SCIENTIFIC ABSTRACT LIODT, G. N. - LION, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930010019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LICDT, GX. I
Geography an6 Gtology
Cartography. Moskva, Cos. uchebno-pedagog. izd-vo, 1948.
Nonthl JJ21 9f RunQlan Accnnn Lorm, Lllyr!iry of' April 1952. UNCLASS IrRD.

Cen oral *Ob I (ef.,-n
jP -f h C4 IFF -!'-q! n g
SUUOVY V.I., prof., doktor tekhn. nauk; YUROVSKIY, Ya.I.1, dots.,
kand. tekhn:jnauk; LIODT, G.N.p prof., doktor geogr. nauk;
NIKISHOV, M ., -sfif~sy n~auc ~ sotr... doktor tekhn. nauk;
BYKOVA) M.G., red.; DEMA, V.M.p tekhn. red.
(Making agricultural maps] Soetavlenie sellskokhozyaystvemiykh
kart. I2d.2., perer. Moskva, lkd-yo sellkhoz. lit-ry, zhurna-
lov i plakatov., 1961. 310 P. (MIRA 15:2)
(Agriculture--Maps)

,5111M OV, FlInrnt. Ivritinviolil WIMACHEV, Sergey MlkhAYl.OVlCh;
(I kl , Volt'" I 1 .0% t I, I (It "TJ4. I 1~ jV 1 1" f".; I --I I-,
1 -#Ih IJAIi'lt~tl' 1 It , A i 1 1 4 1 1 .
t . r . k . .' ,
o
. . . I I

VOLIFSON, F.I.; LUKIN, L.I.; DTUKOV, I.I.; ICUSMUM, I.P.; PEK, A.V.;
RYBALOV, B.L.; SMMSHM, To.P.;- KHOROSHILOT, L.Y.; CHIMMSM,
V.F.; BIRMOV, V.I.; GARKASH. A.A.; DRUMININ. A.T.; KARANTAN.
K.A.; KU2WSOV, X.F.; LOZOVSKIT. V. I.; MALINOVSKIT, Ta.P.;
NXVSKIY, V.A.; PAVLOV, N.V.; RONUNSCH, B.M.; SAMONOV, LZ.;
MMCRMKO. A.V. [deceased]; SMO, F.F.; CHIGLOKOV, S.V.; YUDIN,
B.A.; KRJ=R,,V.M.,.doktor geologo-mineral.nouk; retsenisent; - ~
KOILTAR.-V.N., doktor goologo-mineral.nauki,.retsenzent; GRUSHEVOT,
V.G.j doktor goologa-mineral.nauk, retsenzent; NAKMIK,.N.1.,.doktor
geologo-mineral.nauk, retiiienieiit; KUM, N.N.. doktor geolo.-o-mineral.
nauk, retsenzent; LIOGZNIKIT
reteenzent; MUTALOV, Te.T., doktor
geolo.mo-mineral.nauk, red.; XRISTALINTT. B.V., red.; SERGETIVA. N.A.,
red.izd-va; GUROVA, O.A., tokhn.red.
Bnoia pri)lflomn mid mrotilimin or nw(lytitir ni,niouti-nn (ir 4w0 lIr-whmpol
I) I 11, 1111 Intl tit IW~f' 0 1-,1 T-4 I

VOLIPSON, F.I.--(continued) Card 2.
and deposits] 0snovnye voprosy i me tody izueheniia struktur
rudnykh polei i motorozhdanii. Moskva, Goo.nauchno-tekhn.izd-vo
lit-ry po gaol, i okhrans nedr, 196o. 623 P.
(MIRA 13:11)
1. Akadeudya nauk SM. InBtitut geologii rudnykh mostoroohdaniy.
petrografii, mineralogii i gookhimii. 2. Hoskovskiy institut
tsvetnykh metallov i zolote (for Dyukov. Biryukov. Druzhinin. Kuz-
netsov). 3. Inatitut mineralogii, geokhimil i kristallokhimil redkIkh
elementov AN =R (for aermash). 4. Akademiya nauk Armyanskoy SM
(for Karamyan). 5. Baleyzoloto (for Sidorenko). 6. Institut geolo-
gii radnykh mstorozhdeniy, petrografii, mineralogii i gsokhimii
AN SM (for Kalinovskly, Nevskiy, Pavlov, Gbernyshev)- 7. Koskovskiy
goologorezvedochnyy institut im. S.Ordzhonlkidze (for Ronenson),
8. Voesoyuznyy nauchno-iseledovatellskiy institut minerallnogo syrIya
(for Samonov). 9, Voronezhokly universitet (for Sopko). 10. Kollskly
filial AN SM (for Tudin).
(Ore deposits)

4. GOOPhYsics - NOV90i,ud Province
7. Report on the activity of the Komarovo geophysics party in the Lyubytino
and Boravichi Districts of the Novgorod Province. (abstract) Izv. Glav.
upr. geol. fon. no.3, 1947
9. Monthly list of Russian Accessions, Library of Congress, March 1953, Unclassified

LIOGJNIKI*-',. S
ibbw
C'0RPRr&tIT4 ~tudY Of Magnetic properties of rocks from regions of
the Altai. Rasyed.1 okh.nedr. 20 no.5:19-25 S-0 154. (KLBA 10:1)
(Altai Mountains-Rocks-ftgnetic properties)

Role Of natural electric currents In forming the oxidation zone
of sulfide deposits* Inform.sbor. VASIGIII no.1:103-106 155.
NLRA 9:12)
(Sulfides)

Translation -from: Referativ'IYY zhurnal, Gaoloiziya'
pp 204-205 (USSR)
AUTHOR: Liogen'kiy, S. Ya.
TITLE: The Problem of Using Electrical Prospecting Methods in
Mapping of the Rudnyy Altay (K voprosu primeneniya
elektrorazvedki v tselyakh kartirovaniya na Rudnom
Altaye)
PERIODICAL: Inform. sb. Vses. n.-i. geol. in-t, 1956, Nr 4,
pp 112-118
APSTRACT: The author has examined the conditions for using various
methods of electrical prospecting in the Radnyy Altay.
He notes that the ratio of resistivity of the bedrock
to the resistivity of the mantle rock is fairly large,
reaching values of 10 to 20 and more. He also notes
that the comparative constant value of resistivity of
the sandy clay mantle over large areas favors the wide
use of a vertical electrical sounding method for
Card 1/3 determining the thickness of the alluvial cover, with

The Problem of Using Electrical Prospecting (Cont.)
15-57-10-14596
a maximum electrode spucing up to 1000 m. He states that it is
possibin to interprot tho grout majority of vertical sounding
grilplin (linvni'll'i LI-1011fli.ti)(111) obtkilnod In thn Rudnyy AlArly. DI. rr 1. -
1110 vrillihn Ws"I r1twomil.nrod f)llIY In U10
L;ULt I, J U (j I' tA I ti lliikik UL4 IW VUV. Ti it, 14 1.
vertical electrical sounding method, properly usea In couiLil-
nation with general geological mapping, helps to trace the
distribution of different rock groups covered by mantle, to
determine the thickness of the mantle, and to differentiate
rocks according to lithology. The author examines the possi-
bility of using symmetrical electrical profiling in the Rudnyy
Card 2/3

The Problem of Using Electrical Prospecting (Cont.)
15-57-10-14596
Altay for geological mapping, and he describes the screening
effect of mantle that has a high conductivity and a sharply
varying thickness in small areas. Figures are given to show
the relationship of apparent resistivity to thickness of the
mantle at various electrode spacings. These figures show the
increase in screening effect of the mantle with an increase
in the ratio between bedrock resistivity and mantle resistivity
and with a decrease in electrode spacing. The author emphasizes
that strong shielding effects of the mantle make interpretation
of the electric profiling curves difficult, so that it becomes
impossible to arrive at any practical conclusions for mapping.
He concludes that vertical electrical sounding Is most effective
for the Rudnyy Altay. It is cupable of the highest resolution,
and gives the best technical and economic results.
Card 3/3 M. V. Sokollskiy

Ailtioll, 1, tnitifn k I y, 'f 20-3-33/52
'r VI'Llk ,I' Iwithr, -1, INS "Ohlilloyl Alt""
1 44 ~j 111 lot" I I J,-4 V &4 4 1 W,
4 f4o It f4i I111 t4 14 1 W 1 4 1 ! i I 1*-- -4 P ol 104-111 #4 1 ki 1% lo-40" fill to" 0' "t"It
I m M I I to I L a bt lem 14. folps 11,04,1101, 11,,v .11 1..1
111041'a L I 141 fill" 419311110 1 LOPI . In vkll,y Itow Oil voll.16 ro,'1111140, L(j

A h 1, 64Y 04 1 ti 11 i I I ti I tl I It'. 1 St Imt I14FS I t ji'llitj Wit] vti- 10 lit -i'l i
141"n , linva I'l lo I's lyfirl" 1, -Its I in I I,Y j 4110ord I lilt Lit all I lloctiLintill iti-Ill'olit,
it r n i Liatsoit, on, Li , ( ~ , 1;,t_, ot VJ011114) . Th n I j an I a VnIxtin I va roakm
diabana,l, porphyrlLci and oLhora, linva it hIghur dontilLy (2 '15
3). rhe IlighUat difftil,enoo of (1011BILy, about Of
om 007 g/cill
d
exists between the Paleozoic and Mezo-Cenozoic formations, for the
Utter ones a density average of 2,oo 9/cm3 may be assumed (table
1), A very different thickness of the light sediments (from zero
up-to loo-15o m and more) much complicates the gravimetric explon
ration for the purpose of geological charting. Therefore this me
thod has to be completed by electron-explorating works according
to the VEZ method. The density analysis of ore samples shows a
wide fluctuation range of this parameter, 2,70 - 4,,6o g/cm". The
The samples highest enriched with sulfides, have a density of
4,2o - 4,6o g/cm'. The "superabundance,' - density (Ilizby-tochnaya
platnost'll) with respect to the rocks contained, amounts to l,ho-
1,60 g/CM3. With regard to the gravimetry sulfide ores can not
Card 2/3 be explored, because they only form small bodies, bedded too deep.

20-3-33//,52
Density of Ore-Bearing Rocks of the *Radj*7 Altay"
Wdized ero3, containing much of linxtrConic (Limonites coriLs3its,
anglesite and others), and many excavations of leached out sulfites,
have an inhornageneous donsity, usually lying rtbout 0,3-0,6 k7/CM 3
bolow tho inamn darintty of' thp olinUAInw(I rookri, Hy roamon of' LhAL,
nagal,lvo Anomal,tom or graviLy m4y arl-in.
11,11P1-0 In I I'AbLee
Ar#llyl I ATJI III JAA lwlhitto" 1--ilAWAVI'i
I IN 14#41110 1.. It) #4 1 F3,10.0il 1. 44 1, idj~ly I I, I~ I, i I w#4 It IV I I vi I I 1 1-1
I

LIOGIMIKIY, S.Ta.
Pbysical properties of pegmatites and enclosing rocks of
Korelia and the Kola Peninsula. Geol.rud.mestoroxh. no.6:
117-120 N-D 159. (MIRA 13-0
1. Tessoyusayy geologIcbeekly nauchno-looledovatellskiy
institut. Leningrad.
(Russia, Northern-Pegmatites)

VEYHEA, A.A.; KULTYSIIE:V, N.P.; KUKBAKO, Yo.P.; KUTKIII, S.F.;
LEVITSKAYA, D.N.; VARKOVA, T.S.; TROITSKAYA,
UABANOVSKAYA, M.A.; KILAUSTOV, I.V.;.LIOGE'7I'KIY, S.Ya.;
104ANOVA, G.F., red.izd-va; GUROVA, O.A., tekhn. red.
[Prospecting methods and the evaluation of moldinp naterials)
Metodika razvedki i otsenki mestorozhdenii formovocbmykh ma-
terialov; sbornik materialov. Moskva, Gosgeoltekhizdat, 1~63.
195 p. (KIRA 17:3)

LIOGIISKIY, G D,
~
Change nethods of planning and accounting for gross output. ?eke*.
pros. 16 no.12.-4-5 D1560' (MIRA 1011)
1. Nachallnik planove-proUvodstyennogo otdols, kombinata wSovetskays,
svesda,"
(Textile Industry-Accounting)

L . I k& k. I," L , I i I i.~ j, t .. .... . .. , , " , - - . . .. , . . I . . I . I
kombinata "Sovetskaya zvezdL'."
(Spinning machinery)

LIOGlNSKIY, G.D.
Correct analysis of production indices ("Zconomics, organization,
and planning of an industrialienterprise" b7 S. Kamenitser,
V.Kontarovich, G.Pishchulin. Reviewed by G.D. Lioginskii). Takat.
prom. 19 no.9:81-84 S 159. (MIRA 12:12)
l.Nachallnik planovo-proizvodetyennogo otdels kombinata nSovetakaya
2vesda".
(Industrial organization) (Textile industry)
Mnmenltwer, S.) (Konteroviah, V.) (Pishchulin, G.)

SHURTS W t D.A.g LIOGINSKIY, G.D.
P I -* - -----
Calculating the production costs per ruble of goods. Tekst. prom. 21
no.1:8-10 Ja 161. (MIRA 14:3)
(Y-anufactures-Costs)

LIOGINSKIY, G.D.
Calculating the gross-production in textile factories. Tekst.-
prom. 22 no.9:35-37 S 162. (KRA 15:9)
1. Zamestitell glavnogo inzhenera pryadillno-nitochnago kombinata
"Sovetskaya zvezda" Leningradskogo soveta narodnogo khozyaystva.
I (Textile industry-Accounting)

lArdonfac o( P-d-d comM for refidgm;T
N. Lavin AND R. 1, LloooM'FXAVA,
(11984-1~11 %Nd 01ohor 1411tiplIalik*
93 ViA tind 0XV if cgi Ab. C,8
a log 004i#1 i
y I 4,~tlooi A

USSR/Chemical Technology. Chemical Products and Their Application -- Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Referat Zhur - Khimiya, No 2, 1957, 5292
Author: Levin, N. I., Liogonlkaya, R. I.
Institution: None
Title: Properties of Cements Produced by Means of Separation
Original
Publication: Tsement, 1956, No 3, 6-lo
Abstract: Sorting of cement by means of a separator into a fine and a coarse
fraction makes it possible to produce two different kinds of cement
due to a redistribution therein of the clinker materials -- alite
nnd belite. The Vine frnetion is enriched with nlitc, the v4x-irse
vr-ll,li lirrlt,p. oilinc.iric iiiirrnco nr ritin rt-nol.lni)
oil' I'll($ Iollrl,, I'Ifwl 1,111 I'l-I A ft."
It 1,
sov-101-58-4-5/12
Sbteyert, N-Fi Levin, N,I.; Liogonskaya, R,I-
A7,31THORS: ---------------
quick Setting Cement for Urgent Emergency Work (Bystrotver
TITLE: deyu3hchiY tsoment dlya arochnykh avariynykh rabot)
PERIODICAL: Tsement, 1958, Nr 4, pp 19-22 (USSR) o obtain a
The authors present the results of experiments t
ABSTRACT: suitable quick-setting cement. The results of variOUS tests
are given in Tables 1-4. Table 4 illustrates the result$
ting quick-setting Portland cement. The
obtained by tes the open air and under water. The
tests were carried out in ich amounted to 110 -
6-hour strength of these samples, wh e results have
115 kg/sq cm, met the requirements* The abov
quick-setting portland cement, of the normalized
proved: position, is the only suitable material for
mineralogic cOm rand has to be ground
urgent emergency work, This cement b 2.5~- to 3~6
to the fineness degree of 5,000 sq cm/9, with a
Card 1/2 addition of CaC12.

11A
i I - I ; ; I I I :
; . II ; 1 .
. ! I I i
I . t111 ! , , I ! i ! i I ( : I . . .

'ACCNR-I- A-P6_018013 SOLMCE CODE: uR/o413/66/ooo/O10/O145/o145
INVENTOR: DiuViiahevskiy, S. I.; Liogonlkaya, R. I.
ORG: None
ExImildl. till, Mmstl 60, No. 111'2037 (mmomicud by tho '~WxLti All-Union In-
rm. i)mopoi mo noot,111.1N.1" licilifillf-oll W(ork (Owitic-IttroLvomiyy voirloiropimiyy ltisstlLut
1, 'Y -,-I o I I i I Imit"1111fl- I lift I I'llfival'o I lilt till 1~10)10,11111)
!"', I , - I ~ I k - fr; ;0I I , ;. ,I, . I I ,,, , l - - " '4 1 0 0 'o v

?WE I DDOK ZXPLOITATION 30V/4984
Int*raj,tIcv&I symposium all macrosolecular chemistry. Moscow. 0
1960.
Cunarodnfr simporlum po makromalekulyarvoy khimii SSSR,
lbzhd
skTa. 1 -18 lpnya 1960 S_ doklady I avtoreferaty.
&*kt4l7a III.. (International Symposium on Xecromolecular
Chemistry Hold in Moscow, June 14-13. 1960; P3pers and -~7
3ummarlemi Section Ill. [Moscow, Izd-vo AN SSSR. 19601
469 V. 5 .000 copies printed.
Tech. Ed.: F. S. laahina.
3pooscring'Agencyi The International Union or Pure and hppll*d Q
Chemistry. Commission on Xacroaolecular Chemistry.
PURPOSIs This book is lntandid for thestists interested in poly-
aerization reactions and the synthesis of his)% molecular
compounds.
COVWUGZ. MLIs is Section =1 Of a Naltivolume work contaln-
Ing Paper& on macromolec%x1ar chemistry. The Articles in
several deal with the kinetics of polyeerlz&tjon react, on..
the synthesis or special-purpose polymers, e.g., lon ox-
61140641 rs&lns, semiconductor materials, etc., methods of ast-
91711114 polymerization reactions, properties and chemical
Interactions of high molecular materials, and the effects of
T&2`10" f44tors on polymerIzatlon and "a degradation of
1115h ALOletul" compounds. No personalities are mentioned.
10foran0as given follow the articles.
iiLb.sk -T. I.. and J_=-Ader~ (Poland). Chlorination .of
Phemol-Forimaldehyde Resins ZT
I 1-,,I. Iris- and A loclan I (Ru=nia).
Cy=n
i an .Cc
"inopropyl Ethe lyvin7.1 ;,leonal 34
r
XWbo!2ch. A. ~. 0. Yj- Go-de alkQ~A ye~ IL
i
T. 1. Tre LzALovi _1__LZ&=V_ATUSS-
argInan, , and N.
_--ft-udy5f. the Cnexical conversions or Polycarbonates 44
A S Fel-d3hte I and E_L_Bs.1_vag&aa (USSR).
Chemical of too A-.tivating Action
__Or Double Systems Of Vu2car:1zAtlOn Accelerators . ' - - -' L. .., 65~
n 'Y 3
A
affihilk~n3R Eater-2--oePrl' - and w -
Sulfuric Acid and Polyvinyl
Alcoacl d 0. Thur=o (Hungary). IMe Inter- 73
I' ht
2tl.Ol A_~~_Jdc ~Amlin-._Oan4 Poly-riny'l Chloride 79
ftXftVAh_ A a_j_jLndo, a -. j
_A_j=MtAsj. __j_Kuj
olak, A V T2_1c~hlell,ta;dd nk,,o-
or 0 rateric Xa a a.&
The roducti P 1
Semiconductor Properties 85
and Chemical Prop*rct.s
of Bipolar Xon-amcEange Resins 93
I., and J. Noraviec (Poland). Effect or the Struc.
ft" of Organic AmYn-*-TW-xp-c-5n-d3 on the Properties of AnIon
Resins From Polystyrene
3&ldad-,L-L. N. (USSR). The Problem or the Effect of the
R9c=;=rQ Of Ionites on Ion-SxchangeProcease3 Between
1OrLit*4 and Electrolyte Solutions 107
Lb ~in X. A., B__1__LLcj2n,kjY, (LISSR).
FrOductIcnand Some ucau-.1c polymers 115
?rostyanskAY4. P. V 1. P. 14dev. A: S. XI-Ina S. B
NerOdOT_a_,__&-na-ZX-tr&len-j 0'1'706i~Cht;ioal
rn2cluble Copolymers of Styrene 124
"-,T (Poland). Thermal Stability of Strongly &laic
Anlon Excnange Resins 140 40

TITLE; Production and Properties of Some Aromatic Polymersq
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2. No.
pp. 689-697
TEXT: In an earlier paper A. A. Berlin and V. P. Parini published the
synthesis of homologous Rolyphenyliseries by decomposing bis-diazobenzi-
dine or bie-diazobenzidine-3,3'-dicarboxylic acid by means of salts of mc-
novalent copper (Ref. 11). The present paper reports on this reaction and
on the properties of the products obtained. The bis-djazo compounds $ere
decomposed with an ammoniacal solution of copper sulfate, which had been
stabilized with hydroxylamine hydrochloride. No different results were
obtained with air supply or in argon atmosphere. An addition of the di-
azo solution to the copper solution, however, yielded products with
higher molecular weight than those obtained in the inverse process. Ana--
lyses of the products obtained are given in Table 1. Nitrogen could nct
be completely removed. The chlorine content decreased with increasing
Card 1/3

83818
Production and Properties of Some Aromatic S/190/60/002/005/008/015
Polymers B004/BO67
t
molecular weight (Table 2). So, it is probably bound to e end arcup. The
C H ---C I
following polymer structure is assumed: C 6 R3-~03-N= C6H3 6
lt~ k k 3TY
R -H or -COOH. The content of azo groups increases with incraasing length
or tht- chnin. The carboxyl proup in ortho-position favors the eliminaticri
do I. Ui~di 14.A L I u It uIII) i4 I I U-I U I U, L
f ormation of such birad icala wa8 proved by reat, tiiig 1,L, idiijoi j 4. Lj~ I i
etbinylbenzene at high temperatures. Unmeltable and insoluble product=-
were formed. The magnetic properties and the electrical cond,.ictivity cf
Card 2/3

8383.8
Production and Properties of Some Aromatic S/190,/6O/OO2/OOq/OO8/O1c,
Polymers B004/BO67
the polymers will be described later. The authors thank I. A. Blyumetifelld,
Yu. Sh. Moshkovski and A. A. Slinkin for studying the spectra and
magnetic properties. There are 2 figures, 2 tables, arid 19 references:
8 Soviet, 8 US, 2 German, and I Dutch.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR
(Institute of Chemical Physics of the AS USSR)
SUBMITTED: January 18, 1960
Card 3/3

"oo.i. 'DO")-
AUTHORS: -Liogon'4iy, B. I., Lyubchenko, L. S., Berlin, A. A.,
Blyumenfelld, f. -A, and Parini, V. P.
TITLE: Polymers With Conjugate Bonds and Heteroatoms in the Con-
junction Chain. XI. The Spectra of Electron Paramagnetic
Renonance of Linear Aromatic Polymere
FERIODICAL; Vyookomolekulyarnyye soyedineniyu, 1960# Vol. 2, No. 10,
pp. 1494-1499
TEXT: In previous papers (Refs. 1, 2), the authors obtained aromatic
polymers by reaction of bis-diazotized benzidino, benzidine-3,31-dicarb-
oxylic acid, and o-toluidine with monovalent copper sa a; the fo lowing
a
structural formula is given: L R
Cl R N21 m nCl
(polymer I: R - H; polymer II: R_= COO11; polymer III: R - C11,). The
electron paramagnetic spectra (epr) were taken (Figs. 1-3) oe these poly-
Card 1/2

Polymers With Conjugate Bonds and Heteroatoms in SligOV6010021010100911026
the Conjunction Chain. XI. The Spectra of Elec- B004/BO54
tron Paramagnetic Resonance of Linear Aromatic
Polymers
mers and the copolymer from I and p-diethinyl benzene, and the concentra-
tion of the nonpaired electrons was found to be 1018 - 1019 in 1 g of
substance (Table) by comparison with the epr spectrum of diphenyl-picryl V
~i.vrlrney] nR n atntidni-d. All epr npentrn ohowed a nignnl with g-factor
fill
liput;t1illi, it; Llit, *Idu L %4
paramagne L ic character of aL IdLidt lkil't Of tild J)U1Yl1lt:fF. 'I'lliul-V avu 1J."Ill-cla,
I table, and 9 references: 8 Soviet and I US.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR (Institute of Chemical
Physics of the AS USSR)
SUBMITTED: April 25, 1960
Card 2/2

S/190/61/003/010/007/0'9
CJ- B124/B11O
AUTHORS-i Berlin., A. A.; Liogonlkiy, B. I., Parini, V. P.
TITLIA Aromatic polytriazones
PERIODICAL% Vysokomolekulyarnyye soyedineniya, v, 3., no, 10, 1961~
1491 - 1494
TEXT, The present paper deals with the synthesis and study of aromatic
polytriazenes of the composition N = N - N~jn
the diazoamino group of which is between benzene rings and characterizecL
by high proton mobility. The compounds studied were synthesized by reac-
tion of bis.-diazonium salts with diamines in the respnee of sodium
acetates nClN R - N C1 -+- nH N -- R -- NH CH3CO8Na_ C I R - N
2 2 2 2 -HC1
- '.-'H-]2n-I - R NH 2' A bis-diazonium sFilt solution was added dropwise
under intensive mixing to the aqueous.-alcoholic solution of benzidine and
sodium acetate cooled down to OOC, and the reaction was carried out in
argon current. The yield was 92.% referring to the fundamental unit of
'A f
28178
3/190/61/005/010/007/019
Aromatic polytriazenes B124/B110
polymer, The polymer is a brick-red powder partly soluble in aniline
acetone,, benzene, di.oxana~ pyridine, acetic anhydride, and (juinoline, and
entirely soluble in dimethyl formamide, concentrated H 2s04 and formic
acid. at room temperature. When heated, the polymer is also completely
soluble in pyridine and quinoline. Extraction yielded two fractions, one
soluble in acetone (367o)., one insoluble in acetone (600, the latter being
soluble in dimethyl formamide. When the polymer is heated in argon, no
loss ir, weight occurs up to 1000C. The loss in weight is 5.20p at 1500C,
and 20.2~; at 20000. It was found that heating did not cause a progressive
polymer decomposition; because the loss in weight did not surpass a certain
limiT, for any iemperature, The infrared spectra of the two fractions
differ only by their absorption intensity~ Another paper will describe
the infrared spectra. The linear structure of polymer
C I N = N - NH NH2 -with the end groups
-C1 and --NH9 In the ratio 10 and a mean molecular weight of' j 4000 can
be Assumed on the basis of the infrared spectra, the anomalous course of
viscosity curves (see Fig. 2), and the results of elementary analysis.
Card 2/4

28178
S/19*0/61/003/010/007/019
Aromatic polytriazenes B124/B110
Thr, 1111olwilotI13 ooul'51P of, V Itloofl Ity cili'voin III-ovi,r) t'hr' 1,10(11 ty (it' polyrri"t.
1, 1 a. t; 1. 1 L-,, V I
juncLion along Lhe uhain io pvc-out-vtId a nd unpairou olucl,rons In bas Ic
state are present. Magnetic susceptibility was 0.55-10-6 per gram. The
aromatic polytriazenes are electrical insulators at room temperature;
electrical conductivity rises, however, considerably with temperature.
E = 1 ev, 60,m 50 ohm-1-cm-1 at room temperature; E - 1.3 ev,
d _A-io 6 ohm- 1. cm- 1 at 2000C was found for the values of e1quation
d = d 0exp(E/kT). There are 3 figures and 9 references: 7 Soviet and 2
non-Soviet. The two references to English-language publications read as
follows : C. Marwel, G. Hartzell, J. Amer. Chem. Soc., 81, 448, 1959;
Card 3/4

S/190/61/003/010/007/019
Aromatic polytriazenes B124/9110
J. E. Stewart, M. Hellman, J. Res. Nat. Bur. Standards, 50, 125, 1958.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR (Institute of Chemical
Physics AS USSR)
SUBMITTED: November 14, 1960
Fig. 2. Dependence of intrinsic viscosity of the solutions of aromatic
polytriazenes on the concentration
(solvent: dimethyl formamide, a) 70 Fig. 2
Ubbelohde viscosimeterv temperature z
20 t 0.020C). (1) Fraction of
polymer noluSle in acetone; (2)
fraction innolublo in acetone
1 (" ) 1), ", ", 1 (1, 1 o, F3 , It'll 110

AN
S/19 62/004/005/006/026
B1 10YB144
AUThORS: Berlin, A. A., Liogon'kiy, B. I., Parini, V. P., Leykina,
M. S.
TITLE: Polymers with conjugate bonds and a heteroatom in the
conjugate chain. XXIV. Synthesis and study of the prop-
erties of linear aromatic polymers with methylene groups
between the benzene rings
PE'RIODICAL: Vysokomolekulyarnyye soyedineniya, v- 4, no- 5, 1962,
662-669
TEXT: Bis-diazotized 4,41-diamino-diphenyl methane and 4,41-diamino-
dibenzyl were converted into the linear polymers
C n
~ (polymer
+eF_% r-\\>.N N +C1 MIUMP I I
(polymer 11)
Card 1/3

pj%r,t1wLj'~,n,jLiG pmrt,icl(ju pur g of nubaLariou und by Liju lIlLutjoity -,t 1,14u
Card 2/3

s/igyo'2/004/005/006/026
Polymers with conjugate bonds ... B110 3144
narrow signal as compared to polyazophenylenes: Measurement of the
electrical conductivity yielded for I: E - 1-7 ev, c~o - 10 12 ohm-1.-Cm -1
03000K ~ 10 -16 ohm -1 -cm -1 , C6000K '10 -2 ohm -1 -cm -1 . For II, logd - f(l/T)
between 300 and 3700K was a curve whose angle of inclination approached
,~-/2 as the temperature rose. Introduction of one or two CH2
'or NT, groups.
thus causes a steep increase in the temperature dependence of the
c.onductivity. The conductivity of these polymers will be high at high
temperatures owing to the considerable heat resistance of I and II at
300-3500C. There are 3 figures and 4 tables.
ASSOCIATIONs Inistitut khii-,iicheskoy fizilci AN SSSR (Institute of
ChOiNiOILl 11hyulan AS U35R)
M'111*oll ;'~, 190)

it
0( 1 1. 1 , I I, s r 0 f 0
4 ildi f (11) 1 Gi, I P41 14 -illiff I o it I y F1 I I filly -1.1 it
I
i1 I ~- I , wl o
it it, 1. f"1 if IF
of
it
t) r i W4 t )I hi ii,-/ 1. 14-ii V v1so hu .1 f
I ti oompound of I T I it 5- 0 6 It Im- 6 1 Ii,
wj L" 01' 01 " UIP Mid
o V, o 6 6)" ]n
Card

MW
s/igo/62/004/00a/012/016
Infrared sPectra of some aroma-tic ... 11101/1113~
Q1-1 C,H CH -C H
5 2 6 5-IM-Lil-N-C 6 5- CH 2_C6'151._C1; C1_[C6H5_CH2 CH 2-CO M
5~
CIH5].- H C H N=11-11TH- C H C H
H
2- 0 Cl; _[C6 5- 6 5- In- 6 5- 6 5-
Rxec;uits: (1) CLuinoid structures occur 'in polymer5 with continuous
Conjugate chains. The introduction of substituents (CH COOH) or chain..'
31
links (-CH -IT-N-11H-) disturbs the coplanarity of the molecule
2_'_C~2_CH2_'
and reduces the proportion of quinoid structurcs. (2) In polyners-the
ioni,,,_ttion of the carboxyl groups increasou with molecular weight.
(3) Tho formaLion of a Oirtio-dimonviontil ritrticl,uro -with n continuoun
O.YI'Lum of Conju6sittid bondii io churaoLorizod by a oonI,inuouu bftCkground In
46,, viiolo r;poatrttl rotrion ol,tidiod, 4ind by Lho iibnonoo of notionablo
qlJo-.1,jAIf)11 'I'lln mool. Ji;q)o1'I,n1lL Englioh-
I-Itkilliff't" Ii"11111f.1111. .1. tillf'. Mw.
oil -t-*1-1, All, 104t IWInj If, 11-irl, 1, Amo4v, OII#~111, pool" 'Jut 49()'1t 1y')11
ASSOCI.,,TION: Institut k1limicheskoy fiziki AN sssl,l (InstituLe of Chemical
Physios-of the AS USSR)
SU24IITTED: May 19, 1961
gard 3/3

4 A
U (A 1116 d CJ I Id i LY U1111 Vii 0 L LL' U f u I utj L L-uis* lfiL i:wau L I un b uL *ut it waUl'umu I L;utt It t!).
The types of electron interaction in polymers with conjugated bonds are
Car(I 113

S/02% 62/143/006/017/024
The importance of conjugation... B106 138
dealt with in a communication by I. L. Kotlyarevskiy, L. B. Fisher, A. A.
Dulov, A. A. Slinkin, A. M. Rubinshteyn (Ref. 61 Vysokomolek. soyed., 4,
no. 1 (19062)). Where the degree of conjugation of the polymer is not too
low, the electric characteristics are determined by the second factor.
This is confirmed by the followingi if methylene bridges, which reduce
conjugation along the chain, are introduced in the macromolecule (polymer
2 in Table 1), the semiconductor properties are not destroyed but rather
intensified (E6 decreases), as the mobility of chains and the packing den-
sity increase, promoting electron interaction between the chains, With
introduction of the group -CH 2-CH 2- (polymer 3), the reduction of conjuga-
tion is so intense that it is no longer compensated by an increase in pack-
ing density. In all the polymers investigated, the effect of relaxation
polarization (reversible decrease of electrical conductivity on application
of direct current) wan ob13erved. It in due to the translation of charged
bectur.1 of Ulu polylitur GhttAnt) in tha uloaLrosjLatlo Cield. Tho Lemptirsituro
of this polarization (2000G) io 50-500C lower for polyaj~tr. 5,'.than:for thfo others,
which shows that chain mobility is highest with this polymer. Similar
results were obtained for the electric properties of polyferrocenes (Ref-71
A. A. Dulov, A. A. Slinkin, A. 14. Rubinshteyn, Vysokomolek. soyedin.,
0 d 2 /,1
4 (19062)). A. A. Berlin assisted in the present work '1);i
ures and 1 table. The English - There are 2 fig-
D* D_ Bley. G -language references read as follows.
14, Hatano, - D. Parfitty Trans. Farad. soc.
-9. Kambara, S. Okamoto, J, Polymer , 51, 1529 (1955);
A"OCIATION, Institut organicheakOy khimii j,,,. Sci-, 51 (156), 26 (1961).
nauk SsSR (Institute of Organic Ch N. D. Zelinakogo Akademii
,kiy Of the Academy Of Sciences emistry imeni N. D. Zelin-
fiziki Akadeuiii nauk SsS11 USSR)- Institut khimicheskoy
the Academy Of Sciences US (Institute of Chemical physics of
SR )
PRESENTED, JanuarY 5, 1962y by B. A. Kazanskiy, Academician
SUBUTTED. January 2, 1962
il-r
Legend,to Table 11
weight; (III) activ,, (I) Structural formula of the polymer; (11) molar
ti.n energy Of the electrical conductivity, E;
2500C), ev; (IV) a0, ohm- 1. cm-1 a (120
ing; (VI) number of unpaired sp M irreversible change in or after heat-
Card 3/4 ins per g of N (on the basis of epr);

BERLIN, A.A.; VONSYATSKIY, V.A.; LIOGONIKIY,_Aj5~ ____
Quasiradical block polymerization. Dokl. All SSSR. -144 no.6:131t'>-
1319 Je 262. (YM1 15:6)
1. Institut khimicheskoy fiziki Akademii nauk SSSR. Predgtavleno
akad. V.N.Kondrat' y'5v'YMQ
(Polymerization)

BERLIN, A.A.; RAGIMOV A.V.,- LIOGONIKIY B.I.
Polyoulfophenylene quinones. Izv. AN SSSR.Otd.khiz.nauk no.10.-1863-1865
0 162. (MA 15:10)
lo Imstitut 1rhimicheskoy fiziki AN SSSR.
(Benzoquinons) (Benzidinesulfonic acid)
LIOGONIKIY. B. 1.
Dissertation defended for the degree of Candidate of Chemical
Sciencea at the Institute of Hetrochemical Synth~s9-*--1-n-1-9T2-
"Synthesim and Investigation of the Fropertim of Several Polymeric
Aromatic Compounds."
Vest. Akad. Nauk SSSR. No. 4, Moscow, 1963, pages 119-145

,CESSION NR,: AT4033997 S/0000/63/000/000/0134/0138
AC
ATIT110H., BeHin, A. A.; Liolronlidy, 11. T.; Parini, V. P.
lift,
polymer synthesis, heat resistituit polynior, OrganiU SOMICOMIUCtOl-, &i13J))1VUJ1dUV,611g J)U1yJ)WL-
ABSTRACT: Aromatic polymers (polyazophenylenes) (I) with an average molecular weight
up to 4, 000 or 4, 500 were synthesized by reduction of 4, 41-biphonylbisdiazonium tetrafluoro-
borate with monovalent copper salts. The resultant polymers were in the form of dark
cinnamon powders, showed significant thormal stability (retaining a glassy state even at
450C) and lost less than 10% of their initial weight at 500C in an inert atmosphere. Similarly
to polymers synthesized earlier from the bisdiazonium chloride (11), the fluorine-containing
polymers (I) had phenylead and azo groups. Infrared analysis, viicosimetric measurements
and thermornechanical tests indicated that the length of polymer molecules with conjugated
Card 1/2

ACCESSION NR: AT4033997
bonds is greater in I than In II, I produced PF R si-gnals of higher intensity than H and ex-
hibited higher magnetic susceptibility (X* 10 = 1.4 CGSM at H = 3560 oersteds, as
compared to 0. 17- 0. 20 CGSM Electrical conductivity obird an exDonential. law and
ranged from 10-15 Ohm-: -at room temperature to 10- at 1256. Orig. art. has:
5 figures.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR (Institute of Chemical Physics
AN SSSR)
SUBMITTED: 10Sep62 ENCL: 00
SUB CODE: OC, MT NO REF SOV: 010 OTHER: 002

S/138/63/000/003/004/008
051/A126
A
AUTHORS: Berlin, A.-A., Dr6zdovskiy, V. F., Lio )n'kly, B. 1.
TITLE: 'Structuralizing pf rubber under the effect of polyazophenylenes
PMIODICAL: Kauchuk i rezina, no. 3, 1963, 10
TEXT: Sulfurless vulcanization of rubbers is assumed possible on the
basis of the comparatively low excitation energies in polyazophenylenes which,
in turn, are expressed in their high reactivity. Experiments showed that poly-
azophonylene:(PAPh) and methyl-substitutod polyazophenylene (MPAPh) promote the
thermal structuralizing of butadiene -styrene rubber CKC -30 APM (SKS-30 ARM)
at 180 - 21000, whereby MPAPh has a greater structuralizing effect than PAPh.
The structuralizing effect is also maintained in the case of a carbon-black rub-
ber mix.. The polyazophenylenes were found to reduce the rate of thermal and
thermo-oxidizing destruction of the SKS-30 IMI sulfurless vulcanizate. There
is I figure.
ASSOCIATION; Institut khimicheakoy fiziki All SSSR i Nauchno-issledovatel'skiy
Institut shinnoy pronrjahlemosti (Institute of Chemical Physics of
the USSR AS and Scientific Resoaroh Institute of the Tire Industry
Card 1/1

Ooilll' TwOR All 411 0110411 0 Ob IRA 1 0404 ol W
A 11
W1 V40404 11 At a 1401ar ratio of 112 tholftotion Mp soluble in
benzene# -&n& -the Insoluble fraotion IV were obtained.-The substances I-IV
~,'n-.,are dark brown pow~ders-ev--The reaction of ferrooesie with diphenyl-4P41-bis-
--!~~,,diazonium-3131-dicarboxylio diohlorido-in-dilute eulfuAc acid and in argon-
i:1~1~ - o of-100. the. Insoluble, compound V9 at
atmosphere at,- 2000~ g vel -at a - rat i
a
ratio of:-1 o~p - the -insoluble compound VI# both black. poirders. I and III
soluble in almost all organic solvents$ II and IV In diaothylformamide
and Y1 in alkali and -in dime thyl formamid e. All substances can be press-
formed..: The substances soluble in *oiganio'solvents form rigid films. The
j;j~:.e emen a
1 t ry analysis showed that in I and 111 2-4 diphenyl groups are bound
Card 1/3
7-7 i.*;777.

Polyme of
re with. a4yates
B101/B186
I 'Fe atom$ 'sin a
ir ind. IV 6 diphenyl-groupoi and in V and VI 4-5 di-l
ph eny 1gr'
outs are bound.. The molsoulai weight of the soluble substances
Was 1000 - 400t that of the insoluble substances was much higher. A
1;:,:lin*ckr. atruatur* of the. polymers with parallel arrangement of the poly-
phony I one arcups and *'small number of ramifications is concluded from thel
dope ndeno a of-~he viocisity on the concentration and from the an Ilysie of
X9 ispootras The double bonds or the oyolopentadionyl are coln to
ju4gs d i
00,11ii(Ij! silld 114" All ptili NINIIHM14"I 1,11 0 woji!jj 41011 q H*4 Hild Nil Ill-
1401yiqlaps With oyfi~#* orsti 0101
otio Thors ave 3 fialwom and 4 0010s,
1
0
ION# japtikl4t kbim1phoo4ay fiaLkI AN 444H 114MUCe of ahsM1041
Ad U48H)
;,4U0MVPTi4Di AMM 00 ll Do 1901

L 41762-65 EPF(c)/EWP(J)/EWA(C)/EK(M)/T Pc-4/Pr-4- RM
,-.CCESSION,NR: AP4033384 S/0062/64/000/004/059310600
UTFIOR: Ragimov. A. V.; Liogontkiy, B. L; Berlin A A
_____T1T1_',E:___.Clxidation- reduction tentials and electron exchange properties of some
nes
polyaryienquino
3OURCE:_ AN SSSR# Izveettya. Seriya khimicheskaya, no. 4, 1964, 593-600
';'OPIC TAGS: oxffttion reduction potential, electron exchange, ion exchange,
Cotijupt loll
MTH A (I'll 'I'll" polyintwM41th two timod tot- 1'0-
fill"1111" tj 0y1pill 0#1110 writtif", qN Ifit-ji-itilm rov I,j1_(AuuWtfl eatttlyntfl/wItt fit tiffs mittlylk
I ; 1w III I A 114 11 It 114 (1 ljj~j [ij4j, I III t~ I W if I iii I I I it-i 1-4,1 if-, I Wi I; I I I IHqolmlji~jo viltil
it lA I ta
it OliIIIIIIIII-Imi:
A; 1111AY. fit-

ACC98SION M AP4033307
AUT1101ts H~srlln, A. A.l S. t*&
TITI,Rt Polymers with a conjugated system.
15VII0141MIN *"d.ivt%edZ o( the properties of a
1/0062/64/000/004/0703/0700
rartat. V. It.
'Communicattes 56.
polymer based on
L7
:Cwd 1/3

ACCESSION NRZ AP4033387
The reaction was carried out-under argon at 40-45C for 4 hr, then at
-he boiling point of benzene for 4 more hr; nitrogen evolved and
,the polymer precipitated.* The rolymer is partly soluble in aniline,
pyridine, quinotine. aimd dimetltvlform&nLde. and is complat:ly soluble
in concentrated sulfuric acid. Pecomoosition in air begin at' 500C.
JR and EPA spectra, concentration dependence of reduced viscosity in
198%
1: 117S04, magnetic susceptibility, and thermomechanical curves were
..measured, and themogravimetric analysis was performed for the polymer
and compared with similar 'data for polyazophanylene prepared by re-
duction of 4,4'-bLphenylbis(dLazonium chloride) with cuprous salts.
:The fact that.the new polymer prepared in the absence of metal showed
~an EPR signal and paramagnetism was regarded as confirming that these;
'effects are due not to the presence of impurities but to the formation'.
:durinp, the synthesis of a homologous polymer fraction of stable bi-
radicals and charge transfer complexes. The temperature dependence
*of electrical conductivity obeyed an exponential law; a* equals
!10-3 ohm-1-cm-1. 9 ~uals 1.01 ev. At.125C, the electrical cooduc-
tivity is 10-10 ohaTca-1, Orig. art-. hass 3 figures sad 3 formulas.
ASSOCIATION: 105titut khimiebookoy fixik:L, Akadmil, nauk: SSSR Clrnstiftft of
cb0mima Physics, Academy of SaLencess, SM)
*4 CarJ 2 / 3
:ACCESSION N1t: AP4033367
!SUBMITTED# l60ct62
'SUB CODE: CK, PR
DATE ACQt 15K&y64
SO REV 5OVs 007
]MCLs
0TKZRs
00
005
Card

SDONIM, I.Ya.; URMAN, Ya.G.; VONSYATSKIY, V.A.; ;JOWk1KIY, B.I.;
BERLIN, A.A.
Nuclear mgnetic resonance in polymers with a system of
conjugate bonds. Dokl. AN SSSR 154 no-4:914-917 F 164.
(MIRA 17:3)
1. Inatitut khimichaskoy f1z-1k1 All SSSR i Nauchno-issledo-
it,- I tit It I !i#t 1,1i rn,p to Pv-n' If* f." .1 1 , I I,, M I, r! I",? I

ACCESSION MAP4037243 S/00 62/64/000/005/0909/0912
il.; AUTHOR: Dulov, 9, Aj; lsioRin'kiy B, I.; Ragimovo A, Ve;
'Slinkin, he As; Bqrl no -A-*-A*
TITLEs Electrical and magnetic properties of polyarylonequisones
SOURCEt AN SSSR.- Izv* Seriya khimlchaskays, no. 5, 1964,
909-912
TOPIC TAGS: organic semiconductor, semiconducting polymer,
polyarylonequinons
ABSTRACT: A study has been made of the electrical and paramagnetic~/!
properties of polyarylenequinones (1) with the general formula
qRt
R
FACCESS.ION NRs AP4037243
were synthesized from the quinone and the bisdiazotized diamines,
Their structure was linear or three-dimensional depending on the
reactant ratio (1/1 or 1/3; or 1/1 and cross linked with benzidin a).,
The temperature dependence of d-c electrical conductivity_for pellet
samples of I was determined in the range 100-350C at 10 5 mm jig,
A correlation was found between molecular structure, packing' density,
and electrical properties. Reduc.tion of the backbone quinone radi-
cals to the stable semiquinone form resulted in a sharp rise in
conductivity (the change in activation energy remained small).
This is believed to confirm the participation of unpaired electrons
in the conduction process. This research was conducted at the
Institute of Chemical/Physics, Academy of Sciences SSSR, and the
Institute of Organic Chemistry imeni N. D. Felinakiv, Academy of I
Sciences SSSR. Orig. art. hast
1 formula, 2 figures, and I tables
ASSOCIATIONs InstLtut khimicheskoy fiziki Akademii nauk SSSR
(Institute of Chemical Physics, Academy of Sciences SSSR)g institut
orsanichaskoy khimiL Lao N. D. ZelLnsko&o AkademLi nauk SSSR
(Institute of Organic Chemistry,, Academy of BeLences 55111t)
lCord

L-887� EWT(m)/SPF(c)/SWP(J~/T Pc4/pr-4 RAsm(0/RAMMAS(mp)-2/SSD/
_W~'4_DTn0;-3AM/ESD(t) RM 19/0020/64/11141004/0014/00
R01 k- ~hl j. -Y i: ill
OWN i W'p 01010t V J0fJft.'J. ly" 11, Ol f
non 0 iLrl--
C ~plan
prig
-~O1ym6is;---ConjOjAt bond-Oolym r; fm-a&60~ -field, -secondary-rqegnetic-moment t;
e ne, macromolecular structure A conjugated double bond system.
00190 100
ABSTRACT- The nuclear magnetic resonance of,polyphenylene and its derivatives
was studied, to determine if the molecules have a .11at structure a n4 the adjacent
The magnetic field and the secondary moment of
poly
Phenyl7ente, pe azophenylen d methyl- substituted polyazophenylons (all of
e
1000-3000 olecular weight) ere deteimined at -.196C, 20C and 175C. Experl-
mental values for the seconda moment of VolvIlLmWIenp. axe-.. much less than the -
11":;~t~. -!Card 1/2

FF 'T/F _4 A
T 1,7
;U'L
UA/0062/65/600/003/0419/0424
AW2SSION N111 A
AUTROR: Kazakova Z. S.; Parini, 11. P.; Ltogonkiy B. 1.
Li
TITIX _R9 Ilm- rom. quinonebischloroimide
trogen-containjp&
Aromatic ni
SOURCE: as SSSR. Izvestiya, Se:riyk khimich6skaya, no. 3, 1965, 419-424
:TOPIC-TAGS: aromatic.polymero quinonebischloroimide~polymer, azo group, polymer
..-stability, infrared-spectrum, electron.spin resonance spectrum, polymer con-
ductiviiy, 1~ol zophenylene, polymer crosslinkage
BSTRAGT-i--The-authors_a#-~- ted-t"ynthes-ize-a-M~~erLeontair~ing-the-maximum
A
_-To' d
..'n-Azo.grou ii_~
P ) e6h ori
pogsib e num er.:o . a:. I ifiLe en V,t ey
nated-p-benzoquinonebischf6roimide,.with:metallid-p6tdssium.-and*-obtainecI a- polymer,--.-----
vhose basic unit had the 'probable structure.of an azo group and a small quantity
of cross-linked atiuctures.- A comparative study of the infrared spectra, thermal
ability,.-viscosity of.solutiona, ESR spectra and electrical conductivitxl~6f the
St
polymers. obtained, and also fractions of polyazopliedif,~~es-c43i~iFATnl7ni-di~~orLnt
amounts of nitrogen, showed that this polymer is close to the highest molecular
fractions of polyazophenylenej which contain the max1mum quantity of nitrogen.
1/2
Card
_7

U , - . .~ 'I

-L 10878-66, Evr(m)/mvP(j)/r RPL - R.M
7ACC NR: AP5028254 SOURCE
.+,CODE: tIR/0379/65/001/004/0511/051&~~1-:)'
~AUTHOR: UO
ALO~~..L4 Ragimov, A. V.; Berlin, A. A.
~ORG: Institute of Chemical Physics, AN SSSR natitut khimicheskoy fiziki
Moscow (I
,AN SSSR)
iTITLE: Preparation and study of stable polyrodicala ~f semiquinone type
n011110110 Toorvt.Whtmkny4 I okoltorhimiWit'nosyd klifinlyo. V. 1, im. 4, 1961, 311-1111
TOPW TA09j fititmitip, froo votiteml, "Inc-1.1j)IJ
mi wi Ot iAs 0 1 gliml I I I vol tj I 1- 14 11141 Ilittl I I,
1: Imijil I hil t. lit itI tt"hill'i 1~ ~i Ii ~hslw 0 111! l'ill m It-.4 1lilt I 0i ii !k ~4 I I ,m
I I- I It ii 11VII ImIll mill ~i Iit It till I Ii o I I it I"i It I I i, oll it
A
Ni
lilt:

i Nit I Ahomwo,
t 00;m 1. 9 10 ,'Clio III-Olo 411,10144(ty fir 11011 c,"Ificilvi 1. 1,110, fit l1jw~tm4bAf!4II14v somin
qu I ii(moot 1.61 iloo 4-M Ow pvtolooo! fit 144144 o!11#411t,awl hi Clio clultilty (4e cits
PAO olvoifCOViAt Irlio rtinwitzloo fir ti I11114.1,fiMullapo ifix $41111 clisiti, III
cloodkikittim JIF01,1001104 1.11 00110,1`100ki 1Y A 0111mvp hilip"11414 III oiool-f lettl immillet-lylty
III wilifollig rFolit PAQ W, VAI), WIN, 00,, 11,101 1 tiourmo AIIII I I.Wil".
I-Card-- 2 /2.

EWr.W/W(c)/F-iNP(J)/EwA(c) pc-4/pz~4 'm
ACCESSION. 11R: -AP5008195 S/0286/65/00/005/0070/00
AUTHOR.' Berli A- 1popova Z. 'v Y
nj4- ,-A anovtikiy, D. M.---
vonsatskil- -V
A.
TITIX:. A method,of heat and,lightstabilization ofh
weight compounds~' Class 39, No. 168874
SOURCE: Byiilleten' izobretehiy i tovarnykh znakov, no. 5i 1965, 70
TOPIC TAGS-. polymer, halogenated polymer, polymor atability, nbnb1,11ZD14r 1hiltbitol'i
polyRzophanyleno
AbOTPAQ1111 Q-1100maric w8jr,11011, mixturno vIth ench other, nrid their
-mixturea with othor tUilLggrelipT~1. hyt1t*oqMfi0tl#, (inn bo- upied to 0-oAM 14 A" btkl tf-
hig1k W A ot)"Iffll if) (W
g
o
(111, will"

I I I I )i i I I I I ' r. I Y0 D . I i Iliw, , '~ , . ;i ! i , . " - I . 1 01 v I I ii , .-, ,
Spectral stud,. o" polymeric arylt-ine quinones r-id some products
of their transformation. Vysokom. soed. 7 no.4:6r-1-c,69 Ap 1-7.
OMTRA 18:6)
1. InstlLut khImIchnskoy NzIkI AN SSSR.

+ OA0, ;v
TiT, Wl Itif

L.609 O~;6
.9-
ACCESSION NJ(:- AP5019788
electrical %-esista*nce decreases, while the activation energy remains practically
constant (in-polymers which do not contain the sulfo group). -At low temperatures,
the increase in electrical conductivity resulting from the reduction of-polyarylene-l'
quinones to the semiquinone form is due to the appearance of unpaired electrons.
During heationgi recombination of the semiquinone radicalcenters takes place or
quinhydrone complexes-are-for-ned. The rise in electrical conductivi is caused by
the formation of:segments having a greater number of conjugated bonds and by the
3mcrease-in,the exchange between theBe-segments-4 FolaMation at-ffig temperatures
in reduced Oolymers which do not*contain the dulfo group is not relate,d.to the ion-
io conduction m"Chaniom, OpUt nrt, haoi 2 f iguroo) I tahlvo
AVSOCIATION:- Inst-itut *himichookoy fizikil.Ak4domii nauk $SS~1(IQ4tLtqtQ of chemi-
cal Phvaics, AcadeW._of SciencesjSSI~R); Institut o'rganicheskoy khimii, Akademii nauk
ISSSR (Institute of Organic Chemistry, Academy of SciencesjSSSR)
SUBMITTED: 17reb64 ENCL: 00 SUB CODE: 0C,1CM

DULOV, A.A.; LIOGON_"KIY,__~,j.; RAGIMOV, A.V.; SLINKIN, A.A.; BERLIN, A.A.
Electric properties of polymeric semiquinones. Zhur.fiz.khim. 39
no.7:1590-1594 Jl 165. (MIRA 18:8)
1, Inatitut khimicheskoy fiziki i Institut organicheakiy khimii
AN SSSR.

-ACC NR, AP6010120 SOURCE CODE: UR/0190/66/oo8/003/0540/054i
(A)
AtITIP11! tlet-liti4 A. A.t Itrialmovk A. V.1 1A(Jqrjk01dk4'A1;-1.~
ABSTRACT: New polyarylenequi~ones exhibiting redox and ion-exchange properties
have been prepared by the reaction of p-benzoquinone with various bisdiazotized
aromatic diamines. The diamines used were benzidinel(polymer I~ o-tolidine (II),
2 12'-benzidinedisulfonic acid (III), and 4-,'~l-d-iamino-2,21-stilbenedisulfonic
acid (IV). The polymer h"d lin'ear (A) or network structures (AB)-

L 2140-3-66
F ACC NR, AP6010120
v0
m Dr
B)
~Jjpvli, H lit iij,iq-jjl~

L 21423---6-6--
A
CC
;NR: AP6010120
the quinone groups to hydroquinone groups. The results of thermomechanical and
thermogravimetric measurements shoved that heating causes further polymerization.
The polymers vere resistant to thermal-oxidative deeadationl4ap to 250-300C and
has:
to thermal degradation in an inert atmosphere up to 600----q0OC. orig. art.
2 fi&rjres and 3 tables. IBM)
SUB CODE: Il/ DATE, 16Apr65/ ORIG REF-. oo4/ oTH Ru: 005/ ATD PRESS:

L :I)MZ,"jj 1V4WT(WzW1'(,Q1'r jal
okcv Hit, A 1,nriii-j A" I I of millio, lilt 'Ill'i I
00 W10 44LUlYtic 4114 Jiaao-wiie Jrwiuanou or carta~n Poiyutaj'oj)ianyj.-
.quinones on the telomerization condensation reaction
SOURCE: Plasticheskiye maoey, no. 11 1966t 3-6
TOPIC TAGS: polymer, polymerization, catalytic polymerization,, high polymer,
,polymerization kinaties,,,polymerization rate
ABSTRACTs The catalytic and inhibiting effects of po3.ysu1fopbenVlqu1none (obtained
by.reacting p-benzoquinono with bia-diazotized benzidino-dioulfo-2#21 eld
(PSFKh-3) in the mole ratio of 10) on the condensation telomorization of digo-
esteracrylates, dimethylmethaerylate of diothylene g3,vcol (ND-
cry3.ate-bia-diethyleneglycol)phthalate Q~-I)Pwere studied. The method used was
that described by A, A. Berlin, T. Ya. Kefeli, and G. V. Korolev (Khim, prom No.
129 120 1962). The kineticB of water elimination during the synthes~p of Vin
the press'nee of sulfuric acid and PSFKh-3. and the effect on PSFKh -of the Ion
exchange properties of synthesized esters were investigated. The experimental
UD03 678.764.43:678.044.1:547.567

3812---66
ACC NRt AP600470
80
SV
4-' 0
.0
time,, hours
Flgo I* Kinetics Of elimination of water
reaction during the synthesis of
MD, 1 in presence of sulfuric
acid; 2 in presence of PSFKh-3.
1041f I I'q I-vo pvvm #ill hA Ill 1,)JOiiji i1jitl 11-!t ii~

ACC NRt
SOURCE CODE: UR/0062166/000/005/0945/0945
AUTHOR.' Derli~o A.
Shamrayev, G. M.; Belova, G. V.
'ORG: Institute of Chemical P~Jsics' Academy of Sciences SSSR (Institut khimichestroy
fiziki Akademii nauk SSSR3
-.TITLE: New high_thermal-stabili~y polymers with semiconducting properties%
.~.,Poly[aroylenebis(l)enzimidazoles)I
SOURCS: ANSSSR. 1xvestlya. Sori; khimichookaya, no. 5, 1966, 945
TOPIC TAGS*. organic semiconductor, semiconducting polymer, heat resistant polymer,
~polybenzimidazole
New high-thermal-stability polybenzimidazolea poly(naphthoylenebis-
'_(benzimidazoles)) - have been prepared which show high electrical conductivity at
ilOvatedtemp~ratures:
0 0
C_
N-
N
Card 1/2 5iz,91tjA1&t241.67

t I ~i , , . ~ ;
11, k, I i, '! t 1 1, -, i 1 , , I
lotl I
OTO AM 002/ ATD PAPHOI
116,007
I

LIONVA, A.
"How the Tirnovo District Radio Commission works." p 1. 11 From our literary program;
'dedicated to the people's artist Petko Itanasov.11 p.l. (W-D-70, =117'*L-D. Vol. 8
evening n -
#5, Jan. 1953, Bulgaria) - - -
SO: Monthly List of East European Accessions, Vol. 2 #8, Library of Congress,
August, 1954, Uncl.

1.1()KIPH)V I(Ill vntorinornyy yrisch.
1 ~
Onvoo or pr%ratyphoW favor tit slowo rtml M42f1to'lis for ito all"Itts%tion.
Votorttutrtta Tl 1) IS6. (KWU 9t1?)
1. 11ohriiyoknyn movilirsayominyh
((jtlw It - -0 1 ol "#%a" it ) ( Pn rntypho I d fnv a r )

Kho
LIOIUMOVICH, Kh., kandidat tekhnichaskikh nauk.
Nodel of footwear made by stitching and gluing the sole to the
top. Prom.koop. no.11:24-26 N '55. (MI-RA 9:5)
(Shoe industry)

I If!,) I 1! 11 ~~j 11!11 .0 1, ~' I - !" I I, I - I: - , , -1.I .! . 1 .. ,f . ., . I I ; I I. . I . . I d
t i 1 1 1 ; ,, - . .
.. . ; '. ~: - -, -j- -, Z -- - .1 . . *

LIOKUMOVIGH, Kh.1h.. kandidat tekhnichaskikh nauk; LYUBINSEATA, A.G.,
-i;(Qtor;' IAUT, Y.G.. takhnicheskiy redaktor
[Designing shoo models] lonstruirovanis modelai obuyi. Moskva, Toes,
kooperativnoe is&-vo. 1956. 198 p. (WRA 10:1)
(Shoo Industry)

LIOKUMOVIGH, KhAh., kandidat takhuicheekikh nim, -
Size aorrelation betweea the foot and the last. Leg.prolm. 15(i.e.
161 no.6:23-24 Js 156. (NLRA 9:8)
(Shoe industry) (Last@)

I I li"Iffiliv I I'll r "I, pl, . I I I'S'liffliv I oll W! It I ~

KOTELINIKOV, Viktor Mikolayevich, kand.tekhn.naukLIIQM 1
j~haimovich, kand,takhn.nank; FSTRUNINA, Kariya Katvayevua, inth.;
SHY GOYA. Tamara Petrovna. inah.; FOGER, A.K., prepodavatal$
takhnikwaa, reteenzent; M%SHOV, I.I., insh., nauchny7 red.; GRACHETA,
A.T., red.; PLEKUM~HOV, K.N., red.; RMHUMV, L.Ta., takhn.red.
(Technology of shoo manufacturing] Tekhnologiia obuvi. Kookya. Goo.
nauchno-takhn.izd-vo lit-ry po legkol promyshl.. 1959. 602 p.
(KnA 13:3)
(Shoe manufacture)

HAYMAN, I.M., kand.khimichoskikh nauk; LICKUMOVICH, Kh.Kh., kand.tekhn.nauk
Work boots for workers in iron and steol casting shops.
Mashinostroitell no.4:35 Ap 162. (MIRA 15:5)
(Boots and shoes)

AFANASIYEV, Aleksandr Afanastyevich; RABINOVICH, Yakov Mikhaylovich;
VINOGRADOVP V.K.P retsenzent; LIOKUMOVICH Kh Kh. kand. tekhn.
nauk, retsenzent; NOVOKHATSKIY-IX.-F. -1na-uLchnyy r-:a~.--Pec eased];
MINAYEVJL, T.M., red.; TRISHINA, L.A., tekhn. red.
(Safety engineering in shoe manufacturelTekhnika. bezopasnosti v
obuvnom proizvodstve. Moskva, Rostekhizdat, 1962. 225 P.
(MIRA 16:2)
(Shon lnfl.mtrjy--.qnrFt.y mimmm-om)

18(5). 28(l) SOV/1 2 -- 5)- 7-1
AUTHOR: ldolkumovich, T.. Pngineer
TITIE Choice of Optimal 'Parameters of Oscillation an,,1 'Po-,-ver
Pating of 'Pccentric-'~'haft Pamming, Tablps
PIERIODICAL: liteynoye Proizvodstvo, Mr 7, pp 24-42F (7~7"T?)
ABSTRACT: The subject in ques'-ion is a met~iod for +1 e
nation of the optimum amplitude of freq-~.ienoy 2n! of
the po~'-.,er rate for Vie transmission for eccontric
type ram-ming plates for the ramming of mold boxes. Is
a basis the theories served of P.7. ~.ksenov ~ Titeyn,lye
'Proizvodstvo, 10r5, 7r 10) and of k.'17. Vobrinekiy
~
~ the Academy of "2!ciences,
(Communicatlions o
6, 1957). The theoretical thesis of the above menti.-r-
ed authors had been checked (,iiith the as!~istance of
V.~., Poplavs~-iy, I?ngineer, and Voli'--o-va, Tecr!ni-
cian. -An apparn~us had been designed is 1inJ_1-e!:1
to a system of m-psuring instruments (an-14
voltn,-e Three oscil'..o
re!!!il-t-n or nxporimonto ruir, colif-ii t.)ie

Ll okilutuy It;
(Clay) (Drying apparatus)

LIOKUMDVICH, L.; SHAPIRO, D.. kandl4at takhnichemkikh nauk.
Somidry preassel hollow brioks. Stroi. mAt. 2
N 156. (HTAA 10t'(')
1 1114.0,V'r ... -.-A. 14.~ -I ( f...
0 1-1 1,.; 1 t. I
11, 1 1 ; ~ I ~

'1' 11, 1 aIComill I nfill DI-Y I llj~ ilml I li-I I 141t '-I I' I fly
Original
Periodical; Stroit. materialy, izdeliya, i konstruktaii, 1956, No 5, 29-30
Abstract: The modification of a drum dryer (D) at the Rostov brick factory is
described. The modification consisted in the removal of the inner
scrdens and housings and their replacement with 2 sets of bucket
blades and chains. The bucket blades continuously sift the clay (C)
and spread it evenly over the cross section of the drum (D), thus
assuring a more intensive drying of the clay particles by the hot
gasses and reducing the drying time. The chains, in addition to
drying of the clay by the heat accumulated in the chains, effect a
partial grinding of the particles, thus reducing the amount of clay
Card 1/2

USSR/Chemical Technology -- Chemical Products and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
AbBt Journal: Referat Zhur - Khimiya, No 1, 1957, 1610
,ratorn. Vie productivity of
AImLrncI,j wItIrb Ivu; Lo ho conveyed W Mie dialuteg
1-11" 1) #m i,li- iingiii tir i.iin nim,mo. w, wntc!r l-milcivna wnn Iticrorinfid Ily
I *. ;,'I fl. j 1. t I" 1.411111.~.t it 1:11 1 0. - W 1.111a I $I I oil J"FIII'so will 1-430111, ",1 ,
1'"I I , j -

,/- ole Iq 2
J6#..; DfiROV, (;.JJ.; GIADYSIWA, S.A.. red.; PYATAKOVA, N.D.,
-11-11-,W~Nt Ored.
(Semidry-press process at the Rontov Brick factory] Opyt raboty
Rostovskogo kirpichnogo savoda polusukhogo pressovaniia. Moskva.
Gos. izd-vo lit-ry po stroit. materialam, 1957. 61 p. (MIRA l1-.))
(Brickmaking)

LIOKUMOVICff, L.14., inz,h.
........
water sprinklers In kilning brick temperatures. Strol.
mat. 5 no-5:23-25 MY '59. (MIRA 12:8)
(Brick-~aking)

TWOKUMI)VIMI 11 11 ~
. . .............
airing brick with pressed fuel. Stroi. mat. 11 no.4t24-25
Ap 165. (WRA 18:6)

now gow "Malke im Wam 1". 1.- W K"I'lovid
and k. Kiev Technol. Inst. of Liffbi
Lkobw
Simi Kkim. 6. 21"(190).-4-
Nitru-3-hydruzybrasoic " 6 propowd as reagent for
defeclinglia. Tocarryouttimetmt.plamadroftols1%
In. of the, reagent in mic. or umtone an a fillef pAper.
After the oK4vrnt evalm. achl a drupol the suln. get Im t"t"J.
rspow the patter to Nil. vapor, anti beat CSrdUIIY Over a
hot plate to drive of the colored N114 mit of the reagent.
A brigbt red ring isdicates the pmseum of 8a. *%gsitivity
6 1.47-1 ins fingitingtfila. of 1:110. Ca,Sr.Co,Zm,Un,
und wgue office ions socrictinum form a yellow %tot. mg
anti Vb incteaw the sensitivity. At. flomh

Tanninr
Accelerated bat-in- and 1-imin.;- of cowhide. Russian leather as it tc r~-:uisltes
of conveyor line production. Leg. prcm. 12 No. 2 1952
Monthl List of -Russipn 41ceessions, Library of Congress, Cetober, 1952. TICL.IiSSIFIED.

MOKUMVICH, R.B., inzh.; TIMIMIX0, R.S.
~-Vroduction and use of synthetic t&nning materials In the countries
of people's democracies. Izv. vys. ucbob. zav.; tekh. leg. prom.
no.3:135-145 '58. (MIRA 11:10)
(Vurope, Eastern--Tanning materials)
L 41752-66 EWT(l) 1JP(c) VjG/AT
ACC NR: AP6011910 SOURCE CODE: UR/0141/66/009/002/OZ61/OZ71
AUTHOR: Kondratenko, A. N.; Liokumovich, V. I.; Rybin, P. N.
ORG: none
confined plasma
TITLE: Nonlinear theory of electromagnetic waves in a
SOURCE: IVUZ. Radiofizika, v. 9, no. 2, 1966, 261-271
TOPIC TAGS: isotropic plasma, plasma electromagnetic wave . 1je&),uA_ve,9,Q_.
-rH r,0 ffl Y .1 r.0 V.- I Al 45 0P1- 19 -5 M 19
ABSTRACT: The propagation of electromagnetic waves with small finite amplitude
in a homogeneous plasma layer of any thickness to theoretically considered. The
E-mode (Et , Ez.9 Hy) in determined; a slight nonltnearity in assumed. The
,initial hydrodynan-dc system of nonlinear partial differential equations Consists of
three Maxwell equations and one equation describing the motion of plasma
electrons. Solution of this system in sought in the form of a small-parameter
Gard I/Z UDC: 621. 371. 102

L 41752-66
ACC NR: AP6011910
Re ri "to; III rach S41111 1-111111110 14111 , Ow tin 1-1 IsIf III fill vollt 1111 t-0111-11 It'll" ~l I r, I millo I'd f-0
too 41111" 1 V holero 1 01110. 1 0.-111-11 #-Ifivill"fl'i - Ma I ".. -4, 1 11.1.1 I'll -t I . .- . 1 1 f ,
i i~- " V I - .. I - 1 , i 4 1 1 . .
Card Z/
Z-4

-k I C, K 0 fd o V I c- 14) Y1 I,\
LIOKUMOVICH, V., modellyer.
Use more creativeness in the design of a9w shoe models. Leg.prom.14
no.3:16-17 Mr 154. Off-R A 7:5)
(Shoe industry)

/- /, If /("// , z /,, //
LIOKUMOVICH, Kh.]Qi.; LIOKUMOVICH, V.Kh.
I i
New method o designing shoe backstays. Leg.prom.16 no-10:38-40
0 156. (MIRA 10:12)
(Shoe industry)

... ~ W,
;, .4i - ,
, . I ~~ 7 L ~
f.

MUZIKAR, V.; LION, B._
Causes of microbial contamination of beer. Cesk. hyg. 7 no.10:
622-626 D 162.
1. Krajoka hygionicko-epidemiologioka stanice, Usti n. L.
pir,rll) (F.110111FAMNIIA COM I'MeMOV0113) (AKHODACT14,11 Air