SCIENTIFIC ABSTRACT ARISTOV, G.G. - ARISTOV, N.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102010017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SOV/137-58-9-18362
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr9, p22(USSR)
AUTHORS: Aristov, G. G. , Strelov, K. K.
J.
TITLE: Utilization of Non-burned Magnesite-chromite in the Roofs of
Open-hearth Furnaces (Primeneniye bezobzhigovykh magnezi-
tovykh ogneuporov v svodakh martenovskikh pechey)
PERIODICAL: V sb. : Staleplavill n. proiz-vo. Moscow, Metallurgizdat,
1958, pp 241-252
1
ABSTRACT: The technology of the production of non-burned magnesite-
chromite roofing products (NBMCR) consists of the compaction
of the magnesite-chromite mass to a density of 2. 9 - 3. 081CM3
of the gree6 brick by means of pressinj and tamping followed
by the drying of the green brick to 0. 50residual moisture.
The service life of NBMCR roofs (R) attains 466 - 508 heats.
Non-burned bricks have extremely low tensile strength, and
the structural strength of R made of NBMCR is lower than
that of magnesite-chromite. It increases if the supporting
elements of R are built of magnesite-chromite brick and
NBMCR is used as a filler. It is established experimentally
Card 1/2 that the wear on the R in the course of the campaign is not

SOV/l 37-58-9-1836Z
Utilization of Non-burned Magnesite-chromite (cont. )
uniform. Since the transitional and the unchanged zones in the non-burned
brick are less heat conductant than those in the burned brick then, under
normal conditions, R of NBMCR should serve longer. By the same reason
blowing out of the R is not advisable at the beginning of the campaign, but
toward the end of the campaign it is possible, with its aid, to slow down
the wear of the bricks, the thickness of which is reduced to a low, residual
dimension. The blowing should be applied without interruption after the
areas between the tie rods turn red. The heating of NBMCR R is conducted
by the same procedure as those of magnesite-chromite bricks. With the
conversion.,. of roofs from silica brick to NBMCR the productivity of the
furnaces increased; however, under the conditions of the experiment, the
fuel consumption and the specific consumption of refractories also increased,
which is explained by incorrect heat control of the smelting procedure.
1. Refractory materials--Production 2. Refractory materials--Life expectancy
3. Furnaces--Equipment 4. Refractory materials--Test results L. K.
Card 2/2

15(6)
AUTHORS: Aristov, G, G., Strelov, Ko K, SOV/131-59-2-2/16
TITLE: The Production of Refractories in the Sverdlovsk Economic
District (,Proizvodstvo ogneuporov v Sverdlovskom ekonomicheskom
rayone)
PERIO`DIGAL:- OgneuPorY, 1959, Nr 2t PP 51-55 (USSR)
ABSTRACT: During the last war and in the post-war time the production of
refractories has been considerably raised in this district. The
major part of the products is supplied to the districts east of
the Ural. In table 1 the quality of-some products of the works
of the Sverdlovsk Sovnarkhoz is given. Fire-clay products
correspond to classes B and V, and Dinas of all classes is
produced. The technical level of many enterprises in the Ural
is low. The furnaces are of outdated design and about 70% of
fire-clay products are produced plastically because the works-
do not dispose of the necessary strong presses. The quality of
the products is low and the scrap ratio is high. The Verkhnyaya-
Pyahma Works supply about 50vOOO tons of pulverized materials
which does not cover the demand of metallurgy. Working
productivity is low. The 7-year plan (1959-1965) provides the
Card 1/3 Ural as the leading district of the RSFSR for the production of

The Production of Refractories in the SOV11-31-59-2-2116
Sverdlovsk Economic District
iron and nonferrous metals. This determines the further
development of the production of refractories in this district.
In table 2 the provided inc.rease of capacity of the works is
given. For fire-clays the highest raise in capacity is provided
in the Kombinat NTMK which the authors regard as being wrong
because thisitombinat has no own raw material basis. They
suggest the Bogdanovich Works, the Belkinskiy ore deposits and
the Department of Refractories of the NTMK which should be
modernized. The ore deposit.of the Karaullnaya Mountain should
be provided with a large pulverizing and separating plant. The
productive volume of powders,-mortars and masses provided by the
VIO for the Verkhnyaya-.Pyshma .%rks does not cover the industrial
demand. For the purpose of supplying metallurgy with raw and
burnt dolomite the construction of a plant for dolomite burning
is provided for the Bilimbay Mining Administration. In the years
1960-1961 a department of highly aluminbus products with a
yearly capacity of 45,000 tons Yrill be established in the
Bogdanovich Works.
Card 2/3

The Production of Refractories in the SOV/131-59-2-2/16
Sverdlovsk Economic District
Research work for raw material bases will be intensified. It
would be useful to establish an independent scientific
research and planning institute of refractories in Sverdlovsk
on the basis of the Uralfskoye otdeleniye Vsesoyuznogo
instituta ogneuporov (Ural Branch of the All-Union Institute
of Refractories) and of the Satkinskiy proyektnyy filial
(Satka Planning Branch)* There are 2 tables.
ASSOCIATION: Upravleniye chernoy metallurgii Sverdlovskogo sovnarkhoza
(Administration of Iron Metallurgy of the Sverdlovsk Sovnarkhoz)
Ural'skoye otdeleniye Vsesoyuznogo, instituta ogneuporov
(UralxDranch of the All-Union Institute of Refractories)
Card 3/3

PHASE I BOOK EXPLOITATION SOV/4133
Aristov, Gleb Georgiyevich
Formovshchik-pressov8hehik ogneupornykh izdeliy (The Molder and Presser of
Refractory Wares) 2nd ed... rev. and enl. Sverdlovsk., Metallurgizdat, 1966.
208 p. Errata slip inserted- 3,650 copies printed.
Ed.: M.I. Diyevrerova; Ed. of Publishing House: N.N. Tsymbalist; Tech. Ed.:
R.M. Matlyuk.
PURPOSE: This book isintended for workers in shops where refractory products are
made.
COVERAGE: The author discusses the properties of certain refractory materials and
the raw materials which are used in their protuction. The fundamentals of pro-
dIacing chamotte, Dinas bricks, magnesite and chrome-magnesite refractory wares
are described. Also discussed are the techniques and equipnent used in molding
and pressing various refractory articles made from plastic and semidry clay ma-
terials. Basic principles in the organization of work and safety precaution
rules are outlined. Personalities mentioned are I.P. Kvitchenko, V.I. Niputin,

The Molder and Presser of Refractory Wares SOV/4133
M.A. Samarin and I.V. Spivak,all of whom are well-known designers of machinery
and equirpment for mechanized and semiautcmatic production of refractory materi-
als. There are 15 references, all Soviet.
TABLE OF CONTMiTS:
Introduction
3
Ch. 1. Characteristics of Refractory Materials 5
1. Propdrties of refractory materials 6
2. Effect of the quality of refractories on the productivity and life
of metallurgical installations , 8
3- Classification of refractory materials 10
Ch. II. Raw Materials Used in the Production of Refractories 11
Refractory clays and their properties 11
(Irog as the thinner of clay 17
3. Quaftz materials 17
4. Magnesite and chromite 18
Ch. III. Making Chamotte,War,,o fran Plqstic Pastes 19
1. Preparation andcomminution of fraw] materials 19
GWA=27~

---AFil,5TOV, G.G.; STi-.ELOV, K.K.
"HefraetpA es in ferrous netallurgy" by M.A.Ligo-hit's. Deviewed by
G.G.Alp6tovq K.K.Strelov. Ognoupory 25 no.12:582-583 160.
(Y IIU 14: 1)
(Refractory matorialls) (Metallurgy)
(Lifshits, M.A.)

ARISTOV,.-Gleb Georglytvich; NIKULIN, V.M., inzh., retsenzent; LEVCEMOY
I~Z- Petr Vasiltyevic-H- red. izd-va;
., red.; SKOROBOGAGDEVA, A.P.,'
MALIKOVA, N.T., tekbn, red,
(Brief handbook of a grog production worker] Kratkii spravochnik
rabochego shamotnogo, proizvodstva. Sverdlovsk, Metallurgizdat,
1962. 142 p. (Refractory materials) (MIRA 15:5)

ARISTOV, G.G. -
. Standards on rannei"and, stopper tube refractories. Ogneupory
27 no.lOS453-456 162. (MIRA 15;9)
(Refractory materials-Standards) (Firebritk--Standards)

ARISTOV, Gleb Georgiyevich; NIKULINj Vadim Mikhaylovich
[Skilled worker in the refractories industryj a hard-
book) Master ogneupornogo proizvodstva,- spravochnik.
Moskvap Metallurgiia, 1965. 319 p. (MIRA 18:5)

k~

.1 bets 14&L as Opus% l 1 1) vl
w it Ij is m vi uwin low 41di" !~,I(wdfv n
ow
A L
!
~ I --- -- - ----- i-
A.-Co -N

0
0
I I - . - . I ~
.
- -

0
: "tmlv3l*M%Vl5 lallwallil IT31-Wilyla. Tll'all
w
0
0 ow!
00"
0 w
Oo=
0 OW
00
kov
00
00
00
00
so
of
00-
O11
300
N
of
ir loo
00 1 dDl ~~q 'A 0i's, 6 v , 0.0
90 If 00
4 n im T) to tv ii ira 1 11 1 1 1 1 x r
n of 11 w n n it v gle Votu all 11 01
0 0 0 0 0 0 0 0 0 0 0 0 0
10 0 0 0 0 0 0 0 0 0 0 0

-AIL
Lf
-1 1 g 1 2 V. "-r. 0W11116 AND 20poefill W60%
e00
moo
000 1u
go*
and im
*0 lim of bo IN
;;iyikal d&-
06 v too
jj
00*
A IN - I L A "IALLU"K&L: Littatlull CLASS VICAtift
;Afb U 8 0 10, ur O"Clurilanaill's
0 0.0, 0 0 0 0 0 0 Is e **ego *****see
j 0 O'o

else 6 oeoo,~ .00060
oxi I m 9 A p 0 a 41 411 Al 0:
A It
00'
#11449cf0jet 'ANWO pimr4l mots
004
sea
16, Nai. A. 4314ROK&I. 11. M. Leknter 000
GO*
0ou goo
sell 600
s0# 600
00 coo
800
X00
1100
too*
coo
OtIALLUIlaKtit Live alual CLASIVICATION 9.1- ties
woo
b U 5 4v "1 11 0
D~p wig led X-g C'U; 1'4~40r
00.004100000000000000oose.0 0604000000*00000064,
100;44
0000061000000,000040000900 100*00046004060000641

KAZARNOVSKIY,-Ya. G. B., Ye.
. ,
Yoscow
Institute of Nitrogen, (-1940-)
"The Compressibility of Nitrogen-Hydrogen-Armonia Mixtures at High Pressures and
Temperatures."
Zhur. Fiz. Khim., Vol. 14, No. 5-6, 1940.

USSRIProcesses and Equipment for Chemical Industries - Processes and Apparatus for
I Chemical Technology,, K-1
Abst Journal: Referat Zhur - Khimiya, No 19, 1956, 63941
Author: Chertkov, B. A, IAristov G. Ye . Puklina, D. L.
Institution: None
Title: Absorption of Sulfur Dioxide from Flue Gases in an Absorber of the
Bubbler Type
Original
Periodical: Khim. prom-at', 1956, No 1, 19-25
Abstract: Study of the process of bubbler absorption of SO from flue gases by
an ammoniacal-sulfite-biBulfite solution in a bugbler with screen
plates. T~e bubbler is in the shape of a column 220 mm in diameter
with perforated aluminum plates spaced at interval of 400 mm. The
,experiments were conducted with 4 and 6 plates having apertures 4
and 5 mm in diameter. Actual free area of apertures was of 17.2 and
22.2% of total cross section of the column. Bottom grid had aper-
ture' 3.9 mn in diameterj free area 15.2%. Gas velocity in relation
Card 1/2

USSR/Proces*ses and Equipment for Chemical Industries - Processes and Apparatus for
Chemical Technology, K-1
Abst Journal: Referat Zhur - Khjmiya., No 19,, 1956y 63941
Abstract: to total cross section of column was 1.4-2.4 m/sec3 velocity of gas
at apertures of plates 8-14 m/sec; density of downflow 1.3-3.1 m3/m2
hour. It was found that: (1) with 6 plates, over-all back pressure
of bubbler 150-200 mm of water column, and temperature of 30-330, the
flue gases can be freed of 90% of the S02 with concurrent saturation
of absorbing solution; (2) occurrence of foaming on the plates de-
pends on velocity of gas at the plate apertures Wap, gas velocity
over entire cross section of bubbler Wbub and their ratio Wap/Wbub
5-6 under the conditions of the experiments; (3) correlation between
S02 absorption rate coefficient and temperature is determined by the
empirical equation K = A-t-0*5 wherein A is a constantj (4) value of
K increases in direct proportion to the increase in resistance of the
solution layer on the plates and decreases with decrease in chemical
capacity of the solution fed onto the plate; (5) value of K in rela-
tion to unit of volume of the bubbler exceeds by 10-20 times that of
a packed absorber,* (6) the bubbling process almost does not increase
absorption of 02, and the degree of oxidation of the solution is by
several times lower than in a packed absorber.
Card 2/2

STRIGUNOV, T.M.; ARISTOV, I.A.. redaktor-, PISXMVA, N.V., takhnichookiy,
redaktor
[Construction of airplane cowlings and calculation of their
durability].Konsitruktalla i raschet na prochnost' aviatsionnykh
kapotor. Moskva. Oborongis glavnaia redaktaiia ariatsionnoi lit-i7,
1946. 107 p. (KLRA 8:2)
(Airplanes-Design and construction)

ARISTOV, I. A. AND M. S. KOLIDERTSEV
Opyt vnedreniia statistichedkogo kontrolia. (Vestn. Mash., 1950, no. 12,
P. 50-54)
Experiment in introducing statistical control.
DLC: TN4. V4
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library
of Congress, 1953.

Monthly List of Russian Accessions, Library of Congress, February 1953, Unclassified.

V T
ARONOVICH, H.A.; BOGOLTUBOVA, I.Tu., rodaktor;-AIUSTOY, I.A.. laureat
Stalinskoy premii, inzhener, reteenzent; SON, M.Z., inzhener,
reteenzent; SAKSAGARSKIT, T.D., redaktor;'KWAZM, V.I., tekbni-
cbeskly redaktor.
[Increasing the ontput per machine and unit of space; hidden
potentialities in the use of equipment and area of a machine
building plant] Uvelichenie alouL produktaii a oborudovaniia
i ploshchadei; rezervy ispollzovaniia oborudovaniia i ploshchadei
na masbinostroitelinom zavode. Moskva, Goe.nauchno-takhn.izd-vo
mashinstrolt. lit-ry, 1955. 102 p. (MUU 8:11)
(Machinery industry)

iRagneering -'Standards:.,,
~ ...,Pub 128
:4/33
*thora.:
Aristov
I* A.

Tit, required know-4ow. in t

he production of chains*(Letter to thei- k4tor.~

-::V4st sh
ma '~$O~81 Jafi 1956
v 7 6/41

lb
stia Th

Ole en a a n- due. to -

e d fi i cie chain manufacturi.
i the' ng industrys
incoordination lack of-proper standards
technical.specifications and
I
mater.ials
research.faci3-itiess-duplication of efforts and the waste of raw
are- criticized -and suggestions are made to remedy the abovie mentioned
conditions.
Institution

I/I , , ~ ", , -~, Ii,--
L- , .- , -
SHLYAKOV, B.M., Inzhenar; ARISTOW, Z ~ Z.K.
Im-oroving the desirn and ti.~- i -` r,~;sh roller chnin vroducti~ia.
7,F~6t.mAsh. 37 5 15';". (MIRA 10:9)
~

A i,At'
1AUTHORs Aristov, I.A., Engineer, 117-3-26/28
TITLE: Conference on Problems of Automobile Engine Life (Konferentsiya
po povysheniyu dolgovechnosti avtomobillnykh dvigateley)
PERIODICAL: Mashinostroitelt, 1958, # 3, P 47 (USSR)
ABSTRACTt The conference was organized by the NTO Mashprom and convened
in 1957 in Moscow. A number of 230 delegates from automobile
plants, research institutes, and higher technical schools par-
ticipated.
The following persons delivered reports: Deputy Chief De-
signer of the Yaroslav Automobile Plant P.I. Novikov, leading
designer of the Kharikov Plant "Serp i Molot", M.K. Kubata,
leading designer of the Moscow Plant of Small Engine Displace-
ment Automobiles (Moskovskiy zavod malolitrazhnykh avtomobiley),
V.A. Mitrofanov, Candidate of Technical Sciences A.D. Kuritsina
of the Machine Institute of the USSR Academy of Sciences (in-
stitut mashinovedeniya Akademii nauk SSSR), scientific worker
of NAMI A.G. Allperovich ("Life of Modern Engines of Soviet
and Foreign Make"), Candidate of Technical Sciences M.S. Ko-
renev (of KAMI) ("On Application of Highly Effective Air Fil-
Card 1/3 ters for Increasing the Life of Automobile Engines").

Conference on Problems of Automobile Engine Life 117-3-26/28
In the report "The Problem of Choosing Antifriction Alloys
for Automobile Bearings", Candidate of Technical Sciences
N.M. Rudnitskiy (of NAMI) spoke of a new, USSR made, anti-
ftiction alloy " COC6-6" consisting of 86~ lead, 6% antimony,
and 6% tin, which is used by 4 plants making automobile
bearings. At the Moscow Automobile Plant imeni Likhachev, this
alloy brought about an annual saving of 21 million rubles.
It can be used for the new heavy- -duty 3-layer bearings.
Engineer B.M. Grindorf (Middle-Asian Polytechnic Institute)
delivered the report "Increasing the Wear Resistance of Engine
Cylinders by the Use of Metal-Ceramic Linings". Engineer
D.I. Bran (NIITAvtoprom) reported on increasing the life of
valves by aluminizing the facets.
Engineer V.S. Zavellskiy (NAMI) pointed out in his report
"Corrosion Sensitivity of Cast Iron to Sulphur Oxides" that
the corrosion of engines has become acute on account of the
highly sulphurous fuels used at the present time. He des-
cribed the tests carried out at NAMI, in which the cylinder-
and-piston units were run in sulphurous gas, and the wear
was measured by the method of radioactive isotopes. It was
concluded that the sulphurous anhydride forming at the burning
Card 2/3 process can produce gas corrosion at high temperature, which -

t
Conference on Problems of Automobile Engine Life 117-3-26/28
apparantly explains the high rate of wear in the upper part
of the cylinder lining and the piston rings.
Candidate of Technical Sciences D.I. Vysotskiy (NAMI)
made a report on investigation methods with the use of radio-
active isotopes. Candidate of Technical Sciences A.I. Niske-
vich (N,&TI) annamced that NATI has used radioisotopes
for 5 years in testing the wear resistance of materials under
laboratory conditions, as well as for evaluating the wear rate
of the piston rings of " A-35 it and It A-5411 tractors in test
running.
AVAILABLE: Library of Congress
Card 3/3

I
AUTHORS; Miting V.I., and Engineers -20/21
SOV-117-58-4
-TITLEs 4th Plenary Session of TsP NTO Mashprom (IV plenum TsP NTO Mash-
proma)
PERIODICALs Mashinostroitel",, 1958., Nr 4-.~ PP 45-47 (USSR)
ABSTRACTs The Plenary Session of the Central Board of the Scientific-
Technical Society of the Mach ine-jev.`
4.- _ Industry was convened
in January 1956. Central Board Chairman~ D.A. Ryzhkovp opened
the session with his report, "The Objectives of NTO Mashprom".
Assistant Central Board Chairman, N.S. Fedotenko, delivered
a report "On the Thematir, and Financial 1958 Plin of NTO RASh-
prom". The following NTO members from different towns parti~-,i-
pated in the general discussionss B.S. Mordvinov (Omsk); P.P.
Bergq Chairman of Vsesoyuznaya sektsiya liteyshchikov (All-Union
Foundry Workers Section); I.G. Fofanov, Chairman of Vsesoy~znaya
sektsiya ekonomiki i organizatsii proizvodstva (All-Union Section
for Economics and Production Organization); A.B. Goldenberg(Ufa);
K.V. Lyubavskiyq ~;hairman of Vsesoyuznaya sektsiya svarochnogo
proizvodstva (All-Union Section of Welding Industry): B.G. Yeger-
man, Director of Obshchenstvennyy Uni'versitet (Public University),
Card 1/2 G.S-. Stri2;hanov (Fermi); P.V. Chernogorov (Chelyabinsk); V,P.

4th Plenary Session of TsF NTO Mashprom SOV ... 117--58--4--20/21
Chenobrovkin (Hesi of the Foundry Section of Sverdlovsk NTO)1~
B.D. Groznov (Kiy--m); S.S. Chetverikov (Chairman of the All-
Union Section of Mechanical Engineering and Assembling);
I.A. Aristov; P.N. Tovadze; S.A. Voroblyev; N.0, Okerblom.;
S.3. Zaslavsk-Jy. The rollowing reports were also heard~ "Hews
in Technology of Prefabricating Shops of Plants" by Doctor
of Technical Sciences D~P. Ivanov; "News in Machineouilding
Technology of USSR" by Engineer I.G. Fofanov-, "Mineral Ceramics
and Their Prospective Applications in Machine-bU4 'd-ng" by
Professor S.S. Chetverikov. The session approved the thematic
and financial plan for- 1958~
1. Machines-USSIR
Card 2/2

30(10)
SOV. -117-59 4 -29//30-
AUTHOR: Aristov, I.A- Scientific Secretary of the NTC ?LkShPROU
Cent a-T-B-oa-TM.
TITLE- The NTO MAShPROM Contests.
PERIODICAL- Mashinostroitel,'), 1.959, Nr 4,, pp 41-42 (USSR)
ABSTRACT: Information is presented on the best works submitted
in the NTO MAShFROM contests organized in 1958 in the
USSR Machine Buildin7 industry, -q-nd T)rj7AS with
Letters of Honov In the
field of weldin.~,-, the lst praze t.?,60U rubles) went to
,'Redesign of the Welding Automatic "UT-1.500" f ox 'Sel-,
ding Metal Structures in Carbon Dioxide", by a group
of authors, Podol^skiy mashinostroA4.tellnyy zavod im.
Ordzhonikidze (Podollsk Machine Building Plant imeni.
Ordzhonikidze), and "Mechanization and -t1utomation of
'Jeldin Production " by the same authors. The 2nd
prize NOOO rubles) was granted to. 1) an authors
Card 1/6

Soll/117-59-4-29/36
The NTO MAShPROM Contests
group of VPTI Glavniiproekt at the Gosplan of the US-OR,
for "Composite Universal Setting Devices for '-.'Ielding
Assembly 'i'lork","A 'Jelding Manipulator of five tous
Lifting Capacity", and 3 other works; 2) to an authais
group of Konotol Faectrcmechanical Kant for
"An Automat for the -Gilectric Slag .4eiding of Flange
Butts and Rings with Short Seams"; 3) to a group of
NIITAVTOPROM~ for "A Machine for Capacitor -Welding of
Bicycle Frames"; the 3rd prize (1,500 rubles) went to
V
authors groups of four (non-identified) plants, for
"A Method of Visual X-Ray Check of -Jeld Seams", and
three other works. In forging and stamping., the 1st
prize was granted to authors E.R. Shor, I.Ya. Al'shits.
L.L. Baybakova. N.Ya. Kanakina,, Z.G. Smolkotina., of
TsNIITMASh, for "A Study of Technologic Lubricants in
Condibions of Hot Stamping of Light Alloy Parts". the
2nd prize to A.M. Mansurov and A.P, Gal9perin, of
Card 2/6

SOV/117-59-4-29/36
The NTO TVIAShPROM Contests.
Giproavtoprom, for "An Automatic Line for Stamping
Bevelled Bearing Races from Pipe Blanks"; and the 3rd
prize totwo groups for "An Automatic Line for Stamping
Parts". and "A Pneumati_- Machine for Vlashing and Idiping
Glass Panes". In the contest for work rate auota-
establishing instruments, no lst prize was grantedg
the 2nd (5,000 rubles) went to A.B. Vardanyan, M.Z.
Golubev and T.,1.Fb Platonov,, for an instrument with .12
adding cou-nters designed for studying the work time
consumption and the down time, and D.M. Gurevich'for
an instruil:ent for establishing the optimum cutting
rocess or. various machine tools. The 3rd prizes
2,500 rubles) were granted to L.P. Bakanov for the
~
"B-3` instrument for the calculation of machining pro-
C)
cesses and to S.Ya. Firsov, and K.P. Stroganov for a
work time watching instrument. In the mechanization of
repair work, the 2nd prize was -ranted to authors of GAZ
CARD 3/6

SOV/117-59-4-29/36
The NTO MAShPROM Contests.
for "A Hydraulic Remover for Mechanizing the Unpressing
of Parts in the Repair of Heavy Forging Presses and
Other Equipment" and to an authors group of Moskovskiy
tormoznoy zavod bAoscow Brake Plant) for "A Device -
Machine - for Grinding Frame Bedways in Repair",. The
3rd prize went to a group of Yuzhuralmashzavo,--
("Yuzh-axs1mashzavo&7' Famt) for "A Uulyer-
sal Hydraulic Remover with Lateral Plungers". In a con-
test for the Prize imeni N.A. Minkevich, the lst prize
was given to authors of the Avtozavod imeni Likhacheva
(Automobile Plant imeni Likhschev~ f or "A Study and
Putting into Use of a Nitro-Cementation Process with
Direct Isothermal Hardening in Alkali, with Final
Treatment", and Yevseyev, Kuz9mina, Kalinin,, Pereponov
and Bulatnikov, for "A Study and Use of Conirolled
Atmosphere Type for Thermal and Chemico-Thermal Treat-
ment of Steel"; the 2nd went to Yakovlev, Spektor and
Card 4/6

SOV/117-59-41-29/36
The NTO MAShPROM Contests.
Makatov for "New Technology of Heat Treatment of
Tubular Parts of Complex Shape with Heating During
Hardening", and -to A.D. Assonov for the book "Tech-
nology of Heat Treatment of Automobile Parts"-, and
the 3rd (1,000 rubles) to Ye.I. Malirldna for the work
"The Formation of a Crack in Heat 9~reatment of Steel"'.
In a contest for the Prize imeni. Chernov, the 1st prize
(10,000 rubles) was granted to S.Z. Bokshteyn, T.I.
Gudkova, A.A. Zhukhovitskiy, S.T. Kishkin and L.I. Moroz,
for "A Study of the Diffusion and Distribution of Qom-
ponents in Real Metal with the Use of Radioactive
Isotopes`. The 2nd was -*aotgiven, and the 3rd (2,500
rubles) went for 7 (not specified) works. In the
automobile industry, the 1st prize was awarded to
authors of the Gorlkiy Automobile Plant for the works
"The Family of V-Shaped 8-Cylinder Four -Cycle Car-
buretor Benzine Engines"' and "A V-Shaped 8-Cylinder
Card 5/6

SOV/11?-59-4-29/36
The NTO MAShPROIA Contests.
Engine Cylinder Block of Aluminum Alloy Made by Chill
Casting and Under Pressure". The 2nd went to an
authors group of MZMA for "Layout and Design Develop-
ment of Modern Top-Valve Engine (f,,Iodel "407) for the
Automobile "Iloskvich", authors of NAIMI for the work
"Refrigerator Car" and another authors group of NA31.a
for the work "The Family of Air-Cooled '"ITAMI" Gaed-Line
En-ines". The NTO MAShPROM will organize eight
All-Union, eight republic-wide, three kray-wide,
and many oblast-wide contests during 1959. All-Union
contest works will be submitted to NTO W~ShPROM with
documents proving the practical application and the
engineering and economic effect of the suggestion, as
well as references to plants or organizations where
the work has been done.
Card 6/6

Al MA I. A
Competitions of the Scientific.Technological Socie'.7 of the
,$%ohinery Industry. Mashinoatroitell no.5,46-4? It %0.
(MIRL 11,; 5)
1. Chlen pr6zidiuma TSentrallnogo upravleniya. nauchno--tekhnicheakoho
obshchestva mashinostroitellnoy promyshlenno-iti.
(Mechanical engineering-i--Competitions)

ARISTOV I.A.
1,
Magnets used in hoisting and conveying machinery. Mashinostroitely
no.8:41 Ag 162. (MIRA 15:8)
(Hoistitg machinery) (Conveying machinery)

SUBJECT: WESTERN COUNTRIES/Mining 12~1-10_10/24
AUTHORS: Aristov, I.I. and Vasillyev, Ye.I., Mining Engineers
TITLEt News in the Techniques of Strip Mining in Capitalistic Coun-
tries (Novoye v tekhnike otkrytykh rabot v kapitalisticheskikh
stranakh)
PERIODICAL: Gornyy Zhurnal, 1957, #1u, pp 44-47 (USSR)
ABSTRACT: The author describes development of the strip-mining method
in the western countries, in particular: USA, Canada, Britain,
Northern Rhodesia and Western Cermany, and new technical means
used in these open mines.
The article contains 6 photos.
21 non-Slavic references are cited..
ASSOCIATION: Moskva Mining Institute (Moskovskiy gornyy institut)
PRESENTED BYt
SUBMITTED: No date indicated
AVAILABLE: At the Library of Congress,
Card 1/1

9811savol jo I., gorW insh.
Analyzing conditions foi carrying On OPOn-Pit mining operations in
undermined areas. Nauch. trvdy MGr no.26:65-89 159-
(MnU 13: 3-1)
. Otrip mining)

RZHEVSKIYI V.V., prof.)dokt.tekhn.nwik; BUYANOV,Yu.D., kand.tekhn.naik;
VASILIYEV, Ye.l.., kand.tekhnonauk; DDIIN, A.M., kand.tekhn.nauk;
KULESHOV, N.A., kand.tekhn.3aaWq- MOISHOV., B.G.p kandtekhn.nauk;
NEVSKIY) V.N., kand,tekbn.nauk; POTAPOV, M.G., kand.tekbn.nauk;
RODIONOVY L.Ye.,, kandtekhn.nauk; SIOK-lNj ~.A.p kand,tekhn.nauk;
SUKHANOVAI Ye.M... kand.tekhnnauk; YUMATOV, B.P.., komd.tekhn.nauk;
KHOKMAKOV,, V.S.j, kand.tekhn.nauk; ALEKSANDROVI N.N.9 gornyy inzh.;
ARISTOV 1.1 , inzh.; BUGOSLAVSKIY, Yu.K.p gornyy inzh.; DIDKOVSKIY,
D.Z., inzh.; ONOTSKIY, M.I., inzh.,- STAKHEVICII, Ye.B., inzh.;
dymm, L.M.2 red.izd-va; MAMMOVAI V.Vaq tekhno red.; KONDRATIYEVA,
M.A., tekhn. red,
(Handbook for the strip-mine foremnnl SpravocbM gornog*--sastera
karlera. Pod red. V.V.Rzhevskogo. Moskval Gos.nauchno-tekhn.izd-vo
lit-ry po gornomu delu, 1961, 572 p. (MIRA UZI?)
(Strip mining) I. f..

MILENIKIY, Vladimir Dmitriyevich, kand. tekhn. nauk; JJUSIQX I 'V
retsenzent; PESKOVA, L.N., red.; VASILIYEVA
N.N., te n.
red.
(Designs and estimates in the construction of means of
transportation] Proekty i smety v transportnom stroitell-
stve. Moskva, Transzheldorizdat, 1963. 58 p.
(MIRA 16:11)
(Transportation)

BARACHNYY, G.; ARISTDV,-Y-; MOCHALOVA, A.; KOROLIKOVA, B.; ANDREYEV, K.;
TSITSKIrEV, S.; KUCHUMVA, L.; IVAKHIN, I.; KURSOV, I.;
KARAVAYEV, S.
Our readers' letters. Den. i kred. 20 no.3:69-73 Mr '62.
WRA 150)
1. Kreditnyj inspektor Bakhohisarayskogo otdeleniya Gosbahka
Krymskoy, oblasti (for Barachnyy). 2. UpravIyayushchiy
Krasnosellskim otddleniyam Gosbanka Kostromskoy oblasti (for
Aristov). 3. Zamestitell nachalinika operatsionnogo upravleniya
Moskovskoy gorodskoy kontory Gosbanka (for Mochalova). I+. Starshiy
ekonomist Moskovskoy gorodskoy kontory Gosbanka (for Korollkova).
5. Nachallnik tekhnicheskogo otdela Moskovskoy oblastnoy kontory
Gosbanka (for Andreyev). 6. Starshiy kreditnyy inspektor
Sunzhenskogo otdeleniya Gosbanka C-hecheno-Ingushskoy ASSR (for
TSitskiyev). 7. Glavnyy- bukhgalter otdeleniya Gosbanka Verkhne-
Chusovskiye Gorodki Permskoy oblasti (for Kuchumova). 8. Revizor
Kurskoy oblastnoj kontory Gosbanka (for Ivakhin). 9. Glavnyy
bukhgalter Irbitskogo otdeleniya Gosbanka. Sverdlovskoy oblasti
(for Kursov). 10. Glavnvy bukhgalter Komi-Permyatskoy okruzhnoy
kontory Gosbanka (for Karavayev).
(Banks and banking)

-MUSTOV, L., starshiy nauchnyy sotrudnik
Cities of the near future. Infom.biul. VDNKH no.4sl7-129 Ap 165.
(mIRA 18-5)
1, Favillon "Grazhdanskoye stroitelletvoll na Vystavke dostlzheniy
narodnogo khozyaystva SSSR,

8/08 lAO10OO/0 16/012/0 12
A006/AOO1
Tram3lation from.- Referativnyy zhurnal, Knimiya., 1960, No. 16, P. 575, # 67708
AUMORS: Dobrolyubov, G.V., Aristov, L.O.,- Starov, I.M.
TITLES increasing the Efficiency of Rollers When Masticating Nitrile
Rubbers\~
PERIODICAL. Opyt raboty prom-sti Sovnarkhcza (Mosk. gor. ekon. adm, r-n), 1958,
No.' 8, PP. 4o-'44
TMz The research for.means of Improving the efficiency of rollers was
ccndu,.ted Ln two directions.- 1) by establishing the dependeAce of the efficiency
of rollers on the weight of the pack; 2) by revealing means of reducing the'-,Ime
of mechanioal mastication of rubber as compared to the effective regulations (20
min). The time of mechanical mastication depends only on the type of rubber, A
reduction in weight of the pack does not accelerate mechanical mastlication and
raises considerably the specific electric power consumption required for -the drive
motor. E 'lectric power consumption, per time linit of processing, depends only on
the type of i-abber and serves to determine the specific consumption of electric
power per unit of the rubber amount. Changes in the power consumed by the motor
Card 1/2

-si/081/60-/000/016/012/012
A006/AO01
Increasing the Efficiency of Rollers When Masticating Nitrile Rubbers
are .:,onnected with structural changes occurring In %e ruVter -luring mech!3zlical
masticaticn, which are completed within the first ten minutes of process'Ing,
sequently the mear. power required by the electric motcr d~:.es not vary. The prc-Ses.5
of ch-,Lngez- in power during the �nitial prooe.--sing period �.s az.-%alsgous t--, that r-f
changes in conditional viscosity, determan-~d on a 10% sclution in ethyl-acetats
with a 63 -4 (vz-4) viscosimete7. The moment of com;,leted ma:-hanlcal masti~aati~:-n
can be determined by measuring the power coneumel by the driv; The use Cf
this me+,kod provides for a double increase of the roller efficiency with the
simultaneous reduction of electric power conswmpt-fon, and malkei p~lssible automatic-n
of the mastication pri7cess.
V. C-lagolev
Translator's nolle- Thia is the full tranz1ation of the orlginal Russinz-, ab.-
tract.
Cari 2/2

STAROV9 I.N.1- SUSHCHENKOV
A.A ~I_MISTOVq LA;
4RTEMIYEVw B.N.
Industrial testing of an internal rijb'4er mixer at the type RS No.11
during the high-speed spinning of iis rotora. Kauch. i rez. 20
no.1:11-12 ja 161. (MIRA 14.3)
1. Moskovskiy institut khimicheskogo machinostroyeniya.
(Rubber, Machinery)

-- ARISTO'.1) L. !.
Ulnvosti,aation of Azo Derivatives of Para-anino-salic '-lie Acid." Cand
Chen Sci, Tonsk Polytec*.--nic insL, Nin HiLher Education US-.-Iz, Tomsk, 1954. (rd~'
110 10, :,ar 55)
so: Swii. lie 6710, 2) 6ept 55 - Survey or Scientific mid Tecimicil ions
Defended at USS.Z Higher EducaLional Institutions (15)

ARISTOV, L.I.; K011STAIMNOV, V.V.
Polymers with chelatd bonds,derivatives of.,8-hydroxytjolnolina.
Izv.TPI 111:104-106 161. (141RA 16:9)
1. Predstavleno professoi~bm doPtoAm klilmichaskikh nauk L.P.
Kulevym.
(Quinolinol) (Chelates)

L 20990-65 RPL
MV MWD
APC&S!6NNR- AR4046160 8/0081/64/000/01IJ8042/SO42
0, UTHOR.- Aristav, L. 1. Serebrmskaya, G. G
-Allylhvdroxmethyl-3-gulnolinol%nd its ability to T
TITLE: 5 _polvme~~rlth the
formation of chelate 2dMery
M'71M) SO&M Dokl. 2-y Mezhvuz. konferentall po khlmff organ, kom
soyed~nenly' 1963. Tomsk. oms Y
TOPIC TAGS: chelate polymer, copolymer solubility, copolymer heat resistance, styrene,
methyimethaerylate copolymer, metal salt
-RANSDAMON: In the presence of Na2CO3, 5-chloromethyl-g-hydroxyquinolin reacts
with allyl alcohol to form an ether (needles with EL melting point of 81-82C) which copoly-
merizes with vinyl monomers in the presence of peroxides - The specific viscosity of
solutions or.' copolymers of styre~ie with allyl ether and methylmethacrylate is increased
by the addition of a solutiJon of nietRI the capoly-mer RohiLions being colored dark green
by Fe salts, green. by Cu salts and light brown by Go E3 alta . 7he oaf tening temperature of Lhfa
Mlymers increases by 10-50C after the addition of metall, and their thermal stability
W 1/2 --

L 20990-65
:'ACCESSION NR: AR4046160
is also increased; they form hjeAt-stAtLle colored films which are soluble In orgmile
Ejolvents. V. F.
RUB CODE: OC ENCL.- 00
Card 2/2

MOLODYKH, N.Ye.
Chelate polymers based on metbylene-bia-salicylic acid. Izv. TPI
126s2l-22 164. (KRA 180)

VYF,TOV, -,I.y RM'KINA, N.M.
Inner-complex organosillcon compounds based an 8-quinolinol derivatives.
Izv. TPI 126323-25 164. (MIRA 18%7)

L ,()c6,7-65 EPA (s -21" (m)/7PF(c)/-E-;q/-f4PQ)/T RPT,
TWT
ACCESSION NR: NR4048486 S/0081/64/000/013/SO-13/SO33
SOURCE: Ref. 7h. Khimiya, Abs. 13S2N
AUMOR: Aristov, L. 1.
TITLE: B-Iiydroxyguinotinyl-5-hydroxymethylenentethacrylate~and polychetates"l.
derived therefrom
CITED SOURCE- Dot-.!. 2-y Mezhvuz. konferentsti po khimii orgLn. kcmpleksn.
sc-yed1nenLy, 1963. Tom--sk, Tomakly n-t,
TOPIC TAGS: polymethacrylate synthesis, hydroxyquinoline polymer, meth7l-
methacrylate polymer, polychelato, 'zfliccorganic compound, Q-,;aT1C1MSgnesium
compound, styrene copolymer, chlorosiLane resin, sLlicocrganic resin, organo-
metallic complex
TFANSTATIOW: During the reaction of potassium methacrylate with 5-chlorometh7i-
8-hydroxyquinoline hydrochloride, an ester of metbacrylic acid (melting point
128C) is obtained which is able to polymerize and copolymerize 1with methyl.-
methacrylate ana styreneqin the presence of peroxide initiatori. The copolymers
obtained form themopT-aatic. polychelates with the
C.rd 1/2

VIN WONR: AR4048486
salts of many metals. These sy
,yAetic polychelates are soluble in tetrahydrofuran
and are highly heat resi6tant.0 From 8-hydroxyquinoline the author obtained 5,1-
dibromo-g-hydroxyqu-'notine and its butyL ether, as well as 5-Dromo-8-hydroxy-
quinoline and its m;thyl ether, butyl ether and benzoyl ester, which were used for
the preparation of arganomagnesium compounds. The action of SiQ6 on these
organomagnesium compoundsiregulted in the isolation of silicoorganic compounds
with butoxy- and methoxyqdinolyt radicals, which were abfe to ccnd-~-nSe--WHh---
dimethyldLchlorosilene and phenyLtrichlorasillane with the formation of heat
resistant gtticoorganic resins (decomposing completely at 850C) that can Form
lacquer f i Ims. The resins c~-tnllre,! f--- mc'erular cr-riplexc-5 7('C! an'!
?altq o: '~I!arv -ne~als' V. TcDtir~p--;Z;~-'.
Card 2/2

L 413il-.65 VEWT ~ rp) IFP~, C1 /P.T` RY
A17CF"'"! ~IP: A P
S (I 1,F C L: :R 3 1ih ii y aA bs .18 Zh 2 3
c~
.AUTHOR; Aristov, L. I., Kostina, G. I.; Grosheva. M. P.
I-
.TITLE: Organosilicon com2ounds with quinol-ine radicals
:CITED SOURCE: Dokl. 2- Mez4~htvu . konferentsii po khimii organ. kompleksn.
soyedineniy, 1963. Tomsk, -Tomskiy M-t 1963, 93-94
JOPIC TAGS: 'organosilicon compound, quinoline, organo metallic compound
i
iTRANSLATION: 5-bromo-hydroxyquinoline and its esters (methyl, butyl) were synthe-
isized from 6-hydroxyquinoline. They react with RMgX in tetrahydrofuran. The yield
iof reaction'products is 40%. ~ the case of benzoyl ester of 5-bromo-hydroxyquino-
line the reaction proceeds only upon addition of CH 1. 5, 7-dibromo-hydrov,,quinn-
line and its butyl ester were -also obtained frcn hylroxyquinoline which als-0 reacts
.easiLy vith RKgX. The reaction of the obtained Kg-organic compounds with SiC14
'Produced Si-organic compounds with butoxy and methoxyquinoline radicals, which
condense with (CH3)2S'Cl, and C H sicl
6 5 3 Prc"uc'ng LI.-organic resins. These latter
Card 1/2

1, 31311-6c
ArCESSION NP: AF5,)()3686
produce Ilacque, films and display signiiicant thenral. stability. Y a , ~ -,)m i i s ar,~r.,
V~2
SUB CODE: OC, Gr- -.N ~: :, I
C 73r d4' ' I-

.ARISTOV.., KOSTINA, T. I.
5-Bromo-8-hydroxyquinoline. Zhur. ob. khim. 34 no.10:3421-3422
0 164. (MIRA 17: 11)
1. Tomskiy politeklinicheskiy institut imeni S.M. Kirova.

L 63320-65 FWT(jn)/&P(J)/T 4. JA
SIDUPCE : ?-rf. zh. Khimiya. Als. 3
AUTHOR: Aris tov , L. I. ; -tlodykk~,- N. '.,e .
TITLE. Claw-1.1ke polymers on a base of methylene-bis-salicylic acid
CITED SOURCE: Izv. Tomskogo politek~';n. in-ta, v. 126, '~?64, 21-22
r\
TOPIC TAGS: polymer, irethylene-bis-salicyl:lc-.aci-d,I polvamide
r F-r
TRAJV~ LA T ION: Heatin.7_
ICA
Llelusdtluri witn a205 aqueous -.f !thylene-diamine white 7,owdez-,-
olvamides with a melting point of 170-220'; a r,,-Iativ- of n.2% Solutions
a - 2 C
to a T-,,r) 13 r 4,i -t
1. -,1 s,- Lion of coLi,er acew- ---ra -
-a zreen
7- f
'---ir, at
Card 1/2

L 63320-65
'ACCESSION MR: AR5017400
~does not melt at 2600. The polymer is slightly (2-6%) soluble in dimethylformalde-
'hyde, pyridine, and IN NaOH; it is r--sistant to baseg; and it loses Cu upon the
action of ~:ar-ent rate.-A t4,~7-7, .4-r3 - ;- ' '-- -~:--3 - 3!-.3 IV-,