SCIENTIFIC ABSTRACT POLYAKOVA, A. - POLYAKOVA, A.L.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

POLYAKOVA, A.
Fifteenth anniversar7 of People's Albania. Vnesh. torg. 29
no.12:28-29 '59. (MIRA,12:12)
(Albania--Economic conditions)

--- ~ . - , , ..I-,- - .- I

V
AUTHORA Tilicheyev, M. D. . Ddee-aned,,-ar4 65-1-8/14
'v A.A__
.ZolyAk
TITLE: Trie Aje 8 Mru~ Hydrogenation of n-He'ptane and n-Hexa-
decane in the P'resence of a,Nickel Catalyst. (Destruk-
tivnaya gidrogenizatsiya n-geptana j n-geksadekana
v prisutstvii nikelevogo katalizatora).
PERIODICAL: Khimiya i Tekhnologiya Topliv i Mase191958,Nr.1-pp-40-47.
(USSR).
ABSTRACT:
Card 1/3
The destructive hydrogenation of n-alkanes (n-heptane
and'n-hexad6cane) wa-9 investigated to ascertain the
structure of the formed products. The properties of
the'initial hydrocarbons are tabulated (Table 1). The
destructive hydrogenation was carried out in an auto-
clave at high pressures. Temperatures were measured
with a chromel-alumel thermocouple. Fig.1 gives a dia-
gram of the experimental apparatus used for the destruc-
tive hydrogenation of n-alkanes and Fig.2 shows a scheme
of the investigations. It was found that when n-heptane
was heated to 400 - 42500 under pressure in the presence
of a Raney Nickel catalyst a hydrogenol7sis reaction
takes place; no isomerisation, cyclisation or polymeri-
sation processes occur. The hydrogenolysis of n-heptane
occurs at a thirty times greater rate than thermo-cracking
65-1-8/14
The Destructive Hydro enation of n-Heptane and n-Hexadecane In the
.Presence of a Nickel gatalyst.
Card 2/3
reactions at the same temperature. In the initial stages
of hydrogenolysis n-heptane undergoes the following
reactions:-
80% OH4 + 06H14
a7H 16 17% C2 H6-i-- C5Hl2
3% C3H8 -'F C4 H10
During Ithe 40% conversion of n-heptane (in the presence
of a catalyst) the yield of n-hexane constituted 56.3%
and that of n-pentane 18 .7%,(Tables 2 and 3). The des-
tructive hydrogenation of n-hexadecanev in the presence
of a Raney Nickel catalyst at 4000C to 42500 in the
liquid phase proceeds at a six times slower rate than
the thermo cracking at the same temperature. During the
destructive hydrogenation of n-hexadecane, under the
e)Terimental conditions described above, n-alkanes of
low molecular-weight are formed; no isomerisation,
cyclisation and polymerisation reactions could be ob-

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ago pulmout

SOV/20-127-2-42/70
AUTHORS: Polyakova, A. A., Ziminaj K. 1.9 Petrovv A.Aso
i:rr--R-: At
TITLEt Mass Spectra and Structure of Vinyl Acetylene Hydrocarbons
PERIODICAL: Doklady Akademii nauk SSSR, 1959P Vol 127, Ur 20 PP 386-388
(USSR)
ABSTRACT. Investigations of relations existing between physical
properties influencing structure and reactivity supply data
for infrared.spectra (Ref 2), Raman spectra (Ref 3), and dipole
moments (Re,f 4)o Results obtained from'investigations with the
KS-1 mass spectrograph are reported here. The mass spectra of
vinyl acetyl and of its three monomethyl derivatives were taken.
Results are specified in table 1. Maximum intensity is
exhibited by the molecular ion. The most intense split ions are
produced by the rupture of the C-H bond. Split ions produced by
the rupture of the C-C bond are not typical of these compounds.
Unlike piperylene and isopreno, the introduc-tvion of a methyl
radical decreases but little the stability of the molecular iono
The normal chain isomers differ from isopropyl acetylene by a
/2 greater intensity of the peak 63 (C H + Ion)
Card 1 5 3-

,.Yass Spectra and Structure of Vinyl Acetylene Hydrocarbons SOV/20-127-2-42/70
A striking fact is that the greatest stability is exhibited
by those split ions,which have conjugate bonds. It would be
interesting to compare these properties with data concerning
the kinetics of the ion reactions of vinyl acetylenes.
Unfortunately, there are no such data available in publications.
There are I table and 6 referencesp 5 of which are Soviet.
ASSOCIATIONt Vsesoyuznyy nauchno-isaledovateltakiy institut po pererabotke
nefti i gaza i polucheniyu. iskusstvennogo zhidkogo topliva
(All-Union Scientific Research Institute for Petroleum and Gas
Refining and Production of.Synthetic Liquid Fuels)
PRESENTED: March 26, 19599 by B. A* Arbuzovq Academician
SUBMITTED% March 21# 1959
Card 2/2

TARASOV, Aleksey Issarionovich. Prinizaali uchastiye: KtZIMINA, A.V.;
ZIMIMA, K.I:; POLYAKQVA,,-A,;A.; IOGANSSH, A.T.; IOROLOVSKIY, P.A.;
LULOVA, U.1 j--WITOOG, L.A., vedushchiy red.; MUKHM, I.A.,
teihn.red.
(Gases obtained in petroleum refining and methods of their
analysis] Gazy neftepererabotki i matody ikh analiza. Koskva,
Goe.nauchno-takhn.izd-vo neft. i gorno-toplivnoi lit-ry, 1960.
222 p. (KIU 13:2)
(Petroleum--Refiniug) (Gases--Analysis)

315
5
S/ 61/000/022/001/076
OBPB
6 2,0 t2z-o B102 B108
AUTHORS: Zimina, K. I., Obolentsev, R. D.9,Polyakova, A. A.7
Khmellnitskiyf R. A.
TITLE: Mass spectra of some homologs of thiophane
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 22, 1961, 12-13P
abstract 22B72 (Sb. "Khimiya sera-i azotorgan,. soyedineniy,
soderzhaahchikheya v neftyakh i nefteproduktakh", Ufa, v- 3,
ig6o, 81-92
TEXT: The mass spectra of a-alkyl thiophanes with radicals of normal
structure 'from C1 to C6 were studied by means of an MC-11 (MS-1) mass
spectrometer. Total ionization caused by 70-ev electrons was studied as
dependent on the molecular weight of the substance investigated: It is
shown that the total quantity of molecules and fragmentary ions increases
linearly with increasing molecular weight. The total ionization value
measured for thiophenes makes it possible to carry out an analysis of the
structural,groups of heterocyclic compounds. The ionization potentials
of thiophanes were determined approximately. They were found to decrease
Card 1/2

31516
S/08Y61/000/022/001/076
Mass spectra of some homologs B102 BIOB
(from 9-5 ev for C1, to 8 ev for C6) with increasing length of the chain of
the alkyl radical. The mass spectra of the alkyl thiophanes were all
characterized by the presence of an intense peak at the mass 87 which
permits identifying these compounds. [Abstracter0a note: Complete
translation-]
Card 2/2

-J J00
AUTHORS: Polyakova., iminn, K. A. Petrov, A. A.,
IMr, III Cill. H. A.
TITLE: Mass Spectra of Vinylalkylacetylenes
PERIODICAL: Zhurnal obshchey lrlhimii, 1960, Vol 30,.Nr 3,
pp 912-918 (USSR)
ABSTRACT: The mass spectra 1~ tile following vinylalkylacetylerie-
studied: pent-l-en---l-ne, hex-l-en-3-yne, and dec-l-en--.1-yne
The results of this work are given in Table A. The ztabilitly
of the ion molecule decreases and that of ion fragnient-i-.
increases with the increase of alkyl radical. Amonr., ion
fragments formed with the rupture of C - C bond the
+
following types of ions predominate: C H C H
+ + I-I 2n-3 1-1 2 n - 5
C H and C H A rupture of bond to a con,uZated
n 2n-7 11 2n-4
system is characteristic for higher vinylalkylacetylenes.
Carbon-carbon bond (to conjugated system) is less stable
Card 1/11 to electron bombardment. The ions of the type C 1-1 11 2n-4+

Maol~ Spectra of' Virlyl,
_t I J~y I ac'ety lenf~-
78281
SOV/79-30-3 -0/09
can originate as a result of rearrangement processes
related to hydrogen migration. FoilC5H6 it will be-
C113-C' 12-(" 12-CI12-C-_C~CII=CI 12
-id 5 references, 3 Soviet, 1 German, I
There is 1table; at
U.S. The U.S. refe-;,ence is: American Petroleum Institute
Research, Project 44, Mass--Spectral data, N. Y.
SUBMITTED: March 28, 1959

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POLYAKOVA, A.A.; ZIMINA, K.I.; FEMOV, A.A.; KBIRLINITSKIY, R.A.
Mass spectra and structure of some allene hydrocarbons. Zhur. ob.
khim. 30 no.9:2977-2983 3 160. (MIRA 13:9)
1. Veseoyuznyy nauchno-16aledovatellokiv institut po pererabotke
nefti i gaza i Leningradikiy tekhnologichookiy institut imoni
ilensoveta.
(Allene--Spectra) (Hydrocarbons-Spectra)

84688
2Z 12 q 0 IZI I aj, s/o?-o/6o/134/004/013/023
B016/Bo6o
AUTHORS: POLY A~ A.s Zimina, K. I., Petrov, A.-A., and
Mova I
Khmel A.
TITLE: Mass SpectrPand Structure of Silicon-containing Vinyl
Acetvlenep
PERIODICAL:~'Doklady Akademii nauk SSSR, 1960, Vol. 134, No. 4,
pp. 833 - 835
TEXT: The authors have-,#edoU*-jproved (Ref 1) by studying mass spectra of
acetylenelana its analogs, the interdependence between the intensities
of the molecular ion and some split-off ions, on the o -ne hand, pLnd the
structure of the hydrocarbons, onthe other. The present work was conducted
to examine the mass spectra of four enin-silicon hydrocarbons: 1-trimethyl-
,o-silyl-buten-3-ine-l (1), 1-trimethyl-silil-3-methyl-buten-3-ine-1 (II),
~l-trimethyl-silyl-penten-3-ine-1 (III),.and .1-triethyl-silyl-buten-3-ine-1
:(IV). In contrast with vinyl acetylene hydrocarbons, the process of dis-
sociative ionization of their silicon-containing derivativer. is exclu5lvely
selective (Table 1). Under the action of an eleict~ronic impact, the molecule
Card 1/3

HAss Spectra.and Structure of Silicon- s/o2o/6o/134/oo4/oi3/023
.0 Bo16/Bo6o
ntaining, Vinyl Acet
of (I).mainly undergoes the dissociation of a single methyl radical..While
the molecular ion with mass .124 has the highest intensity, 48% of the total
ion current falls to -the ion with mass 109. The further.dissociation gives
rise to silicon-containing ions with -masses 0, 83, 81~ ?9, 69, 55, and
intensities from 3 to 15%. This dissociation takes place by the successive
ilplitting.off of, CH-', CH?-, or CH groups. There can be no doubt about the
3
.:presence of silicon in these ions. The dissociation of the two closest-
,,.-related homologs of (I), namely,(II) and (III), proceeds along a similar
'pattern. In'both-these homologs, the most resistant ions were found to be
those with mass 1.23 which result from the splitting of the methyl radical
from the molecular ion. In the case of (II) and (III), the further dis-
sociation is even less distinctly marked than in the case of (1). 68 - 71%
of the total intensity of ions falls to ions with mass 123- (CH ) Si4 ions
3 3
,.;with milse 73 are the most intensive in the spectrum of the saturated analog
Of-(I)O viz., trime'thyl butyl silane. The splitting-off of methyl groups
takes place to a,much lower extent. The ions representing this direction of
dissopiation in the spectrum are (CH Si+H ions with mass 59. The remain-
3 2
ions in,the spectrum of trimethyl butyl silane-have a very low
C
ard 213

POLYAYOVA, A.A.; KHlCL'NITS'KIY, A.A.; iTTROV, A~A.
Mass spectra and structure o.;" organic ewripaunds. Part 9:
Masa spoctea and structm-a of C(.11,, hydrocarbon!) (1,3- tund
2,4-hexadien-3-yne). Zhur. 0L,., )~ illit~ 31, no. 5:1484-148'l1
Itr 164. NILRA 17.7)
1. Vsesoy-uznyy natichno-issledovatellskiy institut po perer.botke
nefti i gaza i Leningradskly tekhnologicheskiy institut imeni,
Lenina.

A
ULANOVA, M.F.- RAPOPORTy I.B.; MLYAKOVA A. ITSIKSON, T.M.
Composition of esters obtained in the synthesis from Co and H2 on
an iron-copper catalyst. Neftekhimiia I no.5:653--660 S-0 161.
~(MIRA l5s2)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po pererabotke
nefti i gaza i iskusstvennogo zhidkogo topliva.
(Esters)(Carbon monoxide)(Hydrogen)

POLYAKOVA, A.A.; ZIMINA, K.I.; PETROV, A.A.; KHMELINITSKIY, R.A.
-------------
Mass-spectra and structure of organic compounds. Part 5:
Mass-spectra of enyne hydrocarbons Vith a tertiary butyl
radical at multiple bonds. Izv. vYS. ucheb. zav.; khim.
i khim. tekh. 4 no. 2:321-324 161. (MIRA 14:5)
1. vaesoyuznyy nauchno-issledovatellskiy institut po, pereabotke
nefti i gaza i Leningradskly teldmologicheskiy institut im.
Lensoveta. Kafedra organiq#eskoy khi3hii.
(Hydro~arbons-wSpectra)

POLYAKOVA, A.A.; PETROV, A.A.
characteristics of the mass spectra of.enyne hydrocarbons containing
a tert-butyl radical. Zhur.ob..khii. 30 no.10:3499-3500 0 161.
(HERA 14:4)
is Vsesoyuznyy nauchno-issledovatellakiy inatitut po pererabotke.
nefti i gaza i Leningradskiy tekhnologicheskiy inBtitut imeni Lansoveta,
(Unsaturated oom-pounds--Speotra)

POLYAKOVA, A.A-,
PETROV, A.A.
Mass spectra and structure of organic compounds. Part 6-. Hass
spectra of alkanylvinylacetylenes. Zhur. ob. khim. 31 no. U :3515~-
3521 N 161. (MIRA 14:11)
1. Voesoyuznyy nauchno-iseledovatellskiy institut po pererabotke
nefti i gaza i LeningradBkiy tekhnologicheskiy in-stitut imeni
Lensoveta.
(Acetylene--Spectra)

POI.TAKOVAj A.A.;, KHRLINITSKIYS R.A.
Certain regularities in mass spectra of monoolefins. Zhur.ob.
khIne 31 no,12:4059-41%0 D. 161 (KMA 15:2)
Owing)
mage Spectrometry):
i

POLYAKGVA,-AJ-, MELINITSKIY., R.A.
Mass spectrometry method for determining paraffinic hydrocarbons
of normal and branched structure. Khim.i tekh.topl.i masel 7
no.8:70-3 of cover Ag 162. 04M 15:8)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po pererabotke
nefti i gazov i polucheniyu.iakusstv6nnogo zhidkogo topliva.
(Paraffins) (14tas spectrometry)

POLYAKOVAP A.A.; PETROV, A.A.
Mass spectra and structure of organic compounds. Part 7- Mass
spectra of 1-tert,-1,3-alkylbutadienes. Zhur.ob.khim. 32
no,5tI415-1418 W 162.. (KRA 15:5)
1. Vaesoyuznyy nauehno-isaledovateltakiy institut po pererabotke
nefti gaza i Laningradskiy tekhnologialieskiy institut imni
Lonsoveta.
(~utadiens--Spectra)

POLYAKOVA., A.A.; KBI-ELINITSKIY, R.A.; PETROV, A.A.
...........
Mass spectra and structure of organic compounds. Part 10: Mass
spectra of nonconjugated 1,5-diyne hydrocarbons. Zhur. ob. khim.
34 no-10:3296-3300 0 164. (MIRA 17:11)
1. Vsesoyuzny-.y nauchno-issledavatellskiy institut po pererabotke
nefti i gaza i Leningradskiy tekhnologicheskiy institut imeni
Lensoveta.

~._-.TAGS: hydio'CiA ss*-'ipdctrdm, hydrocarbon structure, molecular rearrange-
m
t i izing,electron, unsaturated hydrocarbon
el~ 4 on
The ~.Work` isr devoted 10-2 study of earratgements occurring in the mass
r during the interaction between ionizing-electrons and hydrocarbon
molecules of various types undergoing dissociative ionization. The investigated
hydrecarbonswere unsaturated and ranged from Cn~2n-2 to CnH2n-6 with an open
chain and different numbers of multiple bonds in the molecule. As the degree of
unsaturation increased, a tendency toward stabilization of the large ionic frag-
an
[tin
ti: resul g-fr~6m the-electron bombardment was observed. Analysis of the mass
6tra:of the hydrio-carbon's A d that the intensity of the ions formed by re-
spa owe

MATVEYEV, Ye.L.; POLYAKOVA A.A., KHMELINITSKJY, R.A.; MEDVFDEV, R.A.
Modification of the recording unit of an IlChl"03 mass
spectrometer. PrIb. i tekh.eksp. 10 no.5:172-174 S-0 165.
(MTRA 19:1)
1. Vaesoywnyy nauchn o-3- s sled ovate I I skly Anstitut nefteperora-
ba-by-vayushchey prorVshl.ennosti, Moskva.

(00/T VIE
01 SOURCE CODE: UR/0065/65/000/ /C)008/0012
AUTHOR M-khaylov, I. A.; Polyakova~- A.-A.; Khmellnitskiy,,R. A j, Loktionova, Ye. L.
M6dV6de
V,
-'VNII,:
0
RG:
ocarbon com"o a
p-sition.of dearomatized liquid par ffins
SOURCE Khimiya A teklmologiya topliv.i madel ~no. 8i.1965, 8w-12
TOPIC 1AGS., hydrom
rbA aromatic,hydrocarbon, 'petroleum r fining petrochemistry
ABSTRACT:
1he hydrocarbon composition '6f highly dearomatized liquid para-
i ffina of different fractional 6ompopitions was investigated, It was shown
that they consist of paraffin h
_ydrocarbons of normaland branched structuro.,
i;monocyclic naphthenes and aromatic hydrocarbons. In marketed. samples of
paraffins of the Moscow Pbtroleum Ref inmy
'~~the content of normal paraffin
hydrocarbons 'vas 9 5% paraffin:. hydrocarbo4'9,.of branched:, struct e 34%
ur
-~naphthene hydrocarbons up to 1%,~and aromatic-hyd carbons n
M ot~morethan
-iere, repr sented by compounds with from
.0-5%- Normalparaffin hydrocarbon's i e
o 22 carbon atoms per, molecule, isopa
14 t raffin hydrocarbons - from 17 to
e 7-7. from 14
24) and naphthen to 16 carbon atom --_ Marketed paraffins of the
GrozRvy Petroleumw4U Pl~ant: are'eharacterized- by~ a reduced content of normi al-
-structure paraffin bydrocarbons (90% and lower)~and a high~'content of isopara-1
Lffin hydrocarbons- (frm'8.to 17%). ~ Di6tAbution of nonral-Anicturo
jararfin
-of number,of carbon 'Zhe same as
hydrocarbons in terms atoms in the molecule was
s from sulfur-cont
in,paraffin aining peAroleum~stocks.',l,but in a different quantitative
ratio. Origo- art., .3.figures, and, 3 .,tables. LJMJ
SUB CQDI,;,. 11 07 SM DATE, n ne
:~UDG; 665 411553.98
L

L 01306-67
Zt ~Nk~-270]29-- I SOURCE CODE: UR/0120/65/000/005/01 Wd!74-
AUMOR: Matveyev, Ye. L.; _Polyakova, A. A.; Khmellnitskiy, R. A.; Modvedev, F. A.
014
ORG: VNII of the Petroleum Processing Industry, Mose (VNII neftepererabatyvayua-,
shchey promyshlennosti)
TITLE: Modification of the recording device of thAK-h1303,mass-spectrometerlo
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1965, 172-174
TOPIC TAGS: mass spectrometer, oacillograph
Al-700 04,(;-izk
ABSTRACT: I "to reduce the time of recordingp the~regular EPP-09 recorder of
n ord!
the MKhl303 mass spectrometer was replaced by the N-70046scilloizraph,\Owhich permits
the recording of signals by 14 galvanometers of various sensitivities. The voltago
range of measurements is from 0.005 to 50 v. An overcurrent protection was provided
for each galvanometer circuit. A circuit arrangement of six M0011A galvanometers is.
schematically illustrated. The galvanometers operate within the 0-40 cps range wish
a maximum permissible current of 0.3 ma. The current sensitivity is about 1400 mm/ii
ma.m. By using this method, it took only 18 min to obtain the mass spectra for mold"r
'cularnumbers of 50 to 400 under optimum operating conditions of the device. Orig.
art. has: 3 figures.
~SUB COM OVY/SUBH DATZ:- 3SAug64/
Ord 1/1 (.2j..5jjj

1JP(c) W/JYD/q1
TJI.~.901-66 'WTA
AC C N K: 1~601 fi/5LWf(A)/TSOUi1CE CODE, UR/0413/66/000/009/0072/0072
INVENTOR: Lh&renvuk. I. P.; Blokh G. A.; Polyakova, A. A.
ORG: none
TITLE: Method of curing chloroprene rubber. Class 39, No. 181273
si�tCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 9, 1966, 72
TOIC TAGS: chloroprene, chloroprene rubber, curing, rubber curing
AB9TRACT: An Author lCertificate has been issued for a method of curing chloro-
prene rubber with max.Pcompounds. To improve the technological properties of the-
mixes and the properties of the rubber, monoepoxy compounds are the epoxy com-
pouAds used. [Translation] [NT]
-~B CODE: 11 SUBM DATE: 11 Jan6 5
1 1 UDC: 6-78-.7.-6-3. 2. 028. 294

MIKHAYLOV, I.A.;_POLYAKOVA, A~A.; KINELINITSKIY, R.A.; LOKTIONOVA, Ye.L.; MEDVEDEV,
F.A.
Hydrocarbon composition of dearomatized liquid paraffins. Khim. i tekh.
topl. i masel 10 no.8:8-12 Ag 165. (MIRA 18:9)
1. Vsesoyuznyy nauchno-isaledovatellskiy institut po pererabotke nefti
i gazov i polucheniyu iskusstvennogo zhidkogo topliva.

FOPOVA, T.I.; POLYAKOVA, A.A.; ZIMINA, K.I.
Mass spectrorztric analysis of complex aicohG! eixtures. KL,-",- i tekh.
topl. i musel 20 no.220,52 F 165.

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too,

so

POLYAKOVA A..A.,;,_KIZELINITSKIY, R.A.; MEDVEEDEV, F.A.
Mass-spectrometric method for analyzing petroleum paraffins
using unitized characteristics. Neftekhimiia 5 no-1:153-159
Ja-F 165. (MIRA 18:5)
1. VaeBoyuznyy nauchno-issledovatellskiy institut po pere-
rabotke nefti.
INIVIII "I 111 11117

ELAM
KHMFLINITSKIY, R.A.; -E,'L-Y-Ar~ dDVEDF-V, F.A.;
PETROV, A.A.; r
STADNICHUK, M.
Mass spectra and structure of organic compounds. Part 1-1: Mass
spectra of 1,3-enyne germanilLn hydrocarbons. Zhur. ob. khim.
35 no.5:773-776 My 165. (YJRA 18:6)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po pererabotke
nefti i gaza i Lenlngradskly tekbnologicheskiy institut Imeni
Lensoveta.

POLYAKOVA, A.A.; KHNELINITSKIY, R.A.; PETROV, A.A.
Mass spectra and structure of organidr,*' ounds. Part 8: Yass
spectra ofiisome allene,hydrocarbon-,,,, timptert-butyl radicals.
Zhur. ob. khim..33.no.8:2518-2525 Ag-i' 163. (KMA 16:11)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po pererabotke
nefti i gaza i Leningradskiy tekhnologicheskiy institut imeni
Lensoveta.

IMICLINITSKIY, R.A,; POLYAKOVA, A.A.; P11'.TROV, A.A.
Mass spectrometric analysis of silicon-containing vinylacetylenes.
Trudy Kom.anal.1diim. 13:4%~,490 163. OURA 160)
19 Vaesoyuznyy nauchno-issledovatelgakiy institut po pererabotke
nefit i gaza i polucheniyu iskusstvBnnogo abidkogo topliva.
(Silicon organic compounds) Put~myne) (Mass spectrometry)

POPOVA, T. I.;.POLYAKOVA,-A.A.; Zil-MIA, K.I.
Mass spectroscopic analysis of alcohols. Trudy Kon.anal.kh4m.
13:490-495 163. (IIM-,A 16*,5)
1. Voesoyuznyy nauchno-issledovatellskiy institut po parerabotke
nefti i gaq& i polucheniyu iskusstvannogo zhidkogo topliva.
(Alcohols) (Mass spectrometry)

TALIROZE V.L.; ZIMINA, K.I.; POLYAKOVA, A.A.;, TANTSYREV) G.D.
Y
Ikas spectrum analysis of mixWes of organic oubstances.
Trudy Rom.anal.khim. 13:456-414 163. (1111RA 16*5)
1. Vaesoyuznyy nauchno-iseledovatellskiy inatitut po pererabotke
nefti i gaza i polucheniyu iskusetvennogo zhidkogo topliva.
(organic compounds) (Mass spectrometry)

FOLYLKOVA, A.A.; ZIMINA, K.I.; KHMELINITSKIY., R.A.
,!~-~MaBs spectrometric analysis of complex miitures o*f hydrocarbons.
Trudy Kom.atal.khDa. 13!495-502 163. 04I~ 16- 5)
1. Vaesoyuznyy nauchno-issledovatellskiy institut po pererabotke
nefti i gaza i polucheniyu iskusstvennogo zhidkogo topliva.
(Hydrocarbons) (Mass spectrometry)

POLYAKOVA, A.A.
Case of.pulsonalT abscess In postabortion enterococcic septi-
copysmia, cured by pleural puncture and Intraabscass Injections
of penicillin. Akush gin. No.1:49 Jan-Yeb 51. (CIML 20:5)
1, Of the Division of Puerperal Diseases of the Institute of Ob-
ststrics, and Oynecology (Acting Director - Profk.P.likolayev,
Corresponding Member of the Academy of Medical Sciences USSR).
of the Academy of Medical Sciences USSR.

- ----- - - - - - I
- POLUMV.11, A.A.
Conservation of hod-,.,-~ of wator. Olkhr. ln-ir. i --.1--cv. dc,14) v ss~7

------ -- iW,16~T61561 W061-10.1-3210-
ACC NR: AP-6031,-)5.3 siyo~,cE CODE: C6
AUMOR: Polyakova, A. D.
ORG: Acoustics Institute Akusticheskiy institut)
TITLE: Nonlinear effects in a hypersonic wave
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki. Pis'PPL. v redaktsiyu.
Prilozheniye, v. 4, no. 4) 1966, 132-134
TOPIC TAGS: hypersonic wave, shock wave, low temperature effect, laser application,
shear stress
ABSTRACT: The author discusses e hypersonic wave-#at bujlds up when ajight wave
produced by a giant laser pulse s focused ins 1'kuart;~~single crystalV' with
special attention to the role p ayed in its propagation nonlinear phenomena, which
can lead to a distortion of the wave form, to the appearance of higher harmonics, and
in the case of sufficiently large intensities to the formation of a'periodic shock
wave. Conditions under which this nonlinear-distortion process is counteracted by
energy dissipation are determined from analytic estimates of the degree of nonlinear
distortion in the sound wave in terms of a parameter (R) that depends on the absorp,
tion coefficient, the specific heat, the Gruneisen constant, the relaxation time, and
the temperature. It is shown that the nonlinear effects play essentially different
roles at different temperatures, the parameter R increasing rapidly with decreasing,
temperature, so that at 25K and below the'sound wave is a periodic shock wave with

ACC NR: AP6031583
front width approximately equal to the lattice constant. It is also noted that the-'-,
large forces that arise in the front of the shock waves can cause local damage to the
crystal at low temperatures, such as observed by S. V. Krivokhizha et al. (Pis1ma
ZhETF v. 3, 378, 19066). In addition, att. large values of R a purely longitudinal vave
cannot exist and shear stresses arise, which under certain conditions can reach large
values. These stresses can also cause crystal damage. The author thanks 1.
IEVbe~
linskiy, G. A. Askar'yan and K.A. Naugol'nykh for useful discussions. Orig. art. ,
has.--._I figure, [02)
SUB CODE: 20/ suBm DATE: 31maY66/ ORIG REP: 002/ OTH REP: 002 ATD WSS:
503
Card 2/2

POLTAKOVA, A.G.
Success for officienc7 promoters at the Kherson Conblus. Tokst.prom.
18 no.12:56 D '58. (MRA 11:12)
1. Prodsedatell Khersonskogo oblastnogq orgbyuro Vsepoyinnogo obsbcbe-
stva isobrotatelay i rateloiallsaitorov.
(Kberson Provi*'nce--t.o't'ton'm'*anufacture)

LICBEDIRSKAYA, Te.I.; PbLYAKOVA, A.G.
Some age-dependent changes in the intera'etion betveen the first azA
second signal systems In two-to seven-year-old children. Vop.paikholo
3 no.1:53-60 Ja-F '57 WaA 10:3)
1. Kafedra, fisiologii vyishey nervnoy deyatelinosti Moskovskogo
universiteta i Otdal razvitiya i vospitaniya Instituta pediatrii
Akademii meditainakikh nauk SSSR.
(Child study) (Conditioned response)

A\Q 1.4 M.. t~k
r
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of dWiiyl phospho~~n:s' licift"'i~ll'
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noT... TMT 44-
---tROCH
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of 6dilytic atnt~'~ONNICO-~
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UUM 'a'it, I 'Vit jstn..'~ (volv ~lhe
tvreac q, 6a"4attenlowc Um (1,
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nctivawd Cill Meoll"o itlus. , Tlw'mF~_- Gflcleivmg~! %if tbe;
ro:
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' he~ products: Obwill;i Me'
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9ft(OH)Ph. f3q.7.
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1. 183; a-HO C'.11, Cj.T(O�(P)(OClr2CHxOD)T. M7,,
(rjOClTelClltO)sP(O) CA e,,OH. 34 (bil 144~-V),'1.4410
LOW;_ (FJ()Clficirio)~F(O)C(OH)(C)TI)di~: .1.4='~
(O)C(0-7)(Clrs),.~'74.0.'~ 1.4.1
LIM; (DOCll-.CMO)tP
welitco, ArePrCO, -Acph"pb2cO.'(phcTlApQ-l
find Bz% stinwed cviclenmofrc~ctiori b6fthe'desirccl prC4.1
Could not be isoluted,' G.W. lrosialasieff,

POLYAKOVA A.- G.
Spatial characteristics of induced potentials in the caralral
cortex of nowborn animals. L-udy Inst. norm. i put. fiziol.
MIN SSSR 6 t11-13 162 (MIRA 17-.1)
1, Laboratoriya obshchey fiziologii tsentrallnoy nerv-noy
sistemy (zav. - deystveitellnyy chlen AMN SSSR prof. P.K.
Anokhin) Instituta normallnoy i Patologicheskoy fiziologii AM?
SSSR'

USSA,/ Human and Animal Physiology. Growth Physiology. T
Abs Jour: Ref~ Zhur-Biol.,- No 9.1 i~58, 46901'..,
Author : Lebedinskaya,.,Ye.,I.;~Pblyakbvai,_ A. G.
Inst : Not Given.
Title : Changes in the Interaction of the First and Second
Signal Systems in Children 2-7 Years Old,
Orig Pub: Vopr. psikhologii, 1957, No 1, 53-6o.
Abstract: The nature of the answers by children concerning
their activity (playing ball) depended to a great
-extent upon the form of the question posed by the
adult. When adults denied the action carried out
by the child, children in the 2-4 age range often
gave an incorrect answer, by disclaiming the ac-
Card 1/2

-11(5) SOV/92-59-1-30/36
;AUTHOR: Polyakova, A.G.
TITIE-. Theawt"5638ff'df Inventors and Efficiency Experts At Work (Sovet
izobretateley i ratsionalizatorov za rabotoy)
PERIODICAL: fleftyanik, 1959, 14r 1, P 33 (USSR)
ABSTRACT: The personnel of the Kherson refinery has pledged to complete the
1958 production plan by December 5thg and to raise labor productivity at
their refinery 7.5 percent. Thanks to the contribution of inventors and
efficiency experts this obligation is being promptly discharged. The
author cites some names of outstanding experts, among vbom is W.P. Gromov,
operator of a cracking unit, G.I. Alekeendrovskiy and others. The youth
of the refinery also takes an active part in the campaign of practical
suggestions and proposals. A group of efficiency experts, supported by
some engineers, made a good suggestion to remodel the electric desalting
unit. Some suggestions vere also zmade to prevent corrosion of the
refinery equipment. Thanks to practical proposals, vhich vere accepted,
the refinery succeeded in saving a considerable amount of money. Moreover,
Card .1/2

The Council of Inventors (Cont.) SOV192-59-1-30136
a substantial amount of steam, waterand materialwas saved as well. The
group of refinery efficiency experts guided by the refinery council now
makes efforts to attain the goal of having every fourth worker act as an
efficiency expert.
Card 2/2

DURIHYAN, R.A,; POIZAKOVA, A:.G~
ElectrophysIological mnaIyois of a short latent period poTential
induced in the ascouiative cerebral cortex cf a cat, Dok-'. AN
SSSR 165 no.4-055-956 D ~65. (MIRA 18:12)
1. Institut norimllnoy i patologicheskoy fiziologii AMN SSSR.
Submitted Januanr 15, 11965~

POLYAROVA, A. G.
Spreading ways of afferent signals to the associative
cortex. Dokl. AN SSSR 165 no.5:1208-1210 D 165.
(~g RA 19: 1)
1. Institut normallnoy i patologiche3l(Oy fiziologii AM'
SSSR. Suhnitted Januai-i 15, 1965.

- -M

KUDRENKOV, B.I.; MUDROV, G.G.; PQLYAKOVA, A.I.
New requirements of atone materials. Avt.dor. 27 no.1:27-29
Ja 164. 09RA 17:4)

lltulzRT--R-~:;_-ljxl-W.. -t AW
mom
KUGENEV, Petr Venediktovich.9 doktor sellkhoz. nauk; POLYAKOVfi,
A.L., red.
[Primary processing of milk on farms] Pervichnaia obra-
botka moloka na fermakh. Moskva, Rossellkhozizdat, 1964.
157 p. (MIRA 18--4)

KU MTKOV, B. L ; -POIATAKOVA, A. I.
Conference on the Increased use of local rock materials In
road construction. Avt.dor. 23- no.2:30-31 F 160-
MR& 13:5)
(Road materials)
TIMM I

- ---- - --- - -- - - - --- - - -- -- -1 .- ---- ---

VOLIFSON.* I.S.; POLYPKOVA, A.I.- ALIPIDOVSKAYA, V.G.~ FAY-ffIC,',,.'D'R?OVA, L.T.
Present status of the Production o1" )q-dr!7!;7r-z-1x-in 3tocAr in
gasoline plants of thA middle Volga Vallvy CounciI. cX National
Economy-. Gaz. delo
1. Tatarskly nefty~moy 1xistitut.

I

POLYAKOVAPI.A.T.; FAKHRUTDINOVA, L.I.; MINEYEVA, S.I.; ALIpTDOVSKAYA, V.G.
Operation of a up-it for the dryinp of reduced gas in the
Minnibayevo gasoline plan,". Nefteper. i i;-tft,--khim. no-5:14-17
164. (MIRA 17: 8)
1. Tatarskiy neftyanoy nauchno-issledovatellslkiy institut,
g. Bugullma.
I IMR a IBM
IS I

KMFhIKGV,, Boris Ivanovich;_POIYAKGVA Antoning pyna; FILATOV.,
Anatoliy Petrovich; RUDENKO, red.; GANYUSHIN, A.I.,
red.izd-va; DOTISKAYA., G.D., tekhn.red,
[Beneficiation of stone material for road nonsb~uctionl
Obapebabazie kammogo materiala d2ft damsbaop NWOI-
tel'stva. 14oskva, Avtotransizdat, 1962. 59 p.
(RoIad construction) (Stone, Crushed) (MIRA 15:4)

STPRTSEV, D.I., prof.; FOIYAKOVA, A.I., red.
[Selectrion work in breeding 3tations] S~alekt.~Acjr:-
naia rabota v p:Lemennykh zavodakh. Illoslcva, Rosnellkhoz-
izdat, 1965. 245 P. (IIIIIA 19:1)

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'1240) SOV/2o-122-1-13/44
AUTIIQR: Polyakoval A. L.
TITLE: On the Absorption ol~'thc Sound of a Finite Amplitude in a
Relaxating Medium (0 pogloshchenii zvulca konechnoy amplitudy
v relaksiruyushchey srade)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 122, Nr 1, PP 51-53
(USSR)
ABSTRACT:. This paper investigateBtlie absorption of sound waves in
a medium in which internal processes due to the transition
of the energy of the progressive motion of the molecules to
the internal degrees of freedom are possible. These processes
cause a relaxation and, therefore, an additional absorption
of the sound the frequency of which is similar to the re-
laxation frequency. The Riemana(Rinan) solution cannot be
applied where the wave has a saw-like shape and where dis-
continuities occur. For the description of such a wave, the
author uses a solution deduced in a paper by R. D. Pay (Pey)
(Ref 2). An expression for the vibration velocity is given;
it may give a Fourier (Furlye) expansion for a sari in a
Card 1/3 viscous medium. It is found as an approximate solution

SOV/2o-122-1-13/44
sOn the Absorption of the Sound'of a Finite Amplitude in a Relazating Medium
of the exact equations of hydrodynamics in consideration of
viocosity. According to the solution method described in the
paper by R. D. Fay, the non-linear effects may be taken into
account already in first approximation. If the expression
for the vibration velocity is found in first approximation,
the absorption of such a wave may be described by the re-
laxation theory of the sound of inf-initely low frequencies.
An expression is then deduced for the energy which is dis-
sipated in an irreversible process caused by the deviations
from the equilibrium. After some steps formulae for the
average value of the dissipated energy and for the absorption
coefficient are deduced. If the Reynolds (Reynollds) number
R is increased approximately 10 times its amount, the ab-
sorption in the maximum increases approximately 1,5 times-
By an increase of R, moreover, the maximum of the absorption
is displaced to frequencies that are lower than the relaxa-
tion frequency. From a physical point of view, this result
is well understandable: The non-linear alterations of the
solution are equivalent to the presence of higherharmonics
in the spectrum of the wave. Every higher harmonic absorbs
Card 2/3 a part of the transferred energy. If the ground frequency
----------

SOV/2o-122-1-13/44
On the Lbsorption of the Sound of a Finite linplitude in a Relazating Medium
of the sound is lower than the relaxation frequency, the
higher harmonics are within the region of relaxation and
this intensifies absorption. If R increases, K increases, too.
The above-discussed effect has a noticeable intensity and
may be observed experimentally. There are 2 figures and 4
references, 2 of which are Soviet.
PRESENTED: April 20, 1958, by N. N. Andreyev, Academician
SUB11ITTED: April 24, 1958
Card 3/3

IN
32 t2
All
Ij
0
Pit I- Z. 1,
[.Sal
allp
lip, 1, 11 im i
1 a d

SOV/46-,9-1-14/24
AUTHOR.
TITLE: Thermodyntunic Theory of Absorption of Finite-Amplitude Sound in
Relaxing Media (Temodinamichaskays. teoriya, pogloshcheniya zvuim
konechnoy amplitudy v relakairuyushchikh sredakh)
PERIODICAL: Akusticheskiy Zhurnal, 1959, Vol S. Nr 1. pp 85-90 (USSR)
ABSTRACT Propagation of sound of finite amplitude is considered using
themodynaMics of irreversible processes. It is, assumed that two
states are possible in the medium in vhich sound is propagated:
transition between these two states occurs under the action of sound
(relaxation). Such transitions are due to transfer of translational
energy of molecules to internal processes (for example vibrational or
rotational decrease of freedom, ctiamical reactions, etc.). An
expression is obtained for energy dissipated in such processes. It is
shown'thatfinite-amplitude sound Is absorbed morestrangly than sound
Ca rd 1/2

SOV46-5-1-14/24
Thermodynamic Theory of Absorption of Finite-Amplitude Sound in Relaxing Media
of infinitely small amplitude. The absorption maximum is found to be
displaced towards frequencies lower than the relaxation frequency.
The paper is entirely theoretical. AclcnowledgmentB are made to
11.11. Andreyev for his advice. There are 1 figure and 5 references,
3 of which are Soviet, 1 English and 1 translation.
ASSOCIATION, Akusticheskiy institut AN SSSR, Moskva (Acoustics Institute, Academy
of Sciences of the U.S.P'.RQ' Moscow)
SUBMIXTED.- June 27, 19-58

S10461601006100310081012
B019/Bo63
AUTHOR: Polyakova, A. L.
TITLE: Propagation of Waves With Finite Amplitude in Relaxing
Media
PERIODICAL: Akusticheakiy zhurnal, 1960, Vol. 6. No. 3,, pp. 356-359
TEXT: In the article under abstraction, the author studies the propaga-
tion of sound waves with finiteamplitudes in relaxing media with the help
of~ the second porturbation-theoretical.approximation. Proceeding from the
hydrodynamic equations (1) and, (2) and the reaction equation (3) she V/