SCIENTIFIC ABSTRACT ZHURAVLEVA, P.A. - ZHURAVLEVA, T.V.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065020020-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


15-57-3-3515D
'Translation from: .:Referativnyy zhurnal, Geologiya, 1957 Nr 3 1*
p 150 (USSR)
AUTHOR: Zhuravleva, P. I.
TITLE., The Geologic Structure and the ~011 and Gas Potential on
the Right-Hand Bank Along 'the Kama ViVIBli (Between
Sarapul and Molotov)'ZG_eologichesk'4e iitroyoniyeA
perspektivy neftegazonoanosti pravoberiazhlya. techeniya
.r. Kamy (Mezhdu Sarapulom i MolotovyzJ7
ABSTRACT: Bibliographic entry on the authorls~di.asertation:;for
the degree of Candidate of,Geologicial and Mineralogical
Sciences, presented to the Was* n.-io &dleg6fd27ved.
nefi. ih-t (All-Uhian~Sdiazitiflc Geological Prospbeiting azid
Petrcleum Inatltute)v Moscow,_1955-'
ASSOCIATION., Vses. n.-i. geol,ogorazved. neft. in-t (All-Union.
Scientific Geological Prospecting and Petroleum Insti-
Card 1/1 tute), Moscow.

111LUERIM411; M1,911vILME1 Utz 4mvin
110-12-4/19
AUTHOR: Kulakova R V. Candidate of Technical SaJmaes , Kreyn, J3*E.
Doctor of Kchi2ical. Sciences and Zhuravlova, RM.',i Ingineer.
W --- ------
TITLE: An Investigation into the Decomposition of Oils,, Individual
Groups of Hydrocarbons and ~their*ixturas 11h an Blectric
Field. (Issledovaniye razldzheniya mAsbl,; -otdel'nykh grupp
uglevodorodov i ikh smesey v elektricheskom pole)
PERIODICAL: Vestnik'Blektropromyshle=osti, 1957 Vol.28 no.12
pp- 13 ~USSR):.')
ABSTRACT: The reliable operation of oil-impregmt.-d and oil-filled
cables is affected by the evolution of gas Ln the oilthrough
ionisation. The article describes wor)v wita a "gassing" cell
very similar to the old Pirelli cell; the Laner electrode is
a tungsten rod 2 mm diameter; a-nd the.oute.r electrode is;tin
toil on glass. Tests were made with atmos:~.6e_res of air, hydrogen
and nitrogen; the results are given in Fig.2.~: Ritrogen gave
considerable gas evolution and air considerable*~bsorption,
whilst hydrogen was more stable. Accordingly, a hydrogen-atmos-
phere was used in the subsequent work. After assessing the
.influence of experimental variables,a study was made of the
gassing properties of low and high viscosity oils from!'both
naphthenic and paraffinic.crudes; the properties of the oils
Cardl/2 are given in Table 1, The more viscous oils.did not evolve gas

110-12-4/19
An Investigation into the Decomposition of Oils, Individual Groqp~s
of 1~ydrocajrbons and their- Mlxt.iffr6o Injan Electric .'.Field.-
but the low-viscositylo-oils-were much mdre~~active. The'.curves
.given in Fig. 9 show how the degree of refinement of transformer
!oil influences the gas evolutione The results of gassing tests
on naphthenic paraffinic fractions completely~de-asphalted,and
freed of aromatics are given in Pig. 10i all were gas-evolving,
but again the heavier oils1were more stable. The effect of
adding aromatic hydro-oarbons in reducing the~gas evolution of
the fraction is sho-wn.by. the data in Figc.' 7, 1he oils, W'er6 also
analysed after exposure to iol3isation, which was found;to,~ause
somewhat greater cozplication~of the molecules.* Because fractions
from which the aromatics have,:been removed are more gas,~-evolving,
it is concluded that the aromatics prevent gas evolution;
further, that their addition reduces the tendency to gas-evolution.
On exposure to ionisation, the dielectric.~properties of.almost
jjlrt4e Oils bep~~ wgreg. The T.,afe 10 figures, 2 tables and
eference w 10 are,9 c.
ASSOCIATION: NII
SUBMITTED: 'December 20' 1956
AVAILABLE: Library of Congress
Card 2/2
Vic

- - - --------
ZOTOV, V.P.; SILUYANOV, V.G.-i GUGINA, AUERMAN'i L.Yei.1 ALEKHINA: M.S.;
BEZWWV, A.D.; -BODROV., V*A*~f BUDNYY, A.V.j BURTSEV, Ye*L,;;
VAYNSHTEYN V.O.; GAVRILOVP A.N.; GORBATO;'V.H.~; GRITSEENKO; NJ
DOLGUSHEVA, L.I.; YEDYGENOV, K.Ya.; ZHURA)UE A S.S.; ZACHrSM;
Ya.A.; IVKIN, A.P.; IZMV,, A,K,',I'ILIINSKIYj N.A.; IRINARKHOVA,'
A.M.; KARPENK.%~A.; LYSOOOR'.P.M.'; LUPISI~-, A.t.; OLRYNIKOVj Vovoj
ORANZHKFZWAi.'V,,R,; PETROV?: N.A.;,PYATIBRATOl,' :'M,A.1- ROHMIOV,
A.N.- RAUBEJ P*V.j RYZHENKOj! L.P.; SEWKINT~A.A.l SHEFER, A4~P.
G.IA.Ivanov; 6biti~~z7 NTO no. 10 s 39 162
(faRA 15:9)
vanov, Georgii: lAkoylevich,,:' 165174~62)
b

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-AUTEORS: Sokolova, Ye. B., Krasnova G. V.# SOV/156-584~-
32/48
Zhuravleva, T. A.
TITLE: Synthesis of Mono-Alkyl-c
yolohexanids of la's
5

position With an Increased Density (Bi ~iez m k
mofioal ilt'jkl'
si
o~
.
l
geksanov sostava C -C s-povyshennoy"!plctno6t'1;yu)
15 18
PERIODICAL: Hauchnyye doklady vysshey:shkoly.,:Xhimiya i 1himichesk4ya,
:tekhnologiya, 1958,, Nr 2,~pp .:330~- 334~:(USdn)
4BSTRACT: A hydrocarbon fuel with A maximum oal6'ifil
r b ower per,
unit volume and with good'oombuation 6~aracteristios ad n
be obtained only by a.rational componen .t Eel ection of!i
c
om-:,
ponents, taking into account the oompositio'n and.the structure.
The paraffin-.and naphthens hydrooarbo~s the~'deneitie~iof
which are increased owing to the branched structure are

most interesting in this connection. "one-the first-
I 4e
isomers with quadrivalentlearbon atom6iiare most.inter6itin'
9-
The increase of the number of lateral; 6hain~ and i" -
~pact
position of the chains in'the polysubB~ituteVoyclohexdne
homologues or the presence of a carbon~',atcm~,in the laidral.!
Card 1/4 chain of the monosubstituis'd alkyl-cyclohexane's lead t4 a

I Ills 431MI111141 11114141111111 Lill 11111 H 11111111111 111111VIIII31 Will ltuiiiiii JA
The Synthesis o.f.Mono-Alkyl-Cyol.ohexanei ef~& 'C -0 ~~-~2/48
:15 - 10
.Composition.With an Increased Density
it
t, htI;'Moltcuir eig4
considerable density.even,a a cons a a w
It was the purpose of thin paper to produce,a,number b$.
monosubstituted oyclohexai~e homologuesi,the batbon structure
of which contains 1 or 2 carbon atomsj:Xurt~ermore the,
evaluation of the influence of a branched structure owthe'
density. Af ter presenting: a detailed- ex' ~ri~eAtal! parb! [thel
al 1xiisiow 1 1) 4 new'
authors draw the:following~fin cone
mono-alkyl-substituted benzene homolog%jes ware synthetizedi
and characterized according to their.m6in pby-sical andi'
chemical properties; from:these 4new.donc-eilkyl-substitut6d
cyclohexano'homologues'were produced by.oo.ta;lytic hydritiont
containing I or 2 carbon atoms in the laterAL'chain.'5inew;
tertiary alcohols were produced for the"firtt,1ime as
intermediates in the synthesis. The maintIicn~d'final produces
are the following: 2,4-dimethyl-1-4-cYolohex.Y1 octaneli
216-dimethyl-4-P3~OpYl-4-cyclohexyl heptane., !2i2,4,6-tPtra-!
methyl-4-cyclohexyl heptane, And 2,2,5;itrJ,mdthyl-3-cyol6-
hexyl hexane. The density of these cyclanos:amounts to!from
Card 2/4 0,6392 to 00450. This surpasses considerEibly the density

The,Synthesis -of Mono.41kyl-Cyclohexanesl of &C -C
5,
Composition With an Inoreased'Density,
~of the moiio-alkyl-6ubstitut6d'hoi~oloktt e of~ the cyclohezahe
'
2ml~~6r o'k'
of the iti n
same compos . on:with''a or y to: a ta
'

r~eajle I n',
oola-,
extent branchedIateral 6hain. The d6~aity ~!ino
;
sequen ce of the structtire.,ramifi;oatio'n'~an~ou
nte~to.-app;roximately
~3% for the synthetited hydrocarbons.,The iziore as 11 of:the
~i h t S'
calorific valueper unit'volume conn66ted. v t i i .6f
considerable practical in'terest.~Thekii.are~ 1,figure and 6
references, 2-of which are Soviet~-
AISSOCIATION: Kafediatekhnologii iskusstv4nnogo zhidkcgb~ ~GpliV& it,
!gazpv
Moskovskogo khimiko-tekhi~logichtsko,~o irstituta im.~M..
Mendeleyevm. of ~ Nchnoloa -of !'Art 141 0~; iii.1,140*110e
and Gases of th6 Moscow1nstituts of~Chemidal Tachnold
gy
imeni D.I~Mendeleyev)
SUBMITTED. October 3, 1957
..Card 3/4

li6i, ih 1-1i
.1 Lai
TITLE- ThaU dle;~fk` 414)kitPJ~~!~IW djbi4.1140614)4 di4ilv till . ii 414 4k
brntvA bridges d1outing mepixato mctLmzMT!
X.
V,
SOURCE. cpO~,',
Wu_
GS- ddc IT,
TGPTCTA trio
i ~E4 i` 1"i ili
A,04pli-116V I u A,I~A Itt! )!~I d
component measimement; qqq.F
program.
IIL q= 714 t Ala-
Al
Mdependent meaff-areinent-9 -namlid.e, rtlm-tsio~ aa(rl-e, acth q) II.-I'ld .1clivIe 'compl-, liattll,

BMWITTM.
V11101R., O(Do.
1d"
trip
-pip
. . . . . . . . .... I ".1

34751
S/02 62/142/003/018/027
As-, P~ '2 0 B 1 ZB 11 a
37,7700
AUTHORS& Odabashyan, G. V., Zhugavlevag T. All and Petrov9 A. D:.P'~
Corresponding Member of the AS USSR
TITLEs Study of the addition reaction of dichlbro silane,to alkenyl
silanes
PERIODICALs Akademiya nauk SSSR. Doklady, v. 142,' no. 3 1962, 604 - 607
TEXTs Silicon hydrides and alkenyl silanes react easily and with good
yields in the presence of platinum hydrochloric acid,un~ter comparatIvely
mild conditions following the schemes
(a) X Si(CH CH-CH + HSiX - OX Si(CH CH CH SA
3 2)n 2 ~ i II I
3 3 2 2 2 3,
(b) X Si CH + 2HSiX ? x ~il CH Off,
2 2)n'CH-CH21 2 3 2 r(CH2)n 27 312
(X CH C H C H C H99 C 6 H Cl; n 0, .1)'G The pasiibility of',
39 2 5" 3 79 4 5'
producing organosilicon monomers by adding dichloro ~Ilane to alkenyl
silanes in the presence of platinum hydrochloric acid, vias studied in this
conneotion3 H 2 Sici2 + 2CH 2 WCH(CH 2) S ix. C 1 S i ~c HxH 2 ('H2 )nsix3j 2
n
Card 111.F
".j _i.--____~

S/02Q/62/i42/003/018/027
Study of the addition reaction...
Blo6/Bilc
50-ml
(X CH CI; n - 0, 1). All reactions were conducted in a
3' C2H51
steel autoclave. Table I shows-the reaction conditions a d-yiolds of
reaction products. The structure of alkenyl silanp~largely affeots'the.
yield of addition products which decrease as the numl~er of electronegative
groups on the silicon atom of alkenyl silane increases, an'd.also during
the conversion of vinyl silanes. into aliyl silanes. :According to
A. V. Topchiyev, N. S. Nametkin, and S.~G. Durgarlyan' (Ret.~.18t DAN5 jJO,
105 (1960)) it is vice versa when trichioro silane ii,adde d.to diallyl
silane in the presence of platinum hydrochloric acid.', Addition of :
V/r
dichloro silane to alkenyl silanes takes place etepwfoes Tirst, one,Si-H
bond reacts, then the other with the relative reaction rate of,the first,.
Si-H bond being higher than that of. the.second oneo This behavior agrees
with the data given by two of thelauthors and V. A. Ponoaarenko (Ref.' 20:9
DAN, 1261 -1009 (1959); Ref. 211 DAN, MO, 333 (1960).) on t~e addition of
silicon hydrides to olefins, and may be used for the, synthesis of organo;,
silicon monomers with various bridge bondst
a SiCl + CH -CHSix H(Cl )SiGH CH six
H2 2 2 3 2 2: 9. 3
(b) H(Cl iCH x + CH *CHCH six 01 Si(CH oil; SiK3)(CH a Cii six
)23 2CH2S' 3 2 2 3 2 21 2 2C1 2 21
Card 2/ 6

Study of the addition reaction...
S/020/62/'142/003/018/027
B106/~Ilo

ompound

p,oc/mm HS

pp 00 201

d I
4~
20

R
Cl2 Si(CH 2 CH2 SiCl 3)2 140-142/6 58-60
Cl Si[(OH CH Si(CH )Cl
2 2 2 3 212 165-166/13 80-81
Cl2 s i EICH2CH2Si(CH 3 33 2' 135/17, 66-68
Cl2 S i .[(,H2CH2Si(C2 HOP121 2 171-172/8. 29-32'
Cl2 Si LCH2 CH2 Si(C 2 H5 )312, 176-178/6; o.9639 T-4775 113-~15
Cl Si(CH CH CH Sicl
2 2 2 2 3 2 172-173/12 28+ 1.4160 !:.4934 92.85

H CH CH Si(CH )CI
Cl2 si LC 2 2 2 3 2
198-200116
47-48 ++ ++
Cl2 Si [CH2 CH2 CH 2S
i (CH 3)312 i2l-122/4 0.105186 l;-4560 95-44
,
(C H ) SiCH CH SiHC1
2 5 3 2 2 2 109-111112 1.00:66 1104650 66-83
Cl2 Si[CH 2 CH2 Si(C 2 R5)351 165-167/10 0-9573. 1'.4680 .$4
10)
- (CH2 CH 2CH 2Si(CH 3 ) A i .
CH CH CH Si(Cl

)2si I I )
1 2 2
3

16-118/8 0-7960

1 1,4410 95-77
(CH
LCH CH Si~CH
3)2S' 2 2 3)312
101-
103/14 0-79
52 1.4402 86. 2
%jara 4/b

....... ..
62/1421003101
Study of the additiwreaction.... B106/01ic
7
+ solidification pointl ~+ rcooled liquid. Ye. D. ih -i i's
4 for the supe 1ub u
mentioned., There are I tableand 21 referencees 161Sovidt -and 5 non-
Soviet. The three most recent references to English-48ng%xage public4tions
read do followst -L-.A4 Sommert F. A'* Mitch, G. M., Goldberg, J.-Am..Chem.!SQ;^-1
71, 2746 (1949); L., 11. Sommer, G. R. Ansulq J. Am., Chem. Boo., U, 2482
_R;55); P. D.-"Georget H. Ptoberi.-I. R. Elliott, Chem." Rev.,j 569 1065 ~0954
SUBMITTED: October,,20, 1961
Table 1. Addition of dichloro silan to vinyl a*nd a1*1 Alaries in;t'he"
.Presence of 0.1 ml of a- 0. 1 ~N solution of H 6H;d ka~ ~s~opropyl,;
Ptal
2 6* 27
alcohol (reaction time 1.5 hrs.from the~beginning of heat ifig onward).-
Legends, Les t, (e) maxiinum
(a)~Jnitial p*rdductaj (b) amount I (o) g; (d)~ mo*
reaotion-temperaturej 0 ' (f),maximum pressure rom
atm; (g) isolated f
reaction productal. (h) yieldsi,* calculated for the alkenyl silanes added;
described in publications.
Card:

1. .-HUHM111 11 RIM
U-4;
/General Problems.of Fatholoays Tumors
Abs jour Ref zhur EL61.1 116 14) 1958, No 66DO4 ii
Author
Inst
Title Conti7ibut &i--t6`thfj 'rpioloor! of
Orig Pub YOpr- ~':onklolo'g;ii IM: j: 3~Hd 2j':, 16~-16�
tih. (160",bbB r~vatj hs) J~ja ib~ tt%kt
Abstract B6ih, ~he Con uoui (1 0 1 erMi
observations) administrations of sinestroi (I) to eas.'
trated nale rats were accompanied by the'!appedrance in the
nrz ry glan(l (MG) of hyperplasia of the'; nwitapathy type.
The dynamice of the process were traced froxi 6421nitial tis-
sue reaction to the development of the.MG:cimd4e~. Various
foms of the multicentric!epithelial prolifordtion vere ob-
served; the appearance of;the peculiar aden(=tous prolifer-
ates2 so-called cribrlfor~ structures, Ih the~ductji end casts
was characteristic of the:later stages:af the~expevimint hn4,,:
as a ruleo preceded the development of wncu-r~ Ccuicer of'
the M was found in 13 cases; it was found =Ly in 5 of ~180

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11111i 111,11111"11 1:
AUTHORS: Tinyakova, Ye., I., Bogom 01 nyy, 7.Ya. , sov/62-5'8.9-1,2/26,
Zhuravleva, T. G.,
TITLE: Reactions of the TriazeneS With Die~n~ols and Acida ii~ 'A n-
bydrous Hydrocarbon Media (Reaktsii 'tri.,..LzenovSdiyeholami
i kielotami v uglovodorodnykh be~vddny~h aredF-kh)
PERIODICAL: Izventiya Akademii nauk SSSR. Otdele!hiy(3'khinicheski..kh nauk,
1958, Nr 9, PP 1094 1098 (USSR)
ABSTRACT: It has alreadybeenfound that the decb.6positionof il~iphatic-
aromatic triazenes in aahyftous,, media 113 acCelereit'ed
by the catalytic effect of dienols~"d acids or acfd:~.
containing substandes.,T,he decomposition of.triazene,s ca.n
also be definitely accelerated in anby&rm . . hydrocarbon
mpaip in tlip nrpRpnrp nf Anidn.' Thin: rp,-tntinn is not' a

Reactions of the Triazenes With Die'nols and Acids'iri SOV/62-56-1 -12,
9 '126
Anbydrcrap Hydrocarbon Media
in the alkylation,or arylation of dienol g~rOUPB.' It 'WA 3
found that in- anhydrous hydrocarbcin'~~me(lia' dio'xymaleic
acid and its. diethyl eater and ascorbic acid accelera:te
the decomposition of the triazenes. The :-eaction i
accompanied b the formation of nitio~
gen and; the alkylation
(or arylation~ of the oarboxyl and diano'. g:roups. The,
authors found that the decomposition reaotion of triazenes
under the effect of acids can be used -for the volumetric"
quantitative determination of carbox'yl groups (especially
in polymers) in anhydrou:s hydrocarbon riedia.There are .
2 figures, 3 tables, and 8 referenceso 4 of which are'Soviet.
ASSOCIATION: Institut vysokomolekulyarnykh soyedin6niy Akiidemii nauk S,SSR
anstitute of High Molecular Compounds AS 083R)
SUBMITTED: January 3o, 1957~
Card 2/~

5(3)
9-n~4-~Q/77
SOV/7
AUTHORS: Tinyakova, Ye. I., ZhuraVleva T..!'!G.
TITLE: On the Decomposition' Mechan:Um of ~!Xsoprbpylbienzene flydrogen
Peroxide Under the Influence of SdIts o~ Metals of:i~arfable
Valencies (0 mekhanizme raspada gidropexekisi izoptopilbenzola
pod v1iyaniyem. soley metallov perpmennqy~valentiiobtl)
PERIODICAL: Zhurnal. obahchey khimii, 1959, Vol 29., ~Nr 4~ pp 142-1269
(USSR)
ABSTRACT: The study of the effect of these aalte!on the deco~positicn of.
'
:
o'rtan
ce on acco of the
hydrogen peroxides;is of great imp
role played by their in the oxidation, r;olyw-,rization., . imd other
radical proeesses.1t is known that,valts of Walkindiin their
lower oxide- and oxide,forms accelerate the decoza~osition of
bydrogen.peroxide eatalyticallyi'The d6gdmposition~of hydrogen
peroxides in aqueous sQlutions below 5V,, and in bydrobarbon
,
-
-,y under tho! influence
solutions below, 90-'100
takes plice oW
l
+
2
of ferrous salts, hydrogen peroit& =A salts Ve: ;~*bdj
~
'~! Th:hydrocarbori Polu
consumed in equivalent quantitiels,
tions
.
the catalytic splitting of hydrogen peroxide underthe in-
fluance of small amounts of ferric salts takes place only at
Card 113 100 and up, whilethe reaction takes place instantly"even at

S07/79-29-4-r510/7~
On.the Decomposition Mechanism of Isopr'opylbenzeno Vydrogon Poroxide Under
the Influence of Salts of Metals of Variable Valencies
-70q if the ferrous salt is used (W, I).- The decomp8sition-
of hydrogen peroxides is also adc6lerdt-ed`by the salts of other
metals e.g.-by thefiaphthenates of.06 G4 LI Pd, Mn, 'lib, Ags Cr,
.4 .0p i
Ni I and F61 the activity of the:"metiLls, drops i" that',series,
from Cc to-Fee For the mechanism of~ihe effect of these:m,etals
the following scheme has,been suggested (Ref 1):
_~.* Roe +1
+ Men
ROOH + Men +,HO-, (1)
n+1 n +
ROOH'+ Me ROO, + Me + H (2)
t-alte~mativelyl
Hydr6gein peroxide'thus piays the par an
oxidizing and reducing agent.. This hasy iio,~veverj not yet:been
proved by experiments" In the present: paper the experimental
data regarding the decomposition of'ilaopxop~ylbenzene hydrogen
peroxide in the presence of the'naphthenatea of the metals
Un, Gul Co, and Pd in various solvents are; given. The. results
confirm the validity of the suggeste4sc::iemd. Tables'and fig-
ures-illustrate these results. There '* are 3figures, ~2 tablesp
and 17 references,4 of which are Soviet.
Card 2/3

S7,2 pj
67919
a t ZA
2
;S9V/ 0-129-~-5-29/64:
LUTHORSt Tin-vakova, Ti. :1. Dolg~plosk, B. Correspondingli Member>
AS USSR's Zhuravleva,;T.~Gej Kovalevskyl, :R;. N., Kur4n'kina,
T. N.
TITLE: PolymerizatioaA.0f Die'nei and Olaf ins';'Zoder, the Action' of
and a St~dylof
Cobalt Oxides,and.Diethy~ Aluminum H*Iidesj~
'
the Structure f Pol more
0
PERIODICALs Doklady Akademii nauk 88SR,~11959, Vol, 12 9, Vi 5,
pp 1068 1070 (USSR)

ABSTRACTt fi
The authors. s-upply data,concerning them pol~aerization 0
and 2-_3-~di.~
dieness butadienelisoprene jpentad164e-1_3
methyl.butadiene-1-3t as woll'ad oleftne.ila-butenej~s'tYr6ne
&It oxiaes~
and a-methyl styrene inUe presence ao~
(Co 0 -Go 0 f 6), and diethyl aluminum;:ohiorido or di-
2 3 3 4f Re
ethyl aluminum bromide. 'The catalyst contained either: 71 43%
I
'ra t6 ao Ibalt o xide ~on
or 6.7% of Co. The la Itter content re If
aluminosilicate. Polymerization was carried 'out b tW46'n,
0 and 4100 in different ratios between'~cobalt~oxid: an d di-
Card 1/4 ethyl aluminum halide (concentration',,O.5.4-5 of weight per

V919
'5
Polymerization of Dienes and,Olefins Under:the -SO:V/20-129, -20/64
9
Action of Cobalt.Oiides and Diethyl A!"inum na I a i i Vi Study;'O'f
an
,the Structure of PolXmero,,,,
cent referred. fo the:mohome n'an I humidity were
-r Oxyg"
u
kept off. In the'polymers prod cod the content of 1 2-1
3-4- and 1-4-ois- and trans-members:~,*Ias let6rmined by.IR':
spectroseopic,meai3urement (spectra taken by~:N.' V. Mikhaylo-
--.!a Zhe unsaturation was determined!6ti IhO basis of ~the
reaction with iodine chloride (Ref The:, vitrif ieAtion;
temperature wash. determined according to Marey ~(Ref ;8).
Table 1 gives the results along vith ~the m'lecular V'eight.
Under mentioned conditions butadiene is rapidly polyterized
already at ~00. Cobalt oxide on aluminosilicate retaift pov-
merization to some extent. The polymers obtained exhibit
a degree of unsaturation' which is 97-3-95f of theorjr-~, This
points to the absence of: secondary resotiozis with the double
bonds of the polymer. But,adiene polymers have a fairlk
regular microstructure On cobalt oxi4e iiithout carrier
the amount of the 1-2-members was 5-8%i th~ total amount
of the 1-4-members was 95-92%, with the mo6tlpart being
Card 2/4 in the 1-4-ois-position. By the use o .f cobalt oxide on

_j Ut IFIIIII lilt XIMUll. 111 -111111111 filial E1111114,
of4WIM111
67919
i9~-5;
Polymerization of Dienes and.Olefins~Unde r the 7/M.'1 ~49164
Action of.,Cobalt~Oxides.and,Diethyl'~Aluminum Halides ~'~and'a Stud~~ of~ the
Structure of Polymers
aluminosilicate, them of t el~-2-piambers in;the chains
rises Due to~ the hig*fi-content of; f-4 -iae6bers. thi. polybuta-
diene has a:low vitrification 'tem~e, down 0 -1
iavzri t 150)..
Isoprene,is,'p6lymerized more slowl band tl-highsr~tem pratures
Y ~ a p~
(at ibout,400) as compared to butidieno.'~Here tooj,~tW
proceasrune more slow 'ly with the uiIe oValuminosill 'icate as
carrier. It may be observed from table 1;that.both tha,
microstructure, of polyisoprene~and-the vit-rificatioh-ttiimper-
IkI
ature are not changed appreciably by~, th.e~!oondentratio a :of
the aluminum-organio oO;m o'nd nor by,the'ritio betwalen2~oo-
p u
balt oxide 'and aluminum~diethyl halide. Fairly large,am!ounts
(17-18%),of-isopropenyl side- roups ncrdase the vitrifica-
g
b
tion temperature of tho polymer considera; ly. The total- con-
tent of 1-4-members is,about 80%, their ~sjorlpart is in the
trans-position. A further strong.r6i'ardafion of pol~,Meri-
zation takes place in the transition! to h!lgher'dienlts. U_
t;
butene is not quickly polymerized a ~ro,)m: temperature and does
form no more than a caoutchouc-like subsi;ahce. Neither styrene
Card 3/4 nor a-methyl styrene are polymerized.by the procedure de-~
i W 1

4 111#3149 UMMIUMT1 I-INM H 1117MI Jl 11111 P H1111h MIE1101111 I 11141311 Hil Hil U111 I Hill] 111111 Will I'l 11149AH11111 11011111111111111 Iffiffil All 11 full IMI 111 HJUJI1111A Ifuldualillf
_1U1MBU
NIP:
t4
I-is
ox g
F - F !
A~ VP
94.
Ir
Eel
qw
ML
1k
....... 14

Mr~vw
ibigo/wow/ow/
ACCESSION XR2 -AP4030352 OagA)46!
avlevaj,''T6 G.; Dol&~611 Bka a.,
AUTHORS Milovskaya, Ye. B.j Z hur I.jj:vGqqlov4
polar monomers induc6di by Alk' r9__.
s Radiol,polymori atio~: of,
3
souRCE s Vy*sokomoleku1yarny*'ye a ine j. v* 41 no; W-46` J~;
hiYa
i MFIG -TAOS: p*3,vmerizations',redicallpoly~~kizatioii$ pbl*e-ri"tivIn ini~iatoij.
:alkylaiuminum compound, - triatilylaluminuml: triioobuty.1a1iAmindr4, polar moliOmae
pordxide
oo acrylonitriles ben
vinylac
etate, mothylmstha=714
'ABSTRACT% Polymerization of the polar monomers viny1doetalial 1AVOlmot6crylate
and acrylonitrile was conducted in the presence or the
(005) benzovi::;:
benzoyl peroxido as initiatior. - Th p3lymeirization of
peroxide or Al(iso-.C 4
Hq)3
in 8-9~mole/iitqr volutionsAn behaem, Xwal!
vinylacetate,was conducted 1-found
that the optimal conditions yielding polymers with speWic. ;V'i 6.68
and 0.85 were 1 moleep of AI(C
2H5).3 (on the basis of the 1.034u=
69 Al(C H5 to.'benzoyl peroxide and t6mporaturos of:-25 a~d'00. The V;olym so
ariza
2 )3
ic
ofd: 1/2
MINI=

.4,
1ACCESSION NR: APhO30352:
tibn of.methy1methacrylate took place in a-3 mole/liter i 6olutibh in di VrIf 0
-7-9 A
ide aV -2G and in a mo e iter solution in~xylene at~ ~~4
20C~(the polymoAzAion
in xylene proceeding at amuch faster rate)* The Polyrt in of, aci7~6nit~ile~,-
was conducted in 2-3,5 mole/lite' solutions in dimathyUin
r -mEmddo. SatidX4cto~T~
results were obtained only at 20C. It was observed that!here the moleculhr weight, i
eac re-
ir hed a high value within a few hours and remained pka~ticall~ unchanged th6
after. The authors show also that polymerization does ~bt cc6uz; in the absen6e
benzoyl peroxide and that it is assential'to bring the ~a2lWlaluriclnum portibn.
0
f the initiator system in contact with the: monomer befote addirig the benipyl.
1 peroxide. Orig. art. hasz..2'charts and 2 tables#
j:
ASSOCIV ION Institut v erd~ AN SM (Xnsti~~t 0 :of
y*sokomo1eku1Yarn;V*kh boyedin
High-.Molecular Compounds AN S$SFL),
SUBMITTM: We't)63.'. DATE AGQt 07X464, T,i~,C,
00
-004-
006,': i;J!
SUB CODEt: CH No kty 80V
1. Car

SOV/144-m-58-id;-15/17

AUTHORS: 0a1 S d
Feklmr, I.I., Candidate:of Techni aences, celit-

and Zhuravleva, T.S., Senior iectu' . er
r
TITM Use of a Differential Circuit Witl~ Selniconducti~~ Hall
E.M.F. Probes in Industrial (Quality) Control of
Permanent Magnets (Primeneni7e different sial I noy 1,skliem-y
vklyucheniya poluprovodnikovykh da.tchikov E ~D 4 ~. LM :~lla
dlya promyshlennogo kontrolya,post9yamnykh ma&iituv)
MRIODICAL:Isvestiya Vysshikh Uchebnykh ZaveUni:y,
Elek-tromekhanika,,
,
1958, Nr 10, PP-151-156 (USSR)
ABSTRACT: Magnetic properties of~permanerlt ma gn 8 may vary
considerably due to even small dep~titures from chemical
composition and the conditions of: theroial treatment.:
It is known that even in magnets fiom one melt the values
of remanent induction and other pavami,.-ters may vary
'L 20% 7
between 15 anc o. For this reason .100% control of
'
magnetic properties of permanent maga-'.-ts
is desirable.
Under the conditions of mass production of permatent
magnets of only one type, the quality control should be
fully automatic. When permanent m~ignots are produced in

Card
small batches full automati
on ofthe juality control is
W

~j,830V/i44-~-58-10-45/17
Use of a Differential Circuit with:Semiconduet~inE Hall E.h[.F'*
Probes in Industrial (Quality) Control.of Permunent Ma &me t s;
too expensive* In such;, cases it is,! necessary tq~ have
simple and reliable instruments which give highlyw~ q
reproducible results, in7 non-automatip qLxality Control.
There are two widely used non-autoni~tic,'methods in'
quality control of permanent masnet~ ' the, ballistic
method and the -use of a, f lumneter.~- ~~' Both these 6-.tho(ls
are not very accurate and the instiumentaused are
easily damaged under industrial conaitioins. 'The
Novocherkassk Permanent:Magnet.Faotoxy asked the'authors
to develop a ~ simple ands reliable ir~3tiument for 4uality
control of magnets under industrial, conditions. Sur4ey
of the subject showed that the.most~! suitable method
t i' seuicond;
would be one.based on the Rall effec n uctors.
There were.two possibilities: .:either a, direct-re'ading
method or a di:Cferential (comparisoii) otie. could be used.
The latter was chosen because it liad oei7~ain ad4antages
to be mentioned later, oyer the direct -reading method.
The comparison method requires a standatd. Thig ;Standard,
was a magnet -whose magnetic propei-fteli were at the lower
Card -2/8 limit of pennissible values., On telatins, the induction

la-S-1 1A V-Pt rljlil.14~911 I I It H1,111111 if 1111 4PIl HIR Wil AIIII I I Hill 111111 ;fill I IIIIIIIIIII fill] I I I I lifill IHVI III I NIUE IIIHIMORIN
SOM''
"-58-10-15/17
Use of a Differential Circuit with Semiconductin,3~Hall E M4rj.
Probe s in Industrial (Qualit7) Control of Permaneat Magnets,
of a sample should be always equal, to or Sreater~than
that of the standard. The diffenti~l -.3'.'rcuit using two
Hall emf-.probes is shown in Fig 1.1~~Each of these'iprdbes
has an independent power supply. The pozer supplies
may use either dry batteries, for ekam~ple~those 'of,
IKS-U-3 "Saturn" type which supply .6 V e ach and are
/hour capacity or the usual 'DGTs-.'based'
of 3.2 amp
rectifier circuits. Each semicondu'etiad probe was ih
the form of a rectangular plate. A' lli ter: and "a
rheostat (Rl and R2), viere include,rl,.in e,ac~h probe ~ circuit
in order to control the, working ourrent.;through, tlie probe.
The working current has: to -be chosell with~ care. If this
P -Jvity is lows (tj~e
current is too small the robe sensiti.
Hall emf is too small for reliable.~ reading). At, high
currents heating of the probes uj-3LX di stcrt the J~zear
dependence of the Hall: emf on the worling, c-urrent!. The
working current must be also of such value as to, Avoid
the pointer of a. iiull indica:~,or going beyond its 'scale
Card 3/8 limits under condition& of unbalande' Each Hall probe

OV/ -414"58-10-15/17
Use'of a Differential Circuit wit h Semi,~.- onductibg Hall EX F!';
Probes in Industrial 1. (quality) Control of Perm~afi6rtt iWi -.ets
circuit includes.alsoia low-resistaa~pe rheostat between
contact
the worldng contact of the probe ands the ~~Hall emf; ~
These rheostats am ahoi-,n' as rl and~rp in Fig 1. They
are used to set the null. indicator ~~o ze r~o in them
absence of magnetic, fields.. The apt4retus; for quality
control of permanent mag~-ets consisted of ~two part,s:
.(a) the differential measuring cirduit with:two
(10 null- indicator
Hall emf probes. described above, arid!
(a tube amplifier or a galvanometer) Fig ~2 showi the
front panel and Fig 3 the interior of the in.stnu~ant.
The Hall emf probes were! mounted in ~.qlots in V-sl~~ped~
magnetic conductors, The atandard:atd thel~tested
magnets.were placed in the socket&:An suc4, a Way as to
close the magnetic circuit of the Vishtped condu6tor.i
The magnetic circuit in the ins *truw~at ruity be made~in~
exactly the same: form as, that 2'X1 wh~dh the, tosted imagiiets
are to be used. eventually - The fr6ht pai16 1 contains
also a.milliammeter, a switch by mp6ns of which this
milliammeter can be used to measure !tho rkLng diiirrent
Wo
Card 4/8 in either of the Hall proba circuits and; four handles!

0,45/17
Use of a Differential Circuit,with Semico'nduct If 11 E.
ihg
Probes in Industrial (Qualit Control of Pe rka ne rt Ma gne t sI
2) The magnetic,
of the rheostat slides (rl, r2, Rl,~R V -
induction of the standard magnet is 1~~coinpaibed with that
of a tested magnet,by means of the ~two Hall emf ~iobe~
shown in Fig L. S6parate power. supplies!:of the two
probes ensure that the internal:resist,;MOe~s of tho
Hall probes do not affect the voltagl~e: across the
M
The null indicator shows the differencri be-lb-veen the 111a11
emf Is induced in the two probes. Tite null indicator ~may
be also made to show the differe'nce';"Le-1vj6e*n the Hall
currents. A special circuit was used t allow fo:~ the
fact that even in the absence of a'm'aEpietic field1there
usually exist small potential differ~en,,.els between' ~the I
Hall electrodes. The. procedure in! the uze or the-
instrument iB,as follows: The null'indicator zevo
position is set by means of the rheostats r, and~r2
the absence of a magnetic field. TWO Identleal
standard magnets axe placed in the sockets of the,':
instrument and the null-indicator is,s-3t to zero again.
Card 5/8 This is done by adjusting the working current by,means

-SOVA44--~58-10-15/17
.1 B.M.F.~t
Use of a Differential Circuit Ath Semiconducting H~l
Probes in Industrial (Quality) Control: of Permal'nent~:Magnets
of rheostats Rl and R2- The stand a id Eaid:the testedJ
magnets are then:compared as follows: One of the
standard magnets is ~removed from th6 ~ right-hand docket'
and it is replaced by~the ma&uet toi:be tested, leaving
the other standard mgnet in~the left-haild socket.;' If
the induction due to th6tested magnet ib.not eclu4l t'6
that of the standard magnet, then tfiO TLUII indicq*or
will show the ma&Atwle aad the sigri:of the difference
of the Hall emf., ls'indueed by these,two maGnets. The lfall~
constant of the material:used for the pro:bes Willvary
with thetemperature of the surround-ing medium but~'this
does not affect the instrument readings, since in the;
differential circuit used both probes exe affected in.
the same way by the ambient temperatuic.- In the case~of,
varying external temperatures, all:that is necessary is
a check of the null indicator zero:ih the absence. 'of a
magnetic field and when t o identica'l jtcttndard magnets
w
are in the sockets. The instrument wov.1d ha-lie been much
more compact and much lighter had it been possibi6 to'
Card 6/8 use a null galvanometer with a small iiLternal resistance,

SOV
Use of a Differe-atia'l Circuit with Semiconductizie; 11a11 E.M.F.'
Probes in Industrial (quality) Control. of Permanent; Magnats
a small external critical resistancel a sball time
constant and high.-voltage., sensitivity. Siic-h! galvaxiome~ers
are. not at the, moment produced by tlie' Sovie't. Industry and.
the authors had to.use an electronic ;'tube: ~ 11 indicator
nu
which Made the circuit' much more complex and the
instrument larger'and heavier. The instrument des.d.ribed
has the foll 'n advantages: (1) simpiApity of setting
and operation; 2) a high degree of:repr6ducibilk6y;
(3) it is possible:to test magnets uiAer the~conditsions
in which they will be later employed' 14).within certain
limits, the geometrical dimensions of the- tested magae~s
do not affect the results; (5) variations of the am,bient
temperature do, not. affect the instrument, A rotot-ype~
of the instrument was made by V.I.Bogach and B.A.Antonpv,
of the Theoretical and. General Blectrotechnology Chair~
at the Novocherkassk Polytechnical In'stitute. The
Director of the factory laboratory VON.Titarenko and
workers of the Novocherkassk Permanent Ma'&met Factory
Card 7/8 helped greatly in~testing the prototype under industrial

A0- NM AP6014901 SOURCE CODE: UR/0076/65/039/012/3118/311.9
J~
AUTHOR: Zburavlevs. T, S,; Sbigorin, Do
ORG: Moscow P6si~'~C~emieal Institul.8~ imq~ L. ya JjLrpgv (Mosk6vakiy.
fiziki-kbimicbeskiy institut)
TITLE: Generatio~ of the radicelslof.a matrix using aromatic etbynyl
derivatives
SOURCE: Zburnal fizicbeskoy kbimil, V, 39P no* 121P 1965P 3118-3119i
TOPIC TAGS: luminescence spectrum,-radical concentration, ebbybyl
ABSTRACT: The article describes the use of electron ppransgnetio;-
resonance and the luminescence method to generatetbe radicals bt a:
a
matrix at 770K. The use of etbynyl derivatives as,luminopbores;i
Interesting first of all because of the high reaction capacity of the
C ~ C bonds, and also because of their ability. to''form'r -comRlexe'sj
between themselves end with the molecules of otber-comp a. In the
present work., the' luminopbores used Iwere aromatic derivatives of~etbryl2o_
pbenyl, etbX1,obany_1_,j di phe Zlanatyl -4 (concentration of.~ 10-1 to; 10-
gram-moles/liter in a standard metrix)i The above luminopbores were
found to be luminescent under the conditions of the e"eriment (the,
Card 1/2 uDc: Qa~.:L5

L-56957--66--
ACC NR6 AP6014901
region of approximately 3900-4500 Ag% 2 see);:eIorresponding
observations were made of their triplet electron~oarsmagnetic resonance
signal., with a. g-faotor approximately equal to 4*~~ Orig, sist, boa: none*
SUB CODE: 07/ SUBM DATE: 26M&3r65/ ORIG M: REP: 003
2/2,
gar

67096
soy/144 -5 9712-15 /21
AUTHOR: Z huravleva,'T.S.* Senior Lec turer.
..TITLE: Secondary~,Hall Effect
7N
PERIODICAL; Izvestiya vysshikh..u-'-hebny1ch~ zaveden'iy,, 'r-, 1 c k t, amekhanika,
1959, Nr 12, Pl)~ 135-140 (USSR)
ABSTRACT:, The system considered is shown diagranurat ic ally in Fj..9 1.
l
ht-tic
A semiconductor plate is placed in a 1)6.rper~dicular mag
(see the figure) 'and a D A: to the
field n: enif is aplY ic
p by meaus of. two. electrodes fixed 'V6 it it shorter
edges, Another.pair or electrodes is fixe(- ta~ the 1Q*tx'&:erl
edges of the plate. An eraf, e2:appears lacross these
electrodes. That is given by
IJB:
e2 R ~~d F
where: RH is: the HaIL cons'ta:nt,
.:Ij is the curre ing intro tli p! t' fr m
nt f low e A e
the source,
' f i
~th
n
t i
Id i
V
i
&/
cr"I
e
c
n
se
e
B
s
e mag
d is the thickness of', the plat6 ~411 C111':
t Of
F is* a quantity depending on 'he' dambqsions
Card 1/5 the plate.

Secohdary Hall.g.ffect
nnected acr 1116 1~6utp~xt-
'if a resistance is co 05s,
electrodes of the sy ent , I' i.-v ~iroduced;121
stem,: a curr
the circult. and-the ' qua t ion of tile system i~q
e
4, U
(2)
z~2 7 2
where e is the.Hall emf at:lthe u p S

7 20
when open- C ircUit ed,
~

istance,-
U is the: voltage ac~068.L hejoad.. reg
t
2
(2)!, ~~cani
2/Thi: E%
By introducing X rH/r~o and 1
2 JJ
.
1
,
e
be 'wr:Ltten as Eq ~(3), wher rFj i th6' 1a ad xesista~nc
e 9
is the resistance of the system aa;,seen from.
and r20
.
the output torminals in the. abselIC6 of ~jthf~t tnagnotic ;field.
'
~
!
inp~ut
If it is assumed that the input curre~i~ 1,1~ and the
voltage U, are constant, while the outpui~ resist aace r
H
is a variable (tile magnetic. field B 1)4iiij! constant),
a linear relationship between U9 and~~ I.> is; obtained.'
This is illustrated in FIS12 for three~~different values'
of 13. In practice, however4 it is n6+. 1:,os'aible toiueep
'

Card 2/5
Stan
both the input current and voltage of.
tile ~Ystem. Coll

67896'
4-5911-12-15/21;
SOV 1
Secondary Hall Effect
one of ttlene JS USU611y Vakfable 0 ild this
results in a coupling between. tile input I%rkd dutput
of the system (transducer). 13y' cons ide~riilg : Fig* 1-y it:
can be seen t1 ogethe-r with the
jatL itjPjjt 6irront I I i!
magnetic induction of thecontrol, field,j)rcfdv1.cP- the fia,11 L
emf at the output terminals,:.This is referred,to as the
primary eMf L Le2' However. since La current flows~ i L11
iZ~
the output circuiti its- interaction
C L
field produ es.an emf (!I , at the ihput~ e r n3ina Is Olis
can be referred to as the s e c ondary 'Ha 11 enif The act~Lon
of this force tends,to increase the potential diff ere~nc'.e
at the input terminals of the transducee~4~ Vie, secondar'y
Hall effect can be explained,theoretically. ;The:
operation of the transducer can be deac4llbed1by Eq (T)L
An experimental inveatigatioh of the s)~,s~teni qas ~carried
out. The measurement circuitis shown diagrammatically,
in Fig 4. The input of the investigatedi -transducer wa Is
t
connected to a battery and the input cueren could be
controlled by varying the.resistance betweentthe battery
and the transducer. The input voltagelt,!C) the'transducer
Card 3/5 was measured by meaus of a mV-meter. A resistance b ox:
L

6*6
-1:2-- 15/21
Secondary Hall Effect
was used as the load of the: output.~cir~c"4it~~4n'd the
f
yl~~ me aris o'
voltage across the, load. was measured b' I
mv-meter, The first set of measurements~ was carriedj.~
out at a constant input current, const~aillt 71agnietic field.
and a variable load- Purther measurem'ejits were carri6d
out at a constant input voltage: and a &Onstkni field, a:nd;
'this ~ciise, tho:
a variable load. It was found that in
relationship between U2 and 19 wash ponl~hie-ar. Tbo.
Flown irl:~ Fi5 '54i and 5b;
results of the experiments are.
ts sh6wed that in the pres cB 'o f a load
The experimen on
across the output terminalsiof the tran~du,-.er, an emf~
f
appears in its. primary circuit;. this eh'41' te~rlds to ch n1ge
the electric field of the primary Hall~ tinif The sec611dary
emf varies with the changing output current.~ Finally4:.'a i
Hall transducer which operates with a loadA's a nonlinear,
element d 5 reforenco of '~,4hic'h
There are 5 figures an 3
are Soviet and 2 Germana
ASSOCIATION:Kafedra teoreticheskiy~i obshchey elekir;16tokixn~ iki,
Novocherskasskiy,politekhnidh eskiy institul: '(Cha.ir of
ctrotechnics',T~of
Theoretical and General Ele
Card 4/5

S/144/81/000/09~6/004/0041
D207/D306
'AUTHORS: Pekkerv 1.1~g Docenty Candidate of Technical, Science.a,
and Zhuravleva T*S#j Senior Instructor
TITLEt Summary of the conforence on methots',and ins, truments
.1 for.testing,of magnetic materials
-PERIODICAL: izvestiya vysshikh uchobnykh zavedeniy. Zleiktro-
mekhanika, no* 60 1961# 109-113
TEXT: The. conference was opened by Professor Ye. '04, ShramkoV9 Wh
formulated its rpose and main problems. in the field 6f raaij~~etic measure-
pa 1 -
ments. It was necessary, he seAd, to. elaborate unified ti3rminology, ELS.
it contains at present great differences. *Three main proTole:ms require,
rapid solution: 1) Development of normative characteristics for different
conditions and tasks of testing ferromagnetic materials; 2) 'The instru-
ments for testing of ferroma etic materials are produced ft insufficient.~
quantities and qualities; 3r1t is necessary to cre Iate devIices for deter-
mining basic properties of ferromagnetic materials with high accuracy and,*
rapidity. Measurements should be based'on the principle of compensation.
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'7 -7
0/006/0'04/004
S/144/61/00
Summary. of. the confe rence D207/D306,.
The.first group of lectures was on.methods, of measuremdnts' u-nd inat"'eiRts
for this purpose. N. .0, Cheraysheva (VNIIU),apoke on t~e increase of
roducers2
responsibility of producers for:the quality of production. ir'
should publish catalogues specifying average properties of uaterials F,F,O-
duced and possible deviations. GOSTs. for magnetic materiali do not contain'
so.Jar any developed sections on methods; and instruments tor testing mag-
netic properties of materials, nor on admissible errors in weasurementip
Methods of standard testing for all magnetic materiali prDdulded In theil.
Soviet Union should be developed. There are not enough instruments tor q
carry out testing, especially in factories producing such materials
'Oe N. AYtgauzon (NII Chermet, Moscow) spoke on the au~pmatioz 04 magnetic
measurementsand the choice:of parameters to characteAze the material; in~
different working conditions. Special emphasis was laid on standards1or'
conditions of measurements. 1. 9. Rozhanovskiy(Kiyovski), P'olitekhnicheskiy
institut) discussed unification of Imagnetic character iintiLcir In -variable
magnetic fields. It is suggested feeding the magnetization ci rcui t of a
ferromagnetic specimen with a sinusoidal voltage and then, to, determine
reversible and irreversible energetic processes from first harmonica
Card 2/7

"tllmilli 'i'lutim,
S/~44/8i/OOD/006/004/004~ L
f th
f
ce
S
e con
eren
e**
ummary o
of distorted cur-rem. Professor M. A. Roz;enbl at (Institat a-vtomatiki
tel6m4khaniki M SSSR) criticized the above suggestiouil showing that sixchj~
a basis for the unification of characteristics is not'.Iacce~tublo, as~:it
does not reflect the peculiarities of differentworkiiig cotidi tionso
N. At Semenova (NII Cher-met, Moseov) spoke on the mea~urvmintx of ma6eti 10
characteristics of alloys with high permeability in IdIitfore'n't conditiors
of magnetization. It was stated that different condi ii oils: change thel"
curve of dependence of permeabiliti'in field intensity. The: second Iri po rt
of the sameauthor was on methods of de 'termining initial permeabiiit~jof
`
M'04irn magnetic alloys. R. I& Yanusq, -Yu. A Vdovin;;4
ad bruzhinin
(Inatitut,fiziki metallov av*-rdlovskogo filiala AN SSSR) discussed the
results -of study oncreating and testing, in industrial co,~nditionsj iauto.!
matic devices for the industrial control of quality. of electrotechnical
sheet steel.
P. P, Markin:. (Poli tekhni dheskiy institut, Ni6voeherkasik)
,
spoke onthe electronic ballistic galvanometer vhiW~ he in'vented with:
the same sensitivity as the-'pr-psent GZ39-47y simpli6 Lnj'bAndling and
rapidity of measurementsc 1. 1. Pekker and P. P. Markin (Novo charka"iskii
politekhnicheakly institmt) discussed a ferro-*tester~~'for constant maipets
.a semi-automatic device which permits representation of a:-hysteresis': loop
Card 3/7

:00
S/144jq CO/006/004/004!
Summar-y,of the confe
rence*69. D20T/D300
.acres
of a permanent magnet to be. obtained:on.the n of' 7 elfiaironic O's ci I loe-
in t6d6 of oonir:01-7~
grapho Sh. I. Zusman (NII chermet? Moscow) discussed' eU
ing the thermal treatment of magnetic hard alloys vt th t:ho: aid of co.ntinu-'
ous observation of hysteresis loops on 0 an'oscillograpb ser eon, in tho,~
temperature intervalt room temp.,- 900 C, Ye. N. Chochurina. examined the
work of VNIIM in the field of methods and instruments for !'testing normal
specimens of, ferromagnetic materials in the frequency region 50 cycles
megacycle and in conditions..of complex magnetization. S*.Mo Nizhniy
and Ye A. Dudni tskaya spoke - on devi ce I (Y5Ol7)'U56lT:, - (in.' improvement
of U52;) - an alternating current bridge for determining inductance: ind
equivalent resistance for losses (as'.a function of msgnijtic~ field initensity
or magnetic induction) of coils with specimens of feiroinapetic materials
in ring form as cores. Frequency region; 400 - 10,P00 cycles. 1. 1.
Kifer and TsepIyayeva (NEIP Moscow) examined a method of d4termining:,
characteristics of cores of ferro-sounds) shoving the' dependence of the
second harmonic on magnitude of a sub-magnetizing fielff and the amplitude
of an excitation field. Ee So Vasilevskays, G. N. Pivigina, L. No Syrkinal
V. I, Telyatnikov and U, A. Shamavskaya (Leningrad)~Ioakid at methods and
Card 4/7
j

S/144/ol/C,00/000/004/004
f the co D207/3),106
Summary o nference.00
instruments Io r measuring dynamic magne tea tri c ti on :pftirvx3eiers~ baaed:on
the theoretical study of transition processes in,a miignatostrictiona
vibrator with pulsed excitations. Ls V*.Ifiteltmanl(tenijigrad) examined
two-coordinate automatic broad-band recorders for m6almrifig parameteris
of ferromagnetic materials. Yas' P. Tsar" (L'v6v) spoke 6 a device: for
the oscillographic observation of hysteresis loopa:41't high and low
frequencies of magnetizations. P. P. Markina. discussed a device for tea t-
ing magnetically soft materials. 0o As Herashchenk6l F. I. Dekhtyarienko;
and V. P. Karpenko (Kiyev) looked at an analysis of;automatic regulation
circuits. of a differential, calorimetero A* L.. Grokh,ollskly (Novoakbirsk)
discussed devices for measuring magnetic cha racteristies '~of ferroma&etic
materials in the frequencyregion 100,'kilo.cyclas 1,00 megacycles.. J. 1.
Pekker and V. X. Titarenko dis ssed some
Cu a Problems of te6nical control.
of permanent magnets, It is suggested basing such icon Lr OA :on Ahe iro rkiig
point of the characteristic or on a given segment of the~demiagnetiz&tlou
curve. T. S. Zhuravleva spoke on new instruments using the Hall, effect
in semiconductors, for testing permanent magnets. G.. Kh, Valyamyao (Tallin)
lectured on a permeameter for continuously measuring magnetic propertiea
Card 5/7

S/1,44/61/C,06/006 .004/604
'Summary of the cvnferencee!P6 D207/D306
of ferromagnetic materialse N.~,Ye. Fevraleva and S.'! G. Taranov (InsUtut
yev). sp be foi- measur ng;
elektrotekhniki ukrainskoy, AN Ki oke;on a devi
t
induction in magnetic systems: h an air gap of OJ6M bind care: Limit of
measuring 3000 gauss. I. I*. Fpkkert, A. D. Domanoi -N. Fo Shmo lov:'and-
I y I
A. N. Komo-y- spoke on an automatic, device for tostini porma~n.eat magnets a ;c-
cording to their magnetic properties: I The control of ma&nets used in
electric energy meters, by comparing demagnetization curves oftested
magnet and standard magnet. T. I. Vdayutin and V.,11. 'Yurchenko discussed
measuring characteri sties. of ferrite cores in quasi -~~Htii.tioinary regimes.
E. M. Ifushkarden spoke on a device.for measuring coinplox magnetic per-
meability of ferrites in a radio frequency.band. Y~. ~Gurvich and L.
Shchukin. examined thq choice of'a system of parameters a6d.methods,df
measuring large quantities of ferrite'cores with a hysteresis
loop, used in automatic digital computers. L. I. Habkin:'and N.P. Gorya6hev
examined pulse measurements of ferromagnetics. A4 Z. 7eksler spok*,,'on the
determination of a magnetization curve in pulse regime. :'V.. V. Bardiih
lectured on static and pulse parameters of magnetic cores with rectangular
hysteresis loop. Yu.. I. Vizun spoke on instraments for investigating
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-- -- -------
s/144/60/000/009/007/067:
E073/K35
va T.S.q!and! apovalo
AUTHORS: Zhuravle sh V?
TITLEs ~n:Hoqg7ra~ t4
the Field of Dielectriasi and Semi conaue Lors
PERIODIGALs Izvestiy& vysshikh uchebnykh zavedenly,
"0.
No. 9, pp 161-152
TEXT: Between June'12 and 18, 1960 the Thfr,d later.-College
Conference on developments.in the field,of dIeleatrI6sVtnd
semiconductors was held, with the participa-tro-n~oVl Ue-r! 1200
,;I7r9=s-enT-ati`v#s of various colleges, researoh or
r
epr ganisations and
industr'. There were ten sections of thd conference, namelys
physics of dielectrics; Inorganic dielectrios; "organic
dielectrics; effect of radia
,tlon on dielectrics' and: s,emiconduotors;
ferroelectrics. and ferriteai!~'- crystals and aryst~Lllzatlon;
physics, of semiconductors..; semiconductor diodes, and ~tramsistors,;
luminophors.and photocells.; semiconductor re ancea. and
thermoelectric instruments. A'total of 178 pap~ers- Vere discussed. V/
The following participated in the discussions: IAPsd~mician
L.I. Bergq Corresponding Member Acad.&A. USSR B.M. Tal
Gard 1/1+

144/60/000/009/007/007
B073/8135
Inter-College.-Conference on Modern Nvelopments,J.n th~ Yield . of
Dielectrics. and Semiconductors
.Professors.N.P. Bogoroditskiy,~ DA. Hasledov. N. 0 Drotdoir,.
AM. Kaza I i~ ~ev 13.9. Tarey*ev~~`77 =.-,eOiG9
V. PasXC&ov and others, During the-Yl-rs-t--~I~~ry mee-Elng'
Professor-R-ororoditskiy read the paper on "DialectTir;o and
semiconductors'in modein engineering". In his 'paper 7R.1e-^-tr*aq*
and CybeznetLW1:' Academician A.I. Berg tried to stimulate the:'
t the
ssientific activity of.=LversTf.-fferionnel, stattrjg~tha
tempo of the~progress in research work-laga. behind that of thei
d9velopment of the Soviet: erjonomy as :a Vhole, ' jt is~,partieuiarl~
important,to extend the.vork on semleonductors,." Organisationil-
problems became decisive in. the developipent of~ f-he rational
a 0 s, ~Part;t'
"onomy and in this-respect oybey-n6tic.-Al
wpoita
In the conclusions, he empbasTsid-Fg-arn-f-he . impprltaa6e of research:
for the development of semiconduc;tors. In his'' pa~peir "Properties:
of certain AIIIBV. semiconductorall Piolfessor D.N~ . Na~ledov
~ftjdngrad Inst,lLatR of Physlg~s. and Te~?~hnolo&y,~ Acad,Sel, USPA)
(,O~ .rib
ex ed the work of a team of scientists on the electxlc~
Card

S/144/60/000/00900?/007
B073/3135
-Modern:Dev lopment~. In t)16~ Fi
Inter-College-Con_rer4nce~on Old o
Electronics and-Semiconductorg
properties of modern semiconductors and the possibilities of th'elr
..praeticalutilization under:Andustrial,conditiow~;' Ile; emphasized
particularly work on the very promising semicondUcItors '; of t h etype
IIIIBVI primarily InSb%nd GaAs;.*t, In InSb compounds the electron
..mobility at room temperature 170f.the order of 60 ON c! 2/se~,,.':
T.S. Zhuravleva (NPI) presented aLpaper on "Phys ic_& c f
Semiconductors1t, dealing with,galvanotagnetia. phenomen~i and their
application formagnatic measurements, In the Sa'."tion on
6emiconductor.diodes and transistors,~ G.N. ShaDovallov (NPI)
resented a paper "On the temperature regime or zqn trAnsitioni,"
asts of DocentA.F. Gikis.and the author). A,papTf on Vae
M
sta,!'Ie and the tasks:E=e f:L ld of manufacture of electrical
insulation in the USSR,was presented by.the Chairman of the State
Committee of the Electrical Industry, S,,A. Yamanov he reviewed
foreign developments and the tasks,fa=cng t industry ill-.
field. He paid particular attention to problems. :of
improving industrial insulation-materials and he outlined the
Card 3/4

JJ/
1,
8/046 %1/0,,i7/toi/026
of,gamma- d' S 06 t, J:_
11 a a 4tsd -1*:14
~pO~ tr
There ate '2 ligures.and 2 table
7
egrdl polver!of 4d'
Table I Legend: Int irradiation -,~ji 0; ra
0 W
point (in C). width determined from the fir's ~erl;viitivi of th 0
r.0i.1.112'. 4,
mine;.becausf
absorption curve. numberi~of lines hard to,'detet
1,~~- , ,,I it M
'd methy
superposition of the spectrum of not,'completely, 44139riia i
7
acetylonel spectrudwais nit n at, a
0 -found eve a dose ioti -jr dJ:: :t
eopor. spectrum obtained at f4i r4d 6
a\dose of
compoun umed rididal
4s,: (2) ass M:~number 'cif, lines ~'4). overall' j*idth-
of,spectruint oet
-7 'Wid h:"'
table.20~ Legend: Inteoral'po*er of iiradiaii6~i.~ I
ad i~ t
D.
t ;curve''
determiAed'from the firOt:derivatiVi 'of he ab'*'O"r'p'ti4h.; j i"4iia
.of the preieit 6uthors.-'*:.-(,I)':i'n,iti~i~,~o,MP04~d'~f':,I"(t)','iieumed~ritdipiili,/,.!':~s Vf
(3) numberjot 1'
ineeJ 'o4erall,'vi'dih of'.118PS t"0166
'4
tv. T

S/046/6~/027/001'/926 43
E.p.r...Spectra of,gamma
-irradiated
Bi 001 8~,~

ell
00
11-CH-0
4,
cur-CH-0

x-c-d
'6(8)

2,0

cu If-qE4,
IH$G=cH._:CH 5 U+i 5

640
Uble,2

'
rd-
4/4-
7

I UWA V VM_1 my""
8/00761'64/038/002/046910471
ACCESSION NR: AP4019525
AUTHOR: Smirnova, V. 14; Zhuravleva, To Sol Shigorin, Do,; No; Crachava, Yee' Pei
Shostakovskiy, Me Fo --------------
TITLE: EPR spectra of some diusubstituted acetylenes upon wipo'sure to gamma rays :1
and to light
SOURCE: Zhurnal fizichaskoy khimii, v. 380 noo.2v 1964~ 469471:
TOPIC TAGS: methylphenylacetylene structure, ethylphenylacetylone structure,
dimathylacetylens structure, electron paramagnetic resonance, acetylene,:alkyl
radical, acrylic compound, methylq EPR
ABSTRACT: This is a continuation:of a work by~ the same, A~uthora' '(AN SSSR~ Dok!
140, 149, 1961) where they described how a:number of acetylefteb of the RC z cit
type (where R is an alkyl radical) ypon exP;osure to gaawka radiation form:radicals
where the unpaired electron is delocalized by the triple bond over ihe whole
eaent work transfers the above study 6"
molecule, The pr 0:'Ar - CIS C - R arylic
compounds,.of a.different structure.. The object of the study were: methylphenyl-'71
acetylene, its deuterium tagged.form, ethylphenylacetyliene and dimethylac0tylenes
Card- 1/2