SCIENTIFIC ABSTRACT ROSICKY, JAN - ROSENKRANTZ, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445330009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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opolymers.
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dissolved in vlMri. he resufthm 0.5% soln,
To 0
so- ff was
of the copolymer the L P added dropwisi at 30%
and when the coagulation *"reachedf@ the aeotropic
'mixt. L;o-PrOR- +Aoluene -r CHC440-remmvA aC'

the
lowered, 'pressure till the. turbidity, a"
-
latier
Wns retno@redj the temp. (32-6,),and
the soln., being cool' 30,; -@ Ill this iiay 9-14 fmL-
.--. ted fraction was dissolved
tions were obtained
.
I
lit toluene;and SO; - 'HCI, at 40*/'
-PrOH
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vacuum, 1, 1 rM
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tion--becomes. narrower.
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@Zurn.techn.'Ais, 26, faa,,.8, 168-11-1688 (1@56) CARD 2 2 ?A !2662
r -arr V&r. ous
T ifluoret-hylene wexe used, In.order to,be able to out, te ts-a,t, i
temperatures a simple thermostat was used. Prom the differenoe-between'the.
@Initial and the remainiDg chaxge.and the elapseditime the@vslaaity.@af the
h rge'los r the ourrent.lo5s was -determined. The modification of the
c
a sea 0
potential of the measuring eleotr6de. ou@the occas Iion of irradiation- by 0 pex-@
ticles is due. to the absorption uf these particleslin the messuringelectrode
a e s f:onducti-fityL Results
cnd:in the insulator, as well as.by thel tt r) showed,
that the surfaoe losses and the spatial conducti7ity of the material,a. invest-@,f:
igated cause a oonsiderably smaller change of the.potential'*of the measuring
electrode of the chamber than the absorption of the P particleez Thevel "i+
ou ty
of voltage modification differed acoording to whether the measuzing-electrode-
@has, a positkve or negative initial charge. All measuxementi Were registered in
a table and mentioned within the framework of tn3 ,s work- The oouaenser-chamber@-
method@was proved to be ser7io-eable., The oondu,:tivity of' all materials-examined
was found to be several degr esJ wer:when Irradiated than the,'jorrespondin
e., 0 9@
air volume. The following.materials, were found:-to haTe the lowest,:'degree. of
and while t1he insulating @, surf ac-.e,,was
screened off: polym,-*thi~methaerylate,:pres~ied'amberI and polychlorinetri-1--.1
fluorethylene. The temperature coefficients o the conductivity of the@orgauic-
insulators are very high. For Irradiated samples they are even..higher.
INSTINTION1.

zzm-_m OR,

. . . . . . . . . 4b. ffla-M. Of the droplets
hod &'ihl4.-
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move 14 2.0 x 10-4 ew I I
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i
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t
w
W
am
Apw,d" dm
nd *
of the drop md i Mature 41 the OW of the Aber md W" d. The ob-
dw man. 41 dwk
W
thl sbestos Abets were
dw the A&- dw an the
P*qrgPkd mdkr @.;Jm dkb
-B
@tlw clect""
ilftractime swith d
k
W &
h
m
n
W&
qp.-Tjs&
TowOPc- 1110der a muggificitilim el 17.=
aDd SUIVICquent CRWVMMI of 1.7. amd the must Abets is MMIW wkb Owner Moen th" Wfth t
rephotographed after wtuing with a I*W =0
saw For the Mquids &W Abets favoidpamd the
of droplets - (orrmed alling the fiber. - At opmet. Aber I Of MWnNQL forces cm be estd
to be 2-3 nuagi
.
dimuL d, 0.13 and 0.06 04@wkh-Tj hydregydim" cio.v
ji, ?i iii do vda of d
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simliar behavior was observed :WvamvmNw4m
an asbestos and a particamy st-P b=mw 4d v Ism
hxxeaskg D was hand with drq*u ON TI
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rMe mud of rubbery throe& of
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*a.% 1988. IMARATIGN OF ?URI C"LIC. AMD "M COAL TAR JPRMLS
Rom CaBuNiSATIGN VC. znpLuxm Rosendalb F (I%#
1943, 66, 44-425; grit abet. 1910, Bl`@ @'. Phoonols (1) we .0
recovered from sarbonleation and hydrogenation effluents by three -0
Stago counter curiont scrubbing with 10A of "Phonosolvan" (11)
0 (a mixture, b.p. 100-13D", of *star# of higher alphatic alchololo)
followed by separation of (1.1) from (1) by distillation. 7ho
d
sphowlised effluent conta no 097* of (12) which is recowwod
=00
by stripping with stem. The process reduces the comen. of Cool
in the effluent from 7 to 091-0.2 with a loso,of (U)
o" 0 per On, m* Of
f 150-250 g. effluent. Oils fontaining (1) or*
go ve fiection of b.p. 150-,210 which is sequbbed
distilled to gi a So 0
with untriatod effluent -at 70-W 0 to offich-the letter in (1) a4fa
Because of its low b.p.i high boiling impurities do not accumulate to*
in rocirclated (n), which is superior in this respect, and In the
o volo, required 60%) 1 to
A MITALLURWAL. L111NATUDE CLASSIFICATICU . no*
--- - - --- ---
t jam 110.411V
191443 Mir QNr off *bjai (kil 131131 a" 001P Ali 00
;f I - W a 7 -ZA
U Ig XT M3 I UP 11 K - 11 1 1X, S a ow a a
ff it OP 0 0 'a '00
0 0 0 : :.L. :. : I @ 0 41 0 0 0
0 0;0 a 0 * 0 0 0 0 0 0 4r, 0 0 0 0 0 0 is 0 0 0

'PosenfeW B. A. Die motdacks GeamW'4.6
A 4 . a. r4get-
--rMH-es 77-fienye Zapiski Moskov. Ge& Ifniv. Mate-
73 A2 1144) ilkusstan. Germanvarnmary)
Fhe tota!ity of spheres of a 3-space of constant PWtive
@r% ou- @s mapped following Ue (who, however, consid-
I spa, , @ in i four-dimengional quadric L of a
5 spate. Lic himself considered the geometry of
.ot,"p)nding to a 15-paraireter group of projective
as L invariant; in terms of the spheres of the original 3-space
one may say that the group transform spheres of a certain
radius intn spheres of the same radius. Two of rhp-oe groups
have @)een (:onsidered befort (ur rarh@r dnahr4ots gr-eips
Corre"nding to spheres in flat spat e i. one b @ M, b! LLS and
the other by Laguerre; they leave invariant spheres of
radius zero and r 2, respectiveiv A third giroul. 4 rigid
transformations wht(h the auth(A singles out I r s - - ial
coasideraticin leaves invariant auEopolar spheres i4phensoi
radius ir 4). this group has no counterpart in the va-z" of

Sourcet Mathematical 'p4t
ew- V61' 8' go. 2
7.

takes Ad into itself induces in M a w"dormation of the 0
group G he speaks of a "two-sided" representation. The
greater part of- the paper is devoted to. the case when M is

syrrimetrichith
i sense of cartan, anid is based oa a series
a paOr
1h up'LS-.coni*t-'the.iMbe&iolr'. space,
In if:..
e. gro.
7
.
TT
IS uclide 'an and if the group .13. nPAC911APac
. (in We
.
Al. :1.
to
4-PuMeAhat.i is tnea Yrepr
9 is- kudii@Etklideari (Ml
ca :6 actes.,

Rosezfeld. B. Theory of surfaces in SYMMe @ind if that 1& n0t:the C:a;'se sen
tri on on -a ded.
t6e repre'- UL
au
[Izvestia ACad
S&
M
th
i
URSS
ffF@S
.
.
.
.
a
c
.
sists in i u nj into
i ntrod ci the
45). (Russian. English summary) The method, in general, con
3 71 - 386 (19
SSSR ] 9
,
al ebra representing the group 0 of a Euclidean or pseudo-
In earlier papers the author had considered the represen- 7,
Euclidean metric. The author considers, in particular, the
tations of m-pararieter varieties consisting of configurations .
n of the orthogonal group in the algebra of real
of _,pheres representatio
ot a Fuclideao soace @for instance, the totality
as an rn-diniensional sutface in a space of sufficiendy high matrices. the unimodular unitary group in the algebra of
complex matrices and the spinor group in the algebra of
a gt-nerai theorv is given in which a variety
doniension. Hert-
Clifford numbers The geometrical examples include the set
.
1f With a ![ if'!Sl! :egr"k;; :14 -, iint Id...1 into a Lucli'l-in
-j"A' 'f !-@ (@ of rn plant-s dir-jugh.i point i.if EuOidean or pseudo, Euclidean
or pseudu F.U; li%j-111 rvvr,. ifansforinaitun of

pi.,v be contio,!,d ni,- i rotation (if E ti '. lys tll,,, ri-space, in-dirriensional spheres of n-bpace, hyperquadrics of
le .1uthor ,
r have a '-:,ne @ided- repi-tientation of M as a -%urfat e-. projective n ipace In the last section homogeneous non-
W
.
- I , i .. _ --1 --i- of F which symmetric 5paces are briefly considered, such as the variety

Rovenfe'14 B Gddmitrie. dift .rendelle - 4es famMes do
euka.dintend6nd. Bull. Acid. Sci,. URSS.
S6r_ 11,10-308:1
qnq "Oummary
di' s th@ -Aimensional planes
The auth 0 tqdte-'_ I itebmii 4( Hi
in Euclidean x-spa6e by theani': ot Wmallied Grassmann
coordinates. These coordinates may be regarded as the com-
ponents of a vector P in a space R." of CWj) dimensions.
Introducing Cartan's affine connection, the geodesics are
m-helicoids, i.e., in-planes having the same perpendicular
and the same 2-planes containing stationary angles, while
the distance from P(t) to P(O) is P-1 and the angles are
k. -$ (kil+ - - , +k.'- 1). A linear. element is intro-
duced in R.- by means of the, tangent m-helicoid. The,
author then studii~i"k-paramifii~iii~ili'es of m planest Pur-,
faces and complexes@
jenera iza t t:61 e
(Ox Y@). ThIsirdi @,$Ore, Kumm r!
and others kei-j'oeclat - val u* c-s-o' t ki,-@@-'*",-ai ad m"
ullman, Wash.).
Source- Mathematical Reviews, 1948, Vol 90 110.1

T--

Ile
03SP (Russim) Mechanism
of Metal Corrosi n @rrow
I
ces. Nekhanizrn koror.U met4Tov -
rorakh i
h
kh
h
tf
H
C
i
f I
(K
s
c
e
a
.
.
orros
on o
rot
n Mutfons of Corrosion
-
Inhibitom Ker "mils zhelezi
v rastweepkh zomedUtefeL

i
h
q#
4F
Y and L-K- LUIMhakov. Zhumal Fizk&"
;
W
m
4j
a1L W07, P. 72-82
,
In tOb with solutions of Nall
V07, K.CA, and
)-
-
Il
-Ici
-r
-ZzWmaximmm
or
i
R
c
ros
on wa
9 o
me
M at
e
ev
minimal'-wid Intennediate es
'
"
'
"
'
determln
1@u ices of

by th6-
A
Ib
I
tca
yn or
concentatiGn
,,
d a fact
;@ J,

p-- ----
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'10461
F t.cl J,, TSF ELECTM)CdEMICAL
L L,
-rr

IV W W W W 0 a0 00 W-W 0 0 0 e
A I & 1.1 9 to ofU 11 U is is I a if 9 31 id a x W, a it a 41 a AS
a F 0 it --I IL L-A I i 1 0 -0 a
00 29D Afto 4TW C4011% 0
F0 grill WOE.
@@Pplicstion of Me Aboorpu- Method in The 111400 of COME! Corrosion. 1
(I. V. -00
Akfinov and 1.
The &1 00
N@14.1. 96. (5). ib.] -,q,tif-n method Of
If,11gilugh. @;tujkrt, and JAv (31a. Alo. (J. jxd. jifriati). 1927. M 444) has
06 1 brn ijcd to study the commion or copix-r in WO)OIN. 0-401N. (HRA" 0-IN.
up to
Anil N milutions 4 hydrochloric acid and soiliunt hvilrimide ftir im-riods
An induedon period of-10-50 hrm. mas fb@nd in the rase ofcorrosion
d in the acid. aftrr which absorption proceriled more rapidly; in the alkali.
tattack began at once but absorption reached a constant vafne, delIendent on
flip rdmownt nit ion (if the molutinn. after about 1W) bro. 'This was Imp fir all
dw N solution, In which alimorlolims 1,111111111,41 1 nifi-rinly isills Ifine. so
N:. It. V. coo
=Go
Ft
00 2 wee,
tj
NOS
!@A ASX@SLA SETALLURMAL. LITERATURE CLASUPICATRIN
tie*
lima
2 U is 0 lt 1A 4, L S 8 Cm 0 is A3 a
P tr it
0 Is It R 9 It 99 91 It K No
0,9 0 0 0 0
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W W w w w w w w w v RIF w
so it is
Is is jb@ It 4 Is
a it It J, It
-L-L-AAAS M ;lw is 40 it u &I a a
j-6-6-1_s 1 '1
:Al . .....
to of Corrogion and Xlectrods yog~aU&W of Uncosswum Affertsid by
SA. 1944. 44. (5), IV3-
Sci. U.R@
and -I,- oforr-io. f
o magntiins
2-7).distilkluaterant"n 11 10"17 7-13-5).
It I LN".11. by 111-Mll. (
Iliees pit 11 it, pe 3 mit Is Imtential and rommion mt4% arr high. but. dern-axe-
Pluirldy. re.n. 1% nop jormet-livelilm in thin n-stbin.
elveln;le liolvistial rrijuslum mwolant, but tIH- rale of comnA6111 faillm Ateadily. -00
rhiis behaviour IA cennectmi with the Amnation of CetiVe 111119 A1141 Ito -00
From pit I I upwarils tlw,fix
gnpirth no p im-n-aws 11.1 mcrunwe muktAly In .00
so ma Ilifity full rim it Is Iw;tm;t In I a n4l ra tv i ofmmob its drewraw Asti rply. 1. V. 111.
see
is 0
age
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3*0
too
S, s I L '4t 1ALIk@POL111. W11041t.4f CLASSIFKAII lz
It P,
N
T -u is A* ws Ls:
4 1
it of IF It IP M K W It PE St K ff It It DE n I An. i a (W 0 P1 4 1 w of. 5 All a 3 0 v
discs
.0 0
'Is @lt 0

0 0 0 0 0 a 0 a 0 a 0 0 0 0 0 0 a 0 0 OIWO.I.Wo. 0 00 0 a 0 0 0 0 0 0
I I I I I I I a I a it I) it to 16 11 to to All )I' a a is M It v 14 a Id I? 111 10 8 41 a 41 at! 0
A _P N, I I . V @ Y J. -A f - I @ $A M CC to 0 1 'tl Lt -I, 1 -0
lit ..b I !!o 0
0 0
.4 Sba'dor ad Dlovel tuol at Io- to tug*$ I In
nuence of it,"" air and olinder W;; Aicttwcom.
00 rado. L L. I toxes 39. No,
-00
0 0 ir IIIIIJ8, M3 5(RMT@'@ catcue no. is no indication W Woo
Diesel fuel under clums"I temp. con-
the ignitability of a
& Wfie$ of a Such
dititiva was Clear froax l"Is made Ulm
filet, Ifom 4 kuyaj&n pettoleurns. The temp. of the sue-
I 1@ of the cooling fluid wrtr widely varkd.
tion air and that
00 be oil% was apt to 1w revvrwd with
and the ranking of 1 .00
suct ion air, The
00 1 change to low temp. of cylinder walls and
uddn. of Ant nitrite to the fuel had little cffrct at any Igo
0 ~ E
age
S
.3 inn. 11. jSfiU&nC4 Of JOW t@MP.
it-sup. condit erat"e, an Igo
00 Row of Dieml togs littotuo SoKh IMM. 1W. No. 1111K).
solar oils and gw Als that were 0
00 pumped through a Bomb cotton
00 'I'll. cloggM I he filter compittely un. -00
terup,%. duvrn to -G
le" they had twen filtered previmsly or acid-refinet ZIP 0
For fuels conigi impurities the filttr should he platvd
n,ar I he engine for warmth. una H. Crandid.
-Fu
00
Zoe
see
09
00
zoo
@EfAILLUMKAI. WERATLRE CLASSIFICATICM
. ........ .. .
6.3. in"
SjM3#5 too
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b U 9 AV to IS
I
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0 * 0 0
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PA 2039
On the S
cattering of Fast Particles bYNuclei,
The Scattering of Myons into Large Angles. The first experiments
carried out 'With respect to the scaEtering of myons resulted in a
cross section for large scattering @Lngles which was.of abnormal size.
This phenomenon was carefully studied at Manchester.for a further,,
energy domain of myons, this was done-@'with the aid of a Wilson chamber.
into which leaflets of-lead and iron were introduced. The mesons.ob-
be subdi to their
served could vi energy,only into separate
groups with broad spectral distribution. For each-of these groups,the,@..
distribution was determined-from@a rather small number of observed
phenomena, so that the uncertainty of these measurements must be con-,.,
sidered to:be rather gre'at already for purely statistical reasons.-
Experimental data are compared with the theory.of manifold scattering.....
For iron selection of the various theoretical curves is rather difficult.
Data for lead show a certain prevalence of scattering int large angles.:
Various causes may,be responsible.for the abnormality of scattering.,!.
The Scattering of@Fast Neutrons by a-Particles.is of special.signifi-,"..
cance because it is.of sufficient.simplicity for the accurate investi-
gation of the,interaction if certain suggested laws of ihteraction@
among nucleons are assumed.,Among other things,,experim,ents concerning@_
ar radius
the scattering bf,fast neutrons show 1@3t the effective "nucle.
for this process has the form R -,rok + a.
Card 2/3

/-,

3140" r.J$: --
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i__@ @?? !
)I M-26-D
It 16 17 u to a i a It )a 11 v 11 14 a 39 9 X 9
Z 0 U
-00
,
o(bfte secretion
1
The physioloi
O
A
Roicaerd 00
.
,
.
.
.
q
J. PkyrW., U. R. 26, &1"(in Hn'g1W1UDM
I -
-The Intravenous Injection of 0.1 mg,/Irg. body
estrine (1) into dop causes it marked Increase In
secretion lasting for,40-40 min. The same r
esult can be IPO 0
obtained by the continuous Introduction of semtia (11) -0*
into the blood strum.- Ilto simultarteo" Injection
end U cnum4 a rapid and Prokmgtd inhibition of b'I
It

.@stcwvtlon. The Intravenous injft
-tion of t during the
continuous Infusion of 11 also msults in immediate anti
so prolonpd Inhibition of seartion. S A. Karjala P xO0
00 J =00
coo
coo

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use

0 I'AL IoRGIC-L UTIMAT4,01 CIASSIFICaTIC)l
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-N-U-S77 u,---rl

USSR/Microbiologj,@.- Medical and Veterinary F-6
Microbiology,
Abs Jour 'Ref Zhur-Biologiya@ No 1, :1957, @,750,@:'

Auth
or Re Me @Ro
senfelld

Inst .........w........ ....................I. .........I. ..............
Title 'Resistant,Forms of,Tubercular.Micobacteria
in tlie.Case:of~Combined~Antibacteria.,
Th
erapy
Orig Pab ':Profilaktika i lecheniye 'tluberkuleza,
Gosmedizdt, -Ukrainian SSRt 1955t,
358 361,
.
Abstract The sensit-3-vity of :tubercular bacteria@
.
. (TB),to streptomycin.and PASK were
studied@in 65. patients, suffering,with
:.-pulmonary tuberculosis. Fifty-two
patients,were%treated with streptomycin'

eived
And PASK. Thirteen patients ree
b.
Card 112

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Itioting I-
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M.Arnfeld, V@ 1. KI,sihn,-v.:isnJ V
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T, 47017-66 r",,JT-Q )Z TJP(c) JAJ/RM
ACC N
AP6017897 et) SOURCE CODE CZ/0078/65/000/012/0016/0016
r- A_z, _H@kps-Georg.(Doctor;: Leuna); 4odl, . Pet er,. (Engineer; Leuna)
AUTHOR: JJosenk il
Ehri , 'Willi (Leuna)
9
ORG: none
-TITLE:, A method of manufacture synthetic resin flake.. C Z, Pat. - No. PV 1607-650
Class 39
SOURCE: Vynalezy,. no. 12, 1965, 16
TOPIC TAGS: resin, synthetic resin, resin flake
ABSTRACT: A method has, been introduced for manufacturing flaked synthetic' resins
from. resin melts containing suitable solvents. The adjustment of the growth of the'',,
molecules is.achieved by lowering the ratio of the solvent to unreacted components..,
and by a secondary reaction t reduced IpressureIat temperaturIesIranging from 70
a 0
200C,@:with best results inthe 1207150C range.. The resin melt.obtained bythis@,.:
proces,s, still hot, is then continuously fed into a,,roller, mill, with two rollers, rev
ing in opposite direction, Whereby the resin film formed-on the roller as',a'res,ult of
ff by. cutting knives'mounted on the stand.', Byappropriat@t
cooling is being scraped 0 1
12
Card

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