SCIENTIFIC ABSTRACT GORELIK, A.G. - GORELIK, B.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516130004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 2977-66
'ACCESEION NR: AP5022923
were processed on a "MinsX-l" computfr to give: 1) average wind
-velocity; 2) mean
Isquare, value and Euler's scale puls4tions; 3) average rate of
ener-_v dissipation,
14) the correlation coefficient for the wind velocity pulsations
computed from the
observations; -and -5) correktiai functions for the wind velocity
pulsations in tile two
;observed zones. These were tabulated, while the co4elation of
function curves 71(0
and V2..(t + 2L' cos O/V) for 4 sets of obseryations is presented
graphically. It ic
!shown that the correlation coefficient obtained in about 135 sec
is 0.7 find varies
from 0.88 to 0.53. During the passage of a cold front, the
Lagrange correlation
period exceeds the Euler Is period by a factor of 15. The
"measurements of the vind
!-velocity pulsations obtained by this method agree 'with those
determined by direct
;measurements. Orig. art. has: 2 figures and 2 tables. [ERIC
!ASSOC:7ATIOTI: Tsentrallnaya aerologicheskaya observatoriya
(Central Aerological
Observatory)
1,
iSUBMIWED: 14Apr65 ENCL:' 01 SUB CODE: B5
ATD PRESS: 7

L 2977-66
WCESSION NR: AP5022923
ENCLOSURE: 01.
V, (t) vi (t
H. zoo
Fig. 1. Method for simullaneous measurements
of Lagrange and Euler degrees of pulsations
1 - Antenna facing into the wind; 2 - antenna
facing away from the wind; 3, 4 location of
the acattering zone in apace.
"MR
777=1
7-

GOREELIK, A.G.; SILLKEOVA N.A.
.9
Investigating the heat exc-banga in a f:uldlzed beed
under t*lt~
conditions of heat supply by iri'rared rayu. Kb!m.prom.
f.MT ~L
Je 165,
no,6:424-426 % m ,

iL7 MM14'W'kAP5023 5
UDK 551.(501.75+557)
AUTHOR% Gorelik. A,G 41~qzdidate of physico.-nathematical
sciences);
.4XtisWid4te of technical sciences)
tandidate of physico-mathematical sciences),
TITLE: Combined coordinate.-doppler trackirg method of wind
observation, with some
data oil the inhomogenuities of isind fields in the atmosphere
SOURCE: Meteoralogtyai gidrolol:iya, no, 10, 1965, 12-20
TOPIC TAGS: wlt4 vind profile, wind veloclq~ wind directiom
ABSTRAcr: The authors describe the theory, difficulties and
results of wind observa-
tions based upon a combined (doppler-coordinate) doppler
tracking method previously
described by then in detail elseirbere (avtorakoye svidetel'stvo
NR 157,465 of 100et65)
The doppler method, based upon frequency shift of the signal
reflected from an air-
borne targer has the advantages of high precision and continuous
registration. A com-
bination of doppler and coordinate tracking methods appears
therefore promising4 Expe-1-
rience showed, however, that pendulous oscillations of suspended
reflectors created
overwhelming velocity signal noise. Therefor, solid symetric
freely dropped reflector
targets were adopted. A theoretical study points to the need of
high angular re30lU-
tion and a small range of altitude elevation angles. Ibis
results in long range tra-
Card 1/2

L,10742--66-
ACC NR: PJ~;023679'
cking requirement with related.requirements.of effective reflectors
and optimized ra-
dar frequencies and pulse repetition rates. Results of 12 reflector
drops in the Fall
and Winter of 1963 are given, with relative mind velocity pulsations
plotted for vari-
ous altitudes and wind velocities. The RMS wind pulsations reach a
maximum of 4% at
400 meters and remain close to 2% between the altitudes of 3 to 12
km. The relative
pulsations are practically independent of wind velocity at all
altitudes studied. The
reflector sinking velocities were fairly constant and reached 4.15 -
4.35 m/s at the
ground. The time delay constant of target acquisition of the wind
velocity was between
0 and 1*0 seconds, limiting the registered granularity to 3 - 10
neters. 7be good re
solution 6f the method based on combined doppler and coordinate
tracking opens new
possibilities for the study of wind structure. Preliminary results
point to the pre-
sence oil a complex me3ostructure of the wind field. Orig. art, has:
3 figures, 2 tab-
lea and 8 formulas.
ASSOCIAnoN: TsentralInsys aerologicheakaya Ogervatoriya (Central
aer2ojlRgi~al obsqr-
SUBMITTED: 3jun65 EML. a OD SUB ODDEt OT
NO REF SOV: 003 Quots 000
card

~.GORFIIK A.G,- KOSTAREV, V.V.; CHEWHKOV, A.A.
--- __LJ,
Coordinate-Doppler method of wind observations.
Trudv TSAO
no*57319-23 164o WIRA 19:2)

GORELIK, A.G.; CHERNIKOV, A.A.
11 - - I -
Some results of a radar stu4 of the structure of the
wind
field at heights of 50-700 Pt. Trudy TSAO no-570-18
164.
(MIRA 19:1)

.,90RELIK-_A,.P,.,, CIIERNIKOVO A.A.
Some problems of multiple-pl;xpose radar. Trudy
I-SAO
no.57:77-86 164. (MIRA 19:1)

ROCHEVp N*N.p glav. red.j VAVIWVII.P.., rpd.; VERTELI,
E.I., red.j GORELIK,
,,A&IA#-red.; GUZYAN, I.S., red.; DZURTSOV, G.N., red.1
YIED~dn-'G-x.,
rod.j MODYANOV, Ya.V.., r9d.j PAN'IZLEYEVA,, A.A.,, red.;
POLYAKOVI V.V,O
red.; POPOV,.S.A., red.j POPOVA, S.M.., red.; REEVSXIY,
S.S... red.j Ru-
DAKOV, S.V., red.j,,9IUTXIN, A.F.9 red.1 USOV, A.I., red.j
USTINOVAI I.K.)
red.j SHKIL'j, P.T.,, red.j CHEBYKIN., II.P.,, red.j
MEZENTSEV, S.A.v red,;
MOROZOV, V.S., red.$ OnZSNIN, I*Iop tekbn, redo
[Forty years of the Komi A.S.S.R.,.1921-1961; studies on
the cultural
and economic development of the Komi Republic]40 let Komi
ASSR, 1921-
1-961j ocberki o ravitli ekonomilti i kalitury Komi
Reopubliki. Syktyvkarp
Komi knizbnoe iod-vo, 1961. 154 P. (MA 14,13)
(Komi A.S.S.R.-Economic corditions) (Komi A.S.S.R.-Gulture)

DOV, M.A., kand. tekhn.- naukl GORELIK, A.Kh., inah.
-11,
Determination of progr,ams!frr autcmatic starting of
turbine units using
analog computars. Tepl.oenergetika 12 no.4vl.347 Ap 165.
(MIRIA 18s5)
1. TSentralinrf nauchno-issladovatellskiy institut
kompleksnoy avtomatizataii

6 f a 11DUMISIA fill lip 11 D a x 0
I. U 1 4 a I.
A &.19 "-?-A
11, opt, ;K, 0 plot.
0, GTRM, Vol. 4j, No. 10 -*9
00, P
00 Gorell A IS Use of somloonductors as controllable resistors,
=so
so,
see
00 R
coo
Mectrichestva, No. 8,, (1940), go*
Translations available at 8mokhaven National Laboratory.
A 10. 1 L a 01TALLUNGICAL LITINAfteg CLAINFICATION
ISO., 411,41A..
04
a%- Oak 1110
IS
Wke
IS, a It 99 n it N A I Ila
0!0 0 0 0 0 0 0 0 0 0 0 0 0 40 0 0 0 0 0 0 0 0 e
oilow 0see * 0 0 a 0 soe, a i (I el: a 0 0 0 0 0 0 0 0 0 0 6 0
a a 6 6 411A

GOiLMKJ% A. L.
"Industrial electronics, GEL, 1950.
6

GORPUY11 A. L.
D-52 GOR-11Y, A. ProiVshlermaya elektronika
(Industrial
electronics). Moscow, Gosenergoizdat, 1951.
383P.
DLC TK7815.G6; 0131F No. 2250A; CIA IZ15
669.GL;
PF, :'M696.
The book contains: 1) A descript-ion uf
physical
processes and characteristics of ;Andament',;1
electronic and ion devices, seni-donduct~iors,
reetifiers, and amplifiers, 2) the theory o~'
tho
o?7eratjcn of fundamental electronic circuits,
3) a description of the o'Deraticn of
coT~Fjlc~,
circuits includin- many eiectronic loops
an:~lied
in industry. Theub k is &.signed for'engineers
and can be vs,--d as a t(wtboak.. It re -
resents a
broadened course r-' lectures given by the
author
at the Kharkov Polytechnic Institute.

PHASE I BOOK EXPLOITATION SOV/1275
Gorelik, Abram Llvovich
Fromy3hlennaya elektronika (Industrial Electroni6b) 2d ed., rev.
and
enl. Moscow, Gosenergoizdat, lg,r.8. 462 P. 20,000 copies
printed.
Ed.; Borzenko, I.M.; Tech. Ed.: Vcjronin, K.P.
PURPOSE: The book is approved by the Main Administration of
Polytech-
n1cal and Machine-building Vuzes of the Ministry of Higher
Education,
USSR,as a textbook for powerL-and electrical-engineering iruzes
and
departments. It may be used as a textbook for a course in
industri-
al electronics and may also.be useful to engineering personnel.
COVERAGE: The author.describes the physical processes and
characteris-
tics of the basic types of vaouxua-tube, gas-tube, and
semiconductor
devices used in industry. He discusses the principle of operation
of the basic el'ectronle circuits of rectifiers, amplifiers,
oscilla-
tors, transistors, and gas-tube levices, He also describes the
op-
ration of a number of control systems employing vacuum tubes,
tran-
nistors, and gas tubes. The book contains a brief survey of the
his,
torv of electronics beginning with the early 19th century. The
aatho:
Card 1/13

Industrial Electronics
SOV/1275
thanks members of the chairs of Electrification of Industrial Es-
tablishments and Fundamentals of Radio Engineering of the
KhartkovEw
pol:Ltekhnicheskiy institut Imeni V.I. Lenina(Kharikov Polytechnic
Institute) for their participation in discussing the material for
the
text. He also thanks O.A. Mayevskiy, Docent, for reviewing the
manu-
script and O.A. Kucherenko, Zigincer, A.Kh. Gorelik, Engineer, and
N.A. Gorelik, student of the KhPI imeni V.I. Lenin, for their help-
in preparing the text. There are 68 references, of which 63 are
Soviet (including 10 translations)p 4 English, and I Czech.
TABLE OF CONTENTS:
Foreword
Introduction.
3
Tasks of Industrial 3lectrqnios and a Brief History
of Its Development in the USSR and Abroad 9
PART 1. CIRCUIT COMPONENTS
Ch. I. Physical Aspects of Electronics 17
1., Atoms and electrons 17
Card 2/13 1\

U - I-
WON; O.L. Horyelik
TITLEs IR`ee trmina~tion oI vertical atmospheric
(Pro v-yzn---nheniVu -%.rart5?&~,I'ny3dh vitrovykh
PERIODICAL& Avtonatykaq 1958, No.2, pp.. 1.2-20 (USSR)
SOV/102-58-2-21P'
turbulence perturbations
7-buren')
ABSTFACT-s The paper relates to an autopfilot design prolUez,
namely the actual
frequency spectrim of the random perturbations producing
pitching.
The spectrum is recorded using the image of the sun recorded in a
camera with its axis inclined to the line joining sun wid
aircraft,
in which the film moves continuously (the camera etc. is not
described).
Bquations (1) - (8) relate to this section. The aircraft is
treated
as a linear dynamic system su:bject to an iaput which is a random
function of time, and the way in which the results art worked up
to
yield correlation functions &re given. T bl 1 ives normalized
a - flm~/hour). Figs. 3.
correlation functions for heights H and spel v
& 4. reproduce these functions (curves 1), together with the
approximating curves 2 (there appears to be an error in either
the
Table or Figure 4 for v). Table 2 and Figure 5 show the spectral
densities of the perturbations as shown by the recorder for
these two
cases, taken from flights in normal weather in June-August 1956
over
the Ukraine. Table.3. gives the spectral density of the
perturbations
transformed back to the.inpat, to the aircraft for the same two
cases.
The perturbations have their most probable frequency at 0.1 -
0,15
Card 1/2 radians/see; the value at the maximum increases with
height. The

SOV/102-58-2-2/10
The determination of rsrtio.-al atmospheric turbulence
perturbations.
The paper contains 5 figures, 3 tables. 21 equations and 7
references,
4 of which are Soviet.
SUBUIT=z May 4, 1957.
C&rd 2/2 1. Atmosphere--TLu-bulence 2.
Turbulence-Matbematical analy.pis
3. Automatic pilots-Design

2~216
1941/61/000/005/050/078
;vdo (115_3113ffs'l A/P 2- / 13 D201/D303
ALIMORS: Gorelik, A.L. and Senchenko, Ya.I.
TITIZ: Controlled semiconductor resistors
PMIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 5, 1961, 21-22, abstract 5 D171 (Tr. Kharlkovsk.
politekhn. in-ta, 1960, 30, no. 1, 189-202)
TEXT: An experimental study has been made of volt-ampere charac-
teristics of non-linear thyrite resistors (TR). The results are
presented in the form of graphs and approximate formulae. The TR
were prepared in the form of square plates with four symmetrical
pressure welded electrodes. One pair of electrodes placed at the
diagonal was connected to the input, the other pair to the
output.
For the S.C. output the following expression is obtained
12 Ul
11 A + BU1
where 12 - output currentl Ii and Ul -input current md voltage,
Card 1/2

28216
5/194/61/000/005/050/078
Controlled semiconductor resistors D201/IJ303
A and B - constant factors. For practical calculati. ns wii
Ul > 50 V, an approximite formula is given 12 = 10_1~ UI 4.
~. The
propertles of TR were also investigated when the voltage
source was
in the output. Possibilities are shown of using TR as the
control-
led element in automatic control systems and designing
circuits
having a variable time constant, 5 references.
rAbstrac'ter's
note: Complete translation2
Card 2/2

GORELIK, A_.,L..inzhenex%.podpolkovnik..
kand.tekhn.nauk
Transducer of linear accelerations. Vest.
protivavozd. obor.
no.7:18-20 J1 161. (MIRA 14:8)
(Accelerometers)

GERSHUNSKIY, Bori3 Sorenovich; GORELB -A L ' kard.
takhn. nauk,
retsenzent; a4M,'OV,1Vi1 ~.,,A'ViTf;atel ,
retBenzent;
BALYASNAYA~ A.Ye,p red.; 1,11001-TTS, Ye.M., red.
(Principles of electronics and i3emiconductor
technologyl.
Osnovy olektronnoi i poluprovodnikovoi tekhniki.
Kiev,
Izd-vo Kievskogo univ., 1964. :)22p. (MIRA 17:10)
1. Zaveduyushchiy kafedro,. "Elelctronnyye i
ionrqye pribory"
Kharlkovskogo institute. gornogo mashinostroyeniya,
avtomatiki
i vychislitellnoy toklmiki (for Gorelik). 2.
Llvovskiy tekh-
nikum radioelaktroniki (for Smirnov),

W~
Pf44-
F'WP
1. na (.v)1T"VPor)AtWkh) 7W. (I
ACCESS1011 Nk.-"500705- S/0256/641000/00210067/0070 II
AUTHOR: GoxoUkJ"_,(Candidzte of technical sciences, Engineer,
.-Lieutenant colonel)
TI TLE: Servo syBt ems
-80URCE- V6stn1k-protivovozdushno' oborony --ad. 2, 1964, 67-70
y
:TQPIC TAGS: servo, aexvo syste,
ABSTRACIJ.': Material is pr~,-winted for two lectures to armed
Bervice personnel on
the princIP1,L-s, conotruction, and operation of Bervo syatems.
These p~tnts are
briefly toui:hed upon; elements of a feedback automatic-control
svsterOrelay-
contact "aii-off" -Rervon, linear servos with a rate PrOF ortional to
Bampled-dita servos; selayn ityatem.. maintenance of servo equipment
jproectioi
from dust, moisture, cleaning commutators and bruBhes, etc.). The
jgx~-bjvcts are
desczibed in generw and elementn:-y fi~rrna. Orig. art. has; 5 figur
V.
ASSOCIATION: none
SUBMITTIM": 00 ENCL: 00 SUB CODE: DC, IE
NO REP SOV: 000 OTHER: 000
Curd.

0 280/651006YO01/0058/0064
XR: AP50 72-51
AUTHOR: Gorelik, Ai Li Woscow)j Skriplin, V. A. (Moscow)
TITLE: One method of solving the problem of classification of
objects or
phenom,,.na
AN SSSR. Izvestlya. Takhnicheshaya kibernetika. no. 1. 1965, 58 -64
SOURCE
TOPIC TAGS: classification of
objects
ABSTWWT: Indicants of objects or -phenomena are expressed as an
ordered act
of derfin'.tive -Dararn~eteru: the lattzr var'y citll-ier
csnti-nuoushr or dincret-c! --,, frrim
one obit-ci to another, devendinit on the nature of the objects.
Brcalkin2 .ip the
objects into rn clkerjeil is cquivalert to 31nL.T'ing out m regionr,
iT,
-Successive statistical decii3iorLs, witb an increasing number of
indicaqir~
-r-n-r-n-1-der*d, and roonvergence ol guch a orociedure In proven.
Alim. a mcUmd is
suggeat-ed for evalluating thi-, indicanto al Items to be
classified. bsiorc Ai-yi~,-,
Card 1/2-

"k 4,i,," ~;
- . I I , ~z
, : ". - I . , , - .l~
, :. -Z -,' . ., ,
.7- !- z- i -~. " , r

GORALIK, A.4.; RYBOLOVUV. R.S.; TANK. L.I.; MOMA, Te.V.;
LAZOYSX&YA, A.V.
%~WWMMMOWW
Pharmacology and Toxicology Section of the I-eningrad I.M.
Sechenov Society
of Physiologists, Biochemists, and Pharmacologists. Farm.i
toks. 16 no.l.,
60-62 J&-1F 153. (mm 6.-6)
1. VM (for Gorelik). 2. Pery" leningradskiy maditainskiy
institut (for
Gorelik, 4boloylev). 3. IIN (for Tank, Moreva and
Lazovskaya).
.(Pharmoology-Societisis) (Physiology-Sooieties)
(Biochemistry-
Societies)

GOMIK, A.M.- ROZEIKOV, V*M,, professor, nuchallnik.
~Pppw - 0 No ply 1. 1" '' a*.
Non-efficacy nf subcutaneous and iatramusculur
administration of lobeline
and Ocytitonse! Farx.i toks. 16 -no.2.,22-24 Mr-Ap 153.'
(MLRA 6:6)
.L..Kafedra tokeikologii I Leningradskogo maditainskogo
instituta, imeni,
akademika I.P. Pavlova. (Stinulants)

- / A'/ A,,
G(RI
Inefficianor of subcutaneous and intracateneous lobalins and
cytLtons; experimnts on anigials with depressed
respirstion.Yarm
i toks. 20 no.3:86-87 NY-Ja '57- (MIRA 10:10)
1. Kure tokeikologii (save - prcJ's M.U.Nikhallson) I
louingradekogo
meditsinskago institute ivent I.P.Payloveo
(RISPIRATION, effect of drugs' on,
Cytisus liburnum alkaloid, & lobelins. subcutaneous &
intramuse.admin. (Rue))
(I4MINIP effects$.
on reap., subautaneou;-s & intramuse. admin. (Rus))
(AMULOIDS., effects.
Cytisus laburnus alkaloid, on rasp., subcutaneous &
intraviuse.)

G~-'R " L 11 - , A. 14
COPELW,, A. J~L -- ~:i, -ii~i: ErrcCT ~.T
lll~,DIATIC j,f.YC.Vf At..'
' A ~A IIE,TC:- 1 'M Cif THE' tl-, A El I L I TY
?IF i,fi AVIr., I J I L . " ' I-'.-
-,r or Tjit: - F .1 '.
7? MAR 'J--, '3C I COIJ'-.'C I L Or 5TATC 5C I
Ri.n, Au, tMIPLA LE Al4ri /-.UT(-'I-rT I VC 111- 'r
( t.-Ahl I
(!)155Vr'TA7iot4 ron IiiE Drcace OF CANDIDAIC M
TccimlcM. .-Icirticrj)
CIO'. Vv:CIAEf?t.AYA M0.51(VA. JAI.UAJ~Y-DrCEIIVCR
1~152

GCRNLrr A.
Inshener; OSMIN,A.V., kandidat takhnicheskikh nalak; otyet-
a venW redaktor; ZILIRMIMG,Ta.G.. inshener; BRILING,N.R.,
dok-tor
tekhnicheakikh nauk, professor; KALISH,G.G., doktor
takhnicheakikh
nauk,professor; MIZIN.I.S., doktor tokhnicheakikh nauk;
MZMM,Ya.M.,
doktor tekhnicheskikh nauk; musHaox.m.m., doktor tekhnicheskikh
nauk, professor; RtTZGOV,N.H., kandidat tekhnicheskikh nauk;
ICOZLOVSKIY,
I.S.; kandidat tekhnichaskikh nauk; LYTKIN,I.I., kandidRt
takhn1oheskikh
nauk-, RAKAYTA.1r.S., kandiiiat tekhnichookikh nauk;
BUTYLKIH,A.G., tekhni-
cheskly redaktor; HATVBMA,Ye.N.; tekhnioheskiy redaktor.
The effect of vertical forces on automobile wheels. Trudy NAMI
no.65:1
152- (MW 8:11)
1, Direktor NAMI (for Oelpyea)
(Automobiles--Wheels)

1. GORELIK, A. M.; PEVZNER, Ya. IT.
2. USSR (600)
4. Stability
7. Testing the automobile for steadiness and careening. Avt.
trakt. orom. No. 4,
1953.
9. Monthly List of Russian Accessions, Library of Congress, Aoril
1953. Unclassifie

DT48HITS. I.1., kandidat tekhnichookikh nauk;
GORILIX, A.$., kandidat
takhnichoskikh nauk. a*
OStructural strength under irregctlar systems of
alternating
stresses." Reviewed by I.I. Dynchits. A.M. Gorelik.
Avt.i trakt.
prom. no.12:29-30 D 155. (KLBA 9:3)
1. Nauchno-issledowatel'skiy avtcimotornyy inatitut.
,(Automobiles--Transmission devices) (Str&ins and
stresses)

GOIUILIK, A.M.. kandidat tekhnichoskikh n&uIca'
X~~ermining the life of springs. ATto (1-tracti
prom. no.2:26-32
Ir '57. (MIaA 10:3)
1
1. Nouchno-iseledovatel skijr aytomobillnyy Institut.
.. (Automobiles-Springs)

0 1 k7o /7. (/~? -
SOV/138-59-4-21
AUTHOR: Guslitsers. R,L.
TITLE: An All-Union Research aad Technical Meeting on Car
Suspensions (Vsesoyuznoye nauchno-tekbiiichaskoye
soveshc'naniye po podveskam. avtomobiley)
PERIODICAL; Kauchuk i Rezina, 1959, Nr 49 P 54 (USSR)
ABSTRACT:Tho meeting was h,~ld from, 16th to 19th February, 1959 at
the Nauchno-issledovatellskiy avtomobil'nYy i avtomotox,
institut (Research Institute for . Automobiles. .. - -
idd.Buven,j NAMI). J~epresentatives of car factories,
research institutes and members of teaching institutes
heard 24 lectures and reviews. 'Xhe chief designer of
NAMI, A.A*Lipgart, reviewed improvements in car suspen-
sions, and many papers .dealt with rubber-pneilmAtic suspen-
sions. A,M'._.qq~re~k (NAMI) discussed pneumatic rubber-
cord suEje-nsions, drawing attention to their advantages.
And also spoke of their use abroad. R.A.Akopyan (LAZ)
Gard 1/2 referred to their adoption in public transport e.g. in

SOV/138-59-4-21/26
An A-11-UnPn Research and Technical Meeting on Car Suspensions
the bus LAZ-695E& V.A. Galashin (MVTU) reviewed the
work on rubber-cord diaplxmgas f or ear suspensions,
which has been carried oir,' in the Leningrad Tyre
Factory, ani the work of iA im. Bauman. Further
lectures were read by R.L. Guslitser (NIIShP), M,G,
Parkhilovskiy (GAZ)p V-i;B,,~ Tsimbalin etc, which dealt
with'experimental work on.car suspension, their efficiency
under various conditions otoo R,V. Rotenberg's dis-
cussion on the use.of computers for engineering calcul-
ations was of outstanding interest. Ya. M. Pevzner
discussed the road-holding properties of cars*
Card 2/2

12(2)
SOV/113-59-7-16/19
AUTHOR: Gorelik, A. M., Candidate of Technical Sciences
TITLE: Elastic Elements of Pneumatic Suspensions
PERIODICAL: Avtomobillnaya promyshlennost', 1959, Nr 7, pp 40
-45
(USSR)
ABSTRACT: Various types of ela.-Itic elements of pneumatic sus-
pensions are listed eaid described briefly.;for roapal
oblong and diaphragm typeB. . Round elastic ele-
ments are most suitable for mass production. In
addition, they have the longest service life. Their
natural oscillation frequency is 80 oscillations per
minute. They may be recommended for application in
buses and trucks. Oblong pneumatic elements are com-
plicated and expensive in production. They may find
application only in trucks and trailers of great load
capacity. Pneumatic springs with low oscillation fre-
Card 1/2 quencies have the best chances for future applicationk-

SOV/113-59-7-16/19
Elastic Elements of Pneumatic Suspensions
They may be recommendod for light automobiles. It will
be necessary to start the production of pneumatic
springs for buses and trucks in the near future. The
article is based on foreign publications and data of
Western manufacturers Dunlop, Continental, =N, Hen-
schel, and others. There are 2 photographs, 10 dia-
grams, 8 graphs, 3 tables and 6 Non-Soviet references.
Card 2/2

GORELIK, A.M., kand.tekhn.naukj FEUNI'lip Ya.M.,
doktor tekhn.nauk
Automatic regulators of the position of a body with
pneumatic
suspension. Avt.prom. 28 n6.10s,16-21 0 162. (WRA 15:9)
1. Gosudarstvennyy soyuznyy ordena Trudovogo Krasnogo
Znameni
nauohno-issledovatellskiy avtomobillnyy i avtomotornyy
institut.
(Automobiles-Equipment and supplies)

GORELIK, A.M., kand.tekhn.nauki PEVZW, Ya.M.., doktor
tekhn.nauk
PneuAatic flexible elements made of rubberized cords
Avtepromo
28 no.lls2l-29 N 162. (MM 16:1)
1. GosudaretvefiW soyuznyy ordena Trudovogo Krasnogo
Znameni
nauchno-issledovatellskiy avtomobilInyy i avtomotornyy
institut.
(Motor vehicle s-Pneur- tic equipment)

1, -
PORELIKI A. M.1 NESTERENKO, I. P.; RYAPDLOVA, V. A.
Ilse cormicrologging to study vater wells. Ramd. i
okh. nedr
28 no.6:54-56 Je 162. (MMA 15:10)
1, VseoqyuzmVy nquabno-issledovatellakiy inatitut
tranaportnogo
strottelletva,
(Logging(Goology)) (Vater, Underground)

GOFMJX,-A, M,, )And, tekbm. nauk; DRUMIN, M. No.
inzh.
----
"Instructions for engineering p,801097 studies in
aurve7ing
new lines, second trackaj. reconstruction and
railroad electri-
fication." Reviewed by A.,M. G(Yrelik, M. K.
Druzhinin. Tranap.
stroi. 13 no.4273-74 Ap 163. (MM 1624)
(Railroad"tzme")
(Engineering pology)

PEW/,NER, Ya.M.; GORFI.TK- A-H-!, GOLID9 B.V.,
doktor tekhn.nauk,
retser~%Fent; GOLUDAT, D.B.,,kand. tekhn. nauk,
red.;
NAKHIMSON, V.A., red,~isd-va; ELIKIND, V.D.,
tekhn. red.
(Air and hydropneumatic suspensions]
Pnevmatichaskie i
gidropnematichaskie-podyeski. Moskva, Mashgiz,
1963.
318 P. (MIFA 16:8)
(Motor vehicles-Springs)

GOIIE~~.&,-jcand.tekhn.nauko BARANOV, A.I.
Regulator of body position for air springs. Avt.prom.
29 no.9:
44-45 S 163. (MIRA 16:9)
(Motor vehicles-Equipment and supplies)

-,,,.GC,RELIK. A*Mo kand. tekhn, nauk
Single-leaf springs. Avt. prom. 31 nc.1:26-33 Ja 164.
(MIRA 18:3)
1. TSentralinyy ordena Trudovogo Xrasnogo Znameni
nauelmo-
issledovateltakiy avtomobilInyy i avtomotorny7 institut.
----------

GORELIK, A. M. I -sit rA 213-4-413,
GOIMLIK,A.M., kan&idat tekhnicheakikh nauk; NiTUNAIHIN,V.I., nanchW
Electric measurement method of determining direotion and speed of
ground waterflow. Tekh,shol.dor.7 no.6:13-14 je'48. (MIRA 8-11)
(Water, Underground)
"j,

(.;, C R t- -, i k
r,
GO)MLIK,A.M., kandidat tekhnicheskikh nauk;
NITUNAMIN,V.I., nauchnyy
--iMtftftlk
Electric measurement method of determining direction
and speed of
ground waterflow. Tskh.zheI.dor&? no.6:13-14 Je'48.
(MLRA 8:11)
(Water, Underground)

GORELIKI A. M.
UW09010a .- leoprospecting
Grouncl Waters
Oct 49
"Electrometric Determ1nation of the Direction and
Speed of Underground Flov Using One Hole," A. M.
Gorelik, Cand Tech Sci, 1 1/2 pp
"Gidrotekh Stroi" No 10
Problem of determining speed and direction of sub
terranean waters often arises in geological prospect-
ing. Shows how it can be solved by drilling a hole,
lowering a feeder electrode, and following the move-
ment of the equipotential lines. Includes two graphs.
40 152T36

GORELIK, A.-M.-and SAKHAROVA, M. P.
"Primenenie Flektrorazvedki Pri Indzenerno- Geologicheskikh
Izuskaniyakh na
Dzeleznukh Dorogakh" (Application of Electro-Reconnaissance
during Engineer-
Geological Res. on Railroads), 157 P-, State Railroad
Transportation Publ. House,
Moscow, 1951-

1. GORELIK, A. M.
2. USSR (6M)
4. Water, Underground
7, Electrometric determination of the direction and speed of
underground waters
in a well. Trudy Lab. fridrogeol. probl."',)3,951.
9. Monthly List of Russian Accessionst Library of Congress,
March 1953. Unclassified.

GORELIK9 A. M. PA 237T49
_UwR/Geophysics Unaergrounl Vater Nov/Dec 52
"Determination of the Direction of Flow of Subter-
ranean Waters by Observation of the Electrical
Field of Filtration," A.M. Gorelik, All-Union Sal-
Res Inst of RE Construction tuad Planning
"Iz Ak Nauk SSSRP Ser Geofiz" No 6, pp 55-56
Describes method of detg direction of underground
,flaw in river valleys by obse.rvation of the sur-
face elec filtration field. ]?resents exptl data.
.Work var. conducted in valleys of mountain river6
,Where the bottom-land terrace ranged from 500 to
3.000 m.
237T49,

VM/Creophysice FD-2579
Card 1/1 Pub. 44 9/19
Author : Gorelik, A. M.
Title : Interpretation of Electric sounding curves in the
search for
water at shallow depths
Periodical : Izv. AN SSSR, Ser. geofiz, Jul-Aug 55, 364-368
Abstract : The author concludes from field investigations
that it is expedient
to change the method of vertical electric sounding in the
search
for water at shallow depths. He states that electrometric
study
of wet-lithologic profiles, the support curves serving as
"pallet"
curves (curves on a transparent Gheet divided Into squares),
and
qualitative analysis of the obtained data should be employed
for
the interpretation of field observations.
Institution All-Uhion Scientific-Research Institute of
Railroad Coastructioa
and Planning
Submitted April 8, 1954

GORILIX, A.M.; NESTEMKO, I.P.
Using the electrical field of fIltratioin for determining
the radius
of the cons 6r depression during pumping from wells. Izy.AX
SSSR.
Ser.geofiz. no-1131361-1363 11 156. (KIDA 10:1)
(Water, Underground)

GORILIK, A.M., kELnd. takhn. nauk
4;;""-
Field laboratories for planving and bailding
organizations.
Transp. stroi. 8 no-1:30-31 Ja 1580 OURA 12:12)
(soil reseeu~ch)

DRUZHININ, M.K.; GORILIK, A.M.
Depth of foundations to be laid on heaving soils.
06n., fund.
makh. grun. no.4:22-24 159.. (MIRA 12:10)
(Foundations)

GORUIKO,- tekhn. nauk; SMURIN. S.S., insh.; FWROU,
A.F.,
X-ray equipment used for determining the mineral
composition
of clays. Transp. stroi. 9 no.4:55-56 Ap 159.
(KIRA 12;6)
(Z raye-Squipment and supplies) (Clay-Analyzis)
I-
I

GORELIK, A.H., kand.tekbu.nauk; MMININ, M.K., inzh,
Determining the shear strength of @oil@ under
natural
conditions. Transp.strot. 9 w.10:55-57 0 159.-
(B011 viechanice) (MBA 130.2)

GOMUJK. A.M.; DRI)MINIZI, M.K.
z
Rotary device designed by the Central CoMM"jOA*j-
ons Research
Irstitute-1 for determining the shear strength of
soils in
field testing. Oan., fund. i ipekh .. grun. 2
no-5122-23 16o.
(Clay-Teating) (MIRA 13:9)

GORALIK, A.M., kand.tekhn.nauk; 1051=rICH, V.A,-, inzh.
Instrument for the field testing of soils. Transp.
strol. 10 no-9:54
S 160. (MIRA 13:9)
(Soils-Testing)

GCMIK, A.?--,,,-,-kmnd.tekhn.nauk; GHUMM)VA, A.I.,
inzh.
New units for testing soil. Z!ansp. stroi. 10
no.11:44-43 N 16o.
(MM 13:11)
(Soil meahanics)

Mcclanizatim of irospect-h- irt and railro
T---arlop. stroi. 11 no.2:3;-39 .0- '61.
(Raili-mda-Slu'vo (Borins, mc~

DRUZHININp M.K... inzh.; GORELIK, A.M.,
kand.tekhn.nauk
Testing weak soils in the field. Transp. stroi. 11
no.8:
35-37 Ag 161. (MIRA 14:9)
(Soil mechanics)

GORELIK~ A.M,; YLSTERENKO, I.P.; RYAPOIOVA, V.A.
Determination of the coefficient of flow in water-bearing
rocks by1 711ectrometric methods. Razved, i okh. nedr 27
no.6:
33-37 Je 61. (MIRA l419)
1. Vaesoyuznyy nauchno-issledovatellskiy institut,
transportnogo
stroiteltstva.
(Waterx Underground) (Electric prospecting)

rACCks- AP6035'89'4 SOURCE CODE: uR/o4l3/66/000/020/0130/0130
INVENTOR: Nikanorov, V. P.; Gorshenin, Yu. V.; Burnshteyn, V.
L.; GoreliX, A. M.
ORG: None
TITLE: A two-channel seismic station. Class 42, No. 187334
[announced by the All-
Union Scientific Research Institute of Transport Construction
(Vaer>oyuznyy nauchno-
issledovatellskiy institut transportnogo stroitel.'stva)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 20, 1966, 130
TOPIC TAGS: seismologic station, nonelectric signal equipment,
seismic wave
ABSTRACT: This Author's Certificate introduces a two-channel
seismic station whicb
contains seismic signal detectors, signal ainplifiers, units for
reading out the
travel time of ealstic wavea in the given medium, a*channel
commutator, a cathode ray
tube wave pattern display with image persistence, and a power
supply. Recording
quality is improved and time readout accuracy is increased at
any point of the re-
cording by connecting a mazter oacillator to the channel
commutator and a unit for
killing the retrace of the cathode ray tube through a flip-flop
which sets the com-
mutation frequency.
Card 1/2 UDC:_ 550.340.19:534.64

ACC NRi AP60
35894
1--master oscillator; 2-electronic switch; 3-5-scaler decades;
6-retrace killer;
7-fIiP-f1oP unit; 8--savtooth voltage generator; 9-10-final
amplifiers; 11-dis-
charge circuit; 12-13-preamplifiera; 14-flip-flop;
15-commutator,"16-cathode ray
tube; 17-power supply
SO CODE: SM4 DAM ~.,14oct65

- - - --
TEN EN SHB; GOR=Xj-Ad-oI"f-'?avIovicfi; YjIIVONOSOVA, N.A., red.;
BABAKWIOV, A., tekhn.red.
[Today and tomorrow on the "Poliarnaia zvezda" Collective
Farm] Segodnia i zav-tra kolkhoza "Poliarnaia zvezda."
Tashkent, Gosizdat UzSSR, 1963. 46 p. (MIRA 17:1)

YAMOMMO, H.N. inzh.; GOREUA.S.,, insh.
Precast reinforced concrete construction of the casting
yard
area of the no,2B blast furnace of the Stalin
metallurgical plant.
Blul. strot. takh. 15 ne.8:14-17 Ag 158. (mm 11:9)
l.Giprostall.
(Blast furnaces) (Precast Ooncrete construction)

S/190/62 004/003/0,C5/023
S7 J pi 0 B110A144
AUTHORS: Likhterov, V. R., Btlis, V. S., Razuvayev, G.A.,
9-ar-elik, A. V.
TIME: Unsymmetrical oreanosulfonic acyl peroxides as initiators
of vinyl polymerization
PERIODICAL: Vysokomolekulyarnyye soyedineniya, V. 4, no.3,
1962, 357-36o
TEXT: Unsymmetrical organosulfonic acyl peroxides were
synthesized by
interaction of the Ba salt of perbenzoic acid (from NaCOCOC 6H
5 and BaCi 2)
%,,,ith 75 ~ molar excess of the corresponding sulfochloride
in the presence
of an equimolecular water amount in the ianUe 0 to 50C:
H 0
2RSO2C1 + Ba(COCOC 6IT :~2RSO 00COC 3 + BaCl The followin-
2 2 6 5 2'
(T
compounds were obtained: benzoyl methane sulfonyl (CH 3
so2OCCOC6 F, 5) ~ ),
benzoyl ethane su lfonyl (C 2H5so200COC6 H5) (II), benzoyl
propane-1-sulfonyl
(C3 H7so 2COCCOG6H 5) (III), benzoyl propane-2-sulfonyl (iso-
C3H73 0200 COC6H ~ (u)
Card 1/2

9/190/62/004/003/005/02 3
Unsymmetrical organosulfonic acyl ... B110144
with yields of 43 7~, 60 ~~, 32.7 ~'O, 35 ~/;,, melting
points 54, 46.5, 24, 490C,
active oxy,,5,-en content 7.26, 6.8o, 6.42, 6.35 %'. Since
benzoyl benzyl
sulfonyl could not be separated in a pure state, the yield
(26.5 ',Q*) was
titrated iodometrically. Crystalline peroxides are well
soluble in
organic solvents except alcohols and hydrocarbons. Free from
acid
chloride, they can be kept for months at temperatures from -5
to 00C. They
.Luse in the process of decomposition. They disenCage iodine
from
acidulated KI solution and are decomposed by sullochlorides.
In order to
determine the initiating action of II and IV (concentration;
0-004mole/iiter)
the methyl methacrylate polymerization was investigated by
dilatometry
at different temperatures, and a considerably Greater
activity was
established than that of benzoyl peroxide. Constants of
polymerization
rate at 20, 35, 450C for !1: 3 65, 0.5iiterO*5*sec-1
17 _10, 35-50 mole
or IV: 4.87, 19-00, 46.20 moleO,51i,ero.5. -
sec Activation enerCy for
11: 19.7; for M 17.3 kcal/mole. There are 1 figure, 2 tables,
and
6 -:ei^erences: 2 Soviet-bloc and 6 non-Soviet-bloc. The two
references -~o
English-language publication3 read as follows: L. C. Crovatt,
R.K.' .cKee,
J. Organ. Chem., Z,~4,2031, 1959; 1. B. Johnson, 1.
B.Douglass, J. A.mer.
Chem. Soc., 61, 2548, 1939.
SUBM'ITTED: February 17, 1961
Card 212

IV a V 11P
000141101TOtOO00966
00 A
00 8
00
Osi
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004
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64111
I it ti f IitH14 T?
-41--A-A-k A r 6 x
vic or Tu irws-Awnc courup'. B
6 Apr. 19 No- 1416., 3) - C.L In't'he w'e&
between thefechors. Werip the northern Urals and the Barents and
lara So" in 1919 &A geologists cantimed arcrocus retain of
ellent, quality. In 1931 Wilding commenced, the only commication
with the area being by radio. lbo thousiond mile North Pechora.
Railway was completed during the war, Now millions of tons of
coking coal an being extracted simmally to supply Leningrad,
Arobangolsk# Woosersk# the railway and ships In the northern
rivers and the Arctic Sea. It Is estiasted that the area, holds
second place in AuM* after the Donhas for its reserves.
MEN
AITALLU"KAt WrIATU01 CLA11,41KATION
AD#
Oat
U AV.,100 i, a I
0 0 It 0 it K A It 9 R tt U It 01
0 0 0 0 0 a 4)
: 0 0 9 al 0 * 0 0
0 0 0 0 0 0 0 0 0 si 0 a 0 0 0 a 6 0 0 0 40
sit. 60.1111P
1W 0 x 0 1 W IN 0 a a a V
0 0 0 S 0 0 0 0 0 0 a 0 GO
-00
000
see
too
Coe
VO 0
Iwo
Nee
IMPIS

GORELIK, B.
-
In the struggle for technical progrean.
Sov.profsoiuzy 7 no.8:
12-13 Ap '59. NIRA 12:7)
(14inek-Tractor industry)

GORILIK, B.A.
I., i, '-
Chemical processing of vood residues. Gidreltz. t
losekhim. prom. 9
ne.2:16 156. (MLRA 9:7)
1,GlavWy khimik Lobvinskege gidrolizzogs saveds,.
(wood Vasts)

. I
OORILIX. B.A.: EUM, N.S.
INNOWN Improve the work of plant laboratories. Oldrolize i
lesokhtme
ppom. 10 no.2:24-25 157. - (MLRL IOW
1, Lobvinskly g1drolizzwy savod.
(Chemical laboratories)

a0IMIK, B.A.; KARASIX. YeoL.
A. *J,-dMw- MAN . .
Forced circulation of fermenting liquido Gidroliz. i lesokhiso
prom. .10 no.3:20-21 157. (MLRA 10:5)
t
1. Lobvinekly ClArolizzWy savod.
(Yeast) (Fermentation)

ZUYET, N.S.; GOBELIK B A, .,.
Lot us reduce hydrolyzats losses. flidroliz.i
levokhlz.prom.
10 no.4:23 157. ()URA 10: 7)
1. Lobvinskiy gidrolisnyy savod.
(Hydrolysis)

DAYNHO, Z.NG; GORICLIK, B A.; BBL'KOVA, Te.A.; YARNSHCHMKO,
A,M.
Lighten the work of the chief cooker operator. Gidroliz. I
lesokhim.
10 no.8:21-22't57. (MIRA 10:12)
1. Bobruyskiy gidrollmyy xavod.
(I~Vdrolysim)
prom.

SKRYGAN, A.V'fSkrrhan. A.Ij; BXMIKAYA, T.Y.; SHISHKO,
A.M.-[Shyshko, A.M.];
VAWZHIK, A.I. [Taloshyn, A.I.: GOR=jjj#A*..,[jfarellk,
B.A.];
KOROZOVAo L.Ve LXarozava, L.Vj
Coxposition of adubin and Its use in the production of
furfural.
Vestsi AN BSSR. Sere fis.-tekh. TO no.3:56-63 15%
(MIRA 13:3)
(Turaloehyde) (Omir)

GORRIM, Borin Inaakovich: REGIVITA, L., red.: KODAIMT.
F., tol-hn.rod.
I
LOver northern roads] Po dorogam onvera. Sykt3rvkar Koni
knirhnoe
izd-vo, 1957. 71 p. IIALIRK 19-1)
(Komi A.S.S.R.-Description and travel)

P EL
Ali vir!

a gill

Handbook on Machine-Building Materials (Cont.) SOV/4419
Specification markings of tires
Agricultural tires
Pneumatic tires for bicycles
Solid-rubber tires
Valve stems -
Fiber-reinforced rubber belts and bands
Belts [is e . drive belts, fan.beltelp etc.]
Conveyer belts
Hoses
Supply hoses of fiber-reinforced rubber
Reinforced rubber-textile hoses
Rubber-fiber hoses reinforced with metal braiding
Suction hoses
Methods of testing supply and suction hoses
Supply hoses made to technical specification
Piping 1
Rubber parts in machine building
Rubber pacidngs
Rubber-metal bushings
Rubber shock-absorbing parts
Auxiliary rubber materials
I~isctric insulating materials and artiolea
_--4ftr*-9/4 Xbonite article&
Blectric insulating materials and made from soft rubber
267
267
268
269
270
271
271
275
280
280
284
287
289
293
294
298
303
304
311
314
319
319
319
321,

CCRELIE, b. ft
COREL I !I'. Ft. M4 -- " JNVr'.T I (II-T I C!' Or HrAT
GEPCP A I 1 0 1 ~ FA -I! r-.'Il ~: Tc--~ 1 -:1 c- I
',!E TA L - lti':T or Fitic r.!:Cf?fCAL ;"- V-
BOUr ~'- " 5ul- 3 92, MO',ccw'
Lomoflo--ov (DI'SUITA71011 F;n Tiir Drw~r:r OF
C,~,IJNCI-Tr in T C)INICAL
50: VCCHERNAYA ROSKVA, JANIIAny-DrcrUILIER 1 952

vllj =,It,"

67999
SOV/81-59-12-44316

Translation
froms Referativnyy zhurnal.
Khimiya, 1959, Nr 12, P 497 (USSR)
AUTHORt
Gorelik, B.M.

'TITLEt
The Heat~-Ieneration in Frequent Deformations of Rubber-Metal

Hinges
PERIODIGAL:
Tr. N.-i. in-ts. rezin. prom-sti, 1956, Nr 3,
pp 19-28
ABSTRACT:
The analytic solution of the problem of
heat-generation in the

rubber element of a rubber-metal hinge is
based on the following

premisest 1) the rubber is homogeneous
and isotropic; 2) the

specific heat-capacity C and the
heat-conductivity 2-2 of the rub-

ber do not depend on the
temperature Tp; 3) the losses of-mecha-

nical energy due to
hysteresis are proportional to the work ac-

complished in
deformation; 4) the heat is evolved uniformly

throughout the
whole rubber volume, independent of the time; 5)

the shear
module G and the relative hysteresis in the range of

small
frequencies, small amplitudes and positive temperatures do

not
depend on the temperature, time, frequency and amplitude of

deformations; 6) the thickness of the rubber element h is small
Card 1/3
compared to the length L. The enumerated premises
permit to ob-

0 1YYY
SOV/81-59-12-44316
The Heat-Generation in Frequent Deformations of Rubber-Metal
Hinges
tain the solution of the differential equations f6r heat
conductivity derived
for a cylindrical three-oomponent system of steel
oylinder-rubber interlayer-
steel cylinder. If ;L1, X3 are the coefficients of the
heat-conductivity of
the metalg rjj r2l rAl rA are the radii of the contiguous
cylinders, H, and
H2 are the relative 6oefficients of the heat transfer of the
metal to the sur-
rounding medium, T4 and T5 are the temperatures of the
surrounding medium at
the inner and Ihe ou er cylinders, then the intensity of the
heat source b
Anil NG02/'X (r z- r2 1) L X2; where e is the oscillation
amplitude, n is the
frequency of Le oscillations in cycles the relative hysteresis
coeffi-
oient, A is the mechanical heat equival;nZisFor the stable
temperature de-
veloping in the rubber element of the hinge we obtain the
equationt
TP - T5 + 0.25b(r3 2 _ r2) 0.5br2 2 In r3/r - 0.5b(r32 _ r2 2)
- n2-1(ln r_3 -
+ Ci(n, n2_11n r3 n1ln r3/r - C2n2_1),
where C1 = ~5 T4 + 0.25bf(r3 2 r2 2) (1 - 2n2_1 In r3 +
2n2_1C2) - 2.r22
In r3/r_~3 fln r2(1 1 nj)1+ (1 - Hir, In rl)/Hlrl + In r3
Card 2/3 (n1 - n1jn2) + njn2_ C2-1- ;

SOV/61-59-12-44316
The Heat~Generation in Frequent Deformations of Rubber-Metal
Hinges
n1 - -~-0-2; n2 ~ A3/lk2; C2 - 0 + H2r4 1n r 4)/H2r4; r is the
radius-vector.
The analysis of the obtained equation shows that the
temperature developing in
the rubber element of the hinge is determined by the value of
b, i. e. by the
quantity which is proportional to the area of the hysteresis
loop." The maximum
temperature can develop at various points of the rubber element
of the hinge
depending on the conditions of cooling. In the case that the
metal pin is iso-
lated and not cooled separately, the maximum temperature
develops at the joint
of the rubber and, the surface of the metal pin. For increasing
the service
time of rubber-metal parts it is necessary to use rubbers
having small values
of relative hysteresis and shear module and high coefficients
of heat conduc-
tivity. In the designing of such parts the values r1l r2, f3s,
r4, n, 81 L,
G and vi should be chosen in such a way that the maximum
temperature developed
in the rubber element of the hinge does not exceed the
admissible limits and
ensures the needed wear-resistance of the products.
R. Torner
Card 3/3

n),.
Means for Increasing the output of molded articles from
vulcanization
presses. lauchA rot. no.1:36-42 J& 157. (KM 10
(Rubber industry-Squilment and supplies)
(Vulcanization)--

307/81-59-16-59305
Translation from% Referativnyy zhurnal. Khimiya, 1959, Nr 16., p
516 (USSR)
AUTHOR: Gorelik, B.M.
TITLE: The Experimental Investigation of the Temperature
Increase in the
Rubber Element of a Hinge at Repeated Twisting
PERIODICAL: Tr. N. -i. in-ta rezinovoy prom-sti, 1957, Vol 4, pp
125-133
ABSTRACT: The destructive action of periodic stresses is
connected in a high
degree with an increase in the temperature of the product. The
ex-
periment was carried out with the aim of verifying the
corr-ectness
of the calculation formula, proposed earlier (see RZhKhim, 1959,
Nr 129 44316), which related the increase in the temperature of
the operating rubber hinge with the physical-chemical properties
of
the rubber, the geometric parameters, the amplitude and the
frequen-
cy of the deformations, and alao with the conditions of the heat
transfer to the medium. The calculated and the experimental
depen-
dence of the temperature increase on the frequency in the range
of 100-400 cycles/min) and the amplitude (+ 0-131 + 0.349 radian)
Card 1/2 of the twisting oscillations was compared.- The
temp-erature of the

BOY/81-59-16-59305
The Experimental Investigation of the Temperature Increase in
the Rubber Ele-
ment of a Hinge at Repeated Twisting
operating hinge depends linearly on the frequency and on the
square of the ampli-
tude of deformation. In the analysis of the temperature field in
the hinge it
has been established that under usual conditions the maximum
temperature is ob-
served at the joint of the rubber and the inner metal cylinder'.
It has been
confirmed by experiment that the calculation of the steady
temperature field can
be carried out by the proposed formula within the limits of
admissible tolerance,
Ye. Vostroknutov.
Card 2/2

i
i

trvkcl_h~ ~,/V,
GOB3LIK, B.M.; MAYZILIS, M.G.; PARSHINA, Ye.A.
High-temperature vulcanization of rubberized cloth by
means of
infrared rays. Kauch.1 res.16 no.9:1-9 S '57. (MIRA 10:12)
1. Nauchno-isaledovatellakly institut resinovoy
promyshlennosti..
(Infrared rays-Industrial applications) (Vulcanization)

SOV/138-59-2-9/24'
AUTHORS:,Gorelik, B., M.,, Cliely'shev, V. V., Mallehikova,
Ye. 7.
and i1sorunova, A,D.
TITLE: Manufacture of Rubber Tube, Profiles and other
Extruded
Products by a Con tinuous Process (Nepreryvnyy protsess
izgotovleniya rezinovykh trubok, profilInykh i drugild.!.
shpritsovanny.kh izdeliy)
PERIODICAL: Kauchuk i rezina, 19 59, Nr 2, pp 30-34 (USSR)
ABSTRACT: Extruded rubber products are usually vulcanized in
batches in autoclaves, which pro3ess takes several
hours. Continuous vulcanization of extruded products
can be carried out in solutions containing SO as well
as in long vulcanization chambers using high pressure
steam and subsequently cooling the extruded products with
water at the same pressure. This method is not possible
with tubes owing to the difficulty of maintaining equal
pressure inside and outside the tube. Vulcanization
without, or with,low pressure can lead to pore formation.
This tendency can only be partially red-aced by subjecting
the rubber mix to vacuum oroby extruding it at
Card 1/3 temDeratures of llOu ov 120 C, which suggests that
the

SOV/138-59-2-9/24
Manufacture of Rubber Tube, Profiles and other Extruded
Products
by a Continuous Process
reason for porosity is to be found through vuiatiles,
particularly where vaseline oils are used in the mix,
with much bigher boiling point than water. It was found
that the introduction of 5 to 10% of pure CaO into the
mix absorbed these volatiles. Satisfactory results
were obtained by introducing crushed lime into thS mix
andoby extruding the tubes at temperatures of 100 to
110 C. Thus the question of vulcanization without
pressure was solved. Since extrusion proceeds at 5 to
8 m/min, it is necessary to achieve vulcanization within
2 to 3 mins. This is only possible with ultra-rapid 0
accelerators and with temperatures of the order of 200 0.
To prevent pre-vulcanization various modifiers are
required. A formulation1based on SKS-30 rubber with
colophony lime Altax."n-Extra-n" , as well as with
usual filiers, is given. This gives tubes with a smooth
surface and which do not adhere to metallic surfaces
durpg vulcanization without pressure in air medium at
200 C, and which have low cost. The extrusion plant
Card 2/3 is shown in Fig 6. The extruding machine has a worm

SOV/138-59-2-9/24
Manufacture of Rubber Tube, Profiles and other B~xtruded
Prod ts
by a Continuous Process
(endless screw) of 115 mm diameter and is driven by a
40-5kW electric motor. The extrusion speed can be
varied by changing the number of revolutions of the
worm between the limits of 15 to 30 r-P-m- The
vulcanizing tunnel consists of two steel tubes one
.upon another which are 2?3 mm x 10 mm. diameter and
15 m long fed with hot air from calorifiers and heated
further with electric elements whose spiral wire is
mounted on the surface of the tubes. The extruded tube
is taken through on a belt conveyor. To increase the
efficiency, the extrusion machine is equipped with a
triple extruder head and ~he vulcanized tube is
subsequently cooled to -W 0 by water spray,,
There are 6 figures and 6 references, 1 of which is
Soviet, 4 English, 1 German.
ASSOCIATION: Nauchno-issledovatellski7 institut rezinovoy
promyshlennosti f(Voue&~voie-Researeh Tnat..ttite -L'O'-,
-tba Rabber
Industry)
Card 3/3

S/138/59/000/010/()03/01()
A051/A029
AUTHORS: Gorelik, B.M.; Tikhonovich, L.V.
TITLE: On the Application of Granulated Rubber Mixtures in
Molding Tech-
nique
PERIODICAL: Kauchuk I Rezina, 1959, No. 10, PP- 17 - 20
TEXTi: An Investigation into the technology of rubber mixture
granulation
applied in the molding of various rubber articles was carried
out. The advantag-
es of using granulated rubber mixtures in the technique of
molding consist in the
following facts: facilitation of transportation, automatic
weighing, storage and
an accurate measurement of the material being supplied to the
press-die. Granu-
lated rubber mixtures would also decrease the amount of waste
material from the
pressing stage, which can be as high as 50 to 70% in some of
the rubber article
plants. The number of stages in the production cycle are
decreased. The low
density between the granules would enable the air to escape in
the molding of the
articles. Finally, it simplifies the entire procedure and
saves on material and
general costs. Three types of mixtures were subjected to
granulation in the ex-
periments; 1) based on butadiene-nitriie rubbers [No. 4004-1,
3825, 4326, WPT7 -
Card 1/4

S/138/59/000/010/003/010
A051/AO29
On the Application of Granulated Rubber Mixtures in Molding
7inique
1068 (IRP-1068)]; 2) baWd ork~O (SKS-30) and NO (m) (No.
4773, 7008); 3)
based on polychloroprenellNo. 2572TT--3 (N-3), 49081.
Extruders were used for the
granulation technique, fitted with granulating heads of the
end plane type, with
a 150 an 115 mm worm diameter (see Fig. 1). The 150 mm
extruder was manufactured
at the "im. Krasin" Plant. The granulating heads were
designed and manufactured
at the NIIHP. The actual granulating procedure is described
as well as the gran--
ulating of the hard nitrile mixtures. Each or the three typ6n
of mixtures used L/
in the experiments is dealt with individually. The technology
parameters for
granulation of these mixtures were derived.. Table 2 is a
listing of the thermal
conditions of the granulation process for rubber mixtures
based on butadiene-ni-
trile rubbers. The mixtures considered in this group were
IRP-1068, 4004-1, 3825
with a vulcanizate hardness from 75 to 90, according to
Shore, and 4326 with an
average flexibility and hardness of 65 to 70, according to
Shore. The composi-
tion of the mixtures is given in Table 1. It is pointed out
here that all the
mixtures were granulated without using ashing mediums, and in
order to store the
granules one should apply a special packing material having
an adjustment for me-
chanical mixing or shaking. The granulation output for these
hard mixtures was
found to be 100 - 110 kg/h for the IRP-1068, 3825, 4004-1
mixtures and 250 - _300
Card Z/4

3/138159/00010 10/003/01 -0
A051/A029
On the Application of Granulated Rubber Mixtures In Molding
Technique
kg/h for the 4326 mixture. In the case ofthe second group the
granulation could
only be accomplished by using an ashing medium, namely, a 5%
emulsion of kaolin
and zinc stearate (prepared in a 5% aqueous solution of
leuconol). The following
thermal conditions for the granulation were applied%
temperature of the machin4s
body 40 - 450C (at the starting moment 50 550C), of the screen
rl~r_4 - 600C, the
external part of the granulating head 30 400C. Further
conditions are listed.
In the case of the third group, a 5% kaolin emulsion was used
in Lhe granulation
procedure. A considerable drop in the strength and the
elongation of the vulcan-
izates was noticed for the 2542 H-3 (2542 N-3) mixture. In the
case of the 4908
mixture, there was very lit-tle difference noted in the
indices of the vulcanizates
obtained from the granulated mixture and from the Initial one.
Not. all mixtures
are worth using In the form of granules. This can be seen from
the physico-me-
chanical indices of the vulcanizates obtained from the various
granulated mix-
tures. The possibility of producing molded articles from
granulated mixtures
based on nitrile rubbers was proved, but the design of the
press-die must be
changed: the loading volume must be increased, there should be
a pressing plung-
er for the pressing of the granules into a monolithic part. It
is also stressed
that further work must be conducted on the selection of ashing
mediums, which
Card I A
J, .

S/138/59/000/010/003/01",
A051/AO29
On the Application of Granulated Rubber Mixtures in Molding
Technique
would not decrease the physico-mechanical indices of the
vulcanizates. Synthetic
resins, which would not malt at temperAtures developing during
granulation, but
which would melt at temperatures occurring during
vulcanization, would be suitable.
I.N. Popov, S.h. Mardonlyev and V.M. Burmistrov participated
in the work. There
are 3 tables and 2 diagrFuFF.-
ASSOCIATION: Nauchno-issledovatellskiy institut rezinovoy
promyshlennosti (sci-
entific Research Institute of the Rubber Industry)
Card 4/4

S/138/59/000/011/009/011
A051/AO29
AUTHORS: Gorelik, B.-M.� Chelyshev, V. V.; Kapshtyk, V. I.
TITLE% Some of the Technical Factors Which Determine the Quality of
Calendering \~
PERIODICALs Kauchuk i Rezina, 1959, No. 11, PP. 49-51.
TEXTs The problem of determining the optimum degree of polishing re-
quired of the surface in calender machine rollers is studied. A method is
offered for determining this factor and the effect of the polishing
degree
on the calendering of the rubber. Several functioning calendering
machines
in various rubber-producing plants were investigated and certain
conclusional
drawn. The-profilometerK 9-7 (KV-7) shown in a photograph was used for
de-V
termining the degree of polishing in the surface of the 0calender rollers
(type 740). The measurements were carried out at 25-40 C and the method
is given in detail. The optimum value was found to be w'thin the range of
the 6-7 class (according to r'0 C T 2789-51 (GOST-2789 -;1);i for
mass-produced
rubbers. The polishing degree of the roller surfaces in various plants
was
highly variedp i.e.. within the range of 5-9th class. The rollers in the
Card 1/3
Y'
J

S/138/59/000/011/009/011
A051/AO29
Some of the Technical Factors Which Determine the Quality of
Calender-ing
same calender can be of various degrees of polishing. If the degree
of
polishing is too high, i.e., above the optimum value, the
calendering of
the rubber can be impaired, e.g., the formation of bubbles on the
rubber's
surface can take place. It was found that the productivity on the
four-
and five-roller calenders, as compared to that of the three-roller
ones
is higher by about a factor of two and sometimes three. The
four-and five-
roller calenders with removable rollers have an advantage over the
three-
and four-roller calenders with a vertical presentation of the
rollers, viz.,
when the feeding takes place from two sides, the rubber is folded
on the
calender itself. This helps to produce rubber without bubbles. If
the
surface is underpolished the resultant calendered rubber is of a
low quality,
having scratches, creases, etc. This also causes the processed
material to
stick to the rough surface, making the work more difficult.
Calendering
machines with thin-walled rollers have an. advantage over those
with thick-
walled rollers in that they can be used for producing rubber of a
greater
variety. It is difficult to manufacture rubbers, such as the
polychloro-
prene type requiring low temperatures, on the thick-walled roller
calenders.
Card 2/3

S/138/59/000/011/009/011
A051/AO29
Some of the Technical Factors Which Determine the quality of
Calendering
G. A. Polivektov and 1. S. Kheyfete took part in t1io work.
Thore is
I photograph and I tablee
ASSOCIATIONs Nauohno-iseledovatellskiy institut rezinovoy
promyshlennosti -
(Scientific Research Institute of tile Rubber Industry)
Card 3/3