SCIENTIFIC ABSTRACT MELADZE, R. D. - MELAMED, M. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033320019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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3136
ACC. NRt-~"qql tjR/0057/66/036/0 /6759/0762
_~:~Somj& ~CODE 04
AWMOR; - Ports va~`,4j*F, #RVYU**j'1 0 ChetnYak#,R,Q,
I D, j* julautijoy ~q
G*v"-: none..
411 accolerato
locity of plassiolda inx ra
1966. -759~762-
4
PIC. TAGS t pis erator'i 1'pla4m& acceleratlom,.ra
mccelerstar," plasoold,-
~Ccs~
STRAM. ~1t_:is ~Su-kjgested,,thit the reason why the.velocities of pl.asmoids in rail
cceleriio:rsja_re.. j;p.m -..,tb'
a n ~~_.a' a ~ 4rd& rof magnitude.lowar thalh-the,paqsible stationary
-crossed - f Ields ~ is that not one p, a but a chain of
Veldc es:An .... q, I dmoid
'I -
13ucce.,
lsive-~Issri6lds-i~Js' ormed. a: e.-a6c4lerator.- ftperimental data- are- reviewed
vhich~lindizate. that,- Jplasmolds are An fact:produced;-the failure to observe
nultiple piasmoid produ'ultfon~in.so -me ex .perlidentis. Is'ascribed to the Complexity of the
~he
nomena ~ that-, can.- ariae. -'-.---.T:he,'mechani9m mssed.'
of dultiple-plasmold production Is dIm
6 "repeat'64:b- akdown4~44 .vIng r.ise --to.AIhe.mccessi46:pi"moids reduce the applied
e
'iiid' th
)16 and'- r6 late the quantity of accel-
9u
ra t id-mi -~wll "'circulate--between the -.successive
rated- , plas m-a- I -gued-,'thit currents
la -a --rwiat--ok- whi 'izu t
ch: r66st of -the-- discharge . rrea: will be,.
r
mr;.ed..by-. o-first.,andjamt-plOsmo ds,of,_'the:.chaiit~~4n4. the, interveningmtes will not'."
UDCf SM 9.
Ldc:

4JIMJLtro 5"

. . .. ......

J ;'y
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~AV
Card:'

-'L T'!
Intr~r 't- a',. r
7-1 cat; r. new rodel , f r za, n r r~ r ',e r r
f 49
!.;on M, ly L 4 F,, tof Russian Accessi-. s, T Jt,rary -Ir.-cr r er c n

MIAMOLLN3, N.M.
Optical orientation of crystalline plates in oblique cress
"etions. Krista-Urgrafiia 8 no.3:480-481 W-Je 163.
(MIRA 16-3.1)
1. Institut kristallocrafii All SSSR.

VO.qC,I;TSOV, L.; -. ; E--t~SNUV , V. i~. , r,-. c-t,. red.;
Y7LAKHOV, F.N.., red.
[Science, 19b1; tlirought the Exhititi,--n pav.*!,'Qns) jl'aaka
god 1961; po pavliloram Vyotavki. '~c~kvb, 19~--. 65 p.
(Mll'i'LA 17:8)
1. Moscow. V:,:sv.,vka dostizner.-iy khuzyaystva S,;S.--

NECHIFORUK, N.N. (Viruiitsa); FIBR, A.K, (Vinnitea); MELAKISHIP. V.A.
(Vinnitsa); YURCUK, Yu-I. .......... -,
Hcme-maLde thermistor. Fiz. v shkole 21 no.1:66-67 Ja-F 161.
(MIRA 14:9)
(Thermistors)

KffAMED, A. ~ - ~
MEIAMED, A. Use of the Assembly method for repairing automobilas.p.21.
Vol. 7. no. 10, 1955, TRANSPORTNO DELD, SOFIYA, BUWARIA.
SO: Monthly List of East European Accessions, (EEAI), LC, Vol- 5.. No. 1.0,
Oct. 1956.

LEVITIN, K.; MELAMED# A.
This is how quantum physics was born. Nauka i zhizn'
Ag '61.
(Bahr, Niels Hendrik David, 1885-)
28 no.8:74-79
(MIRA 14:8)

INV IT T11, K. ; W-D, A-
Vermiculite, the miracle of Kovdor. Nauka i zhizn' 29
no.10:84,-86 0 162. (MIRA 15:12)
1. Spetsialluyye korrespondenty zhurnala "N.auka i zhizn'".
(Vermiculite) -

*~ ~, N , F~ ~ - ~- , , . -, lk- V~,,KIY , A. A ~ , rev-1 .
:- - -j Znanie, 196'. Z-4 p.
t -7~' ~ C -
J -1 ki r:,rJacii4i gvta,~.. W,sk-17a,
(,,I r, . i,ev nauke, te,' IV Serii a, Tekbrl~la:
y 4
ri, .20) (MIRA 18: 10)

'IELAIIEDY A.A. (Zhmerink-a, Vinnit4koy OblastA, ul. -:
w,
Agr~cu-',',ural '*-~,~'-;r-eF cf ccl-'ective farme- , , ' !- - ~- . -, : ~ "f! If 1c, *~3.
0-r-'r., -ravm. i pro,,ez. 25 no.3:64-07 Mr 1''.
k ~I '; :~ A I ~-~ : 3 )
1. Rayonnyy trivniatolog Zhmerinsko o rayone, ~,---"(;y ub1avU
y vra-h --iv,na - 1.
(gjavny~ k YakovleZ

IEV!Tll,,, Karl Yefimovich; ',:ELATED, .'-.natoliy Davidovich; CHE,-IiIFGV:,,
V.K., red.
("N?V" patent; conversatJons vita Azer3ai4an sc-ent4St -
j 1. S,
Patent N'tV; beseriy s azerbalicizhanskirrA uchenymi. 1.1,oskva,
Izd-vo "Zrianie," 1961,. 49 p. (Novoe v zhizni, nauke, tekh-
nike. XI Seriia: ~.,Amiia, no.5) (!~'PA 17:7 1
e

,,r . v ~ Y ALAICI ~, V - S T8,C, B I US ' IU, r F . I ~h .
BC ND A P,9 1 . -.1.1 ~j. . I
A,P.t i. corro a !on rv-!ae-ures in the shops of coke-oven ga8
y monoethyl,am,nt:-5.
purification 1y Kh~m. prom. (Ukr.j
no.tj73-75 O-PI63. (MIRA l7t6)

TBUKERMAN, Sj~-, MEIAMED9 B.Do
Gas-fired tititing furnaces. Lit.proizv. no.2:40-41 F 162.
(KIU 15:2)
(Foundries--Equipment and supplies)

PHASE I BOOK EXPLOITATION SOV/5473
Gornoye delo; entaiklopedicheskiy spravochnik. t. 8: Statsionarnoye
elektromekhanicheskoye oborudovantye. Elektroanabzhenlye shakht
(Mining Industry; an Encyclopedic Handbook. v. 8: Stationary Electro-
mechanical Equipment. Electric Power Supply to Mines) Moscow,
Gosgortekhlzdat, 1060. 784 p. Errata allp inserted. 18, 500 copies
printed.
Chief Ed.: A.M. Terpigorev (Deceased); Members of the Editorial Board:
A. L Baranov, F. A. Barabartov (Deceased), A. A. Boyko, V. K. Buchnev,
A. N. Zaytsev; Deputy Chief Eda):I. K. Kit- and N. V. Mellnikov; I. N.
Plaksin, N. M. Pokrovskiy. A. A. Skochinskiy (Deceased). A. 0. Spiva-
kovskiy, L K. Stanchenko, A. P. Sudoplatov, A. V. Topchiyev, S. V.
Troyanskiy. A. K. Kharchenko, L. D. Shevyakov and M. A. Shchedrin;
Editorial Board for this volume: Resp. Ed. - F. A. Barabanov; Deputy
Resp. Ed.: Z. M. Melamed, N.A. Arzamasov, G. M. Yelanchik, V. K.
Yefremov, B. L Zasadych, L M. Zhumakhov. N. A. Letov, P. P. Nesterov.
L A. Rabin?vich, K. 1. Skorkin, and V. A. Sumchenko; Authors: G. A.
Card l/ 16

Mining Industry (Cont.)
2-
SOV/5473
Babak, Candidate of Technical Sciences, V. D. Belyy, Professor,
Doctor of Technical Sciences, K. S. Borisenko, Candidate of Technical
Sciences, A.G. Borumenskly, Candidate of Technical Sciences, L V.
Brusilovskiy, Candidate of Technical Sciences, A. R. Bushell, Candi-
date of Technical Sciences, V. P. Bukhgollts, Engineer, M. N. Vasilevskiy.
Candidate of Technical Sciences, A. N. Vaslkovskiy, Engineer, B. N.
Vlasenko, Engineer, 1. Ya. Gershikov, Engineer, V. G. Geyer, Professor.
Doctor of Technical Sciences, A. D. Dimashko, Engineer, V. S. Dulin,
Candidate of Technical Sciences, L L. LokBhin, Engineer, B. M. Melamed,
Engineer, Yu. A. Mikheyev, Engineer, V. P. Morozov, En~i_neer.M. 1.
Muahkatin. Engineer, V. S. Pak, Academician, L M. Perskaya, Engineer,
N. M. Rusanov. Candidate of Technical Sciences, G. P. Savellyev, Candi-
date of Technical Sciences. Ya. M. Smorodinskiy, Candidate of Technical
Sciences, K. A. Ushakov, Honored Scientist and Technologist, Professor.
Doctor of Technical Sciences, B. M. Furmanov, Engineer, and N. N. Cher-
navkin, Engineer. Edo.: Ya. M. Drozdov, Engineer, B. 1. Zaaadych,
Card 2116

Mining Industry (Cont.) SOV/5473
Candidate of Technical Sciences, N. S. Karpyahev. Candidate of Technical
Sciences, N. A. Letov. Candidate of Technical Sciences, Z. M. Melamed,
Candidate of Technical Sciences, Yu. A. Mikheyev, Engineer, V. P.
Morozov, Engineer, V. 1. Polikovskiy. Professor, Doctor of Technical
Sciences, L A. Rabinovich, Engineer, M. S. Rabinovich, Candidate of
Technical Sciences. 1. A. Raskin, Engineer, V. S. Tulin, Engineer, S. Ye.
Unigovskiy, Engineer, K. A. Ushakov, Honored Scientist and Technologist,
Professor, Doctor of Technical Sciences, M. M. Shemakhanov, Candidate
of Technical Sciences, P. F. Shishkov, Candidate of Technical Sciences,
and V. B. Yablonovskiy, Engineer; Eds. of Publishing House: N. A.
Arzamasov and T. 1. Rybal 'nik; Tech. Ed.: V. L. Prozorovskaya and
M. A. Kondratlyeva.
PURPOSE- This handbook is intended for mining and mechanical engineers as
well as for other skilled personnel of the mining industry concerned with
the handling and operation of various installations and equipment used in n 'nee.
Card 3/ 16

Mining Industry (Cont.) SOV/5473
COVERAGE: Volume VIII of the mining handbook contains detailed informa-
tion on mine hoisting installations, machines and equipment, mine venti-
lation units. duct systems. dewatering facilities, various types of pumps,
pacp meters, pvvipirZ 3tations, and the automatic remote control of these
units. The handbookL aLso describes and explains the operation of the air
compression units and compressors. Heat-generating and heat-supply
equipment of mines is describedas are the electric power supply systems
and other electrical equipment such as transformers. power distribution
systems, and grounding devices. Telephone communication and signaling
systems used in minen are also treated. No personalities are mentioned.
Each part of the handbook to accompanied by references, mostly Soviet.
TABLE OF CONTENTS C Abridged 1:
PART L MINE HOISTWO UNITS
Card 4/16

Mining Industry (Cont. )
SOV/5473
Ch. XI. Grounding Devices and Protectives Systems (Bukhgol'ts,
V. P.) 715
C h. X11. Electric Energy Consumption in Coal Industry Installations
(Melamed, B. M.) 724
Ch. 3=. Saving on Electric Power and the Increase of the Power
Factor (Melamed B.M.) 735
Ch. XIV. Local Electric Power Stations at Coal Industry Installations
(Mushkatin, M. 1. , Engineer) 746
PART V11. TELEPHONE COMMUNICATION AND
INDUSTRIAL SIGNALING IN MINES
(B.M. Furmanov, Engineer)
Ch. 1. Types of Communication and Signaling in Mines 755
Card 15/16

BUKHMAN, G.D. , inzh.; HARINOV, A.M., inzh.;. W, ED, B.M., inzh.;
TAROSLAVTSEV., A.M., inzh.
Start of a 200 Mw. block in the electric power system of
Sverdlovsk. Elek.sta. 34 no.2:2-7 F 163. (MIRA 16W
(Sverdlovsk-Electric power plants)

BLOKH, G.A.. dotnent, k-and.tekhn.nauk; PIW'JW, Ch.L.. iazh.
Reaction of carbon black with sulfur. Captax, und thiuran in the
rubber vulcanization process. Izv.vys.ucheb.zav.; takh.leg. prom.
no.2:2P--38 159. (MIRA 12:10)
1. Dnepropetrovskiy khimiko-tokhnologicheakiy inatitut im. Dzer-
shinskogo.
(Carbon black) (Vulcantuation)

3-/138/60/000/008/010/015/XX
A051/AO29
AUTHORS- Blokh, G.A.; Melamed, Ch. L.; Sa~dmenko, I.A.
TITL.E-~ A New Method of Applying the Vulcanized Tread In Automobile Tire
Casing Repair
PERIODICAL- Kauchuk I Rezina, 1960, No. 8, PP. 30 - 32
TEXT~~ The present method used In the Soviet Union for automobile _,asing
repair was found to be impractical, requiring exceszive work and equipment. lin
this method a non-vulcanized tread is applied to the casing being repaired and
the latter vulcanized in ring-shaped individual vulcanizers at a temperature of
140 - 1500C for 1.5 - 2 hours. In 1957 the Rubber Department of the Dnepropetrov-
skly khimiki-tekhnologicheskiy institut (Dnepropetrovsk Institute of Chemical
Technology) in z~ooperation with the Dnepropetrovskiy shinoremontnyy zavod (Dnepro-
petrovsk Tire Repair Plant) began Investigating the possibility of using pre-vul-
oanized treads in casing repair. A study was made of: 1) the application of
adhesives having special*composition-s and used to fasten the pre-vulcanized tread
to the casing, 2) the use of laminated non-vulc&nized mixtures capable of co-vul-
canizing with the pre-vulcanized tread and tire casing at room or low temperatures
Card 1/9

3/138/60/000/008/0 10/01 5/XX
A051/AO29
A New Method of Applying the Vulcanized Tread In AutomobIle Tire Casl,nL~ Rep&Ir
(8000~ A number of adhesives with various compositions were found '~o have ad-
hesion Indices of 0.5 to 0.6 kg/2,5 cm both at room and elevated temperature (10-JoC)
which do not satisfy the rOCTI(GOST) standard of 3.5 kg/1 cm Adhesives contaln-
Ing oxidation-reduction Systems Were &ISO found to have insufficient adhe 4on i
dices. Adhesives based on natural r%bbery CkG (SKB) and CVC-30 (SKS-30) and
containing various ox1dation-reduction systems were investigated under rubber-dou:-~~
ing conditions. duration 3 - 5 hours, temperature 50 - 700C. The obtained data
are listed in Table 2. A third method using a rapidly-vulcanizing lamina-.ed mix-
ture (Table 3) was investigated. Best results were obtained at 80 - 900C using a
natural ribber*1ayer, containing eymate and also a combination of cymate and ac~r
(DFG). The strength of adhesion was 17.5 kg/2.5 cm, the thickness of the layer
was 0.7 I'mm. Based on these results, experimental 6,00 - 16 tire casings were
produced repaired at a temperature of 80 - 900C applying a pre-valcanlzed tread
based on laminated rubber. Service tests performed by the Taxi depot revealed T.he
tires to have a run capacity of 5,000 - 15,000 km. Their destruction eventually
took place not as a result of side or casing rupture, but rather from exfollation
of the casing surface. Other tire casings, repaired With pre-rulcanized treads and
Card 2/9

S I I zz/T-x
A051/A029
A New Me-r;hod cf Applying t~,e Vulcanized Tread in Automobile Tire Casing Repeur
fastened to the casing witt, steel bands follcwed by subsequent heating in a vat at
800C had a run capacity of 6,0rQ km, Studies of rubber mixtures and adhesives ?on-
faining amino-salts of alky1dithiocarbamine acids and sulfur, zinr; oxide and 71nc
stearate (Table 4) showed that dibuty1dittLiocarbamate d1butylamine and dibutyidi-
tb-iocarbamate trietbylamine used as accelerators in adhesives and layers based on
natural rubber ens'are a hjgP ttrengl~h of adhesicn, when the rubber is vulcanized
at low temperatures (about; 200C and the vulcanization process at this temperatire
Is completed in 3 - 4 days, It, is recommended that the pre-vulsanized tread be
made in the form of a bracelet rather than a band to ensure a strong bond a,; 'the
join.ted end of the tread that the adhesive be appIled on the Interall surface of
the tread bracelet and "he external surface of the casing, and between these a
quickly-rulcanizing mixture be added, Pressure in the ru-nning compartment would
secure the contact between the tread and the casing. Two types of rubber mixture
and the corresponding adhesive sthould be manufae.,tured with sulfur and no ac~,eler-
ator or without. sulf-'ar and an accelerator to avoid scorching during 8torage. The
authors stress the faot that low-temperature vulcanization could be of value to
the rubber art.1cleand cable-manufacturing Industries, especially where mu-Iti-layer
rubber products. including 1,hermoplasts (polyetI7,ylene, et.c.) are produced. There
Card 3/ 9

s/i 38/h-o/ooc)/oc,6/-, 1010.1 5/X.(
A051/AO29
A New Method of Applying the Vulcanized Tread in Automobile Tire Casiag Repair
a.re 4 *.ables, and 3 Soviet referen.-,es.
ASSOCIATION, Dnepropetrovskiy khImilw-tekhnologicheskly instltut, im. F,E- Dzer-
zki~nskogo I Dnepropetrovskly sh1noremoritnyy zavod "Dnepropetrovsk
Institute of' 0.1-emical Tei~h-nolc-gy. Imeni F.E. Dzerzlunskiy and Dneprc-
petrovsk Tire-Repq.'.r Plant.)
_
Card 1+/ 9

S/138/60/000/008/010/015/T-(
A051/AO29
A New Method of ApplYing the Vulcanized Tread in Automobile Tire Casing Repair
Table 2:
Strength of Adhesion of Rubber to Rubber Using Adhesives, Containing Oxidation-Re-
Strength of Adhesion,-kg/2,50m width of
Characteristics of the System the sample

Natural Rubber SKB SKB- 30
benzoyl peroxide-benzoin-iron
naphthenate 4.o - 5.o 1.3 2.01 3.5 -4.o
iron naphthenate-banzoin 2.8 - 3.5 0.9 1.1 2.3 - 3.5
benzoyl peroxide-benzoin 4.4 - 5.o 0.7 Lk 3.0 - 3-2
isopropyl hydrogen peroxide-
benzene-diphenyl guanidine-
-dibenzothiazoldisulfide 4.7 - 5.0 1.o 1-6- 4.o - 5.o
isopropyl hydrogen peroxide-
-benzene-mereaptobenzothiazol 3.2 4.0 1.3 - M 2.3 - 4.o
benzoyl peroxide-iron naph-
thenate-polyethylene amines 3~7 6.o 1,7 - 2.2 3~2 - 4,2
" Card 5
;

S11 38/6o/ooo/oo8/oi o/o 1540(
A051/AO29
A New Method of Applying the Vulcanized Tread in Automobile Tire Casing Repair
Table 3:
Strength of Adhesion of the Tread Rubber to the Casing Using a Laminated Quickly-
-vulvanizinz MIxturn
Doubling Con- Strength
Composition of the Laminated ditions of Adhesion
Mixture duration temperature, kg/2.5 cm
m1n, 0c width of
sample
NR+zinc butylxanthogenate and paratoluldine 6o 80 - go 1.6
NR+zine dimethy1dithiocarbamate ~zlmate~ -
FO_ - 90 more than 17.5
NR+zinc dimethyldithiocarbamate (zimate)
diphenyl guanidine (1:1) 20 80 - 90 more than 17.5
chloroprene rubber+-zinc dimethyldith~iocar-
bamate 60 80 - 90 6.0
NR+benzoyl peroxide + iron naphthenate +
benzoin 180 50 - 70 3.5
Card 6/ 9

S/138/60/000/008/010/015/XX
A051/AO29
A New Method of Applying the Vulcanized Tread in Automobile Tire Casing Repair
Table 3:
Strength of Adhesion of the Tread Rubber to the Casing Using a Laminated Quickly-
7!~-Z M4 -+,,--

Composition of the Laminated Doubling Con-
ditions Strength of
Adhesion kg/
Mixture duration
min, temperature
oc /2.5 cm width
of sample
NR+isopropyl benzene hydrogen peroxide +
DFG+altax
180
50 - 70
4.5
The same, based on SKS-30 180 50 - 70 5.0
NR + benzoyl peroxide + iron naphthenate
+ polyethylene amines
18o
50 - 70
6.0
The same, based on SKS-30 18o 50 - 70 5.2
Card 7/9

S/138/60/000/008/010/015/XX
A051/AO29
A New Method of Applying the Vulcanized Tread in Automobile Tire Casing Repair
Table 4:
Effect of Amino-Salts of Dialkyldithiocarbarnine Acids on the Strength of Adhesion
Between the Tread and Casing Rubbers
Accelerator
Dibutyldithiocarbamate dibutylamine
(c4H9)2NC(S)SH'HN(c4H9)2
Vulcanization
Duration at 180C,
hours
Strength of
Adhesion,
kg/2.5 cm
width of
sample
6.o
11.0
Dibutyldithiocarbamate triethylamine 24 O.U
(S)SH.N H 96 10.5
(C4Hq)2NC (C2 5)3 144 17.0
Card 8/9

3/138/60/000/008/010/015/XX
A051/AO29
A New Method od Applying the Vulcanized Tread in Automobile Tire Casing Repair
TAbi-e 4:
Effect of Amino-Salts of Dialkyldithiocarbamate Acids on the Strength of Adhesion
Between the Tread and Casing Rubbers
Vulcanization 9t ength of Ad-
Accelerator Duration at 181c, hesion, kg/2-5cm
I h6urs width of sample
Dibutyldithiocarbamate tributylamine

Hq) NC(S)SH.N(C H )
(
C4 2 4 9 3 24

96
144 3.5

4.5
5.0
Diethyldithiocarbamate diethylamine 72 4.5
02H 5)2NC(S)SH.HN(C2H5)2 24o 5.0
Card 9/9

S/153/61/004/005/005/005
E134/E485
AUTHORS., Blokh, G.A., Melamed, Ch,,X,-,, Ol'shanskiy, L,P,. and
Levitin, Zh,N.---
TITLE-, Heat-and moisture-resistant resins for electrical
insulation
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Khimiya i
khimicheskaya tekhnologiya, vA, no.5, ig6i, 847-853
TEXT; The paper deals with the problem of insulating materials
which have the required electrical and mechanical properties as
well as high heat- and moisture-resistance, The present
investigation is specifically concerned with insulating resins
subjected to simultaneous heating and cooling on opposite sides V/
(140"C and 20"C). The ageing tests were carried out on rubber
tubing, the outside of which was maintained at 1409C whilst water
was passed through the inside, the tubing was subsequently cut into
sample pieces for physical tests, The usual ageing method of
heating samples in a humidity cabinet by means of warm air proved
unsuitable, because under normal conditions the heat transfer
between air and rubber is less than that between water and rubber,
Electric resistance heating of the tube surface, thermostatically
Card 117~'
I -e'_

S/153/61/004/005/005/005
Heatwand moisture-resistant E134/E485
controlled by a thermocouple was therefore employed for each
individual sample, A sketch of the apparatus with some
constructional details is given (see figure), The resins based on
the following rubbers were investigated~ styrene-butadiene 30
(SKS-30), silicone -30 A' (SKS-30ABS -30,k.~