SCIENTIFIC ABSTRACT ALEKSANDRIYSKIY, V.V. - ALEKSANDROV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100820004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

GRIWA?J Tsaak Grigorlyevich. Prinimali uchastiye: SAKBAYEV, Zh.M.;
BLYAKH, G.I.; SHAGI-SULTAN, I.Z.; SIRAZUTDINOVA Zh.A.;
SHMN, N.S.; YFRMAGAMEETOV~ S.B.; KOZLOV, G.S.tdeceased];
IVANOV, L.G.; OSBCIMNSKIv-, V.M.; DZHASYBEKOVA, E.K.;
NIJRGALIYEVA, Hh. PRESNYAKOV, A.A., doktor -I.ekhn. nauk,
otv, red.; ALEKSANDT~JISKIY, V.V.p red.
[Automation of nonferrous metal ore dressing processes)
Avtomatizatsiia protsessov obogashcheniia rud tsvetnykh me-
tallov. Alma-Ata, Izd-vo P&I Kaz.SSR, 1964. 213 p.
(MIRA 17:10)
1. Laboratoriya elaktroniki i avtoratiki Instituta yadernoy
fiziki AN Kaz.SSR (fo all except Grinman, Presnyakov,
Aleksandriyskiy).

A SANDROV, A., kand. tekhn. nauk; GM, B., inzh.
-, _~A-d" "',*vOto-
kvsten of traction sectors used in automotive transport. Avt. transp.
36 no.-2:6-8 If 158. (MM 11:2)
(Transportation, Automotive)

ALEKSANDPOV, A.
0 nekotorykh voprosakh organizatsii raboty avtomobillnogo transporta, f0a certain
questions of organization of the dutomotite transportatiog. (Avtmobill, 1950,
no. 3, p. 6-9, diagrs;) DLC: TI4.A87
SO: Sovipt jEansporlati azid Commuhdation, A Bibliography, Library of Congress,
Reference Department, W~shington, 1952, Unclassified.

ALNESAM)ROV,A.. kandidat tokhnicheakik-h nauk
Tasks in the development of automotive transport in the regions
reclaiming new and idle lands. Avt.transp-33 no.8:7-9 Ar"55-
(MMA ~; 12)
1. Komplekenaya transportnaya ekspeditsiya Soveta po izucheniyu
proizvoditellnykh ail Akademii nauk SSSR
(Kazakhstan--Transportation, Automotive)

ALERSANDROV, A., kandidat tekhnichesk-1kh nauk.
Over-all study of operational and technical characteristics
of roads and automobiles. Avt.transp. 35 n0-7:5-9 Jl '57.
(-, I,,PA 10: 8)
1.Instittit konplnksnykh transtortDykh problem Akadenii nauk
sl_~S'R.
(Transportationj Automotive)

AIELqMRO. A
"Iaik,,* a sterilizing filter. Okhr. truda i sots. strakh.
5 no.5:34 My 162~\' (MM 15: 5)
Filters and filtration)

USSR/Cultivated Plants. Technical Plants. Oil and ii
Sugar Bcarin~, Plants.
Abs Jour Ref Zhur-Biol.~ No 15, 1950, 68257
Author Aloksandrov, A.
Inst T-
Title : Cotton Selection and Seed Cultivation in tho
Chinese Pooplets Republic.
Orig Pub : Khlopkovodstvo, 1957, No 1, 56-61
Abstract : Formerly, thu small-secdcase Asiatic cotton,
GDssipium herbaccum L., vja~s cultivatod in
China. Subsorquentlyg it i--ias replaced by G.
arborcum L. varictiesq Yhich havo a short
and coarse fiber. In 1919, selection ixtk
with cotton aas begun. In 105, the relative
proportion of sowings planted with selected
Card 1/3

USSR/Cultivated Plants. Technical Plantsi, Oil and 1.1
Sugar Bearing Plants.
Abs Jour : Rof Zhur-ABioL, No 15, 1958, 68257
with thiamine, suppl&mentary application of
pollon of the maternal varicty7 otc~). Variety
testing has been organized. In 1956, 22 Soviet
varictics were tested. -- N. Konstantinov
0
Card : 3/3

ALEKSANTIDROV, A. ; YENEN, T.
For cheap granaries on cooperative farms. P. 30.
(Kooperatvino Zemedelie, Vol. (12) no. 5, I-lay 1957. Sofiia, Bulgaria)
SO: Monthly Ust of East European Accessions (ELEAL) LC, Vol. 6, no 10, October 1957. Uncl.

ALSKSANDROV, A.
Regulations on veight and size limits for motor vehicles.
Avt. transp. 36 no.10:22-26 U 158. (NIRA 13:1)
I.Institut komplikanykh transportnykh problem AN SSSR.
(Transportation, Automotive--laws and regulations)

A,L-Y-qANMOV, A.
"The Develolmient of Science in the Rumaninn National Republic," Zhurnal Obsh(:-,hiy
Khimii (Journal of General Chemistry), of the AS) USSR, Tom 20, 1950-

27-12-6/27
AUTHOR: Aleksandrov. A., Methodologist of the Sverdlovsk Oblast' Yethodi-

j 'ff~
cal ec on
TITLE: The Introduction of Advanced Experience (Vnedreniye peredovogo
, opyta)
PERIODICAL: Professionallno - Tekhnicheskoye. Gbrazovaniye, 1957, # 12,
p 6-8 (USSR)
ABSTRACT: The author points out that the Methodical Section at Sverdlovsk
during a number of years has paid much attention to the dis-
semination of advanced experience in training and educational
work. The author deals in detail with the various stages of
dissemination and then describes a number of cases initiated by
the instructo-is or foremen and regarded as a foremost method
of instruction. One of the first mentioned is that of in-
structor Malltsev of the Trade School # 5 at Serov who organized
practical house lessons in electrical engineering with the use
of devices, models and other visual aids made by the students.
Another example is that of instructor Raytsin of the Trade
School # 9 at Chelyabinsk, who constructed a stand for solving
Card 1/2 problems and practical lessons in electrical engineering. A

The Introduction of Advanced Experience 27-12-6/27
sketch of the stand was forwarded to all the trade and te6hni-
cal schools of the Oblast'. The independent manufacture of
various objects by the students, as practiced by many schools
of the Oblast', is of great instructional and educational im-
portance. The-author recommends that attention be given to the
experiment of foreman Korochkin of Trade School # 47 at Seversk,
who with his apprentice group took over the attendance at an
open hearth furnace at the metallurgical plant, the school's
basic enterprise. The workers of the Methodical Section are
convinced that not all the possibilities have been used in
this field, and that new ways to expand the work shoirld be
sought.
ASSOCIATION: The Oblast' Methodical Section, Sverdlovsk (Sverdlovskiy
oblastnoy metodicheskiy kabinet)
AVAILABLE: Library of Congress
Card 2/2

AIEKSANDROV A ingrad)
Problems1h profitable produetion and-the distribution of
profit of industrial enterprises. Vo~.ekon. no.9:156-158
8 161. (MIRA 24:8)
(Prof it)

ALMIJUMCN, A. (Col.)
Subject USSR/Aeronautics
Card 1/1
AID - P-32
Authors Aleksandrov, A., Col., and Stepanov, A., Col.
Title The Air Force of the Fatherland
Periodical Vest. vozd. flota, 2, 65 - 75, February 1954
Abstract This is a short historical review of the development
of the Russian Fighter Air Force. Several statistical
tables and graphs of a general character appear in the
text.
Institution ; None
Submitted : No date

ALUSANDROV, A.
RKU-2 apparatus for repairing and .-hocking equipment.
Voon.znan. 36 no-11:33 N160- (MIRA 13:11)
(Diving, Submarine--Equipment and supplies)

N P KO V
107-57-5-5/63
AUTHOR: Aleksandrov, A., Chief of a laboratory
TITIE: Now Great Tasks (Novyye bol'shiye zadachi)
PERIODICAL- Radio, 1957, Nr 5, p 7 (USSR)
ABSTRACT- The fundamental reorganization of management of industry and construction
as mapped out by N.S. Khrushohev is a necessary step welcomed by 811 indust17
workers. The Ministry of Radio-Engineering Industry can serve as an example.
Its two Main Administrations have had control over the eleotro-vacuum
industry which has often resulted in confusion. Mutual ties between research
institutes and factories have been poorly organized; newly developed models
have gone into production very slowly. Supply of industrial eDtarprises with
measuring inst=wnts and equipment has been inadequate. uUp to this time our
laboratory has no experimental glass shop which seriously deters now develop-
ments".
ASSOCIMICN: The Ministry of Radio-Engineering Industry
AVAILABLE: Library of Congress
Card 1/1

VASII.EVA-ALETSANDROVA, P.; AT AXMV A
Microcriptalloocopio identification of mercMT(Hg) (I) ions in
media of piorolonio acid, Doklady.-BAN 3.4 na-.6--~`595-598 161.
1. Note presented par D. Ivanov, membm do llAoa demis bulgare des
Sciences.

AIZKSANDROV,. A.
Greon light for the production of bessamer,steel. Metallurg
7 no,5:2 of trvar My 16Z6. I , (MIRA 15;5)
.(Bessemer process)

Boa",$ 3
18 1
'01
1gr
F.. 2 11 - ,
64
69
.*rk
C.
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ga
a a 10
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to .4 u i S.
IMP 4 e;
jai
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9i t:
14
Ri

ALEKSA14DROV, A.
Protection from radiation. Okhr. truda i sots. strakh. 5 no.70.405
ii 162. (MM 15:7)
1, Zaveduyushchiy otaelom okhraziy-triida Ventrallnogo komiteta
profsoyuza meditsinskikh rabotnikov,;,
.(RADIOLOGY, MEDICAL-HYGIENIC ASPECTS)

ALEKSANDROV,, A.
Apparatus for artificial respiration. Okhr. truda i sots. strakhe
5 no.6:34-35 Je 162. (MIRA 15:7)
(Respiration., Artificial-Equipment and supplies)

AIM
Public-health workers shoiild have additional leave and a shortioned
wt.cking day. Okhr,trada i sotp. strakh. 4 no.6,.42-.43 Je,161.
(MIRA .14:7)
1. Zaveduyuqhchiy otdelom okhrany truda TSentxallnogo
profsoyuza meditsinskir rabotnikov.
(Ho spi tale-- -Staff)
(Hours of work)

AISKSANDROVI A.p-kapitan-naatavnik
Some navigational charac-teriatica of the Kazan'-Stavrop9l' section
of the Ku~byahev Reservoir. Rech. tranap. 19 D0,3151-53 Mr 160.
1(14IRA 14: 5)
(Kubyshev Reservoir---Navigation) I
.1
1I

AIEKSAINDR-OVO A,j VASUEVA-AMMANDROVA, R.
Photometric determination of bivalent tin with picrolonic acid.
Zhur.anal,khim, 18 no.7.905-906 J1 t63. WIRA 16:11)
1, Institute of Food and Vlavouring, Industry., Plovdiv,, Bulgaria.

ALEKSANDRO-VIVA.
Balls instead of elootron tubes. Izobr. i rats. no.ll120-21 163.
(MIRA 161l2)

ALEKSANDROV,.A., prof.; WEVTYAK, P., dotsent; RABINOVICH, G., dotsentt
-- YASTREBOVJV N.,, dotsent; LAYKOV, A., prepodavatell
Strengthen the financial service in enterprises: Efficiency is the
important demand. Fin. SSSR 38 no.109-62 Ja. 164. (KRA 17:2)

ALEKSANDROVI A.
Advanced experience of the builders of the Volga Hydroaleotric
Power Station (22d Congress of the CPSU). Na stroi.Ros. to.12:
2-5 D 161. (NIRA 1621)
1. Nachallnik Volgogradgidrostroya.
(Volga Wroelectric Pmer Station (22d Congress of the CFSU))

AIEKSANDROV, A., kand.takhn-luiuk
Determining the effective power of an engine in operating conditions*
Ruch. transpe 22 no.7%27 JI 63. (KERA 16:9)
(Marine anginas-Tasting)

ALEKSANDROV, A. (Simferopol')
The irreconcilable are on watch. Grazhd. av. 21 no.5:24-25 My t64.
- (MIRA 18:4)

ALE~Wj)RDV.j-*zi-inzh.
Thermotechnical characteristics and the operational control of
marine water-tube steam boilers. Rech.transp.;9 no.8:24-26 Ag 169.
(MML 14:3)
(Boilers, Marine)

/U 0,60 1) 1 A
PHASE I BOOK EXPLOITATION SOV/6261
Kernonargie und Plottel Artikolsammlung (Nucloar-.Enorgy and the Na
Collection of Articles) [Berlin] Doutecher Militarvbrl&g 617.
(19
232 P. Errata slip inserted. 2000 copies printed.
Translation from the Russian of: Atomnaya energiya I flot.
Translator: Erika Stouk, Lieutenant Commandor. Responcibility for
Osman edition; Claus Gruszka, Enginoor; Ed.: Klaua Krumsieg.
PURPOSE: This collootion.of articles is intended for officers of the
araw, coast guard, and merchant mdrine.
COWILM: - The book, a translation from the Russian, contains 25 ar-
ticles dealing with the application of nuclear weapons to naval
combat operations. Chapters 19 and 25'"havo been supplemented with
additional data for this edition. The devastating features of nu-
clear explosions are discussed. Attention Is also Given to the
protection of personnel, shies, and coastal -faoilit:'Les against nu-
clear, weapons, and to;t)io zprebent. and future applibatibns of nuclear
power plants to shipping. No personalities are mentioped.. There
are 16 references: 11) Russian (including 3 translations.from
Zaglish-language sources), I French, I German.-I English, 1 Ameri-
can, and2 either English or American.

Nuclear Energy and the Navy (Cont.) SOV/6261
5. ;,_Eroj=, Engineer Commander (Navy). Primax-I Penetrating
Radiation 58
gkg v Engineer Lieutenant Colonel, and Q. F
6.
r qgt2y,
r 'VWr--. ;The "Foot Wave" and Its Damaging Effoot 66,
o
7. ~. Frolov. Ionizing Contamination 70
8. k_Abrrima4) C ta n (Navy), and V- Vladiintrair, Engineer
tai (Na ap . I
Protecting a Ship Against Nuclear Weapons 78
9. G. I-11girenko, Captain (Navy), Professor, Doctor of Engineer-
86
j. ro a ting-a Ship Against Explosions
10. P I Aboliehin ~Captain (Navy). Means of Protecti6n Against
in Foreign Navies 93
11. P-,-KhQXhlw, Engineer Captain'(Navy), Candidate of Tech-
nioal Sciences. Nuclear Protection of Light-Class,Ships 100
Card

'ALELSA=AQ-VX-A-,j*--inzhv-
Heat control of internal combustion marine engines during operation.
Reeb, transp, 20 no# 3:23-25 Mr 161, (MIRA 1415)
(Marine enginee)

ALEK SATJDROV -A," Anzh.
Beat engineering control of marine internal combustion engines.
Rech. transp. 21 no.2:29-30 F 162. (MIRA 15:3)
(Marine engines) (Beat engineering)

ALEKSAMROV., A.,, inzh.
Greater attention to operational and technical indices for steamers
of at-andarized construction. Rech.transp. 21 no.7:28.-29 JI 162.
(.9hipbui3ding)

ALENSANDROV9 A., kand.tekhn.nauk
Main motorship engines should operate with nominal indices,
Rech,transp, 22 no.1225-26 Ja 263. (KM 16%2)
(Marine, engines--44aintenance and repair)

ALEKSANDROV, A.; VASIIEVA-AIEKSANDROVA, P.
Detection of tin in 'the systematic analysis of cations of the
hydrogen sulfide group. Zhur.anal.khim. 18 no.10:1275-1276
0 163. (MIRA 16:12)
1. Institute of Food and Flavouring Industry, Plovdiv, Bulgaria.

ALEKSANDROV, A., kand. tekhn. nauk-,
Energy efficiency index of cargo and passenger motor shipB.
Reeb. transp. 23 no.1232-33 Ja 164. (MIRA 18:11)

AIZKSAlqDRCYV, A,, _"md. tekhn. nauk;. KIVALKIN, Ye., inzh.
Prevent the overloading of main diesele. Rech. tram3p. 24 no.8:28-29
165. (MIRA 18:9)

ALF-KSA14DROV Al,
Semaphores in the Rila Mountains, Nawka i t9kh mlndezh 17 no.l:
4.2-45 Ja 166.

GIRSHFBLIDI V-ya.j_~~LPWSARDRDV. A.A.
Utilizing beat from bleeder steam superheating in a ragnnera-
tive preheating systen for feed water. ffaucb.dokl,,vys ubkoly;
energ. no.4:141-151 158. (MYRA. i2:5)
1. Rokomendovana Imfedroy toplovyl-b alektrostants-iy Moskovekogo
energeticheelcogo Instituta.
(Feed-water heaters)

ALEKSANDROV, A,
PA 243T37
USSR/Engineering - Construction, 15 Sep 52
Pipe Lines
"Mechanical Device for Pipe Rotation~" A.A. Alekanadrov)
Engr, Tsentrospetsstroy.Trust,,MNP (Ministry of Petroleum
Industry)
."Byul Stroit Tekh" No 17, pp 26-28
Describes mechanism constructed at drilling machine
plant of Tsentrospetastroy for rotating pipes during
welding of long pipe lines. Device is light, ard
small, driven by ac motor and permits quick charge of
pipe-rotation speed, representing impr6ved model in
comparison with existing devices. First lot of new
rotAting devices-has been sent from plant to cormt-ruc-
tion. projects.
2~-.3TV

ALYMANDROVP A.A.
Sepling the water holes in the hydraulic casing d" drilling
pumps with AST-T plastic. Mash. i neft. obor. no.8s48 163.
(MMA 17%6)
1. "Pervomayburneft"'.

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dluv, A. 1knogoch
OWNell),limik 6. No. 3. 42-911K)(0- An intresse III the
* .6
19 temp. in the sinall Winkler-Kiw1i type furnace to 4lAI

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tile tuu~t lutional IC(lovilix Incillmi ilklICAWS tile total
00 a yield of premure distillAte by 2ee. It is recommended to
CWO~ out the reducing in the furnace at 4fXl* for 2-3 utin. co 0
00 and In Ihe evalKwatfr at 42%)' fur 411-0U min. Tile in-
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ram of kcruieue fiactionq in the "dentut during
of U reducing requirt-s withdrawal of these fractictris through
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kuA mv. (S &1, 1936, No.
56-03). The
m,"t
pp.
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dry " and wet " methods of scale removal From
a.
under rolling Mill He Omphasisea the advantages of the hydniulie
method. (f
n Russian),
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i poO red. A.I. TS~-Iikova.
19h' A7
Dibliorn-anhy: -o. 21i~-*7.
JL': TSAO. -AB
:',loomi.n7 ',lills nni rla!lbhl,:,y mills.
~:O: Panwfzicturinp, and Mechanical Engineerlin-7 iii V So-let Union,
-
Librar,vof Cow-ress, 1053.

&LEKSAIDR , A.A.; KOGHXTKOV, A.V.
~:;,';~k
Using metal cores. Idt.proizv. no.502 Ag 154. (MM 7: 8)
(Pounding) I

137-1957-12-23666
Translation from. Referativnyy zhurnal, Metallurgiya, 1957, lqr 12, p 118 (USSR)
AUTHOR: Aleksandrov, A. A.
TITLE: MuTU_-9_ta_n_d79T,5`5`min_g Mills (Mnogokletlyevyye blyumingi)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii. Ukr. resp. pravl.,
1956, Vol 1, pp 44 - 57
ABSTRACT: The productivity of shape- and sheet-rolling mills (M) consider-
ably exceeds the capabilities of duo-reversible blooming mills (B).
Therefore, there are now plants which introduce double B's
arranged either in series or in parallel to one another. On exist-
ing B's additional stands (S) are being installed, for example, at
the MMK plant. Common to duo-reversible B's is the rolling
(R) with small reduction, R with unrestricted widening, R with
alternating forward movement of the head and rear end of the
billet, and R with great inaccuracy of cross section. All of this
greatly influences the quality of the blooms and slabs as well as
the consumption of metal. The multi-stand B's , which as a rule
have as many stands as there are passes, permit large drawings
in the rhombus-square . desirgn . system, which, on the average,
Card 1/3 attain a magnitude of 1.30.

137-1.957-IZ-Z3666
Multi-Stand Blooming Mills
The R is carried out with restricted widening. Different versions
of multi-stand BI s are proposed for the R of billets weighing 5,
7.5 to 9 and 10.5 tons. In the R of 7.5-ton billets the mill
consists O"f 8 S's arranged in series. The first two S's have
rolls .'rotating in a single sense, deeply cut-in rectangular
calibers, and a nominal --roll diameter of 1350 mm. After that,
the R may be carried out either by the rhombus-square system,
or in rectangular CrOOVes~ or in stands consisting of two horizon-
tal ireLIG_ with shallow-cut Grooves and two vertical rOllse,
With such desi,-n , the rolling process may be carried out
almost without widening, and a large number of intermediate
sections may be obtained !or use in the final production stand,
The velocities of R in the last S, which turns out Z50 x 250 mm
blooms, are coordinated with the velocities of the continuous-
billet mills installed following this B, and thus ensure a positive
grip of the metal by the : rolls. The velocity used in the last
stand (I m/sec) is more than twice as great as the rolling
velocity on existing continuous -billet mills, thus making it pos--
sible for one multi-stand mi)1 to supply t%vo continuous --billet
Card 2/3 mi lls. The output of such a B is appx. 6.5 million tons per year.

13*7--1957-!2-23666
Multi-Stand Blooming Mills
The construction of such an S is considerably simpler than that
of duo-reversible B's: there is no need for complex pressure
mechanisms, broad conveyors, heavy working x'011E;j cumber-
some Ss, spindles, etc.; the electrical par 't is also considerably
simplified by the installation of synchronous motors without costly
IlIgner aggregates, etc. The R speed on this stand is such that
the blanks should be fed in every 20 - 30 sec.
'B. Ye.
1. Blooining jidlls-Opov-tion 2. 1-5,ol-ling rd'.1is-14odemizction
3. Rolling riills-Chrr-7eteristics
Card 3/3

137-1957-12-23641
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12. p 114 (USSR)
AUTHOR- Aleksandrov, A. A.
TITLE: The Rate of Rolling Speeds in Duo- reversible Blooming Mills
(Rezhim skorostey prokatki na duo-reversivnykh blyumingakh)
PERIODICAL: Tr. nauchno-tekhn. o-va chernoy metallurgii;.. Ukr. reap.
pravl., 1956, 1, pp 73-85
ABSTRACT- Investigations of the rates of speeds in duo-reversible
blooming mills (B) were performe~d by oscillographic methods
by the Khar1kov Engineering- Economic Institute together with the
TsNIIT Mash and the Makeyevskiy and the "Azovstal'Il plants.
For the Makeyevskiy B 1150 a number of graphc, were plotted
showing the speed variation during rolling of 160x200 mm,
200 x 2 00 mm and 240 x 240 mm blooms of bubbling steel,
240 x 240 mm of bubble-f ree steel and 130 x 300 rnm slabs of
bubble-free steel SKhL-1. From the "Azovstall" plant's B1170
oscillograms were taken on the basic 250 x 300 rrim rail-blooms,
205 x 220 mm, 205 x 245 mm, and Z80 x 300 mm blooms of
bubbling steel, as well as on various compositions of bubble-free
Card 1/2 steel of 190x200 mm. 270x-180 mm and 330x 335 rnm.

137-1957-12-23641
The Rate of Rolling Speeds in Duo-reversible (cont, )
For a fuller analysis of the rates of speed emplayed at both of
these B's, the operation of the leading B's of the Magnitogorsk
and the Kuznetskiy combines were studied. The rotational speed
(S) employed in the B of the KMK is lower than that used in the
B of the MMK. Thus, for example, at the initial grip, the S in
the former was 19.2 rpm, while in the latter 21-45 rpm were
observed. In the Makeyevskiy B the 5 at the initial grip of
analogous blooms was 0 - 65 rpm. In the "Azovstal"' B 1170 the
S at the initial grip is higher than in the case of the B of the
KMK, and 75 rpm are attained by the rolls during the Zd pass
and 60-75 rpm during the llth- 14th passes. The S during
ejection is also considerably higher: Z4.0-55.6 rpm were observed
in rolling of rail-bloams in the B of the KMK, while 29.8-95.5
rpm were recorded for the B 1170. It is shown that a further
increase in rolling reduction is possible for both B's. Investi-
gations also pointed out the desirability of increasing the diameters
of the rolls of the B 1150 and B 1170 by approx. 100 mm, and
the diameters of their journals by 60-70 mm, because on the
driven end the journal is subjected to stresses which are close to
the yield point. The action of the motor should be - z,,utcwtcl to
groduce automatic braking after the metal nas left the rollp, to
Card 2 e followed by the reversal. i;. -C.
1. Blooming rdlls-Rolling speed,.3-Determint:tion

.ALEKSANDROV, A. A., Prof.; MEYEROVICH, I. M., ROKOTYAN,
EWHAROV, A. I., Docent; STUKALOV, M.
DOLaMATOV, F. M., Engr.;
Ye. S., Candidates of Tech. Sci.;
I., Eqigr.; 1ASHCURK0, V. A., Eluur.;
"Investigation of Power sand Strength Characteristics of Blooming Mills to
Obtain Maximwn Output Capacity," Rolling Mills, Studies, Calculati)n. J)Q-
sign and Operation, No. 8, Moscow, Mashgiz, 1956. 25b P.
Articles by Rokotyan, Ye. S., Meyerovich, I. M., and others describe results
of experiments condcuted on blooming, cold-rolling, duralljmin~dressing, and
car wheel rolling mills.

F_ K 5,,,9
ROWITAN, U.S., knndidat takhatcheakikh nauk; MEMOVICA., I.M., ~-nndidAt
teleanicheskikh nnuk; A.LBKS I -
profearor,
dotsent; STUKALOV, M.I., inzhener; TASH0.4WK0. V.A.. inz-neaer,
DOLMATOV, F.M., iwhener.
Improving the performnnee of blooming mills by det,~rwining poten-
tialities in factoru of streWIvh and -jower of the equiDinent.
[Trudyl TSHIITMASH 110-33:134-147 '56. (MLRA 10:9)
(Rolling mills) (Mechnnics)

--,AMUAffDROT,-AJL.-(rzh~vBk)
First open-hearth furnace at the Tzhavok plant. Vop.ist.est.i
takh. no.9:154-157 160. (MML 13:7)
(rzhevsk-Open-h*arth furnaces)

AMMSASMOT, A.A., prof.
Waya of improving blooming and slabbing mills, Metallurg
no.9:29-32 S 160. (Him 13.18)
1. M3&rlkovskly inxhanerno-ekonomicheekiy institut.
Otolling mills)

AT SAIMOV, A.A.
Calculating the pressure of metal being rolled onbloomingmin
rolls. lov. vya. ucheb&.zav#;.chern* met* no-.8:68-8o 16o.
(MIRA 13:9)
1. Kharlkolekiy inzhenerno-ekonomicheakiy institut.
(Rolling (Ketalwork))

ALEESANDROV, A.k.
Blooming. mi'lls fr- ncvi ne tall u rcict'.11 pl"ints. VY5. lucheiri. zav.;
ohern- met. 4 no.12:92-9n/ 1 61. (11"IRA
I. Efiar'kovskly Insbitut.
(Rolling mills)

.ALE,KSANDKj,-&.A~,GAVRIL0V, V.Yu.; KISELEV, A.G.; LAZURKIN, Yu.S.;
MOKUL'SKIY, M.A.
Origin of broad electron paramagnetic resonance lines in nucleic
acids and their complexes with proteins. Dokl. IN SSSR 141 no.6:
1483-1485 D 161. (MIRA 14:12)
1. Predstavleno akademikom A.F.Aleksandrovym,
(Paramagnetic resonance and relaxation) (Nucleic acids)
(Ferromagnetism)

MINENKO, V.A.; ALEMSANPBPYI A.A.; SVEVOY V.Ye.; BORZENKO, V.P.; KURILOV,
P.G.; KHAZANOVICH, ILL.; Prinimali uchustiyei 1101"OV, A.I.;
KONOVALOV, A.N.; TERTYCHNAYA, I.Yu.; POSHKFIBNEV, '1.P.;
DMITRIYEVA, S.M.; KORNIWVA, A.V.
Work organization in the aeotion, of metal feed to blooming
mills. Met. i gornorud. prom. no.2:67-68 Mr-Ap '64.
(YJRA 17:9)

SICRNOV, V.S.; ALEKSANDROV, A.A.; SHIBANOV, L.A.
Equipment for metal rolling in vacuum or an inert. gas atmosphere.
Trudy LPI no.238:81-89 164. (MRA 17.11)

SMIRNOV, V.S. ; TRONt ) A.S.; Al-FIKSANDROV, ,~. A.; VITORSHY, if"-w-j3
N.D. _- - , ~ ~ -1.1 t
Effect of vacuum rollinc, on the st-ructui-e and gag -1--ontant of
0
titanium and molybdenum. Trudy IIIII rio.238:90-94 '64'.
17. ii)
k,

SKRNOV, V.S.; ALEKSANDR(YVp A.A.; TRONI) A.S.
Using vacuum or an inert atmosphere during metalworking by
pressure. Trudy LPI no.238:101-103 164. (MIRAL 170-1)

ALEKSPODROV, A.A.,,Jnzh.
Airtight equipment with mixers. Khim. i neft. mashinostr. no.l.*38-
39 Ja 165. (MIRA 180)

IJP(c) JD/'111'
ACC NR-.
A121603 3105 SOURCE CO)-)Y,: UR/0137/66/000/007/DO09/DOIO
AUTHOR: 'Snlirnov, V. S. ; Tron', A. S. ; Aleksandrov, A.
Rybi chenlio)
TITLE: Producing bimetals by hot rolling in vacuum/
SOURCE: Ref. zh. Metallurgiya, Abs. 7D70
REF SOURCE': Tr. Leningr. politekhn. in-ta, no. 260, 1965, 22-27
TOPIC T
>GS: bimetal, hot rolling, plastic deformation, bimetal welding
ABSTRACT: The results are presented of .in investigation of the effect of reduc-
tion values, the ratio of thicluiesses in a packet, and the purity of treatment of
welding surfaces on the weld strength of Me during plastic deformation in
vacuum. The results of metallographic examination of the transition zone'are
also given. :.The investigations w&e carried out on,pairs,of Me: steel 3-Cu.
stecl. 3-Ti, steel 3-lKhl8NT9T,'Mo-Ni, and Mo-Cu. To ensure strong welds
deiormation of 5-10% is sufficient. With incrddsed Hduction of the packet, the
weld strength grows. In changing 'the ratio of thickness of layers of individual
Me in a bimetal packet, the weld strength decreases with increased thickness of
the layer of more plastic Me. At the boundary of Me contact in a bimetal, obtain
Card 1 / 2 UDC: 621. 771. 014. 2

L 0834o-67
ACC M': AR6033105
0
by hot rolling in vacuum, a transition zone is produced as a result of diffusional
processes. The thickness of the zone depends on the temperature of rolling, the
value of reduction of the packet, the purity of mechanical treatment of welded
surfaces, and on the subsequent metal heat treating. N. Yudina. [Translation of
abstract]
SUB CODE; 13

L07463-67 EWI (d-~z;-'MqT(-M)-/EWP(O-)/EWP(k)/EWP(V)/M4P(t)/E7WP(1)/Er Iijp(c) J19/i
ACC NRi AP6(135652 HW SOURCE CODE: UR/013:1/66/OOOi6Yiil()'14/'1015
AUTHOR: Smirnov, V. S.
pEgIvakiX, F. Al androv., A. 1~.; Stolgnyy, V. I.;
_Shp___
Kagan, E. S.
ORG; none
TITLE: Manufacture of clad plates by rolling evacuated packs
SOURCE: Stalo, no. ll,-l966,.1Ol4-r1Ol5
TOPIC TAGS: metal .cladding,' 'clad.plate, titaniumPawa**V"4�00" StL.XL
ABSTRACT: It metb?d o claddingkof 'stdel plates (45 x 1300 x 3500 mm) with titanium
V - - _;er has- been de,04oped. Cladding was done by rolling
with a magnesium oxiddVkin__~o_
.a pack composed of an St.31;teel:slab, a VT-1 titanium cladding plate, and a
magnesium oxide interlayer. To pre-4ent oxidation of the titardum, the edges of the
pack were sealed.by welding and al,l..the air was evacuated from the inside of the
pack. The pack, preheated to 1050C, Iwas rolled to the desirecl'thickness. The sur-
face of the cladding plate was found to be smooth and even.- Ultrasonic i!~r.Zeqion
did not reveal any lamination between the titanium'and steel. Introduction of this
mathod in the industry would help in production of clad plates of good quality and
eliminate the need of-vacuum:rolling ).mills. Orig. art. has., I figure.
bimetal\%
SUB CODE: 13, 14/ SUBM:DATE: ''none/. ORIG REP: 007/ ATD PRESS: ~ 5104
Card 1/1 qj_ UDC: 621.771.8

ACC NR1 AT70OJ263 1W) SOURCE CODE! OR/2563/66/000/263/0042/oo47
AUTHOW: Aleksandrov, A, A,;
ORG: n one'-F,",
Tront, A* So; Ryballchenko, ff. Do
TITLE: Prod ction of nickel-copper composite material by vacuum
rolling
SOURCE: Leningrad. Politekhnicheskiy institut. Trudy, no. 263, 1966.
Mashiny i te~hnologiya obrabotki metallov davleniyem (Machinery an'd
technology oi metal working by presBure), 42a-47
TOPIC TAGS: ;composite material, Rickel copper composite material,
,.composite material rolling, vacuum pack rolling, composite material
bond strength, composite material rolling'technology.
ABSTRACT: M..!l grade copper and 99.99%-pure nickel sheets, 10 mm thick,
vacuum anneafed at~ 700-and 90OC; respectively, were slowly cooled,
assembled'int.o 20 x 40 x 100 mm packets, pack rolled in a vacuum of
up to 1 # 1015 mm Hg at 750- 1050C with a 5-52% reduction, and
investigated1to determine the effect of the rolling temperature, depth
of vacuum, and degree of reduction on the bond strength and microstruc-
ture, The h~ighest bond strength, 24-25.5 Kg/mm,2, was observed in
Carol 1/2

ACC NRt AT7003263
composite she'ets rolled with a 30% reduction in a vacuum of 1 , 10-4
mm IEg at 105~-950C and a packed width-to-height ratio of 1:2. The
surface finish of the joined sheets had no effect on the bond strength
of the composite metal. The bond strength vas also practically
unaffected ~y,. annealinp at 400-600C, but slightly, decreased to 22-23
Kg/MM2 with annealin'g*a't 800"1000C. The metal near the interface bad
a finer F:rairL structure than the base metal. No transition zone was
observed at the interface of composite specimens in the as-rolled
condition,.but the Bpecimens annealed at 900C for 24 hr had a 25-4011
thick interme;diate layer, probably of a solid solution of copperlin
nickel. This; indicated that the diffusion of copper into nickel was
a predominant: process in the rolling and annealing of composite metal.
Further exper~iments showed that composite parts can be obtained by one-
pass hot roll-ing of composite blanks in vacuum followed by rollingthe
blanks into finished parts in the air. The copper-nickel and nickel-
copper composIte metal, pack rolled at 950C in a vacuum of 2 # 10-5 mm
Hg with a 15- 25% reduction per pass and subsequently rolled in the
air at room tempeiature, had a bond strength of 22-24 Kg/mli2. The
nickel-copper-nickel and nickel-copper foils, 0.2- 0.4 rpm thick, satin-.
fied all requirements for metal composites used in the radioelectronic
industry. Orig. art. has: 4 figures*
SUB CODE: 13it 1l/ SUBM DAM' none/ ORIG REF: Oll
Card -2/2

ALMSMDROV ~ A, A&
"Scientific and Technical Conference of Research Organization of the Main
Electrical Assembly Plant of the Ministry of Construction of Feavy Industry Enterprises,"
Byul. stroi. tekh., 9, No.16, 1952

AYZK8ARWV, A.A.; NAMLID, H.R. ; SOKOLOV,
.umm"bMi" WZW--4%F--1w ~6~
[Terminal splitting of control
Razdalks kontrollnykh kabelei po
redakfor B.A.Sokolov] Moskva,
i arkhitekture, 1953. 13 P.
(Ilectric
B.A., redaktor
cables by S.Y.TSyganov-19 methodj
metodu S.V.TSyganovs.. FNauch.
Goo. izd-vo lit-ry po otroitel'stru
(KLRA 7:5)
cables)
-k

AL31MANDROV,_'A.A,
(Stakhanovite methods in preparation and installation of steel.conduits in-
electric installation work] Stakhanovskis metody sagotovki i montazha stall-
n7kh trab pri proizvodetye elaktromontashnykh rabot. Moskva. 4os. izd-vo
lit-ry po stroitelletytt I arkhitakturs, 1953. 21 p. (MMA 6:10)
(39lectric conduits)

1. =KSAUMR~V, A. A. E-nnp.
2. USSR (600)
4. Elebtric Engineering
7. Post-operAional rationalIzation of iustRlIation work. Sbor. mat. o nov. tokb. v
stro--,. 15 No. 2, 1953.
9. Monthly List of Russian Accessions, Library*of Congress, June -1953. Unclassified.

A AMOV, A.A., Inshener.
am-w ""m -V
Key for tyiug win. Bbor. .mato noy.takh.v stroi. 15 no.9:20-a(153.
Mak 6:10)
(Wire)

AINKSODROV, A.A.; RATMANOV, Ye.SO
Using dowels for fixing installation details of alectric wiring..
LSuggsated by A.A.Aleksandrov, I.S.Batmanoyl. Rate. i isobr. predle
v stroio no*145:3-5 .156 (MLRA 10:3)
kA;Jec;ric wiring)
I

ALUSANMOV, A.A.
Yixing installation details on_Msnm plaster board.[Suggested by -
A.A.Alsksandroyl. Rats. i itobr. predl. v stroi. no.145:6-8 '56.~
. I (MLRA 10-3)
Ollectric wiring) (Plaster board)

ALEKSANDROV, A.A.; SAVIN, M.A.; PMM'MAN, T&J.
"Prote,:tive grounding in electric installations' by
M.R. haifelld. Reviewed by A.A. Aleksandrov.-H.A. Savin.
IA.V. PerelInan. Prom.energ. 12 no.1:36-37 J& '57. (MLRA 10:2)
1. Glavrqy anargetik zavoda, "Ilaktrosila" (for Aleksandrov)
2. Inspektor Energoinspektaii Energosbyta Lening-radekoy
slaktroonergeticheekoy sistaiV (for Savin) 3. Chlen
Veasoyusnogo naucbnogo inshonerno-tekhnicbeekogo obshchestva
anergatikov (LONT03P) (for Pereltman).
(Electric currants--Grounding)

AUTHORS: Aleksandrov, A.A. and Ustinov, A.P. 94-1-16/24
TITLE: A Roller-type Current Rectifier (Rolikovyy vypryamitell
toka)
PERIODICAL: Fromyshlennava Energetika, 1958, No.1
pp. 33 - 54'N33R)'
ABSTRACT: This brief article describes mechanical rectifiers developed
by the German firm Kalor-Emag in which the contact system in-
cludes rollers. The equipment is suitable for production of
medium-voltage d.c., and can be paralleled with mercury-are
rectifiers. The operating principle is described and illus-
trated with reference to Fig.l. There are two stationary
sectionalised contact rings which are bridged as required by
moving rollers. Equipment for 4 000 A d.c. has 6 pairs of con-
tact segments. Equipment for 12 000 A is illustrated in Fig.2.
The firm of Kalor-Emag manufactures two types of rectifier, one
vertical,as illustrated in Fig-3, and the other a double hori-
zontal arrangement, illustrated in Fig.4. The main character-
istice of the equipment are tabulated. There are 4 figures.
AVAILABLE: Library of Congress
Card 1/1

UMTSELLI, L.I.; RYZHKIN, V.Ya.; ALEKSUMOV, A.A.
Investigation of thermal efficiency of electric power plants
equipped with high capacity turbine installations of high and
superhigh steam parameters. Nauch.dokl.vys.shkoly ener4g*
no.3:109-320 '58. ~MIRA 12.1)
1. Rekomendovano kafedroy teplovykh alektrichealcikh stantsiy
Moskovskogo energaticheakogo instituta.
(Blectric power plants)

SOV/96-59-10-14/22
.A,UTH013.S; Yakalovich7 M.P. (Dr.Tech Sci )- Zubarev V.N. (Cand.
Tech.Sci.); Aleksandrov7*A.k: Nngineeri and
Kalinin, Yu.Ya'.-TEn-g-IM-aur)
TITLE: An Experimental Determination of the Specific Volumes of
Water up to Pressures of 1200 kg/cm2
PERIODICA1., Teploenergetikaj 1959, Nr 10, PP 74-77 (USSR)
ABSTRACT: Available information about the thermo-dynamic properties
of water at high pressures is inadequate and experimental
data on the specific volume of water were required. The
data are needed both to formulate tables of specific
volume, and also to calculate calorific values of the
specific heat at constant pressure and, of the enthalpy of
water at high pressures. Similar work is in hand in the
U.S.A. by Kennedy, Knight and Holser. The equipment used
was very similar to that described by Kirillin in
Teploenergetika, Nr 119 1935. The piezometer was made of
steel iKhl8N9T9 whose thermal coefficient of expansion is
tabulated. Precautions taken to ensure accuracy of the
experiments are described in considerable detail.
Card 1/2 Specific volumes of water were determined at six
temperatures, and the experimental data are tabulated.

sov/96-59-10-14/22
An Experimental Determination of the Specific Volumes of Water
up to Pressures of 1200 kg/cm2
The maximum error of the test data calculated in the
usual way is 0.06-0.08%9 the latter figure relating to
the maximum test temperature. The experimental data
obtained in this work are compared with published
American and Soviet data at each of the six temperatures.
Agreement between the present work and published American
work is good; such differences as there are lie within
the total experimental error of the two sets of data.
At low temperatures there is good agreement with the
published Soviet data, but differen.-es become appreciable
at higher temperatures. This is evidently because values
of specific volume at high pressure previously published
were obtained by extrapolation of experimental data
Card obtained at a pressure of 300 kg/=2. The previously
2/2 published Soviet data of vukalovich appear to be in need
of correction. There are 2 tables, 1 figure and 8 refs,
ASSOCIATIONt Moscow Power Institute (5 Soviet7 3 English).
(MosL-ovskiy energetiaheBkiy institizt)

ALEKS&NDROY A.A.
Special features of the operation of electrical Inutallationa
in the Arctic. Prom.energ. 15 no.2:1-6 P 160.
(MIRA 13:5)
(Blectric power plants-Cold weather operation)

rMLOVICI 0 M.]P.,, doktor tekhn.nauk;, ZUBAM s V,N. a kaxid. takhn.nauk;
KALINMS Yugues inzhej AWMA?qRqV-,v.-A.A,p in2h.
Squation of state of water based on experimental. data,
Teploonergetika 8 uo,4976,81 AP 161* (MIRA 14--S)
1, Moskovskiy energeticheskiy institute
Water-Thermal propw-&-va
uilttioli of state)
M

VMLOVICHt M.P. . - Ji0or tekhn.nauk, prof . ~ ZUBAREV , V. I?,, , kand. tekhn.mi4k ;
AIEXSANDR6V, A.A.,_inzho'
Experi.mental determining of the specific volumes of steam at
temperatures from 7000-to 9000 C and under a presaure up to
1200 Ydlogram per square centimeter. Teploenergetika 9
no.1:49-51 Ja 162. (kRk 14:12)
1. Moskovskiy energeticheakiy institut.
(Steam)

ZUBAREV, V. I., kand. tekbn. nauk; ALEKSANDROVI A. A., kand. tekhn.
nauk
Heat transmission and viscosity of a 96-Per cent (in volume)
solution of ethyl alcohol in water. Teploenergetika 10 no-3:
71,-78 Mr 163. (MIRA 16--4)
2. Moskovskiy energeticheskiy institut.
(Ethyl alcohol-Thermai properties)

ALEKSANDROV,, A.A.
~- -
Using waste'waters to eliminate freezing of the drilling too!.
Burenie, no.9:18 164. (MIRA 18:5)
1. Trest "Pervomayburneft'll.

'ACCESSION-NR

0-1
0 men s-i --.--i6cuum4o116d- 606cirr ens--
aC. aye
___ sucli-la-Y-e- ri -_:_WrKn s'--b-p-P--it -toll
sequer 4dg-gkq:;ifnp
r t -d ____ ft I- ___ are).- -adi-
egna e aur: ace ayers re
art; __hasi. 6 figureti-And lUbles.
~x rupbare&bAd'er roo
----------

~:,ASSOCIATIOW"
Novi ed 7

s TEMI _0 07,~~- NC _-~SUD_Col

60v, 00
NA 4: -:OTHER, 06
~i?w ~M

i-, fT 77' 7

Pr,_4/Pu-4 'i af,c) G -------
ACCESSION WR- AT40-147715 S/2563/64/000/238/0095/0100
nenV 4-
AUTHOR- Smirnov, V. S. (Professof, Corresponding wriber Ali &SSM); Amo 0
Tron f., A. S.; k1 ksaarov, A. A.
TITLE: Effect Of rolling ina vacuum 9n metal properties
SOURCE- Leningrad. Politekhzicheskiy institut. Trudy no. 238, 1~,64, ObralDtka
metallov davleniyem (Metalworking by pressure), 95-100
TOPIC -TAGS: -vacuum rolling !Metal rollin g*, metal vacuum rol ling, t itanium,
molyben!,,m, niobi n, chro Ium, tantalum. vanadi
ML
tory_'
ABSTRACT: Highly purifteAeftgC M-Ptala-MACh-44
niee
ese s and alloys are jeneral'y pre-
pared in a vacum., since heat treatment of these metals in air lea(s to their
ccntarrination. Frequently, platin 9~ used prici to roiling for piotection of the
metal. flowever, removal of the platF4 after rolling i6 very difficult. fif-ating
and deformation of active metals In a vacuum has several advantage,, in compEirison
with treatinent in an inert gas. The present paper briefly discussios the retults
of investigations into the affect of hot rolling in a vacutm o-n thin mechanival
Cori 1/11 -.-- Nza-aram

-4
1-367-65
L 3
Ac-CESSION NR: AT4047715
prIope-rties and~~stnuture 0.US ev Val-me tals. The metals were deforned on a 1`0
rolling~ inill in a vscuum~ -but-- the were not in a
tioxiliary mechanisma and bearings
vacuum. The metal was heated to 1500-1700C at a rolling rate of 0.1-1.0 M/sec with:.,
.cooling of billen up to goo "M iii-length in a vacuum of 10-1 to Lilo-5 mm Ug or
'in a protective gas. The rolling mill and stand used for the tests ie illust-rated
band described in detail. The tests indicated that the ultimate strength of j-!."
~titanium rolled in a vacuum is lowered by about 3-5% in comparison with titanium
,rolled in air. The relative elongation increased by 60-80%. Heating ami rolling
in a ~xlo-5 mm Bg vacuum increases -the plastic properties by 10-20% in cmparitson
with rolling in a 10-3 mm 4 vatu V i
Um. Heating in a vacuum and rolliag in air lead
to an increase in the plastic properties of titanium by 15-20%. Ni:)bi.um heated
and rolled in a vacuum has plastic properties 60-80% higher than th:;se of metal
rolled in air. The ultimate strength is lowered i.- this case by ab)ut 15-20%.
Heating and rollUig of molybdenum in a vacuum also leads to an iner~ase in plastic
properties by 60-510% anJ to a lowering in ultimate strenj;th by 10%. The deforma-
..bility of metals Increaoes by,3540% when heated and rolked in a va(!uum. The
~plasttc propettiei of the metals i1mprove noticeably at residual pres%sures of
1o-3 mm jig. Changtrig of' the vacuum from lo-3 to 2x10-5 mm Rg impro-es the plastic
prp;perties of the metals by an additIonal 15-207.. Pot rolling of mistals ir. a
vacu= not only protects them from contarnination but also purifies them to some
Card Z/ 3

Card 3/3

ZUBAREV, Vladimir Nikolayevich; ALEKSfiNDROV,,Alekzey Aleksun.drovicl~;
MELEYEV, A.S.,, red.; VUMM-6ft',-~.F., red.
[Practical work in engineering thermodynamical Praktikum po
telchnicheskoi termodinamike. Mosk-vas Energiia, 1965 '. 295 p.
(MIRA 18: 5)

VUXALOVIOVI M P doktor tokhn.nAukp prof.1 ZUBAREV, V,,Noj )i&nd,tokhn,n&ukj
P116SM;, P*Os# kand.tekhnsnauk; ALSKSANDROV, A,Av# kand,tekhn,nauk
P
Tito io-diagram qf stoam at 800-150000 temperatures oad pressures up
to 1000 bar. Uploonorgottka 22 no.1001IL99 0 165. (MIRA 18110)
ls Mnskavskiy onorletiohookiy inctituts

41 411 0 0 0 a 0 0 0 4 0 0 .710-
I A 1 0 1 f: it it tj U it 16 tt is " It U a X a a P X lVal! Arty DEN kv migooc4i a Nice
a A. a --L-j .4 -1. . 11-40 r Q I I I V 01 It. t -I,,- II #A 0 CC go gt ills d'1.16 kA i-V 0 4 1. -7j~e 0
A t
-r < 'A A. tits .40 .0(41411(1
TN ILE S fi-NDR"' ------- ---
2-
00
00 oil Vanish fer rubber footweer. -A. A. Akksandmv_
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Making glove velour from sheepskin. Iiag.prom. 14 no-7:33-34 11 '54.
(Gloves) (ML'RA 7:7)