, Vol 25, Nr 10, pp T271-T272
(USSR)
ABSTRACT: An automatic low-temperature rectification column i(ab produced
for laboratory purposes from molybdenum glass (Fig). The
middle rectification tube (inner diameter 11 mm, length 2 m)
is spiral-.shaped at its lower end (length 120 mm, inner dia-
meter 5 mm) for the purpoee of compensating the extension of
heat of the glass. The cintire rectification tube is located
in a silver-plated envelope which is evacuated to 2 . 10-6
torr (at 2000). The rectification tube is filled with bodies
in form of tetrahedral spirals (2X 2 mm) made from constan-
tan mire (diameter 0.2 aim). The condenser at the upper end
of the rectification tube is of brass and contains ethanol,
which is cooled down to the desired temperature by means of
liquid nitrogen in an ultrathermostat of the type Vobser. The
evaporation piston of the column is cylindrical (200 mm) and
Card 1/2 is electrically heated. The evaporation rate of the investigated

057 4
Automatic Laboratory '-Rectification Column for Low SOV~312-25-10-53/63
Temperatures
ASSOCIATION:
gas is regulated by means of a contact manometer. The rec-
tification column has an automatic sampling device which is
controlled by means of an electromagnetic cock by way of an
electronic time relay, which was oonstructed by L. T. Vlyukhin
and E. M. Yashin. The gas sample taken is frozen in liquid
nitrogen in a collecting vessel. The column has a System for
stabilizing pressure in the column. The temperature of the
vapors in the column cupola is recorded by means of a thermo-
couple (copper-constanta,n) on a self-recording device of the
type EPP-09-1. The efficiency of the column corresponds to
35 theoretical plates and was determined in a a-butylene-
isobutylene mixture, the separation coefficient (at -7.010)
amounting to 1.042. There are I figgre and 2 Soviet references.
Gorlkovskiy gosudarstvennyy univerBitet im. N. I. Lobachev-
skogo (Gorlkiy State University imeni N. I. Lobachevskiy)
Card 2/2

5(4),l()(4)
I'D e v y
Lh,, C', G. , A(,lialov, Yh, 76- --1 -27P5
~L ~114 I
-rolov, 1. 1.
TIT.L'j-;,:: The Difluence of the V1.1ocity of tile on
the Separatinc-, Lfficiency of :Rectification Colwnns~Vliyardyv
^.korost--;. otbora destillyata iia razdclit-11wayu spo~~ol)nostj
rektifihatv!ioniiykh kolonn)
P:,'-:l0',)ICAL: Zjhurnal fizicheckoy khimii, 1959, Vol 1)5-,, 17,'r 1, DD 161-164
(USSO
A'B'S T-L C T In this investigation Cchen's theory (Kocn)(Ref 1) is tested
experimentally. The function betaeen the i-,rithdrawal quantity
and the concentration of the component under consideration in
the withdrawal was invectigated, starting,- from the assumption
that the velocity of the substance exch-~n.-e of the phases
depends on the difference of the equili'b--!-iuE-- concentration
and the current concentration of the component under
consideration. The conditions of a rectification column
without withdrawal (Fig 1) viere explained b~ using Cohen's
material balance equation; likewise, the conditions of a column
with withdrawal were ex-olained. The equations deduced were
Card 1/2 verified at a distillation -with various -,-,ithdrawals of a

The Influence of the Velocity of the Distillate SOV/7%"j- 5 3-1 - 27/45
Withdrawal on the Separating Efficiency of Rectification Columns
benzene-diethane chlori,.~.e mixture on ti-,o rectification
columns with the effect of 35 theoretic pplatec. A description
of the column and dimension data are S.Jver~. 1"he analyses -.,0:C0
carried out by means of an Abb6-rcfractoneter. Six series of
tests Yere carried out (Pigs 2, 3). The e:zzperimental data
obtained correspond to those obtained from the equation
deduced. Cohen'3 equation, however, shows lower values of the
allowed withdrawal velocity. There are 3 figures and
2 references.
ASSOCIATION: Gor1kovskiy gosudarstvenriyy universitet
(Gorlkiy State University)
SUBMITTED: July 4, 1957
Card 2/2

DEVYATMp G.G.; AGIULOV, N.Kh.
Effect of the take-off rate an the efficiency of film rectifying
c.olumns. Zhur, fiz, khim. 34 no. 11:2509-2512 N 16o.
(KM 14: 1)
1. Nauchno-issledovatellskix institut khimii pri, Gorikovskom
gosudaratvennomuniversitate.,
(Distillation)

t - AGII-UWVj N. Kh.; DEMTYKHt G.G.
Laboratory wetted-wall rectification column for xaparating low- and
.high-~boiling impurties. Zav.lab. 27 no.3:350-352 161. (MA '9W
.1. GorIkovskiy gosudarstvennyy mAversitet im. N.I. LpbachevskogD.
(DistiUation apparattis)

S-/080/61/034/008/003/018
D204/-,',301-)
A U T H 0 R'S OcLnosevtsev, A, i ana Umilin, V,A
T (Ti,`E'- Fine purification of' sulphur by the heat inethod
P!,r~ ~ til'.1 i ~hurlliid oriIklaillov 1A.11411-id.:1. . v "i o . 8 IY61
1.09()- 1691)
Ilse
'fn the progent work a metnod of purifyin-v sulplur for
in semi.conductor Droductdon is described, T-ne procc~ss i.s ~-.ascd oii
Doiling sulphur uncier pressure o,;' ni'rogca or oti 1.t-s vapor
to 900 - 10000-I'- followed oy v.,Acuum (Astillation.
Ifor Uic: putPose is represcnted i.ii ig~ 1., and conn.,;~SLS D-,:SI-ciAj-Y
of a tent)ered gLass reactor of 300 m.].. capacity an..
electric furnace Thc process ;-,q stzirteO by intrc~.ucili,,- iloout 400 g
of pure sulphur into the reactor and slowly L: lic-i the
evolution ot gases ceases nitro(len pressure or
and 1,1~c furuace tem.-Perature i-~-wreased to 630 5()c unLil tne sul-
I'he pressure Jin thc roaci:or -s chose-n t'-, J- a gven
p nna r o i i s
temperature the sulphur condensation riw, remains v.-.' rh~n tne reactor,
~'ard l/-)

V080 '/61/0341A,~08/ OC'3/0i~"
Durification of sulphur
~Is the preliminary heating is completed the reactor is coolec'. to
1.90 - L.500 ; and the sulphur transferred -.'.nto a recciver. from
which it is subseq I y .5 0 rml' lig I. tic
,uent Aistilled at I L
distillation residues contain mainly bitumt2iis oj orgaitic ovi~"iii and
t-t-ieir quantity depends on the temperature of preheatitiO. ~u estab-
lis-n t.ic naturc oC those bit.,wriiciis, t','ic i'rases LalicI. trie '.,Toro
examilled By absorDiiig 112. ~ U1 Maill cOr"POTIOnt 01: tilc --c it
I L s
was possibie to doterm..ine hydrogen content of the bituai o i i I e
ignition of the residues Dermittcd t"he dezermiiiatiou ok' the carbon
content Por obtaining sulphur low bitumen contcntL su!~_)hur
vapors were subjected to heating in an apparatus. in whici,. ("roplets
of boiling sulphur were j-)assed into a 15 irun diameter tuoe I~C.ited
to 900 -- 1.0000,; at a rate of 1-0 g/miri. In the tuice Gulphur %.. -its
vaDorized and Vhe vapors h,-atcd to decompo%e the bitumen The
Condensed sulphur was blo-wn wIth air to remove carbon colloct.ed
in the tube followed by distillation in vacuum to remove car-
bon pi~rticlcs and dissolved krases. The p-:-ocedurc mav be rcpcated
several times, depending on the desired s-~:andard of purity of the
t'ard 2,."-:'

si/030/61/034/008/003,/oia
Fine purification o,: sulphur... D204/D305
final sulphur. Heat treatment of sulphur permits also the reinoval
of other impurities such as Cr, Ni, jAg, Cu, Al, As and the halogens.
It wa& possible to obtain SUlDhur sarnples containing not more than
I x 10-'% of impurities. There are 4 figures, 2 tables-and 11
references: 7 Soviet-bloc and 4 non-Soviet-bloc.
ASSOGIKCION: Gor'kovskiy gosudarstvennyy universitet 1M. N.1.
Lobachevskogo (GorIkiy State University im.
Lobachevskiy)
SUBMITTED: July 16,' 1960
Fig. I Legend: Apparatus for the
heat treatment of sulphur. I
4- 14, 14-P-7~
monometer; 2 - valve; 3 thermo-
couple; 4 - electric furnace;
5 - nitrogen cylinder; 6 glass
reactor.
Card 3/3

DEMTYKH, G.G. t- WRISOV, G.K.; PAVLOV, A.M.
Separation of silicon isotopes by monovilane rectification& Dt:)kl.
AN SWR 138 to.2:4W.-.404 My 1151* (NDA 14:5)
I* Nauchno-issledovatollakiy institut kbimli pri Gorlkovskom
gosudarstvannom universitete im. N.I.Lobachevskogo. Predstavlono
akadwiLikom A. N.Frumkirgm.
(Isotalpe separation) (Silicon-jeotopes)

DRYATURY G.G.; DDIIGSEVTSEV, A.I.; UMILIN, V..A.
*M -, -
Idqvdd - vapor equilibrium in tho sulAtr - selenium oyatem.
Mure Tleorgo Min. 7 n0-8:1928-1932 Ag 162. (MIRA 26-.6)
1* Gorlkovalriy gosudarstvenn7y univervitet imeni Nole Iobachevokogo
Wedra noorganichaskoy khimii.
Sulftr) (selenium)
4haso rule-and equilibrium)

N -;Lh
Iaboratoy-y ve-t~k-ed-+--Iass imil roi,-tif-c-ation C-ajj:jf~,~), Za-,
2 P. r. 7 --; 0 2
ikc-vok-ty go$j,,e..arstN,-enn:~,N, vorsitat -rer-
1-01w, c hliei, skoiro . uni L -- .l. 1.
(DiStil 13 Uti ,-~:rj apparn-f...w)

V
DEVYATYKH, G.G.; ZORIN, A.D.; DUDOROV, V.Ya.; YEZHELEVA, A.Ye.; SMOLYAN, Z.S.
Separation-of bivinyl from the butwie-butylene fraction by,
extractive rectification. 2hur.prild.khim. 35 no.71l597-1601
ii 162. (NIRA 15:8)
(Butadiene) (Butane) !(Extraction (Chemistry))

S/080/62/035/009/OD4/014"
D204/D307
AUTHORS: Devyatykh, G.G., Odnosev-tsev, A.I., Umilin, V.A., and
TITLE: The purification of sulfur from selenium by rectifica-
tion
PERIODICAL: Zhurnal prikladnoy khimii, v. 35, no. 9, 1962v
1946 - 1949
TEXT: The authors rectified S containing a few percent of Se on a
column 16 mm in dia.t packed with glass rings (5 mm, dia.) to heights
of 30 (1) and 146 cm (II), under N v -at pressures of 400 - 760 (1)
and 760 - 1460 mm 11g II)-. The sep~ra'tion'factor of the column, Fk=
NR(1 - '%TD)/"D(l - NR) where NR.and N D are the atom fractions o-f Se
in the residue and distillate respectively) increased rapidly with
pressure (for II, F was 113 and 1440 respectively at 760 and 1460
rim Hg) and rose slowly with diminishing rate of condensation. F was
also corisiderably increased by increasing the height of packing in
the column. Experiments with 146 cm of packingt at 760 and at 1350
Card 1/2

S/080/62/'035/009/004/014
The purification of sulfur from D204/D307
mm 11g, on sulfur containing 21 x 10-3 to 3 x 10-3 cifo Se yielded a pro--
duct containing ::~ 1 x 10-4 c
% Se in the -most favorable and 2.5 x 10
Se in the least favorable case. The mear, separation coefficient
a (~-a = I - S-V, where n is the number of theoretical plates of the
a n P
column) was found to be 1.074 � 0.005 for solutions containing 3 x
10-3 to 1 x 10-4 ,f
P Se. It is thought that S containing as little as
1 x 10-5 ~o Se may be obtained by this method. The authors acknow-
ledge the assistance of L.M. Vinogradova and N.N, Proskurina with
the eXDerimental work. There are 2 figures and 2 tables.
ASSOCIATION: Gorlkovskiy gosudarstvenziyy universitet imeni N.I.
Lobachevskogo Gorlkovsk:j.y State University, imeni N.I.
Lobachevskiy)
SUBMITTED: June 1961
Card 2/2

ACCESSION NR: AR4015644 S/0081/63/000/022/0380/0380
SOURCE: RZh. 1(himiya, Abs. 22L58
AUTHOR: Undlin, V. A.; Odnosevtaev,, A. 1.
TITLE: Obtaining sulfur a-' special purity
CITED SOURCE: Tr. po khimii 1. kh1m. tekhnol (Gorlkiy), no. 2, 1962, 306-315
TOPIC TAGS: sulfur, sulfur production, sulfur purification, sulfur thermal
purification, sulfur rectification
TRANSLATION: A thermal method was developed for the purification of sulfur from
-bitumen. Samples of sulfur containing 4.10-5% of bituminite were obtained. The
thermal method helps to free the sulfur from admixtures of metals, arsenic, and I
halogens. A method was also developed for freeing sulfur from selenium by
fication of elemental sulfur. Samples pf sulfur with a selenium content of
1.10-5% were obtained. 33 references. Authors' summiary.
DATE ACQ: 073an64 SUB CODE: CH ENCL: 00
Card
...... ....

AGAFONOV., T.L.; DEVYAT'YKH, G.G.; FROLOV, I.A.; 1AR134, N.V.
Mas spe~~trum of monogermarie. 7hur. fiz. kh-im- 36 no.(,&.1367-
1368 Jev62- (MIRA 170)
1. Gorlkovskly Lmlveraltat Jineni LabachevAogo.

DOZOROV* V.A.; DFVYATYKH, G.G., YELLIYEV, Yu.Ye.
Rectification k4 netics of binary mixtures. Zhur. fiz. khim.
36 no.11:2413-4.18 N162. (MIRA 17:5)
1. Nauchno-issledovatellskiy institut khimii J F..ziko..
tekhnicheskoy instituT. pri Gorrlkov6kom gosudarstvennom
universitete 1ME!ni Lobachevskogo.

DEVYATYKH, G.G.; AGLIULOV, H.Kho, ELLIYEVJO
YU. Ye.
DaterwLnation of the liquid - vapor equilibrium in the binarY Vstems
by the method of reatification column. Trudy po khim.i khIm.tekh.
no.ltl!74,-:L81 163. (MIRA 17:12)

DEVYATYKH G G - WMIN, V.A.;, RUNOVSKAYA, I.V.
Liquid-j&por equilibrium in the system sulfur - selenium
at elevated pressure. Zhureneorgokh:Lm, 8 no-1:149-152 Ja 163.
(MIRA 16:5)
1. GorIkovski gosudarstvennyy universitet imeni N.I.Lobachavokogo.
(Sul= (Selenium) (Phase rule and equilibrium)

DEVrATrKH2 0. 0.
The Second All-Union Conference on the Preparation and Analysis of
High-Purity Elements, held on 24-28 December 1963 at Gorky State Uni-
versity im. N. 1. Lobachevskiy, was sponsored by the Institute of Chemi-
stry of the Gorky State University, the Physicochemical and Technological
Department for Inorganic Materials of the Academy of Sciences USSR, and
the Gorky Section of the All-Union Chemical Society im. D. 1. Mendeleyev.
The opening addresis was made by Academician N. M. Zhavoronkov. Some
90 papers were presented. among them the following:
N. V. Larip, G. G. De=qtyk1L and I. L. Agafonov - a rpectrochem-,
ical -:-~A._D. Zorin and -A-. M. AmelleheWlto - a chromatographic con-
trol method of Si purification by determination of extraneous volatile hy-
drides in monosilane.-
~Zhzoq A Ait? t_ 10 i'm I I q, No. 4, 131e, y 65.-7 77-

DEVYATYKH. G.G.i FROLOVY I.A.
Vapor pressure of liquid germane. Zhur.n6org.khim. 8 no.2:2d5-268
F 163. (MRA 16:5)
1. Naut"o-issledovatellskiy inWtut khimii pri Gortkovskom
I
gosudarstvennom universitete imeni N.L.Lobachevskogo.
(Germanium hydrides) (Vapor pressure)

L 10659-;~W
YWT 3DS-AB
ACCE$SION NR- AP3001210 S/0078/63/008/006/130'7/1313
AUTHOR;,~- Devyatykh, Gs-G.; fizheleva, A.Je.l Zorin, A. D.; Zuyeva, M. V.
TITLE: Solubility-of.volati2e hydrides of group III-VI elements in c9rtain
s olvent's
SOURCE: Zhurnal neorganichoskoy. khi id 4, V. 8V no. 6j k86% 1307-1313
TOPIC TAGS: solubiiityj~hydridest.group III-VI elements, gas-liquid psXtition
chrcmatrgraphy, separating z"res, extractive reotifioation, distrib-otion
coefficient, B; C, Sit Get Shi F,_As, Sh, S, Se
as used to determine t
ABSTRACT Ga ui~dipartition,chromatoarap -be solubffity
of 13, C, Sit Get Sn, F, As# Sbi S:and Sp.hydrvi~dx in a variety of solvents. Since~
some of the solvents are selective-in re.gard.to theseries of hydrides, this af-
fords a method for separatibgnixtuies of these volatile hycb-ides by extractive
rectification. Work was do-ne to determine dependence of -the distribution coeffic-,
ientof the hydrides..-and,thelT molecular weight, element-Nrdrogen bond length,
-boiling and critical temperatures* Orig. art. has: 1 figure, 9 tables, 4'equa-
tions#
Card

L lo6,5~4;i
ACCESSIO)l IJR-. AP300123
'0
ASSOftATION: none
SUMMED: 100ot62
DATE ACQDt-,,OlJul63
SUB CODE; 00 NO REF sovt 005,
ENCLt 00
OTHM-. 0)0

L 13598-2
i ACCESSION XR:.:, MW3468 8/007 B/ 6:)/0 08/ 00 7/ 155 S/ 155 8
G. Larin, N. V.
A=OR: A8Bf0ncrr, I. Lo; DMTm8y!kh -0j
e
Ti=k' Mas:3-spectra: of si2lo,on itetrachlorid,
MCS: Murnal neorganicbeapy il V., 8.. no. 7, 1963 1555-1558
i TOPIC TAGS: mass-spectrum, oilicon tatrwh1twide, 1305 imiss-speotrometer
IABSIRACT: The authors wanteiL to get more complete mass-spectra of siliccn
tetrachloride inasmuch as this data is only partially described in existent
literature. 2he mus-spectru- Were taken on IL NaLsol -_,4M;;epeqtrometerj' This
iapparatus.id-shovn in a skv~ch* The masa-sjx~ctra %yh eh wtwe obtained aret given in
a table. D3ta, obtained by Vie authors differs greatly w1th data obtained. by
&Ws7A_kk(U,1anqv and (7h~ Qbshch' kumii' 25, 1955s 675). Authas shov
that computedrsiios among intri-o"us, isotropic variations of the ions are in
close agreement with e.Nperlzienteil. data. The small deviations have a uniform
character. . In all of the expexlmcktal cases - examined, the ratio of the v slues
corresponding to, the odd me-pq rpabers, is larger and the ratio of the values,
corresponding'-to the even =E~ia rimbers,,, to the values for odd masses Is
smaller. Q,-ig, art. has: Uble
s and 1 figure,
Card Cx.Kttj
AA-

ZORIN, A.D.1 PMHEIEVA.,, A.Ye.j DZVI~Alp~, Me
MINNOW
Determination ckf the irolubilft7 of paea by the metho jf'~-
gas-liquid partition cbrozatography, Zav,. lab. 29 noA!"Mr'-662
163. NIRA l6i*6
1. Nauchno-iois3.edovatellskiy'inatitut Idni-Ji, pri GorIkovskom
gosudarstvanncxn =iveraitete'
(Gases) (S;1
Kbility)
(Gav chromatoizrapby)

A
~!VVSDS- P.--4---'WW/JW--.---
i Acc=io NR: moo6616 S/0076/63/037/009/3385A,988
LUTHORSt I?~Vaty*khp G, 0aj Boriaovp Go Ks
TITLE: Sepr&ation of si3l-loon 1-sotopes 17y thermal lof monosilane
-5~y
JTI
SOURCEs Zh. fizicheskay, kbimiip.v* 37j no* 9j, 1963,P 1985-1988
TOPIC TAGSt monosilanep thenol diffusion., silicons silicon isotope., silano,,
Onsager theory,
ABSTMCTt Possibility of separation of silicon isotopes by theimial diffusion
has been investigated. Monosilane was enployed in this 'stuctr because the relative'L'
difference in masses of isotope nolecules is greater in monosilane than in any
other silicon ampoundo 11jenaration was carried out on a coaxial cylindrical
column with 2 mm gap, 46 am inside diameter and 102 cm long working surface,.
The experimental results are in agreement with the Johns-Ferry-Onsager Theo3:y.
Parameters of the ideal caacade for producing 1 gm of monosilane per 24 hours
containing 20 atom-percentof Si--30 have been determined, "We wish to express
our appreciation to B, Is Oycharenko for his assistance in conducting 'the
experiments." Orig.-7r-t. Fas: 5 f gures and 2 tables.
V
Card

YELLI17EV, Yu.y*.;_RqYKrYKt, G.G.; DOZOROV, V.A.
Rectification kinistids of binwry mixtures in a column operating under
conditions of the drawing off of products. Zhur.fiz.khim. 37 no.10.*
2179-2183 0 163. (KRA 17%2)
1. Nauchno-iaslodovatellskiy institut khimii i fiziko-tekhnicheskiy
institut pri Gorllcovs~kom goqudarstvennom universitate imeni N.-I.
Lobachevskogo.

DEVYITY101, Grigoriy Grigorlyovic , doktor khim. nauk, prof.;
'--- - - - -PAVLOV. Aleksey Miranovich,.- ODNOSFVTS~T-. Ale1r,,nnri,
7-vnrnvich; MIRONOV, Nikolay Vikolayevich;
SHUSHUNOVA, Ada F6dorovna,, ALAVERDOV, Ya.G.,* red.
[Manual of laboratory work in inorganic chemistry] Ru-
kovodstvo k prakticheskim zaniatiiam po neorganicheskoi
khimii~ Izd.2., ispr. i dop. Moskva.. Vysshaia shkola,
1964. 282 p. (MIRA 17;6)

URIN, N.V.; -,DE.VYATYKH..,G.G..; AGAFONOV, I.L.
Mass spectra of phosphine and itrsina. Zhur.neorg.khim. 9 no.1s;05-207
Ja 164. (MIAA-17-.2)
1. Gorlkovskiy gosudarstvennyy univarsitat imeni Lobachavskogo.

were uslija As carrierig.,
L -1 2-,

ixcrmsim im kP4034582 S/0076/64/038/004/0957/0962
G, G,; Yuablnp A. S.
AUTHOR: Devyat)r*
TITLE: Equilibrium constants of the thermal dissociation reaction of simple
volatile hydrides of the Grorup III-VI element hydrides.
SOURCE; Zhuraal fizicheslwy khimii, V- 38, no. 4) 3.90~i 957-962
TOPIC TAGS: Group III hydride, Group IV hydride., Group V hydride.. Group N1 hydride.,
B sub 2 H sub 6, CH sub 4. SiH cub 4, GeH sub 4, PH sub 3, AsIl sub 31 SbH sub 3.,
H sub 2 S, H sub 2 Se, H nub 2 Te, 11 cub 2., P sub 4. As sub 2, Sb sub 2, S sub 2,
So sub 2, Te sub 3, thermal dissociation, volatile hydride, equilibrium constaat;
isobaric isotharmal potential, heat effect
ABSTRACT: The aquilibrium constants for the thenie.1 dissociation of the bydrides
B2H6, CH4) S01p GeH4, PH3 AsIl 2e, SbH 3, 112S, 112Se, and H2Te as vell as of the
elements H2, P1 As Te twere calculated for the temperature inter-,
2, 6-02, S2, P.
val of 300-1300K. Equilibrium const~2s of homolpaneous gaseous reactions

'.ACCESSION MU AP4034582
were CaleUlated by the statistical method from spectral characteristics of-the
molecules by the equation:
17al. Q
Kp, = .Q C. 7,411,;
are the steAstical sun of elements as gar. hydrogen
where Qj j, kl12l q 1121,
and bygTde, T i n 7 .1 is the mergy "C dissociation of the hydride to the
a I o:
ele=t and hydrogen. For Aactio'ns where the element separates an a solid:
311111~ Tx+ nits,
,equilibriun constants were calculated frm:
c-,a--, 2/3

ACCESSION NR: AM34582
vhcre -(Z0 - IIP )/T corrected isobaric -isothernal potential of the element
0 0
or compound, A 11 is t e heat ef feet at 0 K. -M values are tabulated.
The equilibriLm coiif;tant values are graphicaLly reviewed, ALL the hydrides except
me' thane , plaosphine tuid hydrogen sulfide am.- c=plately broken down to the element
and hydrogen in the given temperature iwge. Orig. ext. has: 7 tables., 2 figures
and 8 equations.
ASSOCIATION: Gorlkowldy gosudarstvenWFy univeraiiAit im* N. 1. Labachevskogo
(GorIkov State Univaraity)
SUWITTLIM; 25FFeb63
ENCL: 00
SUB CODE: -TC NO IW SOV 013 a=.. 018
Card 3/3.

,PMATYKH,.G.G.; ZORIN, e.D.; AMEVCHENKO, A.M.; LYArdfl-Y,.NOV, S.B.;
YUBBIEVA , A.Ye.
Chromatographic analysis of mixtures formed by some volatile
inorganic hydrides. Dokl. AN SSSR 156 no. 5:1105-1108 Je 164.
(MIRA 17:6)
1. Hauchno-issledovatel'skiy institut khimii pri Gorlkovskom
goslidarstvennom universitete im. N.I.Lobachevskogo. Predstavleno
akademikom N.M.Zhavoronkovym.

ZORIN, k.D.; DEVYATYKH,, G.G.; KRUPNOVA, KRASNOVA, S.G.
Vapor presoure of liquid monosilane and its mixtures with A-thylene.
Zbur. neorg. kbim. 9 no.10:2280-2283 0 164.
(MIRA 17:12)
1. Gorlkovskiy gosudarstvennyy universitet im. N.I. Lobachev'skogo.

IJMILIN, V.A.; AGAFOIJOV, I.L.; KORIIEV, L.N.; DEVYATYKH, G.G.
Mass spectra of a selenium-sul-fur mixture. Zhur. neorg. khim.
9 no.10:2492-24SI3 0 164.
(MIRA 17:12)

ZDRIN, A. D.,- __P ..G.G.; DUDOROV,- V. Ya.; AMMICHENKO, A.M.
Analysis of mixtures of some volatile inorganic hydrides by
gas-liquid partition chromatography.. Zhair. neorg. khim. 9 no.11t
2526- 2531. N 164 (MM 18i1)