SCIENTIFIC ABSTRACT APUKHTINA, N.P. - ARABADZHI, M.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101910007-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SOV169-21-2-10122
The Dependency between
a-romatic Sulfoacids and
pounds. 6. The Effect
Polymerization Process.
the Structure of Emulsifiers of the Type of' Alkyl-
the Polymerization Process of Unsaturated Com-
of Sodium Salts of Alkylarylsulfoacids on the
with -methylstyrenep grows with the increase of the length
of the hydrocarbon chain of the alkyl groups of the alkyl-
arylsulfo derivatives and of their number. The isomerism
of the structure of the alkyl groups united to the aromatic
nucleus of the emulsifier, affects the polymerization speed
of unsaturall~ed compounds: in the case of styrene polymer-
ization in -the series of isomeric clibutylbenzenesulfo de-
rivatives the most effective emulsifier is an isomer with
a tertiary structure of the butyl group, the least effect-
ive an isomer with a secondary structure. The structure
of the emulsifiers affects the molecular weight of poly-
styrene. The authors have determined the molecular weight
of styrene and also have calculated the chain transfer con-
stants at the thermopolymerization of styrene in the pre-
sence of alkylaromatic hydrocarbons, on the basis of which
Card 2/3 the emuls--*Lfiers examined in the present work
were obtained.

SOV169-21-2-10122
The Dependency between the Structure of Emulsifiers of the
Type! of Alkyl-
aromatic Sulfoacids and the Polymerization Process of
Unsaturated Com-
pounds. 6. The Effect of Sodium Salts of Alkylarylsulfoacids
on the
Polymerization Process.
The authors assume that the role of the emulsifier in the
mechanism of emulsion polymerization is connected not only
with colloid.-chemical factors, but the emulsifier pavtici-
pates in the chemical transformations, particularly in the
chain transfer. There are 3 sets of graphs, 4 tables and.
12 references, 7 of which are Soviet, 4 English and 1 Ger-
man.
ASSOCIATION: Nauchno-isaledovatellskiy institilt
sinteticheskogo kauchu-
ka im. S.V. Lebedeva,,Leningrad (Scientific Synthetic Rubber
Research Institute imeni S.V. LebedevLeningrad)
SUKUTTED: May 22, 1957
Card 3/3

5(4)
SOV/69-21-1-7/21
AUTHORS:
Zimina, M.G. and Apukhtina IT.2-
ZL~~_
TITLE:
The Relation Between the Structure of the Emulsifiers

of
the Alkylaromatic Sulfoacids Type and the Process

of Polymerization
of 'Unsaturated ComT
)ounds (Zavisimost'

*
mezhdu stroyeniyem emul7gatorov tira alkilaromatichesL

kikh
sullfokislot i protsessom polimerizatsii nepr~edel"_

nykh
soyedineniy). 5. The Colloid-Chemical Properties

of the Sodium Salts
of the Alkylarylsulfoaoids,,

(Kolloidno--khimicheskiye svoystva
natriyevykh soley

alkilari-Isull f okislot.) .
PERIODICAL:
Kolloidnyy
zhurnal, 1959, Vol XXI, Nr 1$ PP 50-57 (USSR)
ABSTRACT:
A study has
been made of the effect of the structure,

the carbon chain length,
and the number of alkZri Sroups

bound to the aromatic nucleus of the
sodium salts of

the alkylarylsulfoacids of the benzene and
naphtalene

series on a number of colloid-chemical properties of

aqueous solutions of these emulsifiers. It has been

found that the
surface activity, the colloidal solubi-
Card 1/2
lity of
OC-umthylstyrene, in this series of emulsifiers, and

SOV/69-21-1-?/21
The Relation Between the Structure of the Emulsifiers of the
Alkylaromatic Sulfoacids Type and the Process of Polymerization
of Unsaturated Compounds, 5. The Colloid-Chemical Properties
of the 'Sodium Salts of the Alkylaryisulfoacids.
also the micellar weight of the latter grow with the
branching, with the length of the carbon chain and
with the ntLmber of alkyl groups of the alkylarylsulfo-
derivatives. The name of-A.I. Yurzhenko is mentioned
by the author. There are 13 graphs, 1 table and 21
references, 8 of which are Soviet, 8 English, 4 are
American and 1 Japanese.
ASSOCIATION: Nauchno-issledovatellskiy institut sinteticheskogo
kauchuka im. S.V. Lebedeva (The Scientific Research
Institute of Synthetic Rubber imeni S.V. Lebedelf).
SUBMITTED: May 23, 1957
Card 212

:2

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,
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.
.
.
.
,
,,

"TIZE'; -Thiol-disu i A I fide-polym"Irs,
I:r -,exchange n,po youl
ide

IJ

,
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:

~! ..
-
'i ~, !
Aka em ya. i auk '.SSSII. DAI o- -21 '19,63# _345-347'
adYi-v- 149
f n

.

.

t
-duAng the M
ixing of.polymeravi h
T XT. !:~:The ~-th ol disulf *6::excbange.

atudiid,b~.~determining-the.i~olecul:ar-
iff
erent --molecularl weig~hte as

.
groups
weight distribittion (MMI) of polysulf ides -with mercdptane end

~
__S, R SH'.: -MWD was-determined byz hod previo
~H R S a:met U131Y

? No Genkini I Wason
6va~,: e t al. Vysokomo 6) 4

n 0-
0.-1-11, fO&E1 -(1562).) ftlysulf ide's.- With-. molecular weights
of,;:, 00~~ .300

were tiynthe6ized~ and -0.;bir_.
UWD r -mixed at,. rom
determined-. They we e then

.
atur'e' for
tenei L~ d
hrp av~d'the-=.-
of, the mixture WasdetermJne #,,-The

'
.
f fr -tio-
1011oving
was found: Theij
n~mber,-o an ns. with. mean moleculair,

,
,.
:(10 0-.2000)' increases du"tring':;t.ho,thi'ol-dicafide-exchang ,
-Them
e. number.

with the
ioi~S:t'- 1000) molecular weights decreases:rapidly and
]
:,~~'_
.
,
that with es- 0 3b0 ~co siderably. Apart froathiso
high on 0) edreadds n

-during mixing and,- f
chemical ioactions take:_~place_,. orm pulymers,with a

ACCESSION NR-. AP4017643 S/0190/64/006/002/03',9/0334
AUTHORS.- Mytiller.. B. Ye,; Apukhtina* N. P.; Klebanskiy,, A. L.
TITL& Chemical chain structure and properties of ~olyesterurethan
elastomers.
Dependence of vitrification tempDrature upon the nature of the
po2yruerio chain
SOURCE: Vy*sokdmolekulyarny*ye so dineniya, v. 61~ no, 2, 19641
329-334
Ye
r if
.:TOPIC TAGS: elastomer) urethan$ alkyl carbamate, polyesterurethan,
polymer,
,.Polymeric chain) vitrification, elasticityp methylene group,
adipurethan
Polyurethans (average molecular weight of 20 000) with an increasing
:c
oncerytration of: C-O-C links in the main chain, such
as.-_polydiethyleneadipurethan.
PDAU), polytriethyleneadipurethan (PTAU), and
polyhexaethyleneadipurathan (PHAU)
were studied. Ether bonds were introduced into the polymeric chain to
increase its,
iflexibility., which in turn would enhance the frost resistance of
the derived
rubbers. The frost resistance oX the polymers was evaluated by means
of the KS 600
-elastometer of the,
'pendulum rebound'type within a temperature range from -90 to
-and by dete=4.nations of the vitrification temperature, using
Marey's apparatuse
It was found) that Within the PDAU~ PTAUp and FHAU series' a lowering
of the vitri
-fication temperature occurs with a~diminution in the concentration
of eater groups

ACCESSICK NR: 94PX7643
'in the repeatinj unit of. the correspondin It was also established
that If
g polymers*
~the magnitude of,the difference between the vitrification
temperatures of-the
linear polymers.and,of their corresponding minimums in the elasticity
curves ra- I
mains strictly constant, amounting to 25-26C. A certain periodicity
in the shift
of vitrification tam rature in the investigated polyurethans could be
related to
Pe
tan even or odd number of methyleno groups in the glycol links,of the
chain. Orig.
art. has: 1 table. 12 formulasp.sind 2 charts.
:ASSOCIATION: Vsesgyuzny*y nauchyto-issledovateltskiy institut
sintaticheskogo
1kauchuka (All-Union Scientific Retsearch Institute of Synthetic
Rubber)
sminrw: o4jax,63 DATE ACQ: 23Har64- EXCLt 00 11
SUB CODI?,:. al 110 REF SOV: 003 R 004
OTHE
Card 2/2

ACCESSION NR: AP4042194 S/0190/64/006/007/1330/1334
AXYrHOR:.M'yuUer, B. Ye., Apukhtina, N. P., Klebanskiy, A. L.
TrrLE: Effect of the chemical structure of polyester urethans on
their crystallizability
VY*S'DkoMDldmlyarny*y,6 soyedineniya.. v. 6, no. 7. 1964, 1220-1334
TOPIC TAGS: urethan, polymer crystalllza~illty, kS pendulum-type
elastometer, elasticity
modulus, alkyladipinate urethan, polyester, polyester urethan,
polymer structure,
dilatometsar, glycol ester
ABSTRACT: In order to clarify thd relaiionship between the
chemical'structure of urethan
polymers and their crystallizability, the brystallization process
was studied dilaiornetrically
and e pendulum-type KS ehistometer on the basis of the variation
in.the mWulus of
Mitcalasticity with temperature (see Fig. 1 inthe Enclosure).
Theexperimentalc4re a
Aow that polymers synthesized from, glycolesters of di-, tri- and
hexaethylene adi dAate
I
urethans, as well as polymers with n~eth6)6na~~6j! and
propylethylene adipinate urethanBo
are amorphous polymers. The amorphous nature of di-, tri-and
hexaethylene adiplaabe
urethan is due largely to the disorienting effect of flexible C-O-C
bonds, preventing the
formation of nuclei. The oxygeii atoms of the ether bond destroy the
regular chain
structure. - In pDlymethoxymethyl and propylethylene adipinstOB, the
large side chains prevent
1/3

ACCESSION NR: AP4042194
11crystalliiation. Polymers obtained from glycols of the
polymethylene series (ethylene,
Arimethylene, tetramethyleneand pentamethylene adipinate urethans)
are crystalline poly-
merv. The highest rate of crystallization is shown by
tetramethyleneadipinate urethan and
pent2tmethyleneadipinate urethan (2. 2% per hour), followed by
trimethylene and ethylene -
adipinate urethans (0. 11 and 0. 06% per hour, respectively). The
half time of crystallizaUo~
.for the last three pDlymers were 40, 1120 and 1060 minutes, and
the degree of crystallization
'was 2.1, 1.7 and 1.0%. respectively. Ito fact that
tetrarnothyleneadipinaW urethan shows
'Ithe highest crystallizability among the crystalline polymers Is
due to the very' regular and
!symmetrical structure of Its macromolecules. It to characteristic
that tatramethylene-
'adipinate urethan has the highent molecular weight. This indicaes
a densor packiq; of its
macroniolecules. lawor cryst9lizability is due to the fact that
Intramolecular forcon
increase the chaotic arrangement of the macromolecules, - render
them less mobile, and
Ahus Interfere with the orLenftUDn pmess. Orig.art.has:4figures.
ASSOCIATION: VisesoymsWi neachm-issledovatelloldy institut
sinteticheskogo kauchuka
f
(All-Union Scientific Researco lintitute for Synthetic Rubber)
'ENC14 01
lsuB cbmw oc NO REP SOV: 003 OTMR.- Cod
Cora

.ACCESSION NR: AP4042194 ENCIMURE:
F41. 1 - Temperature ;4w.
dependence of the
modulus of dynamic
elasticity of urethan
polymers based ou
glycol asters:
JIM
fit #ZP fie
A
1 - dietlyleneadipinate-uretham; 2 - triethyleneadipinate-urethan;
3 - bexaethyleneadipinate-urethan.

Fi(:Y;JC! "N 7-F
V 14. Ili KET I NA
-St.,,(jy c bldvogon 'ionding in uraLhano claar)-mers by
irifnarej
~:,p!-,%tvoscopy. vysoko-n, soml. 7 165.
in-t-It-A, -tryst~komo.Lynrnykulyarn.,~iii soyodlneniy AN
SSSR i ljsqsoTaznyy
n1lue lino- !!-~ s I ee ovatoll~~kjy- InntltL;~,

MYULLLTI, B. Ye.; AF[TKH',1121A, N.P.; KLEM"ISNTY, A.L.
Effect of the chemical structure of rolyester urethanes on
their
cry-stallizatiom. ability. Vyy3dkom. soed. 6 lio.7E1330-1334
33. 164
(MIRA 18-.2)
1. Vseocyaznyy )ia-achno--~4-s.,31ado,%ratells'.tiy instit-at
sinteticheskogo
kauch-aka.

RAPPOPORT, L.Ya.; APUKHTINA, N,P,; MOZZHUKIIINA, L.V.
Relation between the degree of cross-linking of
urethane
polymers and carboxyl group content of the initial
polyesters.
Kauch. i rez. .24 no.8:2-5 165. (MIRA 18-10)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
sinteticheskcigo
kauchuka imeni Lebedeva.

EWT (in) MM_
_:.g86-66 W(J)/-
ACCESUON NR: AP6006491-; SOURCViCODE
UR/0138/65/000/010/1)001)/0011
AUT 1101
t A ukhtinai N. P BoLardbuk, Yu, 14. Rappoport, L. Ya.; Mazur-LL'uYu.
mozithukhRia, M v.
ORG: All-Union Scientific-Research Institute of Synthetic Rubber
im...1;
V.
Lebedev (v s es oyu-z- -nyynau cl.-M-o =-a seaovacel'skiy institut
si-R-FiRcEeskoga kauchuka)
MIX-: Study of the proi:et'ls of cross-linking of urethan polymers
under the.
influence of atmospheric -.wisture
SOURCE: Kauchuk i rezina, no.. 40, 1965p 8-11
TOPIC TAGS: polymeri vulii,.'Anization, reaction rate, chemical
reaction elastomer,
moisture measurement
ABSTRACT: The author mail f,
8 e an att'eqpt to:study7 in. more detail the: process :o b.
cro-is-lli*ln urethan dlasto or06durlna storage in, cont,- atmospheric
g of Pict with
The restills obliaiiG(l -811ow L11-at olymer moisture absorption
jiocoeds
p
nonuniforuily, but in relitJon to I the varlatiotis in the oloiature
cotitent'of'the
wed Dim. The WALLIVe Of tllt'~ cross- linkine, process of Lhe
pplyltier is tndepejident of
boLh 6e moisture couteat;:of. the wedium and of- the polymer.
The'temperature-
dep~,ndence. of Lhe reactioLl' cate.of ~ the UCO-gioup with
atmospheric luoisture~. is
esLablished and att approximate value of~Lhe activation energy of the
reaction
is calculated. It is found that the interaction of the isocyanate
groulss of the
Card 1/2 UDC- 678.664:678.028:28:678.019.32

VP
r
1_62997-~:'5 ENT I /E.WT (m V, I IVj/T/ E E-O'b TJP(c) IG/RY
.Z~
A OESSIOD NE. UR/0190/65A07/0064.1.17A121
678.01:5306778.66
B,
,'_J AJTIIORS kimkhtina, 11. P6; Mar,!yo A. Novikova, G. Ye.;
I ion of uretl-ana elastomerA'
T17PLE: MyEtall'zat
S,)WICE: I-yBokomolokulyarnyye st:yedinaniya, v. 7, no. 6, 1965,
1117-1121, and
b3ttom half of insert facing p. 1043
TOPIC TAGS: crystallization, organic chemistry, elastomer, synUnesis
rubber,
it-ethane, polymer, resin
ANSTRACT: To minimize the crystallizability of the urethane resins,
the effeet
I ol' molecular weight of polyeaterb the concentration of
cross-linkages and the
mOhods of' sTnthesis have beer, '!'tufied. Urethane elastormrs
selected for this
SI-Lidy werE obtained from reacti,-.n of highly oriented poiyesters
with 2,4-stil--
bEriediisocTaaate. The dilatomet-ric mthod of A. 1. 11-flarey, 11.
P. Kuzna'..q:,v, arid
G. Ye. NovLk3va (4-ya Nauchno-tfklinicheskaya konfor-nt~--illl 1Y.-
voprofar, kairdi i
te1thnologii -cauchuka I raziny (t.Dzisy doliladov), Yarosiavll,
1962, 13) has beE-n
er~-Ioyed f:)r this study. The or 'Tstallizability of the polymers
was defined by
rimans-of 3 pirameters determine4 graphically from the curve of the
relative.
:Corti 1/2

AS30CIATION: Vaespyaznyy nauclwo-issledovateVskiy institut
eLntetichoskogo
kaicb.uka (All-Union Scientific Rosearch Institute of Synthetic
Rubber),,
MKIT'MED: '..OAug64 EVCL: 00 SUB COMM'
(;C
110 RU SOV: 003 OTHER., 000
2/2
-7, -!~-77 -7~7-1

SOKOLOVY V.N.; RAPPOPORT., L.Ya.,- PODDUBNYY, I.Ya.;
APUKHTINAI Utpe
Role of water in the synthesis of urethane polymers on
the basis of
polyesters. Vysolcom.soed. 7 no.7:1258-1263 JI 165.
(MIRA 18:8)
1. Nauchno-issledovatellskiy institut sinteticheskogo
kauchuka imeni
Lebedeva.

1_ cord 1/5 - - i ,
- . ~

A-S.SOCIATION-
for Organic
es -khimii, Akademii nauk SSSR Kazanit
Institut oidaidol! k6y
emistry, Acadeg? of Scienms SSSR); Vsesoyuznyy nauchno-
SUMMD., 12Jan65
NO REF SM 005
I CarJ 2/5
3-in.eticheskogo knuchuka im. S,
fh c~A669r)
"
ENCLi 03
01'm: 001

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6u` A'w" icin iw tbd
COPD YMOr-C

- nor: 00
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1, miorphous spo#b6fis: 2-m': Or4pltenb lept at room temporature f6jr

6 m6ntha

cird 4A;

.........

03

NOVOSELOK, F.B.; SOKOLOV, Y.N.1 APU~UT N. P. I SHLYAKHTER, R. A.
Meahaniam of the rupture of S-S bonds in polyaulfide polywra.
Vyookom.sood. 7 no,,10:1726-1730 0 165. (MIRA 18211)
1. Vaesoyuznyy nau(ihno-issledovatellskiy institut sintetiche-
skogo kauchuka*

L 47010-0-6 0.'Tr(m)1EW(J)1T Ijpkc)
cc iR---ju)6o27285
W/ RM
SOURCE COD81 UR/01qi/66/ooo/oo8/oo60/O06i1
AUTHORI Apakhtina N. P.; ;~aytsev, 11. B. Rappoport, L. Ya;
Kozlova, N. V.
ORG9 nonn
TITM I E~ffoot of y radiation on pplyestors~'of ndjRLo acid Id
dio~k~lt!MSIZC_0_1.
SOURCEI Plasticbeskiye massy, no. B, 1966, 6t)-62
TOPIC TAGS1 gamma radiation, irradiation effectp polyester plnstiop
adipic acido
diothylene glycol
ABSTRACTI In a study of the effect of y radiation on saturated
aliphatic polyesters
(which are used as the main componont In urethane,$olymors),
polydietk~leno adipates
(PDEA) of molecular weight (M14) -2000 an-d-TI-0067of the structure
H_1-00-101,00 1,040C-Cl 40 10 10 IX-In-00 1,01,00 IXI 1,011
were irradiated with radiation from CcM. The amount of absorbed
energy was deter--
mined by ferrous sulfate dow.1metry. A study of the dopendanco of
the relative via--
cosity of' benzene solutions of the polyesters on tho dose absorbed
shoved a predo- i
minant role of cross-linking of PDEA during the irradiation, this
effect being more
pronounced as M4 increases. IR spectroscopic data indicate that tho
polyester cha.1-ns
Card 1/2 678.674146o'42.ol 1. 539.122.__

L 4ef~ 6
ACC NRI AP6027285
broak down at the ostor group, forming CO and CO~; this is
associated with a decrease
in the 9iiantity of 0=0 bonds and the appearAneo of unsaturation
in tho chain as tho
done Incroases. The cross-l-InIcing occurs at the mothyleno
groups. Tho different -
positions of the IR bands of x and 0 mothyleno groups made it
possible to evaluate
the relative rates of disappearance of these two types of groups
under the influence
of y radiation. The polyester with IV -4000 irradiated with 200
Mrad converts into
a rubberlike elastomer consis:Ling of a mixture of cross-linking
and degradation pro-
ducts. Hard, cross-linkod pcklyurothanos were successfully
obtained from the irradi-
ated polyesters at equimolar ratios of polyester to 214-toluylone
diisocyanato at
moderate temperatures (60-7011C). The degree of cross-linking of
polyur-ethanes as a
function of the dose-was determined from the glass transition
temperature of the
polymers. Orig. art. hass 3 figures and 3 tables.
SUB CODE, t 011\t~UW DAMS none/ OIUG MFI 002
2/2 vmb
C.ard __ ___ - __ .1

'-ACC NR. AP7001409 SOURCE CODE: UR/0413/66/000/021/0110/0110,
J'NVENTOR: Folcina, T. A.; Apukhtina, -N. P.; Klebanskiy,' A. L.;
Nel'son, K. V.;
"Soiodovnikova,-G. S.
;ORG; none
TITLE: Preparative method for polyurethans. Class 39, No. 188004
[announced by All-
l
Union'Scienti~ic Research Institute of Synthetic Rubber im.
Academician S. V. Lebebev
l(V.sesoyuznyy nauchno-issledovatel'skiy institut
sinteticheskogo.kauchuka)]
SOURCE: Izobreteniya, promyshlennyye obraztsy,'tovarnyye.znaki, no.
21, 1966, 110
TOPIC TAGS: polyurethan2~ chemical synthesis, diisocyanate .dl&ne,,,
olefln
ABS'MkCT: An Author Certificate has been issued for a preparative
method for poly-
urethans from diisocyanates.and telomers of dienes, olefins or their
mixtures. (BO]
SUB CODE: 11, 07/ SUBM DATE: 25L4ay65/ ATD PRESSr *5109
Card 1/1
678.664

FOKINA, T.A.; A!-UKII7fNA N.P.; KIFBAIBK-rY,, A.L.-
SOLODGVNIKOVA, G.S.1
~ P
NE 1, 1 ~z
- AN, X.V.
Saw telomers of styrene obtained in the presence of
Friedel-Crafts
catalysts. Vrokcin, soed. 7 n0-5:946-947 My 165* (MIRA
M,9)

I
APUMiTINA, Ye. G.
Special features of corona discharge in air at
increased pressures.
Elektrichestvo no.11:27-32 N 164. (MIRA 18:2)
1. Vaesoyuznyy naiiahno-issledovatellskiy institut po
pronTshlonnoy
.-1 sanitarnoy ochiqtke gazov.

APUNNVIGH, , _ .
Axperi'nes with gunnite concrpt..e,york in tunnels under
conditions of
heavy ;low of artesian water. Gidr. etroi. 26
no.5."28-30 Ny 157.
(Tunnels)

-W
APHINWICZ, SlaW
. Mjpj,~i nz 0
Now technical sQlutions of problems concerning
installationti
for traffio safety on railroads. Przog]. kolpj
elektrotech
'14 no.6;165-167 Je '62.

APUNIEWICZ, Slawomir,, mgr inz.
Introductory information on the theory of track
circuits. Frzegi
kolej elektrotech 10 (i.e. 151 no.10%273-278 0 163.

t[
APURIEWICZ, Slawomir
-,.,,mgr inz,,; MASIWICZ, Antonjoy mrr. inz,
In general,, on track circuits and the stmature
of rail
joints. PrzegI kcilej elektrotech 10 (ioe*151
noa,.U&307--
312 W63.

APUNIEWICZ,, SUwomir; MASIF,;IICZ, Antonio
-4
Track eircuit.feedirg with increased
frequency current.
'Przegl kolsj alektro-tech 15 no.2;39-44 F
163.

P N)T.
Subject : USSR/Mining AID P - 837
Card 1/1 Pub. 78 - 22/26
Authors Apurin, I. and Slobodchikov, G.
Title The results of the adoption of combined cost and labor
accounting organization in the Malgobekneft Trust Oil
Field
Periodical : Neft, khoz., V. 32, #9, 90-92, S 1954
Ab3tract ! Brief review of the results of local economic control
and accounting of cost and productive work in the oil
well drilling.
Institution: None
Submitted : No date

AMIN I G
14: Im"I
Business accounting in the Kalgobek *il field
administration.
Neft.khoz.34 no-3:59-61 Mr 056. (PIRA 9:7)
(*&lgebek--OiI, fields)

5~:P-t, p~_!, ". . ... I
ASTAFUROV, V.G., APURIN, I.G,
Secondary oil recove:q m6thods used In the Malgobek field.
liefilanik
2' no.6:12-14 Je 157. (MIRA 10:10)
1. Nachallnik p1mmovo-ekonomicheskogo otdela neftepromyslovogo
-apravlenlya Halgobekneft' (for.Astafnrov). 2. Nachallnik
finpanvoyogo
otdela Neftepromyslovogo upravleuiys Yalgobaknef t I (f or
Apurin).,
(Oveetia-Secondary recovery of oil)

ARIU, S.M.; KOISINA, Te.X-,; APURINA, M. S.
Chemi3try of compowids of variable composition. ftrt 7: The
aptem
cobalt--tallurium and the enthalpy of cobalt telluride
formation.
Zhur. neorg. khims 2 no-1:23-29 J& 157. (MM 10:4)
(Cobalt tallurides) (Inthalpy) (Systems (Chemistry))

S/078/60/00 5/011/003/02 5
B015/BO60
AUTHORS: Shchukarev, S. A., Apurina, M
TITLE: The System Nickel - Tellurium
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol. 5, No.
11,
pp. 2410-2413
TEXT: The authors investigated the system nickel - tellurium
and
checked the earlier established phase conditions in the
interval
NiTe 1.0-NiTe 2.04 Moreover, they fcr the first time studied
the region
Ni - NiTe 1.0* An isopiestic method, described previously
(Refs. 6,7) was
applied. It is stated that the experiments took 60 hours.
Experimental
results obtained at 9000C with preparations NiTe.
,1.0 (Table 1) show
that in the system investigated at 9000C there is a wide
field of
homogeneity, which extends at least from the composition NiTe
1.0 to
NiTe 1-7 , and, possibly, even further to a higher tellurium
content.
Card 1/2

The System Nickel - Tellurium
S/076/60/005/011/003i/025
B015/BO60
In the interval NiTe 140 - NiTe 1-95 the lattice parameters
(Table 2) are
dependent, as shown by the X-ray pictures, on the
composition, in
agreement with previous experimental results. Experiments
with
preparations Ni - NiTe 1.0 show (Table 3) that at 9000C in
the system
Ni - Te the compounds NiTe 0.62 and NiTe.... exist in a very
narrow
homogeneous region, as well as the phase NiTe o.66-o.67 -
NiTe 0.82-0.83'
The authors thank Ye. V. Stroganov and 1. 1. Kozhina for
their assistance
in taking the X-ray pictures. There are 3 figures, 3 tables,
and 11
references: 4 Soviet, 4 German, and 2 US.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet
(Leningrad State
University)
SUBMITTED: July 30, 1959
Card 2/2

APUSHKXYt G IROV, D.D., inzh.; ZLATOPOLISKIY, A.V.,
inah.
,V, t inzh.; BAG
Foreign engines of construction and road machines
shown at
the International Exhibition. Stroi. i dor. mash.
10 no.8t
12-13 Ag 165. (MIRA 18:9)

3,1210 S/058/6 1/t)00/W2/010/018
A001/AD01
6 floo
Translation from: Referativnyy zhurnal, Fizika, 1961, No. 2, p. 4o4,
# 27.h502
AUTHORS
TITIE1 Broad-Banded Radiometer B&sed on Superheterodyne Circuit With
a
Highly Sensitive Amplifier
PERIODICAL: 11Izv. G1. astron. observ. v Pulkove", 1960, Vol. 21,
No. 5, PP.
153 - 161 (Engl,. summary)
TEXTS The Author describes the principle and design of a broad-banded
highly sensitive radiometer for 3-cm wavelength using traveling-wave
tubes and
a distributed amplifier. See also RZhFiz, 1960, No, 11, 3o963
Translatorlo notes This is the full translation of the original
Russian abstract.
Card 1/1

" __ .20 ~'tF , "i ii~' , .. -
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!ip _It"~4 ~' ~'_ ww i"i"!
G. P. ~Lenlngrad)
"Spectral Peculiaritieil of LBV and Gas Discharge Noise Tabes."
report presented at the All-Union Conference on Statistical Radio
Physics, Gor'kiy, 13-18 October 1958- (Izv. vyssh uchev
zaved-Radiotekh.,
Vol. 2, No. 1, pp 121-127) COMPLETE card under SHOROV, V.I.)

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pAtat-:0 9*61 Oeav, and the stago-of
7p

SOV-109-71-6-25/27
AUTHOR:
TITLE: improvement of the Sensitivity of a Radiometer by
Increasing
Its Bandwidth (.*Povysheniye chuvstvitellnosti radiometra
metodom rasshireniyajego polosy)
PERIODICAL: Radiotekhnika i Elektronika, 1958, Vol 3, Nr 6,
PP 852-853 (USSR)
ABSTRAC'T: The sensitivity of a radiometer can be increased by
intro-
ducing a pre-amplifying stage which employs a travelling wave
tube and operates at the high frequenoy. The resulting
equipment is then as shown in the block schematic on p 853~
This consists of. 1) an antenna, 2) an attenuator, 3) an
absorber, 4) a ferrite switch, 5) a travelling wave tube,
(6) a local oscillator 7) a filter, 8) a mixer, 9) a dis-
tributed amplifier, 105 q detector, 11) an oscillator and a
modulatort 12) an audio-fr-equency filter, 13) a synchronous
detector, 14) an integrating network, and 15) a registering
device. The measurements showed that the receiver so designed
gave a 4-fold increase in the sensitivity as compared with the
standard modulcator-mixer IFamplifier system. The author
expresses his gxatitude to A. A. Povysh for his help in the
Card 1/2

1'.30V-109--3-6-25/27
Improvement of the Sensitivity of a Radiometer by Tnereasing
Its
Bandwidth
design and the equipment and in carrying out the measurements,
The paper contains 1 figure, 1 table and 4 references, 2 of
which are Soviet, 1 English and I Frencb, (This vrork was
presented at the Plenary Session of the Committee on Radio
Astronom,y on the 26 November,, 1957).
SUBMITTED; August 23, 1957
Card 2/2 1. Radiometera -Sensitivity

3-1710
(,ov
AUTHOR: Apuslikinskly, G. P.
TITLE: Broad Band Radiometer Wit~~ Supernleterodyne Cti-,--ult and
h-If Aipplifler
PERIODICAL: Radiotekht-d.ka 1. elel(tronika, 1960, %Jol 5, Nr---~,j
pp 514-51T (USSR)
ABSTRACT: Broadening a radloetieter band Is one of' the methods of
improving its sensitivity. Broadening the W~ind of a
conventional radiometer by the zero method causes
Increase of' arnplificat,ion f'luctuation, but by the
nonzero method, Incre.,a-se of the nolse figure. It is,
therefore, advantageous to use a TWT low-noise broad-
band h-f amplifier. The article describes the dia-
gram of a superheterodyne designed by the author for
a wavelength 3.15 ern. (111-ie report on thi:.3 ciesign
Was submitted to the Plenary Seosion of the Commission
on Radioastvonomy, Nov. 20", 19r)'7.) (I) Sp6c, i'll
Card 1/6 Features of Separate Stage3 of a Broad 13jand,Radiometer

Broad Band Radiometer With Superheterodyne 770,67
Circuit and h-f Amplifier SOV/1 09- 5-..-5 - 21/26
Card 2/6
Perrite Modulator. A 1-jorn antenna directed into the
11sky" was u-Sed for modulation. At bensttlvittes of the
0
order of O."i K and time constant i z~ec., the
threshold of' impedance modulation is noL noticeable.
For sensitivity, rectongular rpodUlation Is ir,,orc
advantageous than sinusoidal. h-f AmplIfier Wlth TWT.
An amplitude ltwlLatton of etrotig signals it) TWT
lowers the COUtpUt of a direct amplification receiver.
In this sen3e, a 3uperheterodyne ciroult wIth TWT
as amplifiers has a thout~andf'old ret3erve of dyna-mle
range as compared to a dl.rect amplifier circult.
Input to the rWT has forced air-cooling. Broad Band
Mixer. - Use of a TWT as, an atnplifie;, permits the
conversion of a powerful signal, ditiregrarding the
noise factor of the mixer. A broad band oC bot;h high
and intermedtate frequencies is a prerequisIte. The
former is achieved by acjju-,,ting waveguide (or
coaxial.) real;3tanee to be equal to the active part
of Ract of' tbe full resistance of thE crystal for

Brbad Band Radiometer With Superheterodyne 77967
Circuit and h-f Amplifier SOV/109-5-)-21/26
the given band. A broad band Is achieved by a low
outp!jt capacitance of the mixer. The analyzed re-
ceiver ha.s C -< 3Pf and 200 mc bandwidth. Distributed
AmpliIfier. TV'is essential to have a low noise
figure. In this respect it Is advisable to use not
less than six tubes In the first stage, as the noise
figure decreases with the number of tubes in the stage.
The distributed amplifier In the described receiver
consisLed of four stages with six tubes (type 6 L~ in
(6Zh!P)) In each. Receiver as a Whoie, and Its Com-
parison With Other Receivers. Amplification in various
blocks of the analyzed receiver In db iz: modulator,
-0.2; TWT, 18; mixer,-5; distribution amplifier, 47;
low-frequency amplifier, 70. The following table
gives comparative data of the Investigated receiver and
various receivers in t_he 3-cm range. While direct
amplifier, receiver has a somewhat higher sensitivity
due to broader band, it Is Inferior to the sup erheterodyne
Card 3/6 in dynamic range, which is of Importance for certain
problems.

Broad Band Radiometer With Superheterodyne 77967
Circuit and h-f Amplifier SOV/109-5-3-21/~26
Table 3.
Type Circuit cm F e B T0K Where' built--
(times) (me) sec
Superhet. Modulator-Mixer-Ampl. 3.2", 20 18 2 GAO AS USSR
Int. I
Modulator-TWT-Distr. 3.15 10 150 0.3
Ampl.
Dir. Ampl.1 TWT-TWT-TWT 3.7 10 1, 00c)
0.1 U.S.
So, for instance, for the observation of solar radio-
5
fluctuations a dynamic range better than 10 (maximum
for TWT-TWT-TWT) is requireo, and a receiver with distr.
amplifier (109) is preferable. (2) Operation of Receiver.
The receiver described above is used for radio-
astronomical observatior,s w-th an antenna. Observations
Card 11/6 by the author conjointly with Yu. N. Pariyskiy of

Broad Band Radionieter Witin Superheterodyne 77967
Circuit and h-f Amplifier SOV/109-5-3-21/26
Crab-Shaped Nebula confirmed the calculated sensitivity
of the receiver: T = 0.30 K at 7' = 1 see. Figure 2
shows one of the recordings of Crab-Shaped Nebula. kn
antenna with "knife" diagram 2.5 K 20, time constant
7'= 2.5 see, was used. The help of S. E. Khaykin,
N. L. Kaydanovskiy, V. N. Umetskly, and A. A. Novysh
is acknowledged. There are 4 tables'; 2 figures; and
16 references, 8 Soviet, 6 U.S., 1 German, 1 French.
The U.S. references are: F. D. Drake, H. I. Ewen, Froc.
I.R.E., 1956, 46, 1, 53; Peter D. Strum, Proc. I.R.E.,
1958, 46, l., 43; E. L. Ginzton, W. R. Hewlett, J. H.
Jasberg, J. D. Noe, PI~oc. I.R,E., 1948, 36, 8, 956;
A. van der Ziel, Noise, N.Y., 1954, 187; L. E. Alsop,
J. A. Glordmeine, C. 11. Mayer, C. H. Townes, Columbia
Univ., N.Y. and U.S. Naval Research Lab., Washington,
Observationa of Discrete Sources at 3-cm. Wavelength
Using a maser, 1958; also Proc. I.R.E., 1959, 47, 6, 1o62.
SUBMITTED: June 8, 19591
Card 5/6

Broad Band Radiometer With Superheterodyne
Circuit and h-f Amplifier
77967
SOV/109-5-3-21/26
Fig. 2.Recordlng of Crab Nebula transmission. Ante.nna
temperature 30 K. Card 6/6

S/194/61/000/003/04-5/046
D201/P306
AUTHOR: Apushkinskiy. G.P.
- ------ - - -----
TITLE: A wide-band superheterodyne microwave radiometer
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 3, 1961, 10, abstract 3 K76 (Izv. 91. astron.
observ. v Pulkove, 21, no. 5, 1960, 153-161 (Eng-
lish summaries))
TEXT: A modulated radiometer, operating at a wavelength of 3.15
cm, is described. Its circuit consists of a ferrite modulator,
frequency converter, HFTWT amplifier, distributed 150 mc/s band-
widtl amplifier, detector, LF amplifier, synchronous detector with
integration and automatic recorder. The pain characteristics are
as follows: noise factor 10, sensitivity 0.30 at T = 1 sec, dyn-
amic range 1010. The receiver is used with the large radiotele-
scope of the Main Astronomical Observatory AS USSR. 17 references.
Z-Abstracter's note: Complete translation 7
Card 1/1

30753-
S/141/61/004/003/004/020
of E133/E435
AUTHORS: Kaydhnovskiy, N.L., Ikhsanova, V.N,,
Apushkinakiy, Q,P,,, Shivria, O.N.
TITLE; servations of lunar radio emission at a wavelength
A = 2.3 cm, using the large Pulkovo radiotelescope
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
1961, Vol.4, No.3, pp.428-432
TEXT: It has been shown (Ref.1; V.S.Troitskiy, Astron.zh., 31,
511 (1954)) that measurements of the brightness temperature at
the
-c;entre of the lunar disc permit an estimate to be made of the
equivalent conductivity of the lunar surface material. Such
measures, carried out over the zourse of a lunation, demand
great
stability of the instrument used. In order to minimize the
stability requirements, the antenna temperature was determined-
Indirectly by measuring the displacement W of the centre of
gravity of the emitted'lunar radiation from the geometrical
centre
of the Moon. Using this method, the amplification coefficient of
the system only has to remain ;--onstant during the course of
one
observati n. The use of the displacement x is discussed in the
Card l/

Observations of lunar radio
107q'i
S/14li6l?604/003/004/020
B133/E435
paper of' N.L.Kaydanovskiy and h-'s team (Ref.2: Izv. AN SSSRI
M.,
19569 Po347)a The results theire are inac--urate owing to the
fact that the lower reflectivity of the Moon, towards the limb,
was ignored. The antenna temperature is derived from the
displacement in the way which has been described by Troltskly
(Ref.1). Only the first harmonic term is retained in the present
paper.. The variation of x with the amplitude of the variable
component of the brightness temperature at the centre of the disc
is thus obtained. The Lheoi,~ of Troitbkiy assutues that the
Moon's orbit lies in the ecliptic plane and that there is no
libration. This approximation is applicable except near new, or
full, moon. At these latter times, however, the displacement of
the centre of gravity of the lunar radiation is small and,
therefore, the deviations can also be ignored at these points.
The authors discuss the use cf an antenna with a low half-width
in one'coordinate and a considGrably greater half width in the
other coordinate (FIg.2). Such an antenna can be used so long as
the pattern in elongated parallel to the plane of the Earth-Moon
axes, so long as it is trailed Jn a direction perpendicular to
this.
Observa Ono of the Moon were made in October-December 1959 at
Card 2/~7

30753
s/ikl/61/004/003/004/020
04servations of lunar ri%dio E133/E435
X = 2.3 cm on the large Pulkovo telescope. The angular
resolution of the antenna was 21.in one direction and-201-to 10
in the-other.. The observations were made with the Moon at upper
culmination in order to fulfil the conditions mentioned in the
previous paragraph.' Fig.4 shows~the variation of x with lunar
phase. x - 01.17 (wt - 35*), where t is counted from the new
Moon. The accuracy of this expression is + 30%. The amplitude
of' the-variable component at the centre of the lunar disc is,
hence,
d6riyed as 13.5 � VK. Acknowledgments are.expressed to
S.E.Khaykin and A.A.Navysh. There.are 4 figures and 4 Soviet-bloc
/-ref erences.
ASSOCIATION: G.lavnaya astronomicheakaya observatoriya AN SSSR
(Main Astronomical Observatory AS USSR)
SUBMITTED: October 7, 1960
Card 34X'_3

APUSHKINSKIY, G.P.
Problem concerning the sensitivity of radiometers. Radiotelch. i
elektron 6 no.8:1328-1329 Ag 161. (MIRA 14:7)
(Radiometer)

L 08~?2-67 EWT(1). GWIWS-2

ACC NI.AR6028148 souRcE.coDE:
uRM58/66/m/m/HoOM63

iy G. P
AUTHOR: Apushkinsk Plolchanov.-A. P,

TiTa.- Hadioutronomic
observations of the solar eclipse of 30 May 1965 it Wayea:

-lengths
1.27 and 3.2T cm

-,SOURCE: Rif. zh..Fizika, Aba. %h451'

Ra. GOURC11
solnechnne danmye, no. To 196% 61-65

an nna temperature
:TOPIC TAGS: solar eclipse-, radio astronomy, antenna'directivity,
t
p

y

~
-

ABSTRACT: Results are presented of-observatione of the total
solar eclipse of 30 May
"

1965 on the Manuae Island N a -19015'43"1 A 1, -158057143") at
wavelengths 1.21 and

us was 1.048. The widths or
3.27 cm. The'ratio of the lunar radius to the solar radi

the lobes
of the airectivity pattern were 1.2* and 0.8' at 3.27 and 1.27 cm
respec-

tively. The effective antenna temperature for the
unobscured sun was 1500 and T50K;;.~

the width of the recording
track was 25 and 5K respectively at these wavelengths.

The time
constant for recording was approximately 1 second. The ratio
radius deter-

mined from the observation's vaii (1.010 1: 0.002)
solar radii at IM cm and (1-034

". 0.003) solar radii at 3.27 cm.
This-bas confimed that at wavelentba shorter than

2 cm the radius
decreases -frm 1.03 to 1.01 solar radius, and in the region of
1.27,.':

an it apparently is independent of the wavelength, and ~r
1. 01. The existence of

I-Card 1/2

"

1
Al

r,d 2/2
nart

Cables, Meotrio
Cables Sheaths
"LOMt" Breaks In Inpregazted. Cablesym -r. N. Apush
kinskly, 3 pp
"31ektrichestvo" No 9
In memy cases there is a break In the inprepating
material in a adble., owasing an - am-over -between
inner conductor and the sheathing. The location or,
such breaks Is lifficult because of the nonrapture
the sheathing. ~The author discuses the advantageB;"-,-'
methods
and shortoomingtit of Starr's and Gooding's
locating each riptii"s. Discusses the aypara us us4

DARBINYAN, M.V.; AVkKYAN, S.N.;-APYAN, S.S.
Complex compounds of trivalent cerium with
1-dimethylamino-2-buty-ne.
Izv. AN Arm.SSR. Xhis. nauki 18 no.2t2l4-215 165. (MIRA 18g11)
1. Yerevanakiy gosudarstyannyy univerBitat, kafedra khimli.
Submitted November 5, 1964.

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to 0. a Ka of UK IT cc It or rA li dnal,
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I -- --- -
-fI2 1~ -j I
APYKRTIN, F.S., inzh.
Washing wool in a neutral medium or an isolectric zone.
Tekst.prom. 17 no.10:32 0 157. (KnA 10:12)
(Woolen and worsted manufacture)

YAMUKAYA, LA.; AtIMUD V. S.
Lxperience in the decating of felt footwear. Tekot. prom. 24
no.,7:
76-77 J1 164. (MIDIA 17-10)
1. Starshiy inzh.-tekhnolog Ukrainskogo
nauchno-issledovatel'skogo
instituta tekstillnoy promyshlennosti (UkrNIITT) (for
Yavorskaya).
2. Zaveduyushchiy sektorom valyallno-voyloelmykh i fatrovykh
izd,eliy
Ukrainskogo nauchno-issledovatellskogo instituta tclcstillnoy
prcmy-
shlennosti (for Apykhtin).

APMTIN, - N.G. (Moskva)
Permanent axes of rotation of a rigid body with a fixed
point in
the case of the existence of Goriachev integrals. Prikl.
mat.
i mekh. 27 no.5:894-898 S-0 163. (1-f-ITA 16: 10)

Al'YKIITIN, (Iz v a
,;tability of certain pemanerl; revolutions of a anlid h--dy.
FrAl. mat. I melth. 29 no.2,1375 379 Mr-hp 165.

ACCR;SION NR:
Ap4ol5975 S/0040/63/027/005/()894/0898
:'AUTHORs Apy*khtinj, No Go (Moscow)
ITITLEt On pamanent axes of rotation of a solid body with a fixed
point in the
Icase of the existence of Do No Goryachav integrals
SOURCE: Priklo matem, i makhad., vo 27, nos 5,, 196j, 894-896
TOPIC TAGSt space coorciinatep space geometry,, Raer equation,
rotationp free body
Irotation., three dimensional rotation., Goryachav integralj,
solid~dynamiczjj force
Ifunction.
iABSTRACTt The relationships of rotational motibn for a'solid body
with one fixed
:point are presenteds Starting with two rectang r coordinate system
ula ,.one fixed
within the rotating body'and the other stationary in space, and using
Wer's
idynamics equationp the author developed an expression for the
moments or external
1.1 -forces relative to axes fixed within the rotating body. Then
four considerations
!were discussedt 1) the attraction of various points of the solid to
a stationary
:plane,, 2 the attraction of a point on the solid's axis of symmetr7
to a stati
;;-Iplane., 3~ the effect of a constant force upon the ed1ids and 4)
the attractim or
,&rd :L/2

ACGMSION NRt AP4015975

the body to a stationary plans. By using the
intograla*proposed by D* No Goryachey

(Nekotory*ye obshchiye
integraly* v zadache o dvizhenii tverdogo tola,'Varshavat

1910-
Novy*ye sluchai integriruyemosti dinamichoskikh urrmeniy &aerl
Karlkovs
.

1119161, the author 11eveloped relationships involving force
functionss direetion

cosinesj moments of inertias and angular
velocity. Various cases were studied and

results were compared with
earlier work by Fe deBrun (Ratation kringen fix punkt,

10fversigt of
Konglo Svenska vetenskaps-Akademiens Vorhandlingar. Stockholmj,
1893),

and by V. V. Beletskiy (Nekotory*ye voprosy* dvizheniya
tverdogo tela v

n1yutonovskom pole ails FM, 1957, to 21, vy*p. 6; Ob
integr1ruyemosti: uravnea;Ly
~i

dvizheniya tvardogo tela, okolo sakreplennoy tochki pod deystrijam
teentrallnogo.

-In*yutonovskogo polya ails Dokli, AN SSSRj 3.9579 t#
.113f Not 2)e The author thanks

~'Vo Ve Rumyantsev for his attention
to this works' Orige art* hass I figure and
29.

~

equations,

ASSOCIATION`r none

SUBMIrTEDt ICMay63 00!-

--
NUB CODEt HE NO
REF SOVs 005 OTHER-t 003

.!CI~4- 2

:w~c 77=f _:__T

."CH C E ad rj.-.- a
;:zi '-a nin t '_kA i Lnlx~.Tt ~'f,

0
f e

r.,,3 rt
i a I sE;
z t j n c I L1:7.

Lhe rctatl--- bo,~3, re'Al a* I-ve to the m:~7_rit' r, '"v
-i~aMwwmmmma M-
Rom mmui mg

4'3e-4-5
ax-es The cbaraeter-'Btic are given by
1-1 3,
A a- 3 i xc- rre
conaldared a::,o-and which the constant rot.at-lon cai~ u.-&-'L5L
it 4 i (9 - A, A,
any. magnitude
-ess-A~y and sufficient cwLditions "or atabUit7 of these mctions
ar.)
w
datennined by constructing the lqa~unov functions by The method of
No.
Chetayov (0b ustoychivosti vraslicheniya tvordogo tela s odnoy
nel>odvizbLnor
toch-~,oy v aluchaye Langram-ha, F1,101, 1954, t. 18, 1). Aroth,-,r
motion of t2e
a.- -elative t4) the itova"
Card
H M -I. ml

L 453,44-i~5
mru~S= lCls 4?50101437
-o4
co=il'. hie! I
!z ajqvonia by t-ta "cLrco f-ct,-,?n
2u
Me CovTo~m-.Idjr,& N-manent roUction 1e irlvou by,
and tho ch=actoriatic or,= tion b" r
AwO + Asts'a' -:I' 4A a :LAZ =0
u%an23 V. V. irjluonco 'n UC,-
h"a; 25 *~qr--tiorz,,
V--ICLj 00 SUB COli:3 r.E.
Suomi 'ZI, amaru.
Ei W6

,A.PYKHTI.IIAM,N. , ansistent
Galculating the variant of multiplr repcat3d movements of thn
operator working with multiple units on a conveyor line. Nauch.
trudy MTILP no.29:99-102 164. (14IRA -18:4)
1. Kafedra organizatsii pr012VOdstva i ekonomiki legkoy pron7shlen-
nosti Moskovskogo tekhnologicheskogo institute legkoy promyshlennosti.

APYKHTI11A, M.N., aspirant; RASS, I.B., doktor
tokhn.nauk, prof.
--------------- I
Improving the production line systems for the
manufacture of man's
suits. Izv.vys.ucheb.zav.; takh.log.prom. no.4:13-24
160.
(HEU 13: 10)
1. Mookovskiy tekbuologichaskiy inetitut legkoy
prowyehlennosti.
Rekomendovana kafedroy organizataii proizvodstva i
ekonomiki
legkoy prou7shlennosti.
.(Asaembly-line methods) (Clothing industry)

APYKHTINA, M.N., assistent
Pystems of the improved designs of the working elements
of the conveyor for the manufacture of men's suits. Nauch.
trudy MTILP 25:194-204 162, (MIRA 16:8)
1. Kafedra organizatsii proizvodstva i ekonomiki predpriyatiy
legkoy promyshlennosti Moskovskogo tekhnologicheskogo insti-
tuta legko3r promyshlennosti.

APYKHTINAJ, M.N., assistent
Calculating the variant of combining other work with the
multiple-
machine operation in a continuous production line,
Nauch, trildy
MTILP no.27:27-29 163. (141PA a7-.11)
1. Kafedra organizatsii ,"orozvedstva i ekonordiki
le[7kov nromyzhlen-
nosti Moskovskogo te-khnologicheskogo iniAit-uta legkoy
promyshlennosti.

ARABACHYAN) B.,Jnzh.
New m6thOd,for.eliminating low-grade, nickel coatings. From.
Am. 6 10.1i:36-37 N 163.
(MIRA 17:1)
1. Kharlkovokiy velosipednyy zav'od.

,ARA 1DZH1 11 A__S. - A. G.
_j, BERCHIA11J.
Interaction of lithium and sodium chlorides and
bromides in
melts. Zhur.neorg.khim. 7 no.9:2226-2229 S 162.
(MIRA 15:9)
1, Rostovokiy-na-Donu nauchno-isoledovatellskiy
institut,
tekhnologii mashinostrpyeniya.
(Alkali metal halides) (Systems (Chemistry))

BUKHALOVAJ, G.A.; Wa4DZFA1'J.A_.S.
Investigation of the ternary system consisting of
lithium, sodium,
and calcium chlorides. Zhur,*neorg.khim. 7
no.9:2230-2232 S 162.
(MIRA 15:9)
1. Rostovskiy"na-Donu nauchno-issledovatelt--kiy
institut
tekhnologii mashinostroyBniya i Rostovskiy-na-Donu
inzhenerm-
stroiteltnj-y institut.
(ALkali metal chlorides) (Calcium chloride)

ARABADZHAN, A.S.; RERGIPI A.G.
Malting diagram of the ternary system consisting of
lithitut, sodium,, and
potassium bromides. Zhur.neorg.khim. 8 no.3:720-722 W 163.
(KIRA 164)
I* Rostovokiy-n+Donu nauchno-issiedovatellokiy institut
tekbnologii
mashinostroyeniy&.
(Alkali metal bromides) (Molting points)

BEFPMAN, A.G.; ARARADZHAN A.S.
Effect of the shift of equilibrium on melting diagrams of the systems
with solid ealutions. Zhureneorgokhim. 8 no.3.-72,3--728 Mr 163-
(MIRA 16:4)
1. Rostovskiy-na-Donu nauchno-issledovateliskiy institut tekhn,Dlogii
mashinostroyeniya.
(Phase rule and equilibrium) (Solutions,, Solid)

BERGMAN., A.G.; AWADZHAN, A.S.
Malting diagram or e Wernary system Lill F$ Cl, Br.
Zhur.-
neorg.khim, 8 no.5:-=8-1229 My 163'a (MIRA 16:5)
1. Rostovskiy-na-Dbnu,-~uchno-issledovatellskiy institut
tekhnologii
mashinostroyedya. i
(Lithium halides) (Malting points)

BERGMANP A.G.; ARABADZHM, A.S.
Reciprocal systeu consisting of chlorides and
bromides of
lithium and thalllim. Zhur. neorg. khim. 8
no.6:3453-1454
Je 163. (MIRA l6t 6)
1. RoBtovskiy-na~Donu
nauchno-issladovatellskiy institut
tekhnologii mashinostroyeniya.
(SystemB(Chemistry)) (Fused salts)

EERGMkN, A.G.; ARABAD
Reciprocal-system consisting of chlorides andibromides of -
lithium and sodium. Zhur.,neorg. khim. 8 no.8:1928-1932
'Ag 163. (MIRA 16:8)
(Alkali metal halides) (Systems (Chemistry))

IW,RGMAN, A.G.; ARABADZHAN, A.S.
Reciprocal system consisting of chlorides and bromides
of lithiva
and silver. Zhur.neorg.khim. 8 no.9t2l48-2150 S 163.
(MA 161lo)
1. Rostovskiy-na-Donu nauchno-issladovatellskiy institut
tekhnologii mashinostroyeniya.
.7

ARA&kDZHAN, A*Se; BERGMAN) A*Gv
Quaternary reciprocal system consisting of chlorides and
bromides
of lithium, sodium, and potassium. Zhur. neorg. khim. 9 no.2:
425-431 F164. (MIRA 1712)
1. Rostovskiy-na-Donu nauchno-issledovatellsl-ciy institut
tekhnologii mashinostroyeniya.

ARABAURAN, A,S.; BFRGK4N, A.G.
Reniprocal system consisting of the chlorides and
bromides
of silver and thallium. Zhur. neorg. khim. 9 no.70769-
1771 J1 164. (MIRA 17-9)
1. Rostovskiy-na-Donu nauchno-issledovatellskiy
institut
tekhnologij mnshinostroyenlya.

Io Ov Fo f it i,,,h. ; A'J"Utlm' ~!;H i ri:!h.
wroaning lAbor f,jon i~,, ;t mr.O.t.-Ir of oljl(~f ingoortaw.,ji.
l*takht.
st.roi. 8 zio.7:9-11- 3.1 64. t.: T P.A 1'7: 1.0)
1. Dono trkly odava tel Isid y ugol Iny his t-Itut.
. y

ARABADZHI. M.S.
- .. z~-,-
Calculating the excess density of rocks under natural manner of
occurrence. Trudy MINKHiGP no.43:63-66 163. . (MIPJ 17:4)

ARABADZHI, M.S.; VASILIYEV, Yu,M.; MILINICHUK, V.S.
. .... .....
Using mathematical statistics in petroleurr geology.
Izv. vys.
L.cheb. zav.; neftt I gaz 8 no.4:3-8 165. WIRA 18:5)
1. Moskovskiy institut neftekliimicheskoy i gazovoy
promyshlennosi.i
im. akademika I.14.Gubkina.

ARABAD,ZHI,. M.S.; VASILIYEV, Yu.M.; KILINICHUXII, V~S.
Seismic investigations in the northern Caspian Sea
region. Trudy
MINUMP no.43il68-17,7 163. (MA 17:t4)

ARABADZHI, M.S.; Vk.'*I:.IYL'V, Yu.H., UILININUK, V.S.
Seismic erroro J.n the central. Prd wastern regloris of the
Caspian Lowland. Izv. vys. u~heb. zav.1 noft' -4 gaz 5
no.1183-7 162. (HIRA I-NQ
1. 14oskovBkiy institut naftekbimieheskoy i gazovoy promyshlennosti
imen-4 akadamika I.M. Gulkina.