SCIENTIFIC ABSTRACT RAPAVA, V.B. - RAPOPORT, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001344210004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


-45. D1T(m)/EPF(c)/EKF0) RM_
1,63841
510N .11R.- AP5020-516 UP
ACM, /0323/65
/000/004/0037/(~U
a,, so ye (Engin or); Blokh, G. ~rooctor of'chomical
.r f
encas o essor)
TITLE: ~Nulcanlzation of ethylene;-propylene rubbei~ with organic peroxides
SOURCE., IVUZ. Tokhnologiya legkoy-pror-7ohlonnosti., n 4 1965- 57-62
0
TOPIC TAGS: vulcanization, e
thylone, propylene., peroxide, rubber, zoolite
AB'Tluc,r -Vulcanization of othylene-propylenorubbor mixtures (saturated with
carbon 'black or ica gel) with'di-tort-butyl peroxid (I), tort-butyl
powdered sil 0
(II),-or.tort-wbutyl perbenzoato (III) has been studied in va
hydropei-oxiele por and
in liquid phase. Direct introduction.into the reaction mixture of these organic
peroxides Is not recommended bocause,of their high volatility, low decomposition
temperature, and tendency to,cause premature vulcanization. These shortcomings
can be-6vercome by using zeolite-as a carrier for the above vulcanization agents,
Kinetic~.of adsorption and desorption of I, II, and III on zoolites of the type
HaXj 116A. CaX., CaA, and ItA (X 11a20j*A3
-203 *2,5 SiO2 j lattice size 13 R, or
Cao-,AL. .5 SiO~Plattico~eize 10R.; A~= Na -A' -8 SiO., lattice size 4
20 203#1
/2
r
d

3) 307~
AL.1TH0aS: Gitis, S. S., Rgpchinskaya, S.. Ye.
TNU i Rea c t- i o ns of Aromatic Nitro Coavounds. V. Re-etHerifica'.40r.

-Dinitropiienol
klkyl-.and Aryl Ethers of 2,4
PERIODICA'As 'hurnal 6b3hchey khimii, 1959, Vol 29, Nr 8, pp 26-:69-2648 (USSPO
ABSTRACTt As Gitis and coworkers had previoasly stated (Ref 1 ',,he
zabstit
tution of one alkoxy-group for another in the alkyl
ethers of 2,4-dinitrophenol takes place in such a -vay th-at e
alkoxy group is displaced which exerts a highe.- repat~ve in-
ductive effect. It suggested itself to d tect this phenomenon
her composed alkyl- and aryl ethers. it was the zur-
also in oth
pose of the present paper to obtain, by re-etherification, t e
corresponding alkyl- and aryl ethers of 2,4-dinitrophenol, ard:,,
to-establish an order of the alkoxy- and aryloxy-gr~~ups in~de~.

e ntheses in-
ndence on their electrodonor properties. The sy.
p
dicated "hat the glycol ether can only be obtained
rom the
pheryl ether:, the allyl-ether frox "he phenyl- and 61Y_"Ol ethe-,
the benzyl eth*er fro= the.phenyl-, glycol- and alkyl ether.
Card 14/3 Dinitroanisole i s formed from Dhenyl-9 glyccl-,.allyl-7 a n d

Reactions of Aromatic Nitro Compounds. V. Re-etherifie.'ation
of Al';Iyl- and-Aryl Ethers of 2,4-Dinitrophenol
benzyl ether. Furfuryl. ether can be. obtained from all
ethers and also from th,e primary Asoamyl ether of 2,4-dizAtro_-
phenol. The following gradation order of the alkoxy- and aryl'
oxy-groups can thus be established according to.the irtensity
of the substituting effects
primary iso primary is
-C -CH H90~.
5"i 10~ 5 11 O_C4
n.-C H C 0~ CH CH C ~H2 -CH=CH CH -CH 0
3 70) 2 5 30>0 2- 61'5'~" 2~. 2 2
>C6H50-
From'2,4-dinitrothioanisole, neither 2,4-dinitroarisole norm
to
glycol- or phenyl ether could,be obtained, unexpectedly. In all,_
cases, only the unchanged 2,4-dinitrothioanisole resulted, which
can be explained by the different relationship of oxygen and
nulfur to the electron in the groups OCH and SCH In this-
3 3*
way, the carbon atom (in 2,4-dinitroanisole) to.which the
methoxy group is,bound, really becomes~a positive atom owing
X to the electr6acceptor effect o the nitro grours. T h e rr; are
Card 2/.~

v
vulY 11, 1-958

A
C,
4.,
Z,~, "Al"
_Y
Af!~ tlefisletn"ng doe.
AFInsIO; _;Z.~A_Iellr~"".-.~~
fit a 0.
ender dtiver Hru;4.
od is 09 192-
q4 at
Yv- ins et s a bf constant and df scalar putvature
at Ii.A blatIL' 4841947), 755-781 i
2M,,yhp`also. hitrod e no o f
0
Rig uced
ILI'
et
RV: R IF ocing,more general Aan the .1 ormer. In Maj -V?f3~
e 4uthpt li 4tai
RtrOdq= ve
'ed 'special typea N
lw6in$ of WhIch 6 abbw-Mention
Fintler spaces may be characterised. In the treatment,
these hypersurtaoes the element of suoport is taken in
W aL ditecticin of the unique tnmversal to the h VDer=-
F_ ates. Hyp~rplanes'are defined by.the condition ifiat the
'.~eCtOL 1 1:471 J
It trafisversal rs'should be Parallel (~vith respe~
0
trC
o the Me of
theInI64ditio space). Necessar
y ang
Cient. conditions for, the - eAstence of such -hyper-
bl"esite fcnind-' these conditions may th
en.be used to
alitl*lgh between, sokes i of 'zero projectl~e c
atur6
~7
d
spices of constant curvature. t~ndltfoins that the
'hietn
-C of the 11 )IOL'Uti be IMMMV and of consta
nt
ROM (Durbdn
MOM

0
Adla csgi A. Kurven a4.Hyperffichea ini Finsle -hen
Flungarica Acta Maxh~ 1, no. 4. 21-27 (1949).
C+
Consider an arbi=rY curve: Y-Y'lx'(s)3 (a=l, -. n.
0 on a hypersurface in an n-dimensional
1"' Finsicr space; then - the curvt.: has n- I invariants (i,e-,
curvatures) p~; (putting~p.-'- 0) as a space curve but is-~-2
invariants,;,7' (putting g;! 0) as a curve an the hv T-
pe
surface. In order to find the relations between these systems
of invariants, the authori.considers the two intrinsic orthoa..
A
onmi it-pies I- consisting of, the tangent and it-l'normals
as,a space curve and 1~. ((a 1)-'ple ka'as: a curve on the
hypersurface and k-surface which the*
n
relations k- cj, to ho' d - good; c,,,=' cos k; t)..Cornpanng:_
0 two systems 0 Frenet formulas for to and. k,,. the author.
derives the relations between the,two systems of invariants,
P's and ju's, in terms~~of!'6~ and their derivatives. These-
relations, contain formulas.which can'beregarded as gener-
alization',of the Dartv)uxrehitions ~for the rnotioti of. the
aei,- It should b~ remarked ~ that
0 moving trihedra of A 5n-f
the author uses as the absolute diffemntial'on the hyper-
surface the one induced I orthogonally. from the absolute
differential in the -space, follow-ing~ %). Varga CDeutsche
Mah. 6. 192-212 (041); these Rev. 8, 2311., At the end
it i's shown that some well-Imown, ~ geometrical theorems
also a geodesic line on
(e.g.. a geodesic line in the space is
the hypersurface. etc-) can'be derived easily from th m,
relations. There are some misprints.. A. Kawaguchi.
t

L
F
do ToUst nfte System Von Differeii-
F\W
t
fit iegulLtU UtrUMUMMUM YUDL -
e r 4 (05~), 276493.,

"' " fiffer6tialinva f' can be expres
any fiant o a'space se
I
as -ahq~fl&p` ot the.el~ffien ts of a paitiWar set of such -
-
a "co~iokte"
Wvidihii:: t6 set
sei of Mier-
is c~IM
.
,
6tki inv~~nts. The problem consi&red in this paper is
the"Adermination of such a 'complete set for a regular,
'
T ctMr oA ement of A
Carian spne: are
Oies of.
-
~sj ...
-~a) 'and..the fundamen -structure, is

'
by wfuh~tion'L(x, u) which is positive homogeneo~'
,v
4 !,
f
of 16 r1rscde&ee in ujhi4uthor constructi a system o
ce-=d-d'fine's norm
e
'
"
e
o
rhi f thew tensors
th
tefikrs in teim~
of thes6.
4iTive 'b~
he

t; 4 set 61
'
`
4hidN etb6i.~At
nsors hjh6r,
rlint
cova
d
eny

-
461.iTi. 116ti.-lec., of --- .
diffeiiifial - ifi~aflafits, -Th

too 'b
C m-
~'uhfortunafely
definitio of thw terisors Are
.
,
~e~ t6liilude'1n,,a~bflef review.,
y

4- ~ofqr (Seattle. Wash.l.-

NTT

SZJLDECZKY-KARDOSS, Elemer; ZSEBOI~, Zoltan, dr.; RUSZNYAK, Istvan, dr.;
ANTALFFY, Gyorgy, dr.; BIHARI, Otto, dr.; CHOLNOK.Y, Laszlo, dr.;
GRUBER, iozsef, dr.; HAY.,Laszlo,.dr.; T-E3ZI'YUS, Lorand,dr.;
MAGYA.U, Andras., dr.; ORTUTATY, Gyula, dr.; PERENYI, Imre, dr.;
PETRI,'Gabor dr.; POLINSZKY, Karoly, dr.; RAPCSAK,__AEdras,-
TORO, Imre,,dr.; ZAMBO, Janos, dr.
Peace to the world! An appeal by the Committee on Science of
tne National Peace Council. Term tud kozl 6 no'.6:241 Je
162.
1. Orszigos,Beketanacs,Tudomanyos Bizottsaganak elinoke (for
Szadeczky-Kardoss). 2. Orszagos Beketanacs Tudomanyos
Bizottsp-ganak titkara (for Zsebok). 3. Magyar Tudomanyos Akademia
~elnoke (for Rusznyak). 4. Szegedi Tudomanyegyetem rektora (for
Antalffy). 5. Peesi-Tudomanvegyetem allamjogi karanak-dekanja
(for Bihari). 6 Pecsi Orvostudomanyi Egyetem rektora (for
CrivInaky) . 7. Kdapesti Muszaki~Egyetem.rektora,(for Gruber)*
Marx Karoly Kozgazdasagtudomanyi Egyatem rektora Budapest
(for Hay). 9. Kosauth Lajos Tudomanyegyeteni rektora, Debrecen
(for Kesztyus). 10. Agrartudomanyi.,Egy,?tem rektora (for Magyari).
11. Eotvos Lorand TudomFinyegyetem rektora (for Ortut
ay
12. Epitoipari:es Kozlekedesi Muszaki Egyetem rektor,a (for Perenyi).
13. Szegedi~Orvostudomanyi Egyetem:rektora.(for Petri).
14. Veszpremi -Vegyipar.i.Egyetem,dekanjal(for Polinszky),,

HUIGARY
11/1

PEREDY, Sandor; MONATII, Lajos; RAPELIUS; Karl (Leipzig); CALLEUBERG.,
'Waldemar (Leipzig); LIPIT,-dei1Ii-(FTiha);- FREIBERGER, Rudolf,
dr. ing. (Praha); SCEEML., Gerhard, dr. ing. (Tarlsruhe);
MIKULSKI,,Jan,~ dr. ing. (Katowice);.FRATZSCHER,, Wolfgang, dr.
Ang. (]Drezda); BEIMEK, Istvan; CUKOR, -Oyorgy; SAGI, Marton;
SOVARY,- Emil; NAGY,,Csaba (Roman I%pkoztarsasag);,ELEFTMiESCU M.
(R 1 .1
aman Nopkoztareasag); KOVAC49 Istvan (ItoM&nL*pkoztarvasag);
LAZAR, Peter, dr.; MEJRO,, Cz , prof; (Varso); KOKOVAY, Janos, dr.;
SCHAEFER, Helmuth dr ing. Rarlarahe); BORBAS, Nandor; GRUHN,
Gunther,.Dipl. in;. (Lrezda); SZOO, Bendeguz; GYORI,-Attila;
MOLNAR, Lanlo; REOZEY Guntav,ldr,
Determination and.application of Specific power utilization
indexes. Ipari energia, 3 no.1/2:15-22 Ja-F 162,
Koho- e: Gepipari MinIsiterium IpargazdaBagi es Uzemazerve-
zesi Intez te. for P~redy). 2..Obndai Hajogyarl(for Monath).
3. orsoagos,EnerglAgazdalkodasi Hatosag tfor Benedek and Reczey).
4. Magyar Tudomanyos Akademta:K6zg&zdas>udom&nyi Intezete (for
Cukorand Sagi). 5. Eromu Tervezo'Iioda (for Sovary)..6. Konnyui-,,
pari,Miniszterium (for Kokovay). 7. Voros Cailla Traktorgyar
(for Borbas).:.8. Kobarqat.Muanyaggyar (for Szabol. 9. Koho- es
Gepipari Miniszterium' Energiaosztaly (for MoInar) .

o I Ig it v 13 Is u %; u a .1
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KORLEAKOWSKI, Junusz,. M4,..~ister 9 F, 'rrc_daurv~, awi suiiLN,
Jan, of t-ho'.qlrrobioiogy Labff~alzf~j'i ct~~urdct '41krobiolo-
~1,1 c zn a) , Pt, th Iii ti t ri lo CA", 1 ni 6 (XI i t1i k a j;~tyz j, tryc zilt) , X,.!
Akademl a %!ody-zna, Naclical Acaclomy Direc to r! Prof. Di,.
ri ci u I tu r a I p o r im an ~a I ~ to S a a r C. V r -
S. HC RSUN5) and th e Ag
f"icas Rolniczo Zaklarly Doswiadczalno) f Di to r - ;?:- o Dr.
both ir, i~rakow
r I a 'I'wbarettlo
.1% -ring, in Du cA.~i,"
r ~r c b a,~r i 3 Oc(.Li i
-a r.-, a %v,- Uilr) I i n e d Xc vr. a I$e toy, naryjg_~, Vo 1. So il~~$
2, 7 2- 57 4. 7
AL. t r c t: Au tho r3l Fmglt sh slxv~-z'ary t Dt 0, -1 a o'%
myco umt fj r1 a Wberculactls ~igol.--tdd tron Ii '.-.A t f
f rom tube rcm lo a A-s in all -:;asos the air i an -typo was C,.,trl~'
A detail,~4d chareocurtst.--c of* tho, isialav~,A a i r
~str, !ns j
S t~ 1) t: tl rj u.' the 11 refvrenoas, three 'j) ar" in
h a r; ~l ve Ln .iprman.

?OIAIjD/Phar!-mc.)Iz).-- and T,.)xicolo..~-y C q- -.tra4 -9
uItituberculatic Dru-
Abs Jbur r c Bircil.
14, 1953, 6642);
AuLlior
Illst
'110 -,:)"Ults of a Stucly ol" t1w Luhibit;~ry Effc:c---
T40 (So~aw, sal- )f brIDLICaliCylol",
ci"~) )a Drui~ Rcsistc-.--ic-z Tu~-)ermlosir,
Pub Gruzli--.) 1956, 24, io -39.
;ract
lbs' stuey -w-~Ls me, 0 f CIO ScI-sitivity of tuburcle 'bacAli
(T3) t -1~ isoiriicmid (1) st.rci..)t~DZlycin (II in a
treatricit with T4(;,. Thirty--,vc patients were Z.;-r
sc-rvnti --m Omrizvg the ci~ursc .;f trc-t-lent. V.-.
bnctz!ri"A frori tho t;pu-*t-.v,;-.i, k
to I) anci W) vas
ljL'.ic'l (t-ac mt1lic.,ris ar v'- After the, trcat;
wiich lastecl 2-5 T13 liure in thQ sputc~
-'aticift-, The nutl';~-)r tZl -~t in this rict.%~~
c 2 rd

i

~tl.

P/053/62/000/006/007/009

, 1010/1210
/J, 3

A LRIH 0 R S BaZa: 71P.Claw Rapior, Andrzej

TITLE:, Technology and properties of.-electroluminescent
cells with a solid dielectric.

!PERIODICAL: no..6, 1962, 324-328
Pr eglad-Zlektroniki,
TEXT: .77ilectroluminpscent cells called KEL where the
luminophores were a suspension in solid dielectric material.
The -best - results were obtained.with epoxy-plaxi, but since it

Ws difficult
1 pidian 3,hardened with anhydride of.
to obtain,.Z

plitalic acid a m;-=fac_
w s employed. The t of' ffie '"'cells
ture Is described, , A table gives technological and. material
details of 9 types of cells. The effect of aging has been inves-
0 a/Soo during 3 monthe, for
,tigated for frequencies from 50 500

~ 4-1 5
.." , . 1. - --., I'-;-- %- '.

Ku- Q
oil
j2 j
Eg
g2 *31-f
j
a t' ~Al
K"3
Will
s
v gg
14, A.
i- .1
PS I " ' :Is
za-
Eli

MASLEIRIIKOV, M.M., professor; RAPIPORT, M.S., dottsant; RODUVICH, S.S..

I ; - .- -- I, --.- - . . . -. z ~. - - - -

69'j23
S/141/60/003/01/017/020
E192/ E58~
.AUTHOR: Rapoporm, V. 0.
TITI I"crea e o tr magnetic Radia in a Dis
z. T 10 iu s c 0 tion persive
Tt'e d in d= spers
t
t I)i
m Mov -g e um I 0u ion
in %I W
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
l960; Vol 3, Nr ll~pp 148-150 (USSR)
ABSTRACT; The paper is concerned,with the problem of the instability
of a medium consisting of molocules (quasi-elastic dipoles)
which move in a non-dispersive r-e0ium. In order to
determine the coefficients dest. -4o,ing. the increase (or
attenuation) of the electromagnetic waves the author
employs the.sca,ttering equation derived in an earlier
work (Ref 2). For a system of two media, one of which is,
-Stationary,,and has a permittivity tensor eq, and a
medium which moves-along.the axis x with, cons tant
velocity v and has a permittivity tensor Ei'i the
scattering equation is written as (see Ref
..Card l1tt

T