SCIENTIFIC ABSTRACT LOSEV, B.I. - LOSEV, I.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930520018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The Influence Dcerted by I.-Radiation Upon Coals in Sov/'20-12.0-2-24/63
Aqueou6-6nd Carbon-tetrachloride Medium
.~ 1. Coal--Effects of radiation 2. Gamma raya-Applicationg
3. Cobalt isotopes(Radioaotive)-Applications 4. Solutions
--Applications 5. Carbon tetraohlorlda--Applications
Card 4/4

PHASE I BOOK EXPLOITATION 30V/3395
gy,tch, Mikhail So"-monc-vi--h Konskiy, and Marlyana
,Lany~~Ivan 'L ,
Aleksandrovna Troyanskaya
Tverdyy benzin; transport, khraneniye I primenenlye (Solid Gasoline,
Transportation, Storage, and Use) Moscow, Gostoptekhizdat, 1959.
88 P. 5,050 copies printed.
Executive Ed.: O.M. Yeni2herlova; Tech. Ed.: E.A. Mukhina.
PURPOSE: This book Is intended for workers engaged in the production,
transporting,storage and utilization of solid gasoline, as well
as for engineers, technicians, the personnel of petroleum storage
plants, motorist4 members of expeditions, and camping and hunting
enthusiasts.
COVERAGE.- The book outlines the history of the development of methods
of solidifying gasoline and briefly describes production methods for
converting liquid gasoline into solid briquets. It also reviews
methods of recovering liquid gasoline from briquets with the aid of
Card 1/5

Solid Gasoline; (Cont.)
SOV/3395
Soviet-made regenerators. Advantages in transporting and storing
solid gasoline are indicated. The solid gasoline consists of a
colloidal system in which-the liquid gasoline is a dispersed
phase distributed over a solid dispersion medium. The process of
solidification entails two consecutive operations: 1) preparation
of a stable highly concentrated emulsion in which liquid gasoline
is in the dispersed phase, and an aqueous solution of specially
selected high-molecular compounds as the dispersion medium; 2) -',.-he
solidification of the dispersion medium or its conversion to a high'.
viscous compound. The preparation of solid gasoline briquets re-
quires four operations: 1) preparation of the solution of emulsi-
fiers; 2) emulsification; 3) solidification -and formation of
emulsion; 4) drying of briquets. The solution of emulsifiers
usually contains casein, urea-formaldehyde resin, and polyvinyl
alcohol. The method of solidification described can be used also
with Icerosene and other fuels. The research on gasoline solidi-
fication was carried out by scientists and engineers under the
guidance of B.I. Losev and M.S. Komskiy at institutes of the former
Ministry of the Petroleum Industry and of the Academy of Saiences-.
USSR.
Card 2/5

Solid Gasoline; (Cont.) SOV/3395
TABLE OF CONTENTS:
Introduction 3
Ch. 1. Briquet of Solidified Fuel and Its Characteristics 7
Basic process of solidification 7
Methods of evaluating the quality of briquets 13
Structure and properties of brIquets 19
Ch. U. Characteristies of the Liquid Fuel Contained in Briquets 24
Specific gravity 24
Fractional composition
Chemical stability
Corrosive aggressiveness 33
Antiknock properties 33
Engine characteristics 34
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Solid Gasoline; (cont.)
SOV/3395
Ch. III. Transporting Briquets 38
Packaging of briquets 38
Fuel losses in transporting 39
Weight of containers used In transporting 43
Load capacity of transporting vehicles 45
Cost of transporting liquid and solidified fuels 48
Ch. IV. Storage of Briquets of Solidified Fuel 5-1
Storage of briquets in warehouses 51
Storage of briquets on open ground 51
Storage of briquets in pits 54
Underwater Btorage~of briquets 54
Losses of solidified fuel in storage 55
Change in the quality of briquets stored in the open 58
Technical and economic advantages of storing liquid fuel in
solid form 60
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Solid Gasoline; (Cont.) SOV/3395
Ch. V. Regeneration of Fuel From Briquets 62
Methods of Vegenerating solidified fuel 62
Thermal regeneration 62
Mechanical regeneration 64
Desorlption and characteristics of regenerators used in
the USSR 72
Effect of operating conditions and det-ails of regenerator
design on the operation of regenerators 7
Effect of briquetquality on the reg"eneration process R
Ch, VI. Domestic Use of Solidified Fuel 86
AVAILABLE: Library of Congress
Card 5/5 TM/'.'E;b
6-13-60

LOSN, Boris Ivanovich- KOKSKIY, Kikhail Solomonovich; TROTANSKATA,
~ 11 .,
Rar,yand Aiellialarovns; IIIIISHIRLOVA, O.K., vedushchly red.;
MUMIM, B.A., tekhn.red,
(3olid gasoline; transportation, storage. and use] Tvardyl
benwin; transport, khranenis I primenenle. Koskya, Gos.nauchno-
tekhn,Ixd-vo naft, I gomo-toplivnoi lit-ry, 1959. 88 p.
(KM 12:12)
(Gasoline$ Solid)

11 (T) PHASE I bO-ff EM,0112ATION SOV/344a.
lo"evp Borls 1wmovich., Mikhs~l Solomonovich Komokiy,, and Marlyana Aleksandrovna
w0yanaiiiW
Otverzhde=oye motornoye toplivo (Solidified Engine Fuel) Moscow, AN SSSR, 1959.
213 p. Errata slip inserted. '2,500 copies printed6
Sponsoring Agency: Akademiya nauk SSSR. Institut goryuchikh iskopayenWkh.
Reap. Ed.: I.P. losev, Honored Worker in Science and Technology, RSFSR, Doctor
of Technical Sciences; Ed. of Pablishing House: A.L. Bankvitser; Tech. Ed.:
I.F. Kazlmin.
PURPOSE: This book is intended for technicians and specialists interested in the
fuel solidification industry.
COVELAGE: The quthors deal with solidified fuels Vhich have recently gained major
Importance in technical fields and in the domestic econow C~tion of
I .1o The produ
solidified fuels in hard briquets, their composition, dimensions, and principal
advantages are discussed. Transportation and storage facilities are cited. No
personalities are mentioned. There are no references.
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Solidified Engine Fael SOV/3441
TABLE OF CONTENTS:
Introduction
3
Ch. I. Principles of Liquid Fuel Solidification 7
1. Solidified fuels are colloidal systems 7
2. Flow sheet of the liquid fuel solidification process 11
Ch. 11. P-0sifiers and Emulsification in the Liquid Fuel Solidifica-
tion 1"rocess 15
1. R-11 ifiers and their required properties 15
2. Casein as an emulsifier in the solidification process 16
3. Polyvinyl alcohol as an emulsifier 26
4. Urea-melamine-formaldebyde resins as emulsifiers 31
5. Roll ifier mixture for solidification 35
6. Emulsification of liquid fuels 36
7. ftil ion, its structure and composition 46
8. Dispersiveness of fuel-emulsions 47
9. Thickness of the protective layer in a highly concentrated
fuel emulsion 55
10. Composition of fuel emulsion during emulsification 57
Card 2/5

Solidified Engine Fuel
Sov/,M~41
Ch. III. Rmulsion Solidification 58
2. Solidification vith foxm1debyde of a dispersion medium based
on egisein . 1 58
2. Interaction of formaldehyde vith other emulsion components 62
3. Solidification of a dispersion medium based on polyvinyl alcohol 66
4. Solidification of a dispersion medium based on urea-formaldehyde
resins 68
5. Rate of gel formation during emulsion solidification 70
6. Emulsion *fixation unit" 72
Ch. IV. Molding Briquets of Solidified Fuel 76
1. Syneresis and durability of gel 76
2. Selection of briquet molds and sizes 82
3. Molding briquets under pressure 83
4. Briquet drying 86
5. Loes of dispersed phase during briquet drying 93
Ch. V. Hard Briquet Dispersion Medium 96
1. Structure-of a hard briquet dispersion medium, 96
2. Method of film production 97
3. Measuring film porosity 97
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Solidified Engine Fuel
SOV/3441
4. Diffusion through films of the dispersion medium 100
5. Mechanical strength of film 104
6. maximtm film strength depending upon the composition of
the dispersion mediUm 105
7. Effe6t of drying rate on film strength 107
8. Plasticization of films of the dispersion medium
9. Mechanism of film Plasticization 3.12
10. Glycerine as a film plasticizer of the dispersion medium U7
1-1. Film strength depending upon glycerine content 120
12. depeading upon formaldehyde content
Film strength 121
13. .
Dependence of briquet stability upon vapor pressure of the
dispersed phase 124
Ch. TI. Idquid Briquet Dispersed Phase 137
1. Specific gravity 138
2. Fractional oomposition 139
3. Chemical stwbility 144
4. Corrosive properties of regenerated gasoline 157
.5. Antidetonation properties of regenerated gasoline 158
6. Motor characteristics 158
CarA 4/5

Solidified Engine Fuel SOV/3441
Ch. V32. Properties of Solidified Fuel Briquets 166
1. Briquet structure 166
2. General briquet characteristics 175
3. Specific gravity of briquet * 178
4. Liquid fuel content in a briquet 181
5. Water content in a briquet dispersion medium 188
6. Mechanical strength of a briqdet 193
7. Combustibility and burning of a briquet 202
Ch. =. Use of Solidified Fuels .206
AVA3LOLF.: Library of Congress (TP343.LT)
Card 5/5 TM/mfd
4-26-6o

- I -
T,OSBT. S.. prof.
Germanium obtained from coal,
wr 159. (Germanium)
IUn.tekbo 3 noe5'-47-48
(AIRA 12 SO

-I -- - - - -
103w, ~L. I~Pqf .
Gas from a giant gasholder. Mu. takh. 3 ne.6:31-32
is. 159. (NUU 12:8)
(Gas, Natural)

LOSICY, B.I.
Liquefied gases in briguet form* Gass pros, 4 no.12:17-24 D '59.
(MIRA 13:3)
(Liquefied gases) (Briquets (Pusl)-Transportation))

1,0597t B., prof*, doktor takhn.nauk
Solid banxene. Pogh.delo 5 no.1:10-11 ja 159. ()a" 11:12)
(Benzene as fuel)

AKKOSOV, I.L; HILIVIKOVA, A.H.1 AKKOSOVA, YA.K.; CHIBIBOVAl 1.1.1
CMMNM, V. I.
Use of ultrasonic waves in coal brominatione Trudy IGI 8:131-141
159. (MrRA 13:1)
(Ultrasonic waves-Industrial application)
(Coal-Analysis)

5(4) SOV/69-21-3-14/25
AUTHORS: Losev, B.I. and Troyanskaya, M.A.

TITLE: The Use of Aqueous Polyvinyl Alcohol Solutions for
Stabilizing Highly Concentrated Emulsions
PERIODICAL: Kolloidnyy zhurnal, 1959, Vol XXI, Nr 3, pp 322-324
(USSR)
ABSTRACT: The authors report on a study of properties of polyvinyl
alcohol, which is used as a stabilizing and solidifying
agent in emulsions of the type: Motor fuel (disperse
phase, representing 90016 and more of the emulsion) -
aqueous solution of high-molecular emulsion stabili-
zers. In order to obtain solidified gasoline, the
authors used 10% solutions of polyvinyl alcohol with a
viscosity of 40-50 centipoises and an emulsifying ca-
pacity equal to 5. The experiments fully confirmed
the suitability of this procedure. It was further
found that polyvinyl alcohol solutions can be mixed
vrith other soluble stabilizers (e..g. formaldehyde),
Card 112 in order to increase the elasticity and solidity of

SOV/69-21-3-14/25
The Use of Aqueous Polyvinyl Alcohol Solutions for Stabilizing
Highly Concentrated Emulsions
the cellular structure, which finally gives to the
emulsion the character of solidified fuel. The authors
give details as to the viscosity and surface tensions
of polyvinyl alcohol solutions. They mention the So-
viet scientist P.A. Rebinder, whose device for the
measuring of surface tensions was used for the experi-
ments. There are 2 tables and 4 Soviet references.
ASSOCIATION: Institut goryuchikh iskopayemykh AN SSSR, Moskva
(Institute of Combustible Mined Matter of the AS
USSR, Moscow)
SUBMITTED: 31 January, 1958
Card 212

WSIT, B.I.- MINIZOVA. A.R.; SAJPRYKIN. F.Ya.; YUTKIR, L.Av
Crushing coal by the slactrohydraulte method. Test. All SSSR 29
no.6:62-65 Je 159. ~ - (MIRA 12:5)
(Coal, Pulverized) (Electric discharges)

11-7000 7568o
sov/8o-12-10-29/51
AUTHORS: Losev Voroblyeva, N. S., Ninin, V. K., Zimakova,
e. A.
TITLE: Behavior of Sulfur in Coal Chlorination Process
PERIODICAL: Zhurnal prikladnoy Ichimii, 1959, Vol 32, Nr 10, pp 2300-
2303 (USSR)
ABSTRACT: Chlorination of Donbas coal, type PS (Chumakovo mine), PZh
(Nikitovka), K (Avdakovo), and G (Dobropollye), and Kizelov-
skiy basin (Komsomolets) coal, reduced the content of ash
as well as of pyrite and organic sulfur; sulfur of sulfate
origin was removed completely in chlorination. Multistage
chlorination removed up to 80% of total sulfur content. The
addition of chlorinated coal with I to 10% C1 to the coke
oven charge reduced the coke's sulfur content by 10 to 15%;
the mechanical constants of coke remained unaffected, There
are 2 figures; 5 tables; and 7 references, It British, 1
German, and 2 Soviet. Most recent British references are:
H. Eccles, A. McCulloch, J. Soc. Chem. Ind., 119, 377-382T,
Card 1/2 383-386T (1930); A. Mars6h, A. McCulloch, E. ParrJ~xh, Ibid.,

Behavior of Sulfur in Coal Chlorination 7568o
Process SOV/PO---'2-10-29/5.'
48, 167-174T (1929).
December 8, 1958
2/2

5.11100, 5.316o
1
'15697
SOV/80 - 12 -10 - 11C/51
AUTHORS: _1. __Bylyna, E. A.
TITLE: Brief Communications, Paramagnetic Resonance In Mined Coals
PERIODICAL: Zhurnal prllcladnoy Ichimil, 1959, Vol ',12, Nr 10, pp 2359-
2361 (USSR)
ABSTRACT: In the present paper the paramagnetic resonance oC several
mined coals of the Donets coal field was measurt_,d. Es-
tonian peat was also checked, but paramagnetic resonance
was not detected. Diphenylpicry1hydrazyl (I) (Abstracter,-;
note: in the text It is given as diphenylpici-ylhydrazine)
was taken as standard, with a ;) -factor of 2.00':' + 0.001 at
a frequency of 9,450 megahertz. The approx1mate Toncentration
of free radicals'was calculated by comparison viith absorption
lines of standard samples, containing 1% of 1. Tlie authors
tend to agree with Ingram that the "free radical" concen-
tration is a function of the degree of metamdrphism. There
is 1 table; 2 figures; and 19 references, 5 Soviet, 8 U.S.,
Card 1/2 5.BrItish, 1 German. The 5 U.S. and British references are:

Brief Communications. Paran. agnetic
Resonance in Mined Coals
SUBMITTED:
7%97
SOV810 - -j 2 - 10 -
I. G. Gastle, Phys. Rev. 92, 1o63 (1953); 95, T16 (19511);
F . K. Henning and other o, ibid, 1088 (19,-'V1) -, T. E. ITIC,"~Ml,
I. E. Bennett, Phil. Mag. It 9 1 -
115, 5 5 (1. 5!1) ; and ~12
December 8, 1958
Card 2/2

5 (4)
AVTHORS: Losev, B. I., Troyanskaya, Md A., Bylyna,, E. A. SCV/2O.-125--1-3!/'67
TITLE: The Formation of Hexachloro Ethane Due tole.-irradiation of
Carbon Tetrachloride (Obrazovaniye geksakRloretana pri;r-
-obluchenii chetyrekhkhloristogo ugleroda)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 1, pp 133 - 134
(USSR)
ABSTRACT: The authors studied the products resulting from the chlorina-
tion of coal which were formed in carbon tetrachloride due to
irradiatign of mineral coals. The production of samples is
u-tlined. C000 with a capacity of 21,000 gram-equivalents of
r
radium served as r -source. The irradiation was performed with
dose rates of 3-5- 10 6 and 1-15- 106 r/hour. In all cases the
total done amounted to 10 8 r. The coal was then separated from
ccl4 and further investigated, Tho carbon tetrachlorideg whinh
after irradiation with coal assumes a dark reldieh brown colora-
tion, was distilled; the fractions 76.5 0 - 780, 78 0 - 800 and
Card 1/2 Boo 11 900 as well as a thick resin-like residue were thus ob-

The Formation of Hexachloro Ethane Due to -irradia- SOV/20-1 2 5,
tion of Carbon Tetrachloride
tained; with further increase in temperature a white, crystal..
line, pungent substance was sublimed out of the abore-mentioneJ
residue. The same white substance was sublimed out of the af:)re,.
mentioned fractions. In water it is insoluble, but &iqe01V,;!8
readily in a6a~tone, benzene, and carbon tetrachloride: its melt-
ing point is 183-5 -- 1840, and its weight M - 236,706. This aut-
stance is assumed to be hexachloro ethane. In various experl-
ments hexa,)hloro ethane was synthesized In a quantity of 1,000
mole-~--ulea per. 4,00 eV. This value indj.c~ates a -.hain-like natur,~
of the -reaotion, and may be explained by the fellowIrG a-,heme
'_A'->CCl; + C14' CC' + Cr__~'C 1* " C"2,
Fief 5): CCl C
4 4 3 CC14 +
CC'; -4 C2C16 + Cl-, 2CCl; __--"2Cl6. The authors thank A. Kh.
Breger for his interest and help in this investigat'lon. ThAr~-.
are 8 references, 5 of which are Soviet.
ASSOCIATION: Ins t: 1 +,-:'~'-----,h',kh iskopayemykh Akademii nauk SSSR
Mineral Fuels f the Academy of S~.-.ien3es USSR;
PRESENTED: November 25;, 4,950, by A. V. Topchlyev, A-zademiclan
SUBMITTED: November 25, 1958
Card 2/2

AMORS: Losev, B. I., Bylynal E. A. SOV/20-125-4-34/14
TITLE: Paramagnetic Resonance in Fossil Coals(ParamWdtnyy rezonans
v iskoprpmykh uglyakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 4, PP 814-816
(USSR)
ABSTRACT: The authors give a survey on the discovery (1953, Refs 11 2)
and investigation (Refs 6-10) of paiamagnetic resonance
(PR) in graphite ~*,tratag activated charcoal, carbonized
organic residuess fossil coal and carbonized products. The
PR of fossil coal was used for the determination, of the
number of free radicals per 1 g coal as a function.of the de-
gree of metamorphism (Ref 6). Im coal of.different stages
of metamorphism the number of free radicals per I g coal
fluctuated between 0.5-10 - 3.10 per gram, i.e. I free radical
per 1500-4000 carbon.atoms. This donfirms that,thefree radi-
cals are not conduction electronal respons.ible..for the PR
(Ref 9), A PRI easily to be-zeasured was.-found (Ref 11) in
anthracite# mineral coal,.charcoal.).patroleum. asphalt, carbo-
litel rubber as well as in petroleum. The intensity of the
effect increased by about the threefold in all cases under
Card 1' cooling until the temperature of liquid air is reached; this
/3

Paramagnetic Resonance in Fossil Coals SOV/2o-125-4-34/74
holds for both the free radical and.-anthracite. The authors
believe that the PH is in all cases due to the free radicals
or the "torn bonds" between the carbon atoms...In -the work under
review the authors measured the PH of several fossil coal
types and of Estonian peat with respect to the degree-of meta-
morphism. Peat contained no PR (Tab16 1)..Figures 1 and 2 show
the PH of the coal inveatigatede.Diphanyl..p 'icryl.hydrazins.
(DPH) was used for purposes 'of comparison,-i'ghe ivpproximative
concentration of the 'Irree radicals" was dalculited by comparing
the absorption lines with the standard sample (1% DPH-content).
It is true that these concentrations are approximative with
respect to this sample, with respect to their mutual funotionp
howeverv the accuracy.of these concentrations is within
.� l(Yfi. Figure 2 shows these.concentratione as a function of
the degree of metamorphism.of coal..Zhey ag;ee-with reference 6.
In the USSR as well as abroad (Refs.13-19) scientists arrived
at the conclusion that the molecular compounda-of the carbon
substance consist of condensed aromatioauclei to which side
chains are connected, called "fringes". The degree of condensa-
tion increases in the oourse or matamorphiamt whereas the
number of the side chains decreases. The authors agree with
Ingraham at al (Ref 6): the concentration of the free radicals
Card 2/3 is not only a function of the degree of metamorphism but also

aramagnetic Resonance in Fossil Coals SOV/2o-125-4-34/74
a function of the degree of condenaLtion-of the aromatic
cycles. Future investigations are to !ind what sort of func-
tion is concerned* There are 1 figure# 1 table, and-19 ref-
erenoes, 4 of which are Soviet.
PRESENTED: November 25, 1958t by A. V. Topchiyev, Academician
k
SUBMITTED: November 25, 1958
'Card 3/3

IAMV,, Bewis Ivanovichp doktor tekhn.naukj prof.; STRELITSOVp Nonstantin
Niko e c ; . # A.L.9 inzh.p red.j BUGINSM p V.A.p inshog
red*; MMM# D.P.v izd.red.; EK=tROVA,, I.A.t tekbn.red.
[Mwmfacture and aseemb3y of parts made of plastics; a survey]
Obrabotka, I, aborka, detalei iz plasticbeskikh mass; obzor. Pod
:red. A.L.Pecbemkina I V.A.BraginBkogo. Leningradt 1960. 75 p.
(min 3.4t6)
(Pl"tics)

-- - - - ---I-LOSEV -B I ; MELINIKOVA-) A.N.;-PITIH, R.N.; FARjEROVYLL.
Volatility of ger-nium in coals. Trudy IGI 13:164-166 160.
(MIFA 140)
(Germnium) (qoal)

s/.L94 61/0"0/001/04 11/079
'02-01~ 50!) 1.1ye.
G -
a
Sev aciA
a SI 4P atr
SU' coaLs VY
ona
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adi.0c 0
011 of r
.4es toula
wo, v -7 '990 4 L4
trapt 'L 1
ab s 1960, (f cpercll
% SSS?-' re _
~4 as crju& Ly7.e4 b'Y -
IR,ef er .961., ututle
uopaje'a-lla" an
.2 to, tile
'00 cteu V 0';4t'
sub 3e 20 W cia 0,.%t v tae b ';4ea-
to . Wried WLth
after bei-%%S UP CC C - tit
vii.as teusi-ty Lt S ,,e aep oSj'tSv VrLt'h tj7LeT N1_j-
d is~ rizelc .04er Sits I e
The SOIXU V~%Pe aeV.6 0. cXeP 0 .4s, tot ts Of
~.beqel k be f f oraa-
'I Bo vaods - tl-,e j.1%S, 1;o e
f :us tioTt- 'giv
ad T .01. tol
oe 063- 0.4lev a Sua '90a'- a
to VrO'Iya 0. Tjql~ Iale-4 to%% aeia~ty
rIX000 f i:'he UsavlaeT tGjtertl 14iuo "Ovl- ats a Tee aS
a0i'a 0 ae the the t'h the
C0013.6 of SIS COS" of VI a the Te s
tj,.ell-ed co j.4jt'Y observe
ge . beell theT e%OeTiAeTtt
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v as IOTA ITL
Colo..
ti.oct
Goa L/2
Oxidation of humic acids... S/194Z4/000/007/047/079
D201/V305
With ultrasounds applied to an alkaline liquid, formic and 'acetic
acids may be obtained: With
aqueous solutions hulaic acids undergo
peptization and only the second application of ultrasound to the
filtrateZrboduces the formic and acetic acids as well. 14 refer-
ences. A stracter's note: Complete translation2
Card 2/2

IDSEV, B.I.; LIDIM, N.G.
4-
Oxidation of coals and humic acids under the influence of
ultrasonic waves. DokI.AM SSSR 133 no.1:186-168 JI 160.
(MIRL 13: 7)
1. Institut goryuchikb iakopayeqrkh Akademii nauk SSSR.
Predetavleno akademikom A.M.TerenirVm.
(Ultrasonic waves) (Hmic acids) (Coal)

S/081/62/000/010/070/065
M68/B186
AUTHORt Losev, B. I
TITLEt Solidified liquefied gases
PERIODICALs Referativnyy zhurnal. Khimiya, no. 10, 1962, 527, abstract
10U219 (Novosti neft. i gaz. tekhn. Gaz* delo, no. 3, 1961,
30 - 34)
TEXTs The article discusses various methods of converting liquid fuels
and liquefied petroleum hydrocarbon gases (butane and propane) into solid
briquets, and also the storagep transport and utilization of such
briquets. ~Abstracterls notes Complete translationill
Card 1/1

LOSWV B.I.; VOROB'YEVA, M.S.; ZIKAKOVA, Ye.k.
Characteristics of interation between halogens and coals of
different types. Khim. i tekh.topl.i masel 6 no-7:26-30 JI 161.
(MM 14's 6)
1. Institut goryuchikh isko ayemykh AN SSSR.
(Halogens3 (Coal)

LOSEV. Borjq_jy4n Ph, doktor tekhn. nauk., prof.; IVANOV, S*m6,
red.; NAZAROVAI A,S-, tekhno redo
(solid gas] Tverdyi gaz. Moskva,, Izd-vo "Znaniejw 1962. 31 P.
(Novoe v zhizni, naukep tekhnike. IV Seriia: Tekbnika,, n0.9)
(MIRA 15:6)
(Gasolinet Solid)

s/196/62/000/014/029/o46
E194/E155
AUTHOR:
TITLE: The solidification of compressed gases
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
no.14, 1962, 8, abstract 14 G 41. (Tr. In-ta
goryuchikh iskopayemykh. AN SSSR, v.16, 1961,.IL32-136)*
TEXT: The Institut goryuchikh iskopayemykh AN SSSR
(Institute of Mineral Fuelst AS USSR) together with the staff of
the Groznyy kreking-zavod (Groznyy Cracking Works) has developed a
method of converting liquid fuel and compressed gases into solid
briquettes stored and transported in paper packets. In use the
briquett'e is lit with a match and burns slowly. The flame is
easily extinguished and an extinguished briquette can be used
again. The most important of the solidified fuels is gasoline and
then compressed gases. The solidified fuel can be re-converted
into the liquid state by heat or mechanical treatment; the loss
on regeneration is 2 - 3% and the quality of the fuel is'hardly
altered.
[Abstractorls note: Complete translation.]
card 1/1

LCSEVO B. of., doktor telchn.nauk; LCMOINt N.A., WO.takchn.nauk
Use of briquets made from liquid fuel mid gas for the needs
of the national econany AM of transportation. Zhol.dor.transp.
44 no.504,49'My 162. (Briquets (ftel)) (KmA 15:5)

MIASHOVp Ivan Pavlovich, kand. gool.-miner. nauk;--10,5ZV,__Pqris
Ivanovi
Sfi.,4rof., doktor telchn. nauk; VLASOV, L.G.,, red.;
S
S tekhn. red.
ll4h-M j, G. S s V
[Germanium in coalo)Gerranii v iskopaerfth ugliakh Mookva
lzd-vo Akad. nauk SSSR 1962. 257 P. (Mills 15'.111
(Germanium)

BUIATOV, Georgiy AleksandrovichLIPS
~B.~j doktor tekhn.
nauk, prof.# red.; UWIWIK, G.L. red.; UWHEV, S.G.,
tekbn. red.
(Plastic foams used in airplane manufacture] Fenoplasty v
aviatsionnoi tekbnike. Moskva, Voenizdat, 1963. 93 ~-
(MIRA 16:12
(Airplanes-Design and construction)
(Plastic foam)

LOSE'vp B.I., doktor tekhn. nauk, prof.
Consultation. Gaz. prom. 8 no.8:20-22 163. (MIM 17:11)

IDSEV, Boriq TworevwHr-h; MONINA, Margarita L'vovva; LOSUI, I.P.,
zaal, dayatell nauki i tekbniki RSM,, daktor tekhn.nauk,
red.[d4mm*eedjj CHMTIKOVA, V.I., red.
(Glass reinforced plasticol Steklo-plastiki. Moskvav Izd-
vo "Znanie," 1964. 45 p. (Novoe v zhiznip nauke, tekhnike.
XI Seriiaz Xhimiiap no.7) (MIRA 17:11)

GLAGOLEVA, L.A., kand. tekhn. nauk; RAKHLDI, I.V., kand. ekon.
nauk; LOSEV. fu., doktor tekhn.nauk, retgenzent; ITIII
Y 9
L0141 4FR-or- -okon. nauk, red.
[Economic efficiency of using plastics in machinery
manufacturing] Ekonomicheskaia effekt'Lvnost' primeneniia
--plastmass v mashinostroenii. Moskva, Izd-vo "Mashino-
stroenie," 1964. 167 p. (MIRA 17:5)

ERAMSOV., Mikaell Abramovi.hj LO~EV, B.1.~ doktcr tekhn, nauk:
prof., otv* red, - -m-
(Reference tables on infrared radiation from heated
bodies] Spravochnye tablitsy po infrakrasnom izlucbe-
nilu nagretykh tel. Moskva, Nauke, 1964, 313 p.
(MIRA 17112)

LOSRV~ B.I.; MCV131A, M.L.
..................
Recent data an the use of pletatics to protect metal structural
elements from corrosion in the oil and gas Industry abroad.
Gaz. delo no.5t22-27164 (MIRA 17-.7)
1. Institut goryuchikh iskopayemykh AN SSSR.

&AYS011, Mikaell Abranicwl?h; LOSEV, b,',, diAlor wkiu.,. iieuk, pr f'.
atv, red.
[Infrared radiaton from heated bx7dtesl Infrakra--n-ve -4z-
luchenie nagreLykh tel. Moskva, Naukal 19E4. 22.1
NaA~ is!-,)

LOSEvp B.I., piof.; PUNINA, M.L.
Water is indispensable! PrirrAa 54 no.6:17-23 Je 165.
(MIRA 1? 6

LOSEVv B.I.t prof., doktor tekhn. nauk; MONINA, M.L., kand. tekhn. nauk
Use of reinforced glass plastics in the rolling stock and
technological systems. Zhel. dor. tranap. 47 no.103-95
Ja 165. (MIRA 180)

LOSEV B.I.; MONINA M,L.
.0
Recent data on the use of plastics in the oil and gas industry
abroada Gaz. delo no.7*39-42 164. (MIRA 17:8)
2. Institut goryuchIkb iskopayenykh AN SSSR,

LCGBII, B. I.; IMUll"A,
- - -I ~.. - 1-
Fc, llyffomald ehyd e as a ri ew mat orl'u'l -"., r pipel I'l * r- z.'r, r, i I a:.t i
gas industry. Ileft. khoz. 42 no.121.57---"2 D lpzI-)

XCC 101710_160'2~Gj~F_
Monograph
UR/
,,Boris Ivano*vich; Putintsev GeorLriy Vasillyevich', Strelltsov,
Xonstantin fikolayev ch
.processing apd finishing of.,: plastic parts
.(Obrabotka i otdelka detaley iz plastmass) LLeningradl'Lenizdat,
1966. 234 P, illus., biblio., tables. 10,000 copies printed.
TOPI.
C TAGS: pilstic, plastic industry, industrial production
PURPOSE AND COVERAGE: The book describes modern methods for the pro-
cessing and.finishing of plastics such as machining, heat treatment,
ultrazonic and high-frequency induction welding, or spraying. It,
discusses such problems as: testing methods, assembly of plast1c;
parts, or.quality control of finished products. The book is in-
tended Afor engineers, technicians, and qualified workers. It can
be used by college and high school students. There are 96 Soviet
referen6ell.'
TABIZ OF CONTENTS (abridged);
Foreword -- 3 'UPC .' APAAF
-.,.I -L 15)

Ch. 1. Basic infomation on resins and plastics -- 5
Ch. 2. Properti 'es of plastics and methods fot determining these
properties -" 19
Ch. 3. ProcessinG of plastics -- 62
Ch. 4. Metallization of plastics -- 152
Ch SprayinZ of plastics -- 162
Ch: of plastic part's -- 170
Ch. 7. Quality control of the machining, assembly and welded joints

Ch. of
8. plastic products and structures -- 216 '1
Requirements for the production premises, industrial safety
rul es, industrial hygiene., and fire-prevention measures 227
Lit era ture and references 230
SUB CODE: ll/ SUBM DATE: 25Jan66/ ORIG REF; 095/ OTH REF: 001/

2/2

-/070-2/6706
ACC NR: AP603046i SOURCE CODE: URTG~fi3/V6/666-/604
IAUMOR: Losev, D. F.
1ORC: none
TIT'-E: Nomograms for determining the parameters of equations
iSOURCE: Okeanologiya, v. 6, no. 4, 1966, 702-706
TOPIC TAGS: equation, amplitude, attenuation, hydrography, oceanography, nomogram,
approximation wthod) sound transmissions corrolation function
ABSTRACT: The equation y = Ae-ax(cos bx + a/bsin bx) where a and b are parameters
characterizing the amplitude and attenuation of sound,plotted on the curve in the
region near the abcisia, is used to approximate certain types of correlation functionsi
found experimentally from hydrographic or oceanographic research. A method is
described which makes it possible to determine parameters a and bewith the aid of a
nomogram. Orig. art. has: 9 formulas, 4 figures, and 1 table.
SUB CODE: 08. 12/ SUBM DATE: 2lNov64/
Card 1/1 UDC: 518.3;551.46.0

--f ,
L-- (" --) Ir -- ---- --- -- - ---- - - ---
SYPOOK, Ppvel Filippovich, WSHY, B.S., nauchnyy red.; LYUBINSXAYA,A.G.,
red., ANTONYUK, F.D., takhn.rod.
[Assembling large-panel houses vithout a frnmework] Kontazh
krupnopaneltnykh beakarkasnykh domov. Kookwa, Vaes.uchebuo-pedagog.
izd-vo Trudreservisdat, 1956. go p. (KIRA 10:12)
(Precast concrete constructioni)

XAMWITSXIT, Solomon Pavlovich- DDSV B 5 Inshener, nauchVy redaktor;
0
BOAK, B.A., redaktor R-Welletva; MOVIDU. L.Ta, takhaichaskiy
redaktor
[Heat insulativg work] Topleizoliatsionays raboty. Moskva, Go@.
li~ * izd-vo lit-ry po strolt. i arkhttaicture, 1956* 290 p. (KLRA 9:8)
(Insulation (Heat))

I-Osetl PME I BOCK MCPLOXMION 671
Kukushkin, Aleksandr Ivanovich; Boykov, Aleksandr Geogriyevich; Ivanov,
Anatolly NJUrol&yevich
Teploizolyatelonnyr raboty (Beat Insulation) Moscow, GostoptekhIzdat, 1958.
254 p. 6,000 copies printed.
Rde: Losev, Be Be; Executive Nde: Martynova, M. F.; Tech. Ed.: Fedotova, I. G.
PUIWOSH: This book Is intended for fox-mon.. and engineering and tAchnical
personnel of concerns dealing with host Insulating problems.
COVEMB: This book provides general Information in popular form on heat
insulation and the exploitation of heat Insulating materials, manufacture of
these materlals,, and Vpropriate eWlpment, The authors outline principles of
heat transfer and classify the equipment for heating and refrigerating. The
capital invested for heat insulating eqUpment should be recovered by its
exploitation within one year. Efficiency of proper beat insulating equipment
varies from 85 to 95 percent. Resonable usage of one ton of insulating
Card 1/4

Beat Insulation
671
material leads to the econamy of 200 tons of rated fuel per year. Daring
the prevar period the Soviet Industry manufactured large quantities of friable
heat insulating products such as "ASBOTMOUT"It ZUPM" P "ASBOOLIM"
"NOVWXY
and others. YAstle heat-insulating construction parts vere based on the
above-mentioned materials. There are two ser-'ous disadvantages connected
with application of mastic heat-insulating constructional parts, namely:
necessity of preheating the equipment to be Insulated and the labor in-
volved being 2 to 5 times more thar in the case vhen large formed heat-
insulating parts are used. After the war the use of mastic heat-insulating
construction parts vas shqrply reduced and production of slag voo;. vas rapidly
developed. This material is more economical and suitable for refrigeration
and heat insulation up to 46WOC. The book mentions that at the present
there is no vide choice of beat insulating materials that can be used in
construction processes. Nevertheless, production of heat-insulating raw
materials and ready-made products develops rapidly.
Card 2/4

Heat Insulation
TABU OF CONTEM:
671
Foreword 3
Hest-insulating Materials 6
Foreign Practices In the Manufacture of Beat-insulating Materials 33
Organizing the Work 42
Subsidiary Production Operation* 47
Timber and, Scaffoldings 66
Tools, Fittings and Machinery 72
Beet-insulating Constructions 85
Heat-Insulating Industrial EquIpwat 94
Refr1geratloo Insulation 3.18
Haval Insulation 142
Application of Heat-InsulAttion for Domestic and Udustrial Appliances 158
Surface Finishing of Insulation 173
Fromwork Sesins 180
Insulation of Irregularly Shaped Piirts of tha Equipment 191
Card 3/4

Heat Insulation
671
Heat-insulating Operations During Winter 204
Qualty Control of Insulation 210
Inspection of the Hest-insulatlon 220
Exploitation and VALntenance of Beat Insulation 228
Safety Techniques During Heat-insulatIng Operations 231
Appendix:
1. Specifications of Rest-insulating Materials 239
2, DetermInatlon of the Tolme of Insulation per Unear )bter
of Plyellne With Various Coating Mdeknesnes 253
3, Conversion of Linear Mters of Insulated Pipeline Mmto
Square Vieters, of the Bare Surface and the Exterior Surface
of the Coating 254
AVAILAM: lAb .rary of Congress TM/bmd.
10-21-58
Card 4/4

SHRErIMq Andrey Konstantinovich, kand.+Akhn.nauk; lpg~V~naucbMy
redo; VLADIMOVICEp A.G., red.; B7CHEKt T.I., red.; PERM9 H*Nop
tekhn.red,
(Manual for the young mason] Spravoobnik molodogo kawnshohika.
Izd.2.p perer. I dop. Hoskvap Vses.ucbebno-pedagog.izd-vo Prof-
tekhizdatv 1961. 337 P. (KIRA 14:6)
(K"onry)

I-OSCO.- - - -- - -
10M.D.
On the main line. Rab. i Sial-30 no.8:8 Ag'54. (KIRA 8:12)
(White Russia-Railroads)

LOSEV, David Ilatonovich; POLIM, Grigoriy Loyzerovich; FILIK)NOV,
AposHIN, A.N., kand. tekhn.niuk,, retBon-
sent; SAVC10-101 L.T., inzb., retsonzenti 941RHOV, A.S.p kcand.
tekhn,, naukj, naucbrVy red.; IZSKOVA., L.R., red.; ratYAKOVA,D.M.,
tekbn. red.
(Elements and networks of contactless remote control devices]
Elementy i uzly beskontaktnykh telemakhanicheekikh ustroistv.
Elemonty i uzly beskontaktuykh tolemckhanichookikh ustroistv.
Leningrad, Sudpromgiz, 1962. 246 p. (MA 15:12)
(Remote control) (Pulse techniques (Electronics))

PAVLOV, I.N. [deceased]; FROKHCROV, S.P.; SKVCRTSOV, G.G.: LOSW, F.I.i
PrInimli uchastiye: ROKAROVSKATA, L.I.; KISSIN,
F.T.. FILIPPOVA, B.S.. red.; ITANOVA, A.G., tekhn.red.
[Iron ore deposits In the Kursk Kagnatic Anomal from the point
of view of hydrogeology and engineering geo=i Gidrogeologi-
cheikie I inzhenerro-geologicheskie usloviia zhalezoradnykh
sestoroshdonii Xurskol magnitnoi anomlil. Koskya. Gos.nsuchno-
tekhn.izd-vo lit-ry po gaol. I okhrane nedr, 1959. 271 p.
(KIRA 13:3)
(Kursk Kagnstic Anomaly--Iron ores)

ANTIPIN~ V.I.; BUDANOVI, W.D.; KOTLJJKOVj, V.A.; LEYBOSHITSj A.M.;
FROBOROVO S.P.9p kand.geol.-miner.nauk; SIIMII) A.P.;
FAIDVSKIY, A.A.; SIffEYN, M.A.; BASKOV, Ye.A.; BOGATKOVy
Ye.A.; GANEYEVA, M.M.; ZARUBITISKIY, Ya.I.; IWITIA, Ye.V.;
KATSIYAYEVO S.K.; KOMPANITEL"Sp N.G.; ITELYUBOVI L.P.;
PONOMAREV, A.I.; REZNICHENKO, V.T.; RULEV, N.A.; TSELIGOROVA,
A.I.; ALSTERv R.K.; SHVETSOVI P.F.; V!IKHODTSEV, A.F.; K(rIOI*Aj
A.I.; KASHKOVSKIY, G.N.; Wg~V ~.; ROI-MIOVSKAYA, L.I.;
PROKHOROVp S.P.; MATVEYEV, A.K., dots., retsenzent; CHELITSOV,
M.I., inzh., retsenzent; KUDASHOV, A.I., otv. red.; FETRYAKOVA,
Ye.P.j red. izd-va; IL'INSKAYA, G.M., tekbn. red.
(State of flooding and conditions for the exploitation of coal-
bearing areas in the U.S.S.R.] Obvodnemost' i ualoviia eksplu-
atateii mestorozbdenii ugollrqkh raionov. Pod nauchn. red.
S.P.Prokhorova. Moskva,, Gosgortekhizdat, 1962. 243 p.
(MIRA 15:7)
1. Moscow. Vseeoyuznyy nauchno-isoledovatellskiy institut gidro-
geologii i irzhenernoy geologii. 2. Kafedra Ecologii i geo-
khimii goryuchikh iskopayen7kh Moskovskogo Gosudarstvennogo
universitets, (for Matveyev).
(Coal geology) (Mine water)

BABUSHKIII, Vullf Davydovich; PROKHOROV, Sergey Petrovich; Ik P
- Feliks Ionovich; FREDKO, !Ieksandr Georgiyevich. Prinimal
'ueMstly-o-O~TAPENKO., T.V.
(Methods of calculating the general inrush of water into coal
mines] Metody rascheta obshchego pritoka vody v shakhty ugoll-
Trtkh mestorozhdenii, [E~r] V.D.Babushkin i dr. Moskvap Izd-vo
"Nedra," 1964. 122 p. (MIRA 17:6)

PRAVOTMV. I4;_IOW._G.
Contimus cleaning and drying of grain. Kuk.-eleviprom. 22
n9.5:7-9 NY 156, mutA 9: 9)
1*Vysshaya sagelovitel'says. shkola.
(Grals..-Cleauisg) (Grain--Drying)

LMKV, G.L., elektromekhanik
We are introdud4dij now equipment. Avtom... teleme :1 ovias' 7
A005:27-28 My 163. ' (KIRA 16:7)
1, Rostovokaya distantsiya eignalizatoii i ovyazi Severo-
Kavkazekoy dorogi.
(Railroads)

tAqvf 11, d9ktar tekhn. nauk# saalushomW deptall nauki i takhniki
Miterials of the future. NT015 no.3240-42 Ur 163.
(xnu 104)
1, hidesdatell TSentrallnogo pravlenlya Voemoyusnogo khimi-
chaskoko obahcheetva imeni Mendelayeva.
(Synthetic products)
I

LOSEV -9 .- 1 6- g - prof 0-
1--- 1. -
UnLte'd front. NTO 2 no.6:n-12 Js g60, (MIU 14S 2)
1. Predeaditell TSentrallnogo pravleniya VaeBoyusnogo khImicheskogo
obehobeetva Lmeni D.I.Mendeley m .
(Patrole= renearch)

LOSEV, I., inzh.
Selection of electric drives and electric propulsion systems.for
dredgers. Rech. transp. 20 no-9:39-42 5 2611. (MIRA 14:9)
(Dredging machiner7--Electric driving)
(Ship propulsion, Electric)

LOSEV, I., Inzh.
l6w~""Fh~
Uaing a h!ghly ecunortical Jr.-ni~ elezt,--4C CLrive or, jz-Edges.
Rech. transp. 23 no.10:49 o 6-.
(ml?.A 17..1.2)

LOSV,AA..~iah-
Selecting a system of automatizing voltage control In marine
electric power plants. Sudostroente 21 no.12:38-42 D 157.
(KIRA 11:2)
(Electricity on ships)
(Automatic control)

LOSIV
twovewnt ~41n the quality of roentgenological work in villages
throqA the Improvement of mobile x-roy units. Testrent. I ra4
33 no,5186-87 8-0 058 (MIRA 21811)
(RADIOLOGY*
In Russia In rural areas (Rua))

LOSIVP Anato3ly Aleksandrovichj GLUSHKOVp
Tu.M.# naucbmy red.j ZAVSLISWAy V.K.9 rode izd-vaj MONTOROVICH,
A.I## tekbne rod,
[Electrical equipment of Vorkboats and floating cranes] Blektroobsow-
dovanis sudov i p2avuehikh'kranov tekbnichaskogo flota. Leningradt
Goo. aoiusnoe izd-vo oudostroit, proWshl., 1961. 326 p,
(KIM 3438)
(Workboate-Electric equipment) (Floating eVanex-Electric equipment)

TUL'Yo L.A., Insho; JON, I.G.
I---
Moving underground telephone lines. Gor. khos. Kook 34 no-8:32-.33
Ag f6o. (MIRA 13:9)
(Moscow-Telephone lines)

AFAIW~Wq A.P.; MUCHINs, T,G.j VINOGMUV,, X.V.; GARANINAj, M*Mo;
GIMOVIC'ifp M.M.; DUEROVSKM# Ye.P.; YEVSTIGUEV9 A.A.; IOXHVIN,.
M.R.1 KP.LWKOV,, P.M.1 KWGELI# LTS,; JANEX,,~G.; WEVSKH#
F.M.; !4=1# S.I.1 KIZHERITSKUjp G.S.; NOVIKOVj, Hole; NAZARqW*
Met PCIMIAM# LA,; RAZUMM# V.S.; ROZENBIXUM# I.M.; SERGVj, B.Pe;
SIMPNIKj, T,I,; SAVVIN, Te.S.; SHMIKAj, V.P.; TEUPNVA, H.S.,
FILICHAKOV; N.I.; KMAPUNOVAj, Ye.L.; UNMWICE, G.S.; URITIM.. P.P.;
.SHIIAIOVP A.A,; SMIKOVO A,P.; KIRIILOV, L.M.,, redo; YARKOCHI, M.G.j,
tekbn,red,
[Regulations on the construction of minicipal telepbone network lines)
Pravila po stroitelletvu lineirqkh sooruzhenii gorodskikh telefonrwkh
setei. 2,izd. 14oskva, Sviazlizdatp 1962. 511 pe (KM 15: 5)
1e Russia (1923- U.S.S.R.) Kinisterstvo evyazi. Glaynoye upravleniye
)mpitallnogo stroitellstva.
(Telepbone lima)

LOSEV, Illys Hakelmovich; BELOVOGOV., P.; ZARKRIN, B.
(Utilize working time more preductively; analysis of the
workday by the worker]Produktivnee ispolIzovat' --abochee
vrem1a; opyt provedenila samofotografil rabochego dnia.
Moskva,, Profizdat, 1961. 55 P. (taU 15:10)
(labor productivity)

C;3DJI
Delivorecl (Logother with TroatytuwYiyn Ye. DO a
pnpor I Roaktsiya v,-.nlrnodnyfAviya ldiloriDtop
a.Mln s tsellyulozoy" at GhctvcrUiyu konforont-
elyzi po vysokomolakitlyarnym soyrdineniymp tiny 1946o
Sotwcooo 10ilniclien1myn PromycKle most',, 1946p
1,10. 7-69 PEICO 130
P-5667

-0
SOV-19-56-2-298/551.
Kuzretso7, D.A. ani Valgin, V.D.
AUTH OR 3 1 L qjtj,_L~, P
TITLE: A Means of Obtaining Foam P2astics (Sposob polucheniya
penoplastov)
P-ERIODICALs Byulleten' izobretoniy, 19c:8, Nr 2, p 69 (USSR)
ABSTRACT: Class 39b, 22. Nr 111861 (573691 of 27 May 1957). Submitted
to the Committee of Inventions and Dis-,overies at the Coun-
cil of Ministers of USSR. A method of foam plastic production
on the base of low-molectilar polyepoxyde resins In the pre-
sence of surface tenslon-lowering substances. To imprc,,re the
heat resistanse ani strength of the foam plastics, the co-
polymerization of apoxyde resins is carried cut with aromatic
diamines.
1. Expanded plastics--Preparation 2. Amines--Polymerization
3. Resins--Polymerization 4. Copolymerization--Applications
Card 1/1

AUTHI')RS~ Yevoeyev, N.N., Radayev. M.V., and Losev.,j,,J?.
TITLED A Method of Producing Benzo.-Resistant Sealing Material.
(Sposob prigotovieniya bonzostoykogo uplotnyayushchego
materiala)
PERIODICAL; Byulleten? Izobretenty, 1958, Nr 7, P 51 (USSR)
ABSTRACT, Class 41d, 4. Nr 114151 (36o630 of 26 November 1957).
Submitted to the Gostekhnika SSSR. A method of producing
beAAa-resistant sealing material, consisting 3f soaking
felt in resins and latexes in the process of rolling the
felt between calender roll3 heated to different tempera.
ture, so that the one side of the material remains porous,
and the other becomes dense.
Card 1/1.

S/882/62/000/002/073/106','
AOOVA126
AUTHORS:. Losev, I.P., Trostyanskaya, Ye.B., Tevlina, A.So, Nefedovaj Ooze
TITLE: A method Qf producing insoluble polymer products
SOURCE: Sbornik izqbrete:1y; plastmassy i sinteticheskiye smoly. no. 2.
Kom. po delam isobr. I otkrytiy. Moscow'# TsBTI, 1962, 39. [Author' s-..
Certificate no. 133221, cl- 39b, 22
.01 (apple no. 628967 of May 21,
1959)]
TEXT: Ins-31i'-
~ble polymer products on the base of styrene and divinyl ben
zene copolymers are used as selective ion absorbers from electrolyte mixtures. 4,
The method of producing Insoluble polymers Is characterized by that the process
is performed according to the following schedulv: granulation copolymerization;~ J
chloromethylation of the copolymer swollen in chloroetha~e; amination of the
swollen chloromethylated copolymer in dioxane triethanolamine at 1OO*C for 6 h;
,oxidation of the obtained amine swollen in dioxane by heating with nitrio acid
(speeific gravity 1-34) at 80 - 1OO*C fcr 4 h; treatment of the obtained product
with potassium iodide at 94*C for 3 h and second oxidation with a 56% solution of
Card 1/2

3/88Z/62/000/002,/073/100
A method of producIng insolubler'pdlymer products A004/A126
nitric acid at'95 - 100 C for 4h~ The insoluble' comoldxes obtained by this
method have the shape of spheridal granules of 0.1 6.9 mm, swelling'in water up
to 71%-
[Abstracter's note: Complete translation]
Card Z/2

13/1382/62/C