SCIENTIFIC ABSTRACT KABES, KAREL, INZ. - KABKO, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000519810010-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KABES, Karel, Inz.
Influence of the overflow time on vibration and transistor
changer properties. Sdel tech 12 no.4zl46 Ap '64.
Fhotoelectric potentiometers. IbidolO

FASE3, Yarel, Inz.
-- - i,:! load impedance. rx!61 tech 12 no. 6-.229
arsls~toryn-z
A 164~
1
.1~

KABES, Karel, inz.
~~
Use of the Aripot helical potentiometers. Automatizace 7 no.8:
215-219 Ag 164.

KABES, Karel, Inz, (Prague)
Cze~hoslovak analog computation technology. Tech praca, 16 no.8:
565-569. Ag 164.
7777777=

GBI ~' 9 . ~ I , , ., "'. -
!~a - o I
ent servomOtorso
- 1 of Lilrect,-curr
p d,.Ibll I,? j I I I. ~ OIA !I -~)ntxo
'; nw.1-C). 127~-2'16 11 164.

ABES, Karel, in12.
Ejactrooptioal
D 164.
tunction gandrator, Aittomaitzaas 7 no.12030

KARES, Karel, inz.
-control Of docon"raliZei I,ntajations" by ,.A.Tlj,'-i
Ito -MO-10 81 Kabon. nlaboprooAy cb7-or
[1111n, VeAel. Reviewed by K&r L23 164.
2~ no.34:sUppl.-Literatura 25 no.3:1

EWP-(v)/T/L ow G)
L 46611766 liPWIWO
ACC NR, AP6024778 SOURCE CODE: CZ/0014/65/000/007/0260/0262
AUTHOR: Kabes, Karel (Engineer)
ORG: none
415
TITIE: Measuring the response in accurate potentiometers
SOURCE: Sdelovaci technika, no- 7. 19650 260-262
TOPIC TAGS: potentiometer,, electronic measurement, electronic circuitt electronic
engineering
"ABSTRACT: The article describes the basic methods used to measure the response of
precise potentiometers, methods not universally knmm which include points of techniqua
.not likely to be considered by improvised methods. Circuits are presented, and
tables of tolerances ajad check points for the various classes of precision. Orig.
art. has: 10 figure~~.nd 3 tables- 1JPRS3
SUB CODE: 09 SUBM DATE: none CRIG-REF: 002 SOV REF: 001
card iA

ACC
CZ/0014/65/000/001/002A/0024
NRs SOURCE CODE:
AUTHOR:,, Engineer)
none
TITIE: ENDIM 2200 curve-plotter
SOURCE: Sdelovaci technikios;not 1# 1965j 24
TOPIC TAGS: servomechanism# automation ecpdpment
ABSTRACT: The characteristies.of the ENDIM-2200 curve plotter, manufactured by
t
-VEB Rechenelektronik of East Permanyp are compared with those of the BILK--II
he
__-_oUre_r -made by Ge nfionQ ftf--mmlige of Czechoslovakia. The
curve p.L JAXItz"
compared data'are tabulated, Origo art. haefl. figure--and-1 -table.: --ffJ1W_7---
~-AUB CODE: 33 SUM WE: none 0M FM I SOV REF: 001
~~Zt 7~
- - - - - - - - - --
Qwd IA

IXABESY X, , inz.
Conference on a analog computers in IlMnau. Automatizace
no.1:26 ja 165.

KAMS, Karel, Inz.
A now type of screw potentiometer. Automatizace 8 no.2:49 F 165.
Japanese recordirg appartus. Ibid.02-53 F 165.
Second seminar on the WDA differential analyzer urdt. Ibid.:
54-55

ACC NR: AP6022126 SOURCE CODEt CZ/0014/ 09/0322/0326
AUTHOR:.Kabes. Karol (Engimer)
ORG: none
TITIE: Arita& preferred supply and counting nodular uniti
SOURCE: Sdelovaci technika, no. 9, 1965, 322-326
TOPIC TAGSt analog computer, coupater circuit, coMuter technology, coMuter
component, transistorized circuit
ABSTRACT: The article deals with the six variants of nodular unit Ing produced
by the Aritme, plant as standardized components of MEDA-tr- coropu-
tars. Their teabn1cal characteristics and circuits are presented. and the principles
which MISt be respected in their use are discussed* Orig, art. has: 9 figures And.
3 tables. Cipa_sT
SUB CODEs 09 SUBH DAM none MM BEFt 003
CWd (1, C/

_K_ASE"., Inz.
Bridge for capacitance measurement with automatic control. Sdel
tech 13 no.2:72 F 165.

IKABES, -Kara b-Anz. __
Voltage meastwement in translator circuits. Sdel toth 13 no. ~.
90-91 165.
Analog computer ased in schools. lbid.11.09-110

KJOES, Karol, Inz.
ConforencO on an&log computers. Slaboproady obz--lr 2.6 n~D.1:60-61
Ja t65.

/66mi6alTeohnology.
Refining of Natural Oas ihd Petroleum. Motor
and Hooket,Fuels. Lubricants.
Abs Jour: Ref Zhur-Khimiya, 1958, No 20, 68755.
Author A him aU.-j Cejka. M..,.,Vesely S.
Inst en.-
Title Structural-Changes,of the Sodium Type.Greases.as
the Result of~.,Oxidation,
Orig Pub: Chem. prumysl, ;957,-7,,.,No 1.1,, 5907593.
Abstract: Investigation-of;- the,effectlof'.0.2 on phyolco-chem-
ica1properties and structure of greases Was -con-
ducted employing Hofman's bomb. Composition of
grease investigated (in wt.%) was: 83.26-mineral
Card 1/?
CZECHOSLOVAKIA
Chemical Products4 R

KARES, Vlastimil; ZAPLETAL, Jan
Use of rotary vacu= filters for dewaxing oil raffinates from
Romashkiono-crude oil with Bari-Sol. Pt. 1. Ropa a uhlie
5 no. 12: 356-363 D 163.
1, Slovnaft, n.p., Bratislava.

BEBRIS,, I.D.1 VEMOTSKAYA# N.V.1 NOMOVv X.I.; AKSENOV$, V.I.;
Effect Of the method of mtximg an the properties of rubber
made from oil-extended bwtaftene-styrene raw material,.
U-tich. i res. 22 iio~6$17-2o is1630 (KM 16:7)
1. Nauohno-isilledovatel'skiy institut shinnoy proWshlennosti.
(Rubber, Synthetic-Testina)

BAIASHOVP A.P.; BEBRISY K.D.; VERESOTSKAYA, N.V.; DANOVICH, L.Ye.;
DRIGUN, V.N.,- JXAB
.&I.; NOVIKOV, H.I.; SOKOLOV, V.D.
Improvement of the methods for the preparation of tread
rubber compounds based 6n BR under the conditions of Dne-,
propetrovsk Tire Factory. Kauch. i rez. 23 no. 3:5-9 mr 64.
(MIRA 17:5)
1. Nauchno-issledovateltakiy institut shinnoy promyehlennosti
i Dnepropetrovskiy shinnyy zavod.

AUTHOR: bebris, K. D. ; V ores ots-kaya, INT. V.; Kabichkiiia, S. L. Noviknv. ),,T
TITLE: llie effort of nt,~ harii "I
rezinaF, nt)r. 11. 19 US, 'l- 11
S em e o-- ol -m e r 7~ r t~ ; --j

CCUTY1 I Poland H-22
CAT4.ncR*x
EIMIdAk,,# y0o 5 IWN NO, 1929-4
M.
u i- r -Al N~',Mnq Institute (Poland)
I The E.;%~nnmia Mectivenesa of Capital Investment.
in th Clea'y.inr, O.t Lar:J,I-e-size Coal
la~lt, PIB* s. Pract Glow)i. irtst G' .orr., B, No 215 (1958)
A C-tvay b(~,n 71"Aeke ~-n the technical
ard econ~mjr: ',.,ticvj of procensee
.,"or tYc arvl,,~rrt %,,t :iv cj,U'rf.ujn r-rocess
for the c 1 a a.) J* ,I~.of larga-..4S.-!-n cral ac. %, function
at mine oucpu.. and. of the content of irriiurltiet:
and waste rock in the run-of-mine cr,--!. 'it is
shown that han -d picking'(HP) dt large-size coal is
most effective, atimpurity contents of up to 10%.
p C
When three-product cleaning is practiced ;
economical with impurity contents of up to 13% for
305

SIKIDBOT, Ljubomir, Dr.; KABIL. least, dr.. (Tusla)
Nigbt sanatorium for pulmonary tuberculosis. Tuberkulosa,
Beogr, 8 to.3-4:243-248 Nay-Aug 56.
(TUBUGULOSIS PULMONARY, thor.
n1tht sanatorium, for induat, workers (Ser))
(SANATORIA
night sanatorium for pula.-tuberc. in indust.
workers (Ser))

l.'xperlmntal study of Veatrc,,,3s9d wider be ng
I, rdj
wtth cal.-alation cf tho i4m Nct:~r. Sb.,-.,rauct,. trud. NlI
lo atrci, P.SiA no.,4z419-60 '67* (MM2! 'L7.,8)

KAB1LDZHAMV.j K. M., Vand of Tach Sci - (diss) "Investigation of the Work and the
Selection of an Efficient Design of a Catcher of Heavy Impurities for the Cotton
Industryj" Tashkent, 1959, 16 pp (Tashkent Textile Institute) (KL, 5-W, 126)

__A_CC__W8 -XP6003W POURCE 'CODE: URA)3-18/6h/000/012/bou6/boov
11 iinp -, M.- P_
-A UTHOR:
ORO: Novo-Ufimak Petroleum Conversion Plant (Novo-Ufimakiy neftepererpb atyva-
yushchiy zov6d)-
TITLE: Combined schem of devasing of residual raftnate and deoiling of petr07
.1atum
:SOURCE: Neftepererabotka i nefte4dmiya, no. 12, 196h, 6-9
TOPIC TAGSv. petrolew refiningv'ra
x
ABSTRACT-. A system was developed-whereby residual refinntea are dewaxed.and
petrolatum is deoiled at the some installation. The raw material being treated
is filtered in three stsges. Dewaxed oil with a pour point of minus 10 or minus.
15 is obtained in the first stage on filtration of the rpw material to.which solvent
has been added and from which wpx-has crystallized on cooling. The crude wax is
filtered and washed at gradually increasing temperatures in the second and third-
stages: the temperatures of filtrntion-pre stepped up from minus 25-20 to plus
1b-15 and those of the solvent used in washing from minus 15-11n to plus 16-20
in the three stages. A solution of ceresin$yith atandprd chpracteriatics is ob.tained
in the third stage; -Filtreteifrections containing impure wpx are recycled for
recovery of the solvent Pnd reprocessing of the wax, Impure wpx (slop wax) is
uDc:
I a,
"I"i _M

L 10!;U--M
ACC NRo AP6003W
obtained from the solvent used for washini-in the third stage. Applieption of the
combined process mpde it possible to reduce costs and to increase yields of dewpxed
oil and caresin. Orig. art.hsst I figure, and I table.~ MRS7
a~ -9
SUB CODSt 21 SUBM DATEv. now
L-Card T22
777.,
774, Z=-

ILABILOY, B.N.
Phormacoloff of 'furecilliso farm.1toks, 19 svpplament:29-30 156.
(KEM 10:7)
L Zmfedm fanaltaI&CH (sev. - asslusheaW doystell multi,
doystvit"Ovyy olden AN SM prof. V-1-81tvartev) 11 Moskovskogo
psuftretvinasse meditsta*qcs tastituts
IMAN M2TTATIM,
funcillia. phanwool. (J~w))

USSR / Pharmacology, Toxicology, Cardiovascular Drugs, V
Abs Jour Rof Zhur Biol., No 20, 1958, No 94303
Alithor : Kabilov.- L
Inst : Not sivon
Title : Tho Influonco,of Furacillin on the Conditioned
Reflox~Actlvity of 11hito Rats,
OriG Pub zardvookhro''Tadzhikistana, 1957j 140. 5, 31 --'351
Abstract A singlo administration of furacillin,(I)
nitro-2-furaldahydo somicarbazono) In dosos of,
15.' 100 and 200 LiS/kg Into tho 8tonach of rats
loads to-predominantly stimulating processes in
their brain corticos _With a 15 4s/kg doa6 tho
latent pariod of conaitionod raflox--s (LPR) do-
croasod from 1.2-doc. to 0.4 sac., in tho fol-
lowims 7 days only a certain lo.%thonin,- of tho
LPR was obsorvod from this dosuSu of 1. lith
Card 1/2

KABILOV) KIM,
Comparative PhOtOBOnDitizing Off8cts of khellinp meladinin
and the extract of Peonalea druIxte6a. Parm i. toks. 25 no.6s
733-735 N-D '62. (MDU l7s8)
1, Inatitut krayevoy meditainy AN Tafthikekoy SSR,

YUBILOV, Gnnd -c-d
'Gild its illtoractioll
""t" V'ttu`-"l BI
(socolid.,tate Led Inat inn V.I. Piro,,,
rh%
"I'd uc(),-,c-" I*C)f;i 11V',- 14
v), 220 copicc (Fls 26-53 s 116)

BARATOV, R.R. L)W
First discovery of volcanic rock iu Jurassic sediments of
the Fandarlya-YeAmb coal basluo Dokl9AN Tadzb.Sn L? no,,?s
9-n 39. (XU 13 a 4)
1, Iustitut p6logil AN Tadsbikskor SBR* 2* Chlen-karrespondent
AN Tadshikskoy SSR (for Uratov).
(Tamb 'Valley--looks, Igneous)

KLBILOV. Sh.K.
Spheroniderite in the coals of the Fan-Yagwb deposit. Trudy AN
Tadssh.,SSR 104 no.103-% 159. (MIRA 15:4)
I* Inatitut geologii AN Tadshikokoy SSR.
(Seravehan Valley-Spherosiderite)

RABIL(;Vjp SII~K.
Qualitative characteristics of coal from the Fan-Yagnob deposit.
Izv. Otd. est. nauk AN Tadzh. SSR no.3:39-53 159. OUU 15:5)
1. Institut geologii AN Tadzhikskoy M.
(Ayni Diotriot-Coal)

KOLYSHKIN, Nikolay Aleksandrovich; KABIN, Konstantin Vasillyevich;
KARMISHENSKIY, A.N., red.
(Preparation of seven-strand reinforcement wire at plants
of the Main Adminiatration for Construction in the Western
Regions) IzgotovIenie somiprovolochzWkh amaturnykh pria-
dei na Ustanovke Glavzapstroia. Leningrad 1964. 19 P.
WRA 17:9)

in cchoolri. p. 675
Tallinn, Estonia.
A
Vol. 17, no. 9, Sent. 11)59
Monthly Ust of East E\iropean Accessionn (EUI) LC, Vol. 8~, 111o. 12, Dec. 21"150
Uncl.

UwwVq Sh.K.
Conditions governing the sedimentation of Jurassio coal-bearing
sediments In the fen-MWob coal deposito Trudy Inategeol. AN
Tadsh.MM. 4t47-63 161. (mnu 15112)
Is Institut pologii 0 Tadshikskoy M
(Api, District-41sologyp Stratigraphic)
P

V4124. Innstigatinn of Ahe dlelMric loan-of
t~o
v

Z4h-X,,-k4. Ma., 4(1933)
"4;_W
In Russ an
.
Thm tym of dieloatic rclamodan IOSWI O= In
P14tthyltne, charsoffizid by tho followitic remt.
Akety Maxation _ t4ms. T, - 10 s= (h.t.),- rj,
to-'&cc (m.fj; t, 10's~ (11.). Thh is expWntd
by tht pnrtly "tallinis struclum of the mitrist
__Tbo Imcs to tho pr""m of poll;

I (s -C-0, In INis mokcWc After tlittml
d cit
m
Imstmept the ikbsoluto loin figums h~=oe without
Pppmiable charw of the tmWmtum W Fmquemy
Intior's of iskm 6.
CAMMAL U%UtOl AWPnArON
I
ON

-N i

-* -rp~ #, ~r - -t -1
.A\

Z71
7~.
-ehl
7
Categ-oryi_ USSR/Atomic and Molecular Physics - Physics of high-molecular substance D-9
Abs Jour Ref Zhur - Mika, No 1, 1957, No 1009
Author Sabin, S.P., Mikhaylov, a.P.
Title the Mechanical and Dielectric Losses of Poly-isobutylone.
Orig Pub Zh- tekhn. fiziki, 1956) 26) No 3, 511-515
Abstract The mechanical losEtes in poly-isobutylene were investigated using pulses
at frequencie's of 0.5 -, -100 to + 800.
7 3.5 He over a temperature range of
In the interval from zero to +-200 one observes a maximum of the amplitude
absorbtion'coefficient Y, ; at the 'aaAe time, one observes a sharp decrease
in the Velocity of ultrasonic waves in the polymer.between -20 and+300. The
tangent of the angle of the mechanical losses has a single maximum in tem-
perature range from -60 to-t-800. Determination of the tangent of the angle
of the dielectric losses of pure poly-isobutylene and of a mixture with
polyethylerie disclosed the presence of a maxiMum of dielectric losses in the
barde temperature interval, as the mechanical losses. The dependence oflog
f. on 1/T (fm is the frequency corresponding to the =uEU= loss) for mechan-
ical and dielectric losses is gi,~en $y one straight lite, from which an acti-
vation energy of 18.6 kcal/mol was c&lculated. This shows that both forms of
relaxation are caused by the motion of the same kinetic units of the chain.

SUBJECT USSR / PHYSICS CARD I / 2 Pi - 1816
,AUTHOR WHALE-
TITLE On the Dynamic Mechanic Properties of Polyethylene and Poly-
tetrafluorethylene.
PERIODICAL gurn.teohn.fisp.L69 faso.12# 2628-2632 (1956)
Issued: I / 195T
The present work is a careful investigation of the dynamic mechanic charac-
teristics of polyethylene and polytetrafluorethylene of varAous degrees of
crystallization in dependence on the temperature at different frequencies. The
results were then compared with the data of works by the author and his
collaborators in Zurn.techn.fis.?j, fase-4, and 12 (1955). Measurements were
carried out by means of a momentum method at frequencies of 00, 1.0, 2.0,
3.5 and 5.0 ke of the longitudinal ultrasonic oscillations within the tempera-
ture range of - 115 up to+800 0 for polyethylene and of - 65 up to + 200 C for
polytetrafluorethilene. Measurements below 00 0 were carried out in alcohol
and those above 0 C in water. The error found when measuring the absorption
coefficient a of the amplitude amounted to 5% and the velocity of the super-
sonic oscillations v - 20%. Recorded curves are attached. The dependence of
velocity on the absorption coefficient of the amplitude in polyethylene, the
temperature dependence of the product from the absorption coefficient of the
amplitude multiplied by the wave length, the dependence of the logarithm of
frequency on the reciprocal value of absolute temperature in accordance with
mechanic and dielectric measurements, the results of the measuring of up v9
zurnetechn.fiso.L& faso.12, 2628-2632 (1956) CARD 2 / 2 PA - 1816
and aek x tg6mech for polytetrafluorethylene within the temperature range
of - 60 + 200 C and the frequency of 0.5, 1.0, 2.0, 3-5t 5.0 ko, as well as
the depenilence of a on temperature are shown.
A comparision between the present work and the author's work published in
Zurn.tschn.fie 260 faso-3, 1956 shows that both in the came of an amorphous
polymers polyisobutylene as also in the case of the crystalline polymeres
polyethylone and polytetrafluorethylene the relaxation processes which occur
at 104 _ .107 a can be described by the same relaxation times and the same
activation energy for mechanic and dielectric losses. Such agreement confirms
the assumption of common molecular mechanisms which serve as a basis of
dielectrio and mechanic relaxation prooessese
INSTITUTION: Polytechnic Institute "M.I.KALININ", Leningrad.

240) SOV/112-58-3-3611
Trafisiation from- Referativnyy zhurnal, Elektrotekhnika, 1958, Nr 3, p 9 (USSR)
AUTHOR. hlikhaylov, Q, P,, and
TITLE-. Investigation of Dielectric Losses in Polyethylene
(Issledovaniye dielektricheskikh poter' polietilena)
PERIODICAL: Nauchno-tekhn. inform. byul. Leningr. politekhn. In-t, 1957,
Nr 4, pp 54-55
ABSTRACT- Until recently, polyethylene has been produced primarily by
polymerization of ethylene under high pressure (1,000-Z,000 atm) and
temperatures (2000C) in the presence of oxygen acting as a catalyst. In 1955,
Zigler developed a method of polymerizing ethylene under low pressures in
diesel oil in the presence of Al (C?.H6)3 and T'C14. Industrial production of
low-preesure polyethylene whose thermal resistance, hardness, and tensile
strength exceed those of high-pressure polyethylene has been reported. It is
assumed that production of low-pressure polyethylene is cheaper than that of
Card 1/2

Z4(3) SOV/112-58-3-3611
Investigation of Dielectric Losses in Polyethylene
high-pressure by 30%. The present work is devoted to investigating low-
pressure polyethylene produced at NIIPP & EZ (Leningrad) by a special
processing method. Dielectric losses have been investigated at 50,' 103, 104,
109, and 1010 cps - At audio frequencies the measurements have been made
within a temperature range of -100oi-1600C. It has been found that, at variance
with the high-pressure polyethylene with its 3 ranges of relaxation dielectric
losses, low-pressure polyethylene has only high-frequency and low-frequency
relaxation losses; medium -frequency relaxation losses are absent; this is a
consequence of a stronger crystallization of low-pressure polyethylene. The
maximum tg~,;e 3 ~ 10-4. The tgcS"' of low-pressure polyethylene grows
after thermal aging.
A. 0. M.
Card Z/Z

AUTHORS MikhVlov, G.P., Rabin, S.P, 57-9-17/40
Krylovap.T.A*
TITLIC On Dielectrio~and Me .ahanical Losses in Low-Pressure,

*
Polyethyl
-
~
lkh i m9khanioheskikh potoryakh
dlilsk*Zr
lc
ieak
l
poliesil*W. ,sk'6*o davlonlya)
PERIODICAL Zhurnal Taltba.- Plats 19571 Vol. 27, Nr 9, pp. 2050-2055

ABSTRACT: Ths:re experimental invtotication-are
given- It is showil-that tg6 of the diol:ootrio losses within
the:4speraturs rangs~ of from ~-110 + + 1200 and at
'
froquencie iil~oftroml 1.5 to 10 ko passes
through two
tho,analogons
-maziffUM.-donainno A comparison in drawn with
,
ril*e for,high-pressure
polyethylen#, and ifis shown that
l
the two*- so-ot-rolaxation losses in the oa'se.of-low-
belong to the high- and low-
frequenoy-irelazation typosi Measurements of Mechanical
l6e"9-carri*d out by the ultrasonic method in dependence
on temperature at a frequency of 2 ko proved the exiitenoe
of only- ahigh frequency relation. Bumasrizingp it is
#tat*& that the following two types of relaxation losses
CARD 1/2 exist:'

ium N, S. P.
Kabin, S. P. and Mikhaylov, G. P. [Leningrad, Politekhnicbeskiy institut
(Polytechnical Institute)] Dielectric Losses of Non-polar Crystalline Polymers
(The Pbysice of Di4oatzies; Transactions of tba AU-Won Couf3rence on %be raysics
of Dielectrics) Mosew, lvd-vo AN SBORI, 1958. 245 V. 3~000 copies printed.
This vol=A publishes raparts qmssuMd at the All-Wou Conforence an the PbWes of
D131ectric , beld iu Duepropatrovsk-in August M6, sponsored by the *PIWaics of
Diolectric:* Zabowitory of the Midlieskly Institut Ifteal An SM (PbWcv
'Institute lveui Lebedev of the AB USSR)s and the Zltetroftsies Dopwrtzent of the
Dnspropetmskiy pauderAvemVy univereltet (Dnepropetrovsk State University).

V, .1.
AUTHORS: Kabing.8 ikhaylov, G. N. 48-22-3-24/30
TITLE: Dielectric Losses of Crystalline Non-Polar Polymers
(Dielektrioheskiye poteri kristallicheskikh nepolyarnykh
polimerov)
PERIODICAL: Izvestiya Akademii Nauk SSSR,Seriya Fizicheekaya, 1958,
Vol. 22, Nr 3P pp. 325-328 (USSR)
ABSTRACT; In the present report the authors report on the test results
of the dielectric properties on non-polar crystallizing
polymers: Polyethylene and polytetrafluorethylene (ref. 1).
Both polymers are typical representatives of the-class of
crystallizing polymers the rules of which - in a whole series
of cases - differ substantially from the properties of
amorphous polymers. The results may be summarized as follows:
1) Dielectric relaxation-loones can be observed both in the
one an well as in the other investigated polymer. They are
caused by differently constituted polar radicals which
penetrate into the molecule of the polymer. 2) In the case
of polyethylene, three relaxation-processes are observed at
corresponding t mperatures, by which it is different from
Card 1/2 amorphous polym:reo 3) The amount of the losses of relaxation

'Dielectric Losses of Crystalline Non-Polar Polymers 48-22-3-24/30
of the mean frequency increases according to the decrease in
the degree of crystallization. The relaxation-losses of the
low frequency decrease- 4) In the case of polyethylene and
polytetrafluoreth.vlono the rooessee of relaxation take place
at the frequency of 1;A - Of cycles per second and can be
described with the same relaxation period and with one and
the same activation energy, for mechanic and dielectric losses.
This agreement confirms the assumption on the commonness of
the molecular mechanism which are the bases for the dielectric
and mechanic processes. There are 4 figures and 8 references,
7 of which are Soviet.
ASSOCIATION: Leningradskiy politekhnicheskiy inatitut im. M. 1, Kalinina
(Leningrad Polytechnic4LI Institute imeni M. I. Kalinin).
Inetitut vysokomolekulyarnykh soyedineniy Akademii nauk SSSR
(Institute for High,-~r Molecular Compounds AS USSR)
AVAILABLE: Library of Congress
1. Polymers--Dielectric properties--Test results 2. Fluoroethylenes
Card 2/2 --Dielectric properties--Test results 3. Polyethylene--Dielectric
properties-Test results 4. Polytetrafluorethylene--Dielectric
properties--Test results

_. 11-ITHORS: Sazhin, B. I., Lobanov, A. Golldenbarm,
Sarniinsk,iya, T. IT., Marekhonov, Is Ii.,
TIr.,'I,E: Inventigation of Some Properties of Gaminia-lrrridiated l'oly-
ethyleno (Issledovaniye nekotorfkh evoystv proliet"lene, ped-
vergnutof~o vozdeystviyu y-izIucheniya)
V
I :LR. I OD I tLZhurnal teMinichoskoy fiz.lki 19 8 1 Q Q 6 TL
XKTRACT This article contoins a re-cort on n co-mr."Irchenc."Ive i,nwisti-
Cation oJ* polyEthylone. These phenomenti iaero Fjtudi~_.d; T'he in-
fluence of atomic radiation upon the otz-uctui-a end the plhyni-
cal proT.,ertics, the infrared spectra and the intelinity cul~.Ves
describing the dispersion of X-rays and the functions of
density, of mechanical and of electrical properties versus
temr,eraturc. Eampler, of a basic polyet![4ene ~;,,,,nthecized lincler
hi..,.Ii Proosure and samples of polyet.Viene :nibjected to the
y-radiation of a cobalt source in Dir were inveitifrated. Tbe
he
camileel-nd dimensions of "I - 30 - 53 Inn- The curvl~, of t'
MechnnicEil atreil::tll to -arArre fnnction
with the equipment desigwd by t.- u~ cientific ',ieoearch
d 1 Tn,,Ututo of To]~,,.icrjzed t4: 8 (".)I-le C)", itielec-

-2
ill vest ja ti or, of Som-e I-ronertips of Gamma-%rradiatod
tric lovaes) versuu temT)eratin runctio.-I
frequenc, r.-insre of 00 to 3.010 c. Yhe f-A "'.109
to Vie ,4er-
ItUre Mme on a type M3-1 Q-ni6ter ~.ccoi-din,,
~i*octud .- *~ , * (-)- -.t :~i - of the f'-e-toll (Z
."':erit. ~1~110 tt'i-)or..turn deoendence of tho meelhanical. losti-W-1
at 5.104- c vere in-%.e~!tigp'Jed using the methoi pi ihe comq;oun~
vibrLtor ("of 8). ;. hc study of the infrured ~-;)e6tra 0'.'L* Ilorl-
9tabilized, polyeth.-lene an~ of irrtidit..ted polyeth.,-ic-ne sub-
Ptruitiated the Oxiatence of prooesues earlier obsorved
I-
k3efs 1, 5). Besides, nome data bearing on the modificat-4611
o* the structure of the racromolecule of pol.-.-ethylexie were
1 0 90 gations of polyethylene cilujected to y-rudi_q-
obta-'ned In estig j
tiun from Oo showed that the modificationa of the ztructure.
t,
" the macronolecule becomee manifest, when
o
scopy investif;ationg are carried out bl, r a modification c'L
the nature of the tg 6 and the dielectric- .-Ind mechanical
losses versus temperature functions. Notwithstanding the pro-
duction of a llueanill t1in no,~,..ficution of the (!~.,n,-,.;tY nn,! '61-1
percei)tual content oj, cr-rs'all zcO polyeth.,ricno ca-ased by
Ln Jrradiution by 40 -r- M).10 r iS G.
liov
Card 2 f3 and V. M.ChulanoveViy. MaAe v luable su,.(,-estions A. I, r;:

Inves t JLE;at ion of Some Properties of Ganmla-lrrndiatc~J 3oJytJ;.,Jt,,n,s
zaid Vs A., Eozlov made 1-1vaibible the Thc-re ~re
figures, 1 thble, and 19 reforencea, lo o-; -el-Ach are ~-,'ovici-
XN: Nuuchno-i2sledovatel 'skV, institut uolimei Extsionnykh
mass. Ins -citu t vyscl=olelrul, vrnykh aoyedlneiily !,- SSE2
(17eie,-St4fie `teaeurch lnqt, tute of pol""nerized luticu. Inutitute
of Hirh-10olecii1ar Coirrowiclr,,!,3 USSR, Leningrad)
November ?", 1957
Card

IABIN, S.F.
Coaxial resonator for measuring 6 and tW of solid dielectrics.
Trudy LTI noag4a6W74 1 58. (KIU 11M)
(Dielectrics-Measurement)

KLBIN, B.P.
Dynamomechanical properties of polyethylene under vibration In shear.
Vysokom sood. I no.6t829-833 is '59- (MIRA 12:10)
1.1eningradekly politakhulcheekly Institut in. R.I. Kalinin&.
(Polyethylene) (Strains and stresses) 0

3/190/601/002/01./06/021
P4.1 SOD B004/BO61
AUTHORS., Kabin# S. P., Us,yarov. 0. G, 82078
TITLE; Aopljcation of the Ultrqspnic Method in Determining the
concentration of Components in Polyethylene - Poly-
propylene Mixtures and In Copolyw4rs of Ethylene and
,,Pro y1ene i
PERIODICAL: Vysokomolekulyarnyye soyedineniya. '960, Voi 2. No~ 1,
pp. 46-50
TEXT; The authors used longitudinal ult-rasonir,- wave M-/V.; ~n 'he
temperature range from -60 to +800C to determine the a of
the amplitude absorption, in order to draw conclusions from thl ;.'n'
the mechanical properties of the above mixtures and qopolymer The
following experimental data are given: temperature dependence of a fer
polyethylene - polypropylene mixtures (Fig. 1); dependenot. -.;f the
maximum value of a on the concentration of polypropylene in p.-lyethylene
polypropylene mixtures (Fig. 2)1 temperature dependen^,e of a fcr
Card 1/3

Application of the Ultrasonic Method in Rf I 90/6n/oWn
M 00 I-At j On Of C0I11PctA01t-R 1-1~--o I
4
in P013-oLhyl-olle - Polyprojjylene kiXtu.).-es ar'.11 62078
in Copolymers of Ethylene and Propylone
ethylene - propylene copolymers (Fig. 3); dependence of the maximum
value of a on the concentration of propylene In ethylene - propyltne
copolymers (Fig. 4). The authors draw the following conclusions from
these data: Mechanical polyethylene - polypropylene mixtures show two
ranges of mechanical losses which are determined by relaxation
processes, One range of relaxation is caused by the presence of
polyethylene, the other by that of polyprcpy'1qne. The mc9t. probab'.a
relaxation time is not Influenced by a change in the mixture ratio of
both components. Ethylene - propylene copolymers show only one range
of mechanical losses whose maximum is found at 50c~ The maximum a is
linearly dependent on the concentration nf propylene up to a propylen4-
concentration of 40%. This fact can be used in the analysis of
et?-~Vlene - propylene oopolymers, and may also be uRed for other
copolymers. There are 4 figures and 7 references; 6 Soviet and 1 German.
Card 213

Application of the Ultrasonic Method in
Determining the Conoentration of Ccmponents
in Polyethylene - Polypropylene Mixtures and
in Copolymers of Ethylene and Propyleno
ASZ50CIATION; Li~-rcngradskiy pcIinkhn~0v.I,kiy
Ka' n i na (L,4r
,I _kingr*jit Pc.
S/190/60/0021/01/06/0,21
BOOOR061
82078'
irtrzt Aut ~K., f4. 1.
Ut,? W,
SUBVITTED: 18, 1959
C~trd

83474
3/190/60/002/009/005/019
S. %A%Z B004/BO60
AUTHO,Rt Kabin, S. P.
TITLEt Mechanical and Dielectric Losses of Polyvinyl Eth lal in
the Vitreous State. II
PERIODICALt Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2, Wo. 9,
PP- 1324-1329
TEXTt The author studied the propagation of longitudinal waves and shear
waves at a frequency of I mo/seo in polyvinyl ethylal (density) -106g/om~,V)~
whose base molecule had the structural formula -CH 2-CH-CH-CH-
Measurements were made with piezoelectric 1 2 1
quartz in th.e temperature range between 20 and 0-9E-0
800C. The author writes down the equations for H3
the following valuesi shear modulus G - GO + iGIII longitudinal modulus
M - M' + IM"; GO -f v2 (v, - ultrasonic speed with shear oscillation);
2 a
MIMY V1(v, - ultrasonic speed with longitudinal oscillation); furthermore,
Card 1/3

83474
Mechanical and Dielectric Losses of Polyvinyl S/190/60/002/009/005/019
Ethylal in the Vitreous State. 11 3004/BO60
equations are written down for the amplitude ooefficientack 890(1of
absorption, for tan ~, and tan S, (dr'. angle of mechanical losses), for
the Poisson coefficientp , for the rational (BI) and irrational (B")
component of the modulus of volume compression, as well as for the
maximum elastic energy stored, namely F,, the shear component in the
propagation of longitudinal waves, and F2, the longitudinal component in
the propagation of shear waves. ExpeFimental data are given 13 Fi7s.1-3
ana in a table. v a arops from 1.2-1V am/soo (2000) to 10,10 om eeo
(8000), ,, rises from 1.03 l/cm to 1.46 1/cm. v 1 drops from 2.08-ID5om/seo
to 1.96-1o9 cm/sec, at,, exhibits a maximum at 500C. ? at 2500 is equal to
0.25, at 8000 it is equal to 0.28. The maximum value of tanS Vol - BII/BI
10 2
is 0-017. The modulus of volume compression is at 2.7-10 dyn/cm , and
depends little on temperature. The relaxation time of the mechanical
losses coincides with the relaxation time of the dielectric losses, which
is indicative of a common nature of the molecular mechanisms. The
Card 2/3

83474
Mechanical and Dielectric Losses of Polyvinyl 5/190/60/002/bO9/005/019
Ethylal in the Vitreous State. II B004/BO60
dielectric losses observed in polyethylene (Ref. 11) can be explained by
dipole radical losses on the strength of data obtained with polyvinyl
ethylal. The author thanks G. P. Mikhaylov and Te. V. Kuvehinski for a
number of valuable remarks ore are 3 figures, 1 table, and 11 referenoest
6 Soviet, 5 US, and 2 German. T11(l
ASSOCIATIONt Leningradskiy politekhnioheskiy institut im. M.I.Kalinina
,(Leningrad Polytechnic Institute imeni M. I. Kalinin)
SUBMITTED: February 18# 1960
Card 3/3

296V
s/12o/61/000/004/031/034
919VE355
AUTHORS: Volodin, V~P., Rabin, S*P. and Kuvshinskiy, Ye.V.
TITLE: Measurement of the dynamic mechanical properties
of rubber In the frequency range from 0.01 to
000 C.P.S.
PERIODICAL: Pribory I tekhnika eksperimenta, noo 4, 1961,
P. 179
TEXT: A previous work (Ref. I this journal, 1957,
No. 5, 86) described equipment for determining the dynamic
mechanical properties of rubber in the frequency range of
100 to 4 000 c.p.s. It was shown that, in principle, the
apparatus could be used for lower frequencies and this has now
been done. Measurements of the shear modulus and tangent of
mechanical loss angle can now also be made in the frequency
range of 0.01 to 100 c.p.s. The output of an ultralow-
frequency generator is amplified and applied through a resistance.-
to the coil of a vlbrator. A peak voltmeter is used to measure
the voltage drop across the resistance which is proportional
to tho atress applied to the specimen. It also measures the
Card 1/2,

296t9
S/12o/61/000/004/031/034
Measurement of .... E19VE355
alternating component of the output voltage from a capacitative
pick-up which is proportional to the displacement of the
spbcimen. A phasemeter is used to measure the phase-angle
between the voltage corresponding to stress and that corres-
ponding to strain. Measurements can be made in the temperature
range -30 to +60 OC. Test results are quoted for shear modulus
and tangent of mechanical loss angle as functions of frequency
at a temperature of 15 OC for Ckra (SKB) base rubber. Thus,
at a frequency of 0.01 c.p.s. the shear modulus is
2.6 x 106 dyrxes/cm2and tan 6 = 0-17' 6At a freqpncy of 100 c.p.s.
the corresponding figures are 5-4 x 10 dynes/cm and
tan 6 = 0.3 c-P-s-
There are 2 figures and 1 Soviet-bloc reference.
ASSOCIATION: Loningradskiy politekhnichealciy Institut
(Leningrad Polytechnical Institute)
SUBMITTED: November 17, 1960
Card 2/2

23.136
15' - 9SM) 2201~,11,72 OS40 1043, 11-111 8/190/61/003/004/011/014
-""iB207
LUTHORS: Malkevich, So Go, Mikhaylov, G. P., Sazhin, B. I.
Smolyanskiyj A. Lop Chereshkevich, L. V.
TITLE: Study of the dielectric losses and polarization of some fluoro-
plasts
PERIODICAL: Vysokomolokulyarnyye soyedineniya, V- 31 no- 4, 1961, 618-623
TEXT: This paper studies the effect of crystallization upon the dielectric
constant E and tan 6 of the dielectric losses. Substances with the following
parameters were studied:
Substance: Denotation d 3 E, 105 melting
200# glom cps, tan 6, 105
000 ape, OOC point, oc
polyvinylidene flu-
oride P-2 1.86 7.0 0.19 180
copolymer from tetra-
fluoroethylene and
fluorovinylidene 1:4 CF-1 1.86 6-4 0.18 145
Card 11.4

21136
8/190/61/003/004/011/014
Study of ... BIOI/B207
Substance: Denotation d g/OM3 E, 10 .5 cps,tan 6, 105 melting
200
00C cps, OOC point, OC
-ditto, ratio. CF-2 1.91 8.6 0.09 16o
1:2
ditto, ratio CF-3 1.98 8.0 0.08 205
1:1
and tan 6 were measured between -1500C and melting point of the polymer at
frequencies of 5-1o7 cps on 0-1-0-5 mm thick samples according to a method
described in Ref- 4 (G. P. Mikhaylov, B. I. Sazhin, Vyeokomolek. soyed.,
9, 19591 Zh. tekhn. fiz., 25, 2186, 1955). The maximum error was less
thin 10%. Fig. 1 shows & and tan 6 as a function of temperature. The
maxima occurring therein which are caused by relaxation, were also observed
when tan 6 was a function of frecLuency. Since tetrafluoroethylene has a
symmetrical molecule with small dipole moment, the increase of E and tan 6
in the copolymers, is due to the polarity of vinylidene fluoride. Three
ranges of dielectric losses owing to relaxation were observed. 1) hiah-
frequency relaxation at CF-2 and CF-3 in the range of from -180- -10000
Card 2

J Th

KABIROV, R.Sh., nauchnyy sotrudaik; URMANOV, Z.A.
TreatMent and prophylaxis of gastrointestinal diseases In
Young f4M aniftlee Veterinariia. 40 no.4t63-65 Ap 163.
NERA 17: 3.)
1. Bashkirskaya nauchno-proizv0detvennaye, veterinarnaya
laboratoriya, (for Kabirov),

ASTAKHOVj Yuriy Nikoleyovich; VENIKOV, Valentin Andreyevich; Z*Ev,
Eduard Vikolayevich,- KABIROV Yurly Sadekovich; IVANOV, S.M.,
red.; NAZAROVA, A.S.p tekbnt redo
(Cybernetics in p.ower engineering)Kibernetika v energetike.
Pod red. V.A.Venikova. Hosk-vap Izd-vo "Usknie." 1962. 35 P.
(Wovoe v zbisni., nauke, tekbnike. IV Seriiat TekhnikaSno.14)
(KM 1528)
(Power engineering) (Automatic control)

-iVll ~