SCIENTIFIC ABSTRACT ALEKSANDROV, V. I. - ALEKSANDROV, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100830011-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ALEKSANDROV. V.I.; MANEVICH, A.B.
------ - 1-- 1--l-
The SOKSSh-2,8 combined vegetable plantor. Blul.takh .-skon.inform.
no.2:67-68 '59. (MIRA 12:3)
(Planters (Agricultural machinery))

ALEEWDROV, V.I.; HASSOLOVA, T.P.
P-1 --1 ~r~ I Im-
The G11-2 mounted ridging plow. Biul.tekh.-ekon.inform. no-5:
62-63 159. (MIRA 12:8)
(Flows)

PERSHIN, N.1 ALEKSANDRO ILLERITSKIY, N.Ye.; TABACHKOV, I.F.
W,
BC)Ll;sffR6V-. KANARt, I.A.; YASIKO, A.F.; KLYUKIN, A.P.;
POLYAKOV, V.S.; FILIPPOVA, N.A.; SMAGORINSKIY, B.S., red.;
IZHBOLDINA, S.I., tekhn. red.
(The millionth tractor; on the occasion of the 30th anni-
versary of the Stalingrad Tractor Plant (1930-ig6o)] mil-
lionnyi traktor; k 30-letiiu Stalingradskogo traktornogo za-
voda (1930-1960). Stalingrad, Stalingradskoe knizhnoe izd-vo
1960. 94 P. (MIRA 16:9)
1. Stalingradskiy traktornyy zavod im. Dzarzhinskogo,
(Volgograd-Traetor industry)

ALIKSANDROV, V.I.
Modern potato planters. Trakt. I sellkhoismash. 30 no,7:23-24 J1160,
(MIRA 13:10)
(Planters (Agricultural machinery))
v

AIRK A V.I.J. inzh.; KUZNETSOV, B.F.1, inzh.
Types of tractor-mounted vegetable and sugar beet plantors, Trakt, i
sellkhozmash. 32 noi-12.28-30 D 162. (~MIA 1633)
1. Vsesoyuznyy nauchno-issledovatel.'skiy inBtitut sellskokhozyaystvannogo
mashinostroyeniyu. -
(Planters (Agricultural machLnery)) (Vegetable gardening)
(Sugar beets)

USYSHKIN, S.I.; ALEKSANDROV _Y.Ij. KOROTROVA, A.V., red. izd-va;
VORONINiT.T.T. _yfle_~Jkhn. red.
(Technical mechanics; a,methodological textbook] Takhniche-
skaia mekhanika, metodicheskoe posobis-Programma, zadaniia
dlia VontrolInykh rabot a kratkimi metodicheskimi ukazaniiami
po, Ah. vypolneniiu; dlia uchashchikhsia nemashinostroitellnykh
spetsiallnostai saochnykh tekhnikumov (na baze 7 1 10 klassov).
Moskva, Vysshaia shkola, 1962. 150 P. (MIRA 16:5)
1. Russia (1923- U.S.S.R.1 Ministerstva, vysshego i arednergo
obrazovaniya.
(Mechanical engineering--Handbooks, manuals, ate.)

AY,-ASANIDROV, V. 1.
i prious
"Srecific and Vonspecific Elementz in the :>,aaction of the Coll to D' I
A o
i -71,
I -~r, y, alid :~' brvolory,
action Influences," Transactions of tile inst. of Cytolo,,- '-jistoloF
AS USS-R. 3, 1, 3, 8-2, I~H'

AURKSANDR V, V.I. ; KRYUKOYA, Z. L
Cytophys3,)Iogio analysis of natural destruction of cell elements
in the organism, Izv. Akad. nauk SSSR. rber.biol.. Moskva no.2:68-90
Mr-AP 150. (GIML 19;2)
1. Of the laboratory of Cytology, Department of General Morphology,
Institute of Irperimental Medicine AS USSR.

123 - 1 - 302 D
Translation from: Referativnyy Zhurnal, Mashinostroyeniye., 1957,
Nr 1) P. 50 (USSJ,1
AUTHOR: Aleksandrov. V.K.
TITIE: Methods of Improving the Economical and Mechanical
Efficiency of the "Moskvich" [Automobile] Engine -
(Puti uluchsheniya-ekonomicheskikh i moshchnostnykh
pokazateley dvigatelya "Moskvich")
ABSTRACT: Bibliographic entry on the author's dissertation for
the degree of Candidate of Technical Sciences,
presented to the All-Union State Scientific Institute
of Automobile and Automotive Engine Research (Goa.
soyuz. n.-i. avtomob. i avtomotoi. in-t) Moscow, 1956
ASSOCIATION: All-Union State Scientific Institute of Automobile
and Automotive Engine Research (Goa. soyuz n.-i.
Card 1/1 avtomob. i avtomotor. In-t)

AUTHOR- Aleksandrcv, V.K. 113-58-5-6/22
T1TLEz Analysis of' the Reznzltv of Tests of Motors
(Analiz rezuiltatov ispytaniy dvigateley)
PERlO.DICALs Aytomc'v U`naya Promyshlerx.,--.~,* '195B, Nr 5, PP 1.7-22 (USSR)
ABSTRACT: The correct use of the reslklf~ -~f regulating tests of motors
necessitates the uBo of a syEttvni ~,f their analysis which re-
flectts the degree of th-,-,-~- Pe-rft~-.-tion as well as that of their
component 'DartS. The ai;,hor presents a series of graphic and
.1at 4cr.z, ",;r 7~~) wmof-o-s of Soviet and foreign
analytic deterMi-
make. There are 5 graphs and 4 tab`.es.
ASSOCIATION; bloskovsk-iy zavoki avtorpobiley (The Moscow
smal, Kzt,~at';
AVAILABLE: Library of Congress
Card 1/1 1. Automobile tadu,-try 2. M;..*'~-:..-,-F,--Tex"-. methods 3. Motors-Test
results

AVDEYEV, VJ.'.; Al , T,,' JU;AI;DIIDV V.K.,- GOLOSOV, V.,',.; YEZ110VA, Ye.V.
I ~
Devices for the continuous locking of manufactured a-rticleC
through a vacuum. Dokl. AN BSSR 8 no.11:699-701 IIVI 164.
(MIRA 18:3)

AVDEYEV, V.N.;, ALEKSANDROV, V.K&
Ratimixtion of the preciaion of the lattice sDacing in electric
.-,..yaouuxa apparatus by means of moiA gratings. DokI. AV BSSR 0
no.10:643-646 0 165,
(MIFUk 18:12)
1. Submitted June 7, 1965-

02389 SOURCE CODE; UR/0250/65/009/012/0791/0793
AITTHOR; Avdcyev, V. N.; Aleksandrov, X. K.., Lukovnikov,- Yu. N.
OR-"-'.: none
:'I,F,: NE rominiaturizatioj_!O~f helical filaments for lamps and tubes
SOURCE: AN BSSR. Doklady, Y. 9, no. 12, 1965, 791-793
TOPIC TAGS: microminiaturization, microminiature filament
ABSTRM,T- The development of a new helix-winding head, which corresponds to a
special formula for maximum filament tension, is reported; , the head permits winding
the. filament on a "dasW' type base. The filament tension in the older B. 282. 05 type
head used to be 26 g; ~the new microhelix head uses a tension of 2 g. Formulas and
curves characterizing operation of the new head are presented. An experimental
microhelix of 30 (A diameter made. from 8-,m wire is shown. Orig. art. has:
Z figures, 3 formulas, and 1 table.,
SUB CODE: 09 / SUBM DATE: 16Jun65 ORIG REF: 009 OTH REF: 00 1
Card 1/1

ACC NRt AP6034185
SOURCE CODE: UR/0250/66/010/010/0748/0751
~ALMHOR; Avdeyev, V. N. (Corresponding member AN SSSR);.Agafonova, M. A.; Aleksandrov,
:V. K. ------
ORG: none
,TITLE: Method of designing combined electronic devices with a plane-parallel elec-
trode system
!SOU,'-,CE: AN BSSR. Doklady, v. 10, no. 10, 1966, 748-751
.TOPIC TAGS: vacuum tube, ele'ctron tube, triode tube, pen-code electron tube, electron 1!
t
!tube anode, electron tube ca-Chode, electron tube grid, electr= tube filament
~ABSTRACT: The authors point out the numerous advantages of plane-parallel element con-
~-figurattion in multiple purpose vacuum tubes, as comparod with conv'entional coaxial de-
'sign. The coaxial construction of complex multi-purpose vacu= tubes is not suitable
.X
:1or automation. The stability of the construction, especially of the grids (which are
'Zormed in spirals), is poor, as is the utilization of -he envelope space. The authors
Idesign.ed a triode-dual pentode tube intended to serve as an audio output stage in ra-
!dio and TV sets. The triode. can be used as a phase inverter, and the two pentodes are
:connected in push-pull form. The-elements are f rmed in plane-parallel, rather than i
1 0
;cylindrical-coaxial configuration. The parameters of this tube are superior-to those
Card 112

ACC NR: AP6034185
,of the conventional tube, particularly because of the rigid "frame-grid" element used
lin all three systems. Orig. art. has: 2 figures.

ALEKSANDROV, VLADIVIR WINITAVICII.
Prilozhenie teorii reshetok k vintu.
no. 6)
Summary in English.
Moskva, 192h. 18 p., illus. (TSAGI. Trudy,
Title tr.: Theory of lattices applied to a propelling screw.
QA911-M55 no.6
SO: Aeronautical Sciences and Aviation in the Soviet Union, Idbrary of Congress,
1955

ALEEKSAINDROVI VLADIMIR LEONTII~E VICH.
Passazhirskii samolet TS.AGI, tip. A.K. I. Ego proektirov,-nie.,- postroika
i ispytanie. Moskva, 1925. 12~) p., ~llus., tables, dial7rs. (TSAGI. Trudy,
no. 17)
Title tr.: The A.K.I. type CAIII passenCer plane; j.ts desiE.,,n, constraction
and testinp.
QA911.1465 no. 17
SO: Aeronautical Sciences and Aviation in the Soviet Union., Library of Congress,
1955.

vim.
AIEKSANDROV, vimimm igow~z
Razgon samoleta. (Takhnika vozdushnogo flota, 1944, no. 7, P. 5-7, diagra.)
Title tr.i Acceleration of an aircraft,
TL504-T4 1944
SO: Amonautical Sciences and Aviation in the Soviet Union, Librar7 of Congress,
1955

AUKSANPA~(,-V, Vladimir Leont'E'vich
Opredilenie skorosti za vintom. (Tel.-nika vozk-Lshnogo flots, 19U,
no. 11/12, p. 13017, diagrs.)
Title tr.. Detenriination of speed behind the propeller.
TLII-A.U 1941i
SO: Aeronautical Sciences and Aviation in the Soviet Union, Librar~i
of Congress, 19~5

ALEEKSANDIVV, VIAbI;,'-IR LE-ONTI VICH
K voprosu o razvitti vozdushnykh vintov. (TILKIMIKA VMUSHNOGO FLOTA, 19h5, no-7/8,
p. 21-26, diagrs.)
Title tr.: On the future development of propellers.
TL5O4.T4 1945
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of Congress,
1955

AT-MMAMOV, VA., redaktor.
I " WAwMOwwO*"N"
(Take-off and landing; collection of translations] Vzlet i posad3m; abornik
perevodov. Pod obahchei red. V.L.Aleksandrova. [ ] Izd-vo IINT, 1946.
95 P. OWA 6:8)
1. Russia (1923- U.S.S.R.) Ministerstvo aviatsionnoy rromyshlennosti.
Byuro novoy tekhniki. (Airplanes--Design and constraction)

AIEKSAI-M.-OV. Vladirdr Leont'Evich
Teknicheskaia gidro-r.ekhardka. Izd. e., perer. DoIjughcheno v kachestve
unceb. posobiia diia vysshikh ucheb. zavedenii. Yoskva, Gostekhizdat,
l9h6. 431 P., illus.
Title tr.: Applied bydromechanics. Arprowd as a textbook for schools
of higher learninC.
QA90l.A38 19bb
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955

PHASE X TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 648 - x
BOOK Call No.: AF542792
Author: ALEKSANDROV, V. L., Doc. of Tech. Sci., Prof.
Full Title: AIRCRAFT PROPELLERS
Transliterated Title: Vozdushn3rye vinty
PUBLISHING DATA
Originating Agency: None
Publishing House: State Publishing House of the Defense Industry
(Oborongiz)
Date: 1951 No. pp.: 475 No. of copies: Not given
Editorial Staff: None
PURPOSE AND EVALUATION: This is a textbook approved by the Ministry of
Higher Education for aviation institutions of higher learning. It
may also be useful as a practical handbook for engineers who design
and build propellers. This is an interesting compilation of various
theoretical and practical problems concerning propellers. The book
contains a greater variety of materials, especially in its theoreti-
cal part, than a comparable American textbook of a similar level.
Nothing of special interest was found in the text.
TEXT DATA
Coverage: Following problems concerning propellers are considered:
selection, design, computation, production, testing and operation.
1/4

Vozdushnyye vinty
AID 648 - x
Propellers are classified according to their basic construction and
individual characteristics. In the chapter on aerodynamics concise
but comprehensive information on aerodynamics is given. In the
chapter on dynamics the physical picture of forces and moments act-
ing during the operation of propellers is given more attention than
usual in other similar textbooks. The book contains also a detailed
analysis of contemporary (1951) conditions and rules of propeller
operation. The production of propellers and specific features of
its technology are exposed briefly. The problem of propeller bal-
ancing during production and operation is treated separately. A
consecutive analysis of causes of static, dynamic and aerodynamic
unbalance is made. Analytic and eXDerimental methods of the deter-
mination of the unbalanced conditions ere shcwn and the methods of
remedy indicated.
Table of Contents Pages
Foreword 5-6
Ch. I Basic Conditions 7-25
Ch. II Historical Data 26-35
Ch. III Propeller Construction 36-98
Ch. IV Design of Components of Propeller Equipment 99-146
Ch. V Description of some Aircraft Propeller Designs 147-16o
p~/4

Vozdushnyye vinty AID 648 - x
Pages
Ch. VI Classification and Review of Propeller
Aerodynamic Theories 16l-162
Ch. VII Theory of an Ideal Thrust Unit and of the
Propeller 162-187
Ch. VIII Theory of an Isolated Blade Element 187-197
'Ch. IX Sabinin-Yurlyev's Propeller Theory 197-201
Ch. X Propeller Vortex Theory of Zhukovskiy, N. Ye. 201-227
Ch. XI Interaction of the Propeller and the Aircraft 227-234
Ch. XII Aerodynamic Testing of Model Propellers 234-259
Ch. XIII Use of Characteristics of Propeller Testing for
the Selection of the Propeller for the Aircraft 259-286
Ch. XIV Designing Propeller Blades 287-297
Ch. XV General Information on Propeller Dynamics 298-303
Ch. XVI Static Representation of Forces and Moments
Acting on the Propeller 303-336
Ch. XVII Dynamic Representation of Forces and Moments
Acting on the Propeller 336-345
Ch. XVIII Non-Uniform Movement of the Propeller 345-365
Ch. XDC Propeller Pitch Control 365-373
3/4

Vozdushnyye vinty
AiD 648 - x
Pages
Ch. XX Propeller Noise 373-38o
Ch. XXI Brief Description of Blade and Hub Manufacture 381-399
Ch. XXII Propeller Balancing 399-421
Ch. UIII Testing Propellers and Their Equipment 422-439
Ch. XXIV Propeller Operation on Aircraft 439-447
Appendices Table of r.p.m. squares and cubes; table of
powers of propeller diameters; standard at-
mosphwJz data; ordinates of the R.A.F.-6 and
Clark Y and F airfoils; aerodynamic charac-
teristics of the propeller VISh-61F type;
balancing the shaft with propeller on knife-
edges; balancing of elliptic shaft on knife-
edges; basic symbols 448-470
No. of References: None
Facilities: None
4/4

-
Ll ra n cam e.Soymor, unstea, y ino*
;
tion, and the cornbittation of the propeller with the airplane anc; the
rveiprocating engine or turbine. Much space is devoted to praditc-
choice ci type, detcrninarior
i~) an-; control, noise, testirg
ani approprier,',
7,iccwes T~.c book cle---Iv slw~ s u,c
,rfrcr but i scientist and an err-eriem r~: ~,!azf ~z n,,-~ I ~1(-
presentation uses simple mechanical an.-' th:oughouc
stresses the physical basis, the simpLiNing nssumptionu nrces~-
sarv for the ma6mma-leal deve!Opment, thr applicability of the re-;
Sul;s ris influenced by these simplificorions, 2nd the interaction of

!herm-i and mactite; thus the reader nevcr loses ~,ighr of the OV,tr-

th.- topic, ta,c ~-.een

F~

ct,
T tic tL- r'! r-`11~--.
npi i sh ~ovt~d be ,csirabIr

ACC NRI AP60364i
8 SOURCE CODE: UR/0370/66/000/006/0068/ 0072
AUTHOR: Ale4q_,~pdrqv,,-V. L. (Sverdlovsk); Bogachev, I. N. (Sverdlovsk);
Mints, R. -1.('SVerdlovsk)
ORG: none
TITLE: Peculiairities in the behavior of austenitic steels under cyclic loading
SOURCE: AN S8SR. Izvestiya. Metally, no. 6, 1966, 68-72
TOPIC TAGS: so=4 austenitic steel, cyclic load, cyclic stress, chromium Alij)
manganese steel, ehmanium nickel steel/30KhIOG10 steel, lKhl8N9T steel
ABSTRACT: A study was made of the behavior of chrome manganese and chrome
nickel austenitic~ steels under cyclic loading. The study showed that 30KhIOG10
chromium manganese austenitic steel has a much greater resistance to cyclic
loading than lKhl8N9T chromium ni(:'&-el austenitic steel, and that this difference is.--
due to the different nature of the stru--turaI transformations which take place in
them during cycftc loading. 30KhIOG10 chromium manganese austenitic steel is
unstable under cyclic loading and decomposes, forming a specific structure which
r.,,4 1 / 2 UDC: 621.788

ACC NRI AP6036438
is apparently rek~onsible for the steel's high cyclic strength and resistance. The
chemical composition and martensite points of the steels used. are given in a tab.le
in the original article. [Based on authors' abstract] ISP]
SUB CODE: II/SUBM DATE: 14Jun65/ORIGREF: 004/
212

ACC NRI AP7000657 SOURCE CODE: UR/0126/66/022/005/0737/0743
AUTHOR:. Aleksaridrov, V. L.; Bogachev, 1. N.; Mints, R. 1.
ORG: Ural Polytechnic Institute im. S. M. Kirov (Uralskiy politekhnicheskiy inatitut"
TITLE: Cyclic strength of austenitic steels
POURCE: Fizika metallov i metallovedeniye, v. 22, no. 5, 1966, 737-743
TOPIC TAGS: austenitic steel, chromium manganese steel, chromium nickel steel,
manganese steel, nickel steel, fatigue strength, cyclic strength
A13STRACT: The behavior of several austenitic steels under the effect of cyclic
.,loading has been investigated. 30KhlOG10, 47KhlOG8 and lKhl7AGlO chromium-manganese
steels, 68Kh7N7 and lKh7N7 chromium-nickel steels, G38 manganese steel, and N36
nickel steel specimens12 x 5 mm, in cross section, austenized at 1100C for 1 hr and
water quenched, were subjected to alternating bend tests at a frequency of 50Hz.
'It was found that the damping ability of the matal structure is the most important
~
factor affecting the service life of metal under conditions of high cyclic loads and
resonance fatigue. Steels with unstable austenite have a higher cyclic strength than
steels with stable austenite. The fatigue strength of the former is also higher than
the static yield strength. Different types of austenite with the same stabilitY have
different strength and life service under cyclic loading. ChrouLium-manganese
Card 112 UbC: 669.15-194:539.43

ACC NR. AP70006.57
austenites have higher cyclic strength than chromium-nicktl austenites. Orig. art.
hasi 4 figures and I table.
SUB CODE: 1l/ S~BM DATE: 02Feb66/ ORIG REF: 011/ OTH REF; 001
2

ALEKSANDROV.-I.K.; SHUVAY-TV., N.A.
Automatic record of the lines of flow of a fluid. Sudostroenie 2-9
no.l+*.54-55 Ap 163. (MIRA 16-4)
(Recording instruments)(Aarodynamics--KLectromachanicaI analogies)

SOV-25-58-8-10/61
AUTHOR: ----A1akaandrav.,._V_,M., fiend of the Scientific Section
TITLE: The Memory of Animals (Pamyat' zhivotnykh)
PERIODICAL: Nauka i zhizn' , 1958, Nr 5, pp 21-2,1 (USSR)
ABSTRACT: The author tells of experiences and experiments made with
monkeys, dogs, crawfish, bees and wasps for the purpose of
studying the rudimentary forms of elementary thinking of animals
and proving that animals have a memory.- The author points out
that every living organism is capable of perceiving outer ir-
ritations (thermal, luminous, sound, chemical, tactile) which
have an influence on the organs of sense. According to Aca-
demician I.P. Pavlov, a trace is left on the animal' s nervous
system from every irritation. This trace may disappear, but
it may also Cause a prolonged change in the nervous system and
reflect on actions of the animals for a shorter or longer period.
This is called memory. There are 12 drawings.
ASSOCIATION: Leningradskiy zoopark (Leningrad Soological Gardens)
1. Animals--Physiplogy 2. Memory--Theory
Card 1/1

,-_ALEKSANDROV, Vlad r MMAylovich, PrAnimali uchastiye: KHYLOV, N.A.p
kand. tekhn. nauk; CISIMASOV, MI.., inzh.,- RUSAKOV, M.Ye., arkhit.;
YAKKER' N.I., arkhit.j SATIN, M.S.,kand. tekhn. nauk, nauelmyy red.;
MAKSIKOV, K.G.., red. izd-va.- PULIKINA, Ye..A., tekhn. red.
[Large silicate blocks made of quicklime] Kruprqe silikatEve bloki
na negashennoi izvesti; opyt Leningrada. Leningrad, Gos.izd-vo lit~-
ry po stroit., arkhit., i stroit.materialam, 1961. 103 p,
(MM 14:11)
(Building blocks) (Sand-lime products)

ALEKSANDROV., V.M., Inzh.
Technology of rAnufacturing large silica blocks. Sbor.nauch.trudov
LISI no.24tI36-152 -56. (Sand-ilm bloclw) (MIRA 1593)

L hOh3-66 EXT(d)/WT(m)/.
82/0785
ACCESSION NR: AP021312 UR/0040/65/029/60V07
Rostov-at DDIM
iAUTHORSt Aleks m
Any_,-V-,-M' (ROBtOv-na-DOW3
TITLE: in a layer of small thickness
Equilij)rjum. f rac ure
-705
SWRGE.- Prikladnaya matematika. i m8khanika., v. 29s no. 41965.0 782
ITOple TA(;S1 laminated material., sandw ch structures material separations zaterial
j failure, crack propagation
f ature in
ABSTRACTs The planar and Ar.ia3lY symmetric Problems on equilibrium ra
i a thin layer are studied. The layer is compressed between two amooths stiff
basess and the fracture (symmetrical relative to the edge of the layer) is held
l
open by forces applied to the lVer's surface. The problem involves determining
the fracture function (x), from the integral equation
i . 1 1. -
V SIM
C - J
dtY-.--W- w), -, - -2(t - a
where 2h is the thickness of the layers q(x) is-the normal force functions and
are elastic const;antss and K in a-f-unction given by
CLwd

ALEKSAN-DROV, V.M.,(Rostov-na-Donu); BABESHKO, V.A. (Rostov-na-Donu)
Contact problems for an elastic strip of limited thickness. Izv. ,
AN SSSR. Mekh. no.2:95-107 Mr-Ap 165. (MIRA 18: 6)

A' '.4 1
I 1 110 1
"all VXf oil
OPM.""NoWN
Zz
-iil-lit
1 _--I ai 'H
4 ~41
A 1
31

ALEKSANDROVI Y.M. (Rostov-na-Donu); VOROVIC110 I.I. (Rostov-na-Donu)
. .........
Action of a stamp on ap elastic layer of finite thickness. Prikl.
mat, i mekh, 24 no. 2:j23-333 Mr-Ap 160. (M3RA 14:5)
(Elasticity)

AIEKSANDROV., V.M. (Rostov-na-Donu)
Approximate solution to a certain type of integral equations.
Prikl. mat..i mekh. 26 no.5:934-943 S-0 162. MIRA 15:0o)
(Integral equations) (Elasticity)

ALEKSANDROT V.M. (Rostov-na-Doilu)
L-~% I =-, I
Axit~mmetric contact problem for an elastic infinite cylinder,
Izv,,AN SSSR.Otd.tekh.naak.Ybkh. i mashinoutr. no.5:91-94 S-0 162-a
(MM 15:10)
(Cylinders)

ALEKSANDROYt V.M. (Rostcyv-na-Donu)
.SolufAon of certain con.tact problems,in the theory of elasticity.
Prikl. mat. i mekh. 27 no.5t970-972 3-0 163. (MIRA 16slO)

.1 1
(Rotitov-ra-Donu)
Scj,~c. contact probloms ,for an elck,,ltio 1ELY(r, Prikl. mAt ', molch. 27
JI-Al 63, (E.1 Ck V ti C i ty) 16-.9)

BABESHKO~ V.A.j VOROVICH., I.I.; (Rostov-on-Don)
"Asymptotic method of solving contact problems for the layer of small
thickness"
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics,, Moscow$ 29 January - 5 February 1516h

ACCESSION NR: AP4038577 S/0022/6,4/017/002/0003/ODOS
AUTHORi AleksDndrov, V. M.
TITLEt Approximate solution of a class of integral equations
SOURCE: AN ArmSSR. Izv. Soriya fiziko-matematicheakikh nauk, v. 17, no. 2,
1964, 3-8
TOPIC TAGS: integral equation, dpproximate solution, stamp, elastic strip,
elasticity, Chebyshev polynomial, algebraic equation
ABSTR1CT: The author studies
M tn X A rf (x) 4. x (1)
where (0 is a parameter, F(k) is an evvn function
and 2 > A.
(k)EH;( > 0.. P,
Cord 1&,~--

ACCESSION NRt AP40385TI
He seeks a solution of (1) in the form
M 'PO M + q~ (E), (2)
where ~,-he function is defined.b
In x A f (x) F (o)
(3) (E) dE, x)
After a series of transformations, he represents the desired unknown as a series
in Chobyshev polynomials whose coefficients satisfy an infinite systoln of alge-
bralc equations. This system is solved by the method of reduction. The author
applies his results to study the problem of the affect of a rigid stamp on an
elastic strip lying without friction on a rigid base. Orig. art. hasi I table
and 23 formulas.
ASSOCIFATION: Rostovskiy gosudarstvenny*y universitet (Rostov State Univortsity)

. ALEKSANDRO,V, V.M.
Approximate solution oll one class of integral equations.
Izv. AN Arm. SSR. Ser. fiz.-mat. nauk 17 no.20-8 164.
(MIRA 17:9)
1. RoBtovskiy gosudarstvennyy universitet.

ALMANDROV, V..M. (Rostov-Tia-Donu)
Solution of a certain type of two-dimentional integral equations.
Ytikl. mat, i mokh. 28 no.3o.579-5SI My-JOF-4 (MrRA
1 1737)

VJ%, VOROVP~H, 1.1.
pi-c',leas frr a thim alfisti-- lave'r-. ;,--lkl. mat.
(MIR-4 17-.5)
28 Mr-Ap 164.

Tr 144 T c
FFKA-ij/
'ACCFSSTO~ NR: AP5660~2 s/oi(13/65/o26/003/0492/0499
-'V- 14 (Moscov) Batkov, A.
(Moscov),; Staroverovi A, W.
(MOSCOV);.~ Fc-h-vdiin, FB. A. tMOSCOW)
5 0
ITTLE: Tnvestigation of the accuracy- of non-11 inear, -nonstat i ovary sptems by me~ mf
the statistical linearization method
SOVRCE - Avtomatika I telemekhtnika, v. 26, no. 3, 1,965, hg:?-490
linearization method
MSTRACT---'A ei-.uay is, made -of-a control system vhost perfonnance isAf4cribed b~- the
isystem of nonl:Lnear differential equations written in normaL vector form
F(I, Y) + B (t) f(g),
di
Y(O) = C
!-;here the components of the vector Y(t) represent processea at the output of the
~system, components of the vector NO represent independent random proces.ses of
:white noise tylae*at the input of the system, F(t, Y) is an inertik-free, nonlinear
rd

Icated- thht-thIs--p:r6b,3:;Efi#'- as- a- simple -solution -when the trane;formation F(
linear. Systen (1) io written for this case and a system of' differential equations
As derived from which YM and 0(t) can be solved. it is sI)oWn_ h,)Vuslng the method'
of sti.tiatical linearization (approximation of -the nonlinear transformation F(t, Y)
by a certain forr of linear transformation Z(t)), system (1) can be red-.iced to the
form derived for the linear case and how a system of nonlinear differential equations
for direct determination of TM and Oft) -an be ~,otistrurtedl whi,!b is ainenable to
soliit~-n on a digital (.,omputer. ~t is stressr~! that "f;e mf,*iol present,~d i3 more
nth-r Rtivantsrfwp qE--

P0. 04- 4/Pi-4/~k-4/Pi-4
IJPN BC
AT4049340 S/3005/064/09Q~006/0025/0034
AUTHOR: Aleksandroy, Vim
~ ~4i
uestion of control
MLE: 116 q -by,iiysteins with varirble parameters
ANI~~ Sibirsk6yelotd6lbaiy6; Institut avtomatil.d I elektrometrii. Trudy'
OURCE:
no. 6, 1964. Avtomaticheskoye upravlent-ye neprpi-YN-Pynif protsessami (Automatic
control of continuous processes), 25-34
TUPIC TAGS: automatic control system, nonlinear control system, self adjusting control
systein, control
ABSTRA~T: The author considers a control system with parameters variable with time
under the influence of external distui,bane4,-s and the demonstrates posf;ibilitv of nev- r-
optimurn control using nonlinear dev..ces which c-ausi, oi,;roniimi,1uF rhariges in svstf~rn
parameter,; in Lhe ti ansienL operatinj; regime, of- e-tit! -,t acc~,rtiuig to a signa; or iis
derivative. in both cases, control without disturbirg the quality of svstern stabiliza~-ion is
cvasidered. 11-0 foijawing syistems are treated and picruren senematically: 1. a system
with nonlinear (discontinuous) feedback. 2. the self-nd -iusting aulomatic control syste~m
of Fiugge.-Lot-z and Taylor; 3. a combined control ,;~-~tein ~~ith c~,n8tint pararneteis~
4 a -nt,-ol svsterr. with variable p-&rarn,-ters It is (,oncluri-I that analysis of control
Cord 1~

-L 32070
ACGtSSION NR: AT4049340
systems with objectij having variable parameters indicates that the Plugge-Lotz control
method is suitable for low-arder systems and the metbod of G. Al. Ostrovskiy for systems
of any order. Concrete requirements applied to the object and the form of the difforential
equation describing the object determine the required ewitrol system. Orig. art. has,
5 figures and 18 formulas.
ASSOCIATION: Insfitut avtoxnatihi i elektrometril, Sibirskoye otdelenlye AN SSSR
(Automation and electrometryinstitlute, Siberian division, ANSSSR)
SUBMITTED: 1ZAug61 ENCL. 00 9UB CODE: IF: J:DP

ALEK X.4 ; MATIYENKO, B.G.; NESTEROV) A.A.
Shortening the response timr- for linear measuring systems
of n-th order. Izv. SO AN SSSR no.2. Ser. tekh. nauk no.l:
42-53 164. (MIRA 17:8)
1. Institut avtomatiki i elektrometrii Sibirskego o~delaniya
AN SSSR, Novosibirsk.

AIEKSANDR(AF., V.M. (jjcvoeJbirvk); PIESTEROV, A.A. (Rovo3ibirsk)
Optiw= processes in linear measuring system3. Avtometriia no.2:
77-83 165. . (MTRA 18:9)

AUD4Q_k1,,j*)d*, (Novosibirsk)
Choice of the pa:wateri o~ mbasuring sys'ems wf ~-'n opt,'Ima~
u
control. Avtmnetri~a 165. (VII'l-il, lgi9~:
P

L 63255-w65- EiIT(d)/E~F'~-(~)-~~~/EiVP(li)/F-Vip(k)/EiiP(h)/EWF(,I)
N Pk,-4 P14: P( NVWX
Lj
-ACCESSION-.NR. UR/OZ80/65 1000 100Z/0 IZ3/0128
AAUTHOR: Al'ek -a anVMe, Wo.scow Batk6v, A. M. W-oscow)i
drov
arove-iovol~- ;Twj";*`Sh1*.hukin, Be A. (Moscow)
St
~7
1 TITLEr: Deterinining the. matherratical expectation and dispersion of the response:
of a multivariable nonlinear time-dependent system by computers
SOURCE: AN SSSR. Izvoistiya.* 1'ekhnicheakaya kibernetika, no. 2. 1965, 123-113
TOPIC TAGS: automatic control, automatic control design,
jutornatic control
em, tur,
:ff t tomatic contr,:Pl theory
Ck:: The accuracy is considered of an automatic -control system
describable by these normal differential equations:
dY
F(t,Y)+B(t)i, Y(O)-(;,.
C! =11F101 Y)) is' il
ere T i),:'is'the, column,ve tor .(system: outputt
va r clangular matrix
Cto Iii elks is a riable e
ve
IMP:~-Vj) - is t6~ column vector representing the disturbance (white noise with
to a random vector ofinitial conditions
ependent components);

It -2177-66 EWT(d)/EPP(n Y_~/EW-v- W
JACCESSION "5021071 UR/0288/65/0001002/0013/0021;
62-50
AUTHOR: AleksaTidrov, V.. lf.~; Ni sterov, A.
Ail
TITLE: Optimum system with'Ewitrolled structure
SOURCE: -AN SSSR. Sibirskoye.otdeleniye. Izvestiya. Seriya tekhnicheskikh nauk
no. 2,- 1965, 13-21
'dTOPIC TAGS: algorithm, optimal Automatic control, optimal control,
dcontrol theory, control system~stability
ABSTRACT: The present paper etitablishes an algorithm of iges,".'
in the structure of a system and the parameters ui securing a.minimum transient
process time. It alSG.investillates such newly discovered properties of-these
controlled systems as the possMility of control of unstable and previously un-.
controllable.systems,, and the possible reduction in effects due to the spontaneous-
~v5
changes in system parameters equivalent to the adaptation effect'l Test calcula.
I ading-to the above conclusions
ptuions .1 e have. been. carried out on electronic com-
ter
The new method outlined for the synthesis of optimum (in'time) structure-'..... "j.
C 'd 1j'2
ar
7.

L 41163-4,(')'ZW'r(d)/L-mP(k)/FJ1 DC
ACC NRs AP6015380 (NJ SOURCE CODE: UR/0410/65/000/004/0017~0021
AUTHOR: Aleksandrov, V. M. (Novosibirsk)
ORG: none
TITLE: Selecting the parameters of test systems with optimal control
SOURCE: Avtometriya, no. 4, 1965, 17-21
TOPIC TAGS: optimal automatic control, linear automatic control system
ABSTRACT: The author considers the problem of selecting a factor a as functlen of factor
c for the second-order linear system K + ak + cx = bu(t) with optimal control for u(t) (input
signal Increment), so as to ensure minimal time for the optimal transient process. A case
Is considered in which the point of representation of the phase state of a dynamic system
moves from the origin of the coordinates to a point of static equilibrium. It is further assumec
that the optimum transient response time Is less than the periodicity of tho plecewlso -constant
of the input signal y(t). The problem Is solved through the derivation of an equation to link
the optimum transient time T with the factors of the differential equation, with subsequent
differentiation for a. The method of conjoined phase coordinates Is employed to find the ex-
pression which determines the optimum transient time T. Recommendations are given re-
Card 1/2 UDC: 62-505

F_ T 6 11"INV) E"V- k
L
ACC NRs AP6015237 SOURCE CODE: UR/0410/65/000/0021/0077/0083
31
AUTHOR: Aleksandrov, V. M. (Novosibirsk); Nesterov, A. A. (Novosibirsk) 01P
.............
ORG: none
TITLE: Optimal processes in linear measuring systems
SOURCE: Avtometriya, no. 2, 1965, 77-83
TOPIC TAGS: time optimal control, measuring apparatus
ABSTRACT- Optimal high speed processes in linear measuring systens are examined on
the basis of the control of the measuring devicSl~ nd the shape of the input variable.1
An algorithm for the transformation of the measured signal is developed and the varia
tion of the logic of the measuring system in transient response is described mathema-
tically. It appears that the switching moments of the controlling variables and the
transient period do not depend on the value of the measuz:ed variable, thus facilitating
a reasonably,simple design solution. The static accuracy of the system and its dyna-
mic indexes can be differentiated with the framework of the trans'Lent response. Orig.
art. has; 4 figures, 10 formulas.
SUB CODE: LY-709/ SUBM DATE: 120ct6it/ ORIG REF: 004
UDC: 62-505
Card e

okCr. M AP6024376 SOURCE OWE: UR/0280/66/000/002/0166/0172
k')j Nests'
"AMORS masan&mry. M. (No.
ORG: none
TJTLE: An opamd systemwah controlled feedbga
'SOURCE: AN SWR. bye
BUYK--`,-T*khni0WWMY& kibernetika, no. 2, ;966, 166-172
TOPIC TAGS.- opamal control[": differential equation, dynamic GYBt0Mj nonlinear aUtOmilti
control
"WAMACI!: in optimal control oleo the parameter U ur) on which Is
ry Imposed 66~
(u,
natural constraint
U, &M,
is USUARY regardW the controlling parameter in the llynthesig of optimal control according
to given qu&HtY criterion for systems described in vector form by the differsoal Ovation
A(t) X + BU W
Card 1/2

-ACCNR, AP6024375
-where A and Bare the matrices of the dimensions n n and n >C r, respectively. In this
connection, the authors examine the problems of the synthesis of an optimally-rapid acting
control with respect to both the parameters ui and the coefficients aij (t) of the matrix A(t)
for a second-order nonlinear dynamic system with two controlling parameters, u and A a and
one controlled coefficient a in tho presence of the first derivative of the eqtutUon of motion, on
the basis of the realization of. switching lines on the phase plane xjx2. The pattern of variation
of the controlling parameter is determined with the aid of Pontryagin's maximum principle
(Pon'.
-ryagin, L. S., et al. Matematicheskaya. teoriya optimallnykh protsessov. Fizmatgiz,
1961). The time 9f the transient process is minimized. It is shown that the introduction of dual
control reduces the time of the transient processi expands the zone of controllability and re-
duces the effect of spontaneous variations of the system's parameters on the pattern.of the
transient process. Fora sufficiently high Aa and for o < 0 the roots of the characterisUc
equation of the system always become real and negative, which simplifies the switching lines.:
..,I Orig. art. has: 4 figures, 19 I~rmulas.'
SUB CODE:' 12, It. 09/ SUEM DATRI.: 21May64/ ORM RM 006/OTH-'-II'ZFI 001
2/2
Lsard 7

ACC NRs AP6035648
AUTHOR: Aleksandrov, V. M. (Moscow)
ORG;
SOURCE CODE: UR/0280/66/000/005/0124/0136
none
.TITLE: -The minimax approach to the solution of information handling problems
SOURCE: AN SSSR. Izvestiya. Tekhnicheskaya kibernetika, no. 5, 1966, 124-136
'TOPIC TAGS: signal noise separation, minimax, information processing, electronic
-countermeasure
;ABSTRACT: The minimax approach to the solution of the problem of separating a useful
isignal from a white noise background is considered. The necessary and sufficient con-
iditions for the minimax are derived on the basis of the Pontryagin maximum principle.
I
!It is shoun that for this problem the minimax approach is equivalent to the maximum
!approach. An example is -.-)resented for the calculation of the minimax in the case when
;enemy countermeasures are being taken. The author's intent to publish this article
I ,
.originated as a result of his conversation with D. S. Irger who was responsible for.
;formulating the problem and deriving the conditions of optimality for the case when
,the linear dynamic system is described by a single differential equation of order n.
'The author extends his gratitude to A. M. Batkov who made a series of valuable com-
'ments. Orig. art. has: 2 figures, 56 formulas.
!SUB CODE: 17,07/ SUBM DATE: ISJun65/ ORIG mr: 006
i
1 Card 1/1

Ohl
ALEKSANDROV. Vladimir Hi lanyi EMIKOV, Ivan Grigorlyevich;
HARYMIN, A.A., nauchnyy red.; LITVAK, D.S., red.; TGKHR, A.M.,
tekhn.red.
[Tinsmith] '81esarl-zhostianshchik. Moskva, Vseo.uchebrio-padagog.
Od-wo Proftekhizdat, 1960. 223 p.
(MIRA 14-.3)
(Tinsmithing)

ALEKSANDROV V.N.t GITIS, S.S.; GOLUBEV, G.S.; PANKOVA, N.A.
. f
Studying the catalytic activity of the cobalt salts of aliphatic
monobasic acids in the oxidation of p-xylene. Khim. nrom. 41
no.5036-337 My 165. (MIRA 18s6)

AT,EKSANDROV,.,V.N4, SUPOV, Ye.M,
Occurrenne of moose in the Northerm Caucasus. Zool. zhur. 44
no.6,.952 165. (MIRA 1&10)
1. Kavkazslciy gosudarstvenn-yr zat)cvednik i Krasnodars, kaya gosudarstven-
na,va okhotnichlya insrektsiva.

KOSTYXOV, Yu.V.; ALEXANDROV. V.N., mayor, redaktor: KUZ91N. I.F..
tekhnicheskr3fr rNMIMP
[Technology of communication] Takfinika eviazi. Moskva, Voennoe
izd-vo Voennogo ministeretva SSSR, 1953. 335 P. (Microfilm]
(Telecommunication) (MLRA 7-9)

ALIMNIROV Y.N.- TIXHONOV, S.N., inzhener, podpolkovnik. rodaktor;
motm= I
I . ., tokhnichookiy redaktor.
[Telegraph] Telegraf. Koskva. Voon. izd-vo ministeretva oborony
soiuza SSR. 1954. 131 P. (KLRA 7:8)
(Telegraph)

ALRKSANDROV. V.i;.., Elr:~YFN.
A rass flight of ?.Ilrra-itez cardus L.. Pr1roda 46 -in.7:126 JI 157,
10-S)
l.Y-av*,mzskiy rosudarnt-7onny-, 7annvednik. la,lr'171-~,,. (for itleirsandrov)
2.'.;,-vero-Kav!-azs!:aya le2naya nwlltnVa stantsi.7.1, llpytmo (for Kutayev)
Terri tory-Butter'lies)

ALEKSANDROV. V.N.
Squirrel in an artifloial nest. Priroda 52 no.4s54 163.
(MIRA 16s4)
1. Kavkazokiy gosudarstvennyy sapovednik, Maykl.
(Voronezh Preserve-Zquirral

17(6)
SOV/177-58-9-27/51
AUTHOR: Aleksandrovi V.111.1 Seniorhedpnantaf the 1"Jedical Corps
TITLE: From the Experience of OrganiZing rrophylactic :.'Ieassures
for the Reduction of Traumatism
PERIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr 9t P 78 (M3,3,R)
ABSTRAM; The author reports on general prophyl-!~ctic mcasiires
for reducing the accident rate, which viere realized
successfully in on- of the building regioris of the
Northern fleet. T--aumatism was reduced from 12
4-
Uo 530/.
Card 1/1

--A~,UMRUV, V,N4
Test tube for the determination of 17-oxycortioosteroide in blood
plasma by Iudaev-Pim:kov's method. Lab. delo 6 no./+:57-58 Jl-Ag 160.
(MIRA 13:12.) '
(STEROIDS) - (BIOLOGIULAPPARATUS AND SUPPLIES) ~

ALEKSANDROV, V.V *
Hydrostatic gauge with pneumatic long-distance stage transmission.
Sbor. rab. po gidrol. no.2:25-28 161. (MIRA 15:2)
1. Upravleniye gidrometeorologicheskoy sluzhby I-atviyskoy SM.
(Stream measurements)

1300ATYREV, M.F., mashinist-instruktor; ALLISANDROV, V.N., mashinist, deputat
UfimBkogo gorsoveta ~z
Need for an improvement of the design of N8 electric locomotives.
ElekA tepl.tiaga 6 no.1:43-44 Ja '6Z. (MIRA 1-:1)
1. Depo Dena Kuybyshevskoy dorogi.
(Electric locomotives--Design and construction)

ALEKSANDROV -V.N.-
Review of N-N- Paghkinals book flVitamins in the North".
Vop. pit 22 no-2:90-92 M~-Ap 163. (NIRA 17:2)

-aa7. cn c" the t,e bo(iy
c n.-
of 117er ;c vop. (At. .22, 163.

ALEY-SANDROV, V.14~; MORYLKIINT, B.A,
System of optimum control. for a case of coi-,iplex eigenvalues of
the matrix of the plant. Trudy Inst. avtom. i elektrometr. SO
AN SSSR no.8:15-211 164. (UIRA 17:11)

L M883-67 WT'(d)/AEW(m)h44(u-)/T/M.(t)/ETT WP(t) JD/W/OD
ACC.NR' AT6020002 IV) soult Cz CODS I UR/0D00/65/0W/0OO/0O39/0045
AUTHOM Alek"idrovq Ve Me (Rostov na DMU)
8-t I
ORGS none
TITLE: On the lbstory or equilibrium fractures in an elastic ;Arer
SOURCE i 'AN UkrSBR. Inotitut nekbaniki. Kontsent;rateiya naprywheniy (Concentration of
streases) not I* KeTt Na,-aova dumm, 1965t 39-45
TOPIC TAGS elastic platelp integral equation, material fracture
ABSTRAM The two- and a-dimensional problem of %juilibrium fraotAr is oon-
sidered in t4o lu~lf-space a layer with thickness 2h. The first analysis is
concerned with an elastic strip such that the ratio-:7, h/a is largo. On the axis or
symmetry y 0, the boundarYL conditione are given by
L L '94= 0; v - 0 at. x I > a; a, q (x) &j Jxj