SCIENTIFIC ABSTRACT ALEKSANDRENKO, G.B. - ALEKSANDRIYSKIY, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100820003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AI,KK&iIiDJUAI'KO, Glob Tasillyevich [Aleksandrenko, H.V.1; FOVOLOTSIKIY,
IMIUVI N., tekhn.red.
(Economic councils of the economic administrative regions of
the Ukrainian S.S.R.; lega). problems connected with their work
and organization] Radnarhospy ekonomichnykh administratyvnykh
raioniv Ukrainolkoi RSR; pravovi pytannis organinatsii to
diiallnosti. Kyiv, Dersh.vyd-vo polit.lit-ry URSRR, 1959. 158 P.
(MIRA 12:10)
(Ukraine-Economic policy)

RMLANIA / Chemical Technologyd Industrial Synthesis of H
Dyes,
Abs Jour: Ref Zhur-Khimiya, No 22, 1958, 74913.
Author : Alekaa
Inst :Not given.
Title :Chrysophenine.
Orig Pub: Rev. chim., 1956, 7, No. 3, 171.
Abstract: No abstract.
Card 1/1

.M_qD4rt:- -[Zeksandrescu, D.]; SKURTUt N. .[Saurtu N.]; ZHORMMKU
jPi I
Orgescu,
Hormonally aotive tumors of the ovary and fibromatosis of the
uterus. Akush.i gin. no.6t44-48 160. (MIRA 14tl)
1. Iv rodillnogo dana RPolizu"',, Bukharest.
(OMIES-TUMORS) (UTEMS-TbIlORS)

ALUSANDRESKU, Viktorlya [Alaxandreacu, Victoria]
Decompovition.of tributyrin and sunflower oil under the action of
panareas lipase in the presence of biliax7 mucus. R3v chimie 6 no.l.-
137-142 161.
la Institut biekhiynii Akad. RNR.

US6R / Human and Animal Morphology. Nervous System. S-2
Abs Jour: Ref Zhur-Biol., No 14, 1958, 64782.
Author -4~itnaQdXevsk a M.
Ex Y LL.
Inst : Institute o-ir-M-gher Nervous Activity, AS USSR.
Title : Histological Changes of the Central Nervous
System in Exparimontal Diphtherial Intoxication
of White Rats.
Orig Pub: Tr. in-ta vyssh. norvn. dayatsti, AN SSSR,
ser. patofiziol., 1957, 3, 325-335.
Abstract: No abstract.
Card 1/1

USSll,/-*.',,i:--n--i a:-.d .*mIliial. T
,,"ibs jour- RQf Zhur-B-Jol-, 1.'-o 20) 1958., 93059.
ut, UuhB,
" lor midri
Inst
Tit lo The Effect 0 lo Co--ditwilod Roflox o:-- tho Course o:~
Fever Runcticyls.
Or-'.L; Pub: V sb.: Fizi-ol. meldrmii,-,:~W lilrhoradoclan. mal-.~sii, L.,
ModCiz, 1957, 252-25.1j.
:.'o s t ra cI-To abstract.
Cni-Cl 1/1

ALEKSANDRI, A.V.
Controlling weeds in orchards and vineyards. Zashch. rast.
ot vred. i bol. 8 no-3:49-50 Mr 163. (MIRA 17:1)
1. Nauchno-issledovatellskiy institut sadovodstva i vino-
gradarstva, Bukharest.

ACC NRv AP7005657 (A, IV7 BOURCE CODE: UR/0413/6T/000/002
INVENTOR: Aleksandridi,_T.-ML; Legovich, Yu. S.
ORG: None
TITLE: A multiplication unit. Class h2, No. 190658 (announced by the Institute of
Automation and Telemechanics [Technical Cybernetics) [Institut avtomatiki i telemei..
khaniki (tekhnicticskoy kibernetiki)])
SOURCE: Izobreteniya, prcvWsh1ennyye obrastay, tovarnyye znaki, no. 2, 1967, 114
TOPIC TAGS; computer component, arithmetic unit, flip flop circuit
ABSTRACT: This Author's Certificate"introduces a multiplication unit of the series-
parallel type in which one of.the numbers is given in parallel binary-decimal code and
the other is given in number-pulse code.. The device contains a control unit (e. g.
a shift register), storage-carry flip-flops and a reversible binary-decimal counter
with logic circuits for addition and correction by digital place. To reduce the end-
around carry time, an additional end-aroudd carry circuit is introduced into each de-
cade of the counter. Each of these circuits contains two coincidence gates for condi-
tions of addition and subtraction. These gates are controlled by the carry-storage
flip-flop.of the preceding decade and by flip-flops in -their own decades.
um 681-142-07:621.385-831

ACC NR#
1-coincidence gates; 2-carry-storage fliy-floy
suB coDE: o9/ suBm nATE.- 19Feb66
2/2

(r111/1!WPWA:=4W61 rn
ACC NR- AT6005905 SOURCE CODE: UR/0000/65/000/000/0239/0249
AUTHOR: Aleksandridi, T. Diligenskty, S. N.; Krug, Ye. K.
ORG: None
TITLE: Digital controls
SOURCE: International Federation of Automatic Control. International Congress. 2d, Basel
kongressa.
1963. Tekhnic sldye sredetva avtom~tiki (Technical means of autdinat 0
Moscow, Izd-vo Nauka, 1965, 239-249
TOPIC TAGS: control system, dynamic stability, digital system
ABSTRACT: In addition to specialized digital control systems, there Is now a need for the
development of all-purpose digital systems. The construction of such control systems is possi
ble on the basis of an analysis of dynamic characteristics of digital systems. , The present
authors investigate some of the characteristics of the dynamic properties of digital controls an(
describe operational principles of single-channel and multi-channel digital controls. T-.e all-
purpose digital control systems examined incorporate the proportional-integral (PI) law of
control. . Other Investigations have shown that PI controls assure high-quality control for many
controlled plants. OrIg. art. has: 8 figures and 10 formulas.
SUB CODE: 09 / SUBM DATE: 23Jun66 / ORIG REF: 004 / OTH REF: '003

RMANIA Mterobio-logy. Antibiosis and Sy0iosis. Antibiotics
Abs Jour Ref Zhur - RLol.,, No 1, 1958, No 644
Author Aleksandri, Gulys.
Inst Not Given
Title Utie of Antibiotics for Flant Protection
Orig ftb Naturs, (Rorain.). 1956, 8, No 6, 128-134
Abstract No abstract
F-2
Card

ALSK8~J,'Drll-SADUVAI P. A. --- -- ____ ---
Dissertation: 11'Stratigraph~ of Coal-Bearing Deposits of Karaganda Basin on the Basis cf a
Study of a Pelecypoda Fauna." Cand Geol-Min Scl, Laboratory of Coal Geology, Departrwnt of
Geologico-Geographical Sciences, Acad Sci USSR, Leningrad, 1953~ Referativnyy Zhurnal--
Geologiya, Geografiya, Moscm), Jul 54.
SO: SM4 No. 356, 25 Jan 1~55

AUXSANMI-SAWVA, T.A.
**I'~a=1RO'Vy_poda of KaRjanda coal-bearing deposits and their atratigraphic
significance. Trudy lab.geol.ugl. no.2:154-159 154. (MLRA 8:7)
(Karaganda Basin-Iamellibranchiata, Fossil)

15-57-4-4154
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 4,
p 17 (USSR)
AUTHORS: Monakhova, L. P., A!_okZ_andrj_-Sadovaj_T. A., Bushmina,
L. S., Zaspelova, V. S., Lyub~r, orsuk, M. 0.
TITLE: The Use of Paleontologic Methods for Studying Coal-
Bearing Formations (K voprosu o primenenii paleontolo-
gicheskogo metoda pri izuchenii uglenosnykh tolshch)
PERIODICAL: Tr. Labor. geologii uglya AN SSR, 1956, Nr 5, pp 58-64.
ABSTRACT: This work is based on data from the eastern part of the
USSR (Karaganda, Kuzbass) and has to do with the fauna
and flora of continental deposits. Spores and pollen
are very important in studying the stratigraphy of the
coal-bearing sequence. This importance stems from the
presence of spores and pollen in the coal beds them-
selves, from their ability to travel through the air
which leads to wide distribution, and also from the fact
Card 1/2 that they are well preserved. Insects are widespread in

15-57-4 -4154
The Use of Paleontologic Methods for Studying (Cont.)
the fine-grained lacustrine sediments. The value of the insects is
enhanced by the fact that they are delicate indicators of changes in
the ecological environment. The fresh-water pelecypod fauna may be
traced over great distances in sediments of synchronous basins.
Fresh-water pelecypods are very sensitive to changes in the external
environment and may be of considerable use in paleogeographic
investigations. More detailed study of this group is needed.
Ostracods are also important, many of them having a narrow vertical
range and showing insignificant variations horizontally in different
types of rock. Phyllopods, living in brackish-water and fresh-water
reservoirs, may also be useful for correlation and age determination
of strata, Gastropods and fish have not yet been studied sfficiently.
The author notes that a stratigraphic boundary should be established
by the appearance of a group of new, persistent forms. In the
Karaganda basin, where the pelecypods, brachlopods, phyllopods,
ostracods, and flora were studied, emphasis is placed on the value
of composite investigations when making stratigraphic and facies
analyses.
Card 2/2 S. V. G.

MAESMRI-SADOVA, T.A.; ZAIM&ROVA. L.V.
Fauna distribution in cross sections of Suchan Basin coal-
bearing and overlying formations and their importance for age
determination. Trudy lab.geol.ugl. to.8:252-261 158.
(MIRL 11:12)
(Suchan Basin-Paleontolog7)

ALIMANDRI-ShMA, T.A.
hm-h-"R
Using data on marine pelecypods for determining the age of
Karaganda lower series. Trudy Lab.gool.ugl* no.9tl62-17.1
1.59. (MIRA 13:4)
(Karaganda Basin-Lamellibranchiata, Posail)

-4;a3MRI=9APLVA
j T.A
Corbicula and Trigorda in the Severnaya Sucban series of the,
Sucban Basin. Trady Idbo geole ugl. no.10:7.94-200 160.
(MIRA 13:9)
(Suchan Basin"Lamellibranchiata, Fossil)

ALEKSA,NDRI-SADOVA, T.A.; ZASTEELIDVA, V.S., kpnd. geol.-ndner. r.,auk,
otv. red.
(Lamellfbranchiata fron. Carbonirerous sed-ir-nents in Ue
Karaganda Basin] iz karennougoll-
rjykh otlozhenii Karagandir-sicc),:m bas--e~-ra. Yos~kva,
f, ..
Ilauka, 1965. 67 p. _-18:9)

ROMA-N(YVR A.V.; ALEKSANDRIP V.P.
Mtration calculationa of waste disposal reBervoirs. Vop. fil'tr.
reach. gidr. soor. no.4:53m-77 164. (~W 17:6)

ROMANOV, A.V.; ALEYSANDRII V.F.i KUZII/ENKO, I.D.
Calculation of spatial flow toward drains under complex hy-O.-ogeological
conditions. Vop. fil'tr. reach. gid--. soor. no./1101-107 t64.
(MIRA 17:6)

ALEKSANDRIDI., T. M. (Eng.)
"The Electrostatic Memory Device of the M-2 Machine" a paper presented at the
Conference on Methods of De,,,elopment of Soviet Mathematical Machine-Building and
Instrument-Building, 12-17 March 1~?56.
Translation No. 596, 8 Oct 56

I J
PHASE I BOOK EXPLOITATION 474
Kartsev,, M.A., 'Aleksandridi, T.M., Knyazev, V.D., Tanetov.- G.I.,
Legezo, L.S., LavrenyuTF, Yu.A., Shchurov, A.I., Brusentsov, N.P.,
KuznetzovaV.P.
Bystrodeystvuyushchaya vychislitel'naya mashina M-2 (High-speed
Computer M-2) Moscow, Gostekhizdat, 1957. 228 p. 10,000 copies
printed.
Ed. (title page): Bruk, Isaak SemenoVich, Corresponding Member,
USSR Academy of Sciences; Ed. (inside book): Bezborodov, Yu.-M.;
Tech. Ed.: Gavrilov, S.S.
PURPOSE: The book is written for engineers and students of vuzes,
specializing in computer technique$, and for specialists interested
in computer applications.
COVERAGE: The book describes the M-2,a small-dimensioned, universal,
high-speed digital computer developed by the Laboratory of Control
Machines and Systems of the Academy of Sciences, USSR. A detailed
description is given of the basic computer units: the arithmetic
Card 1/13

High-speed Computer M-2 474
unit, internal memory devices, control devices and output devices.
This description is supplemented with an exposition of the guiding
principles of computer design, the binary system, coding and
programming, and the design of basic components of' the system. This
makes the book accessible to readers who have no tpecial training in
electronic computers. The basic characteristics of the computer are
as follows: the calculation system is binary; the code presentation
is with a floating and fixed binary point; the number of binary
digits is 34; the computation accuracy,with a floating binary point,
is about eight decimal bits, and with a fixed binary point, about
ten decimal bits (computations with doubled accuracy are also
possible); the ange umbers in operations with a floating binary.
point is fro 31 252~
M 2 to ) the coding system is a three-address code;
operations performed are: addition, subtraction, multiplication,
division, congruence with modulus, algebraic congruence, logical
(signed) multiplication, sign inversion, transfer of numbers, and
auxiliary operations (30 in al~,- the, average speed of operation is
Card 2/13

High-speed Computer M-2 474
the follow1ng engineem: M.A. KartBev,.V.V. BelinskiT. and A;B.
Zalkind who developed the arithmetic unit; the olectrestaktic Memory
device wax developed by T.M.Aleksamdridi and Yu.A. Lavrenyuk; control
devices by L.S.,Legezo, V.D. Knyazev and G.I. Tanetov; magnetic
memory devices by A.I. Shchurov and L.S. Legezo; input and output
devices by A.B. Zalkind; the power supply system by V.V. Belynskiy,
Y.A. Lavrenyuk and V.D. Knyazev; the control panel by V.V.
Belyn6kiy and A.I. Shchurov. The design work was supervised by
M.A. Kartsev. The following laboratory constructors, technicians,
mechanics and assemblymen also 'worked on the project; I.Z. Gellfgat,
A.D. Grechushkin, N.A. Nemtsev, F.F. Rzheutskiy, I.K. Shvillpe,
D.U. Yermochenkov, L.I. Fedorov, and G.I. Korostylev. The following
persons collaborated in the writing of the book: M.A. Kartsev
(Chapters I to VI and XI), I.M. Aleksandridi (Chapter VII), V.D.
Knyazev (Chapters II, III, VI1and IX), V.P. Kuznetsova (Chapter
XII), Yu. A. Lavrenyuk (Chapters V and VII), G.I. Tanetov
(Chapters VI, IX and XIII), A.I. Shchurov (Chapter Viii), N.P.
Brusentsov (Chapters VIII, IX, XIV) and L.S. Legezo (Chapter X).
Card 4/13

High-speed Computer M-2
There are no references.
TABLE OF
CONTENTS:
Foreword
Basic features of the M-2
Ch. I. General Information on the Computer
1. Block-diagram of the M-2
2. The process of solving problems on the M-2
3. Presentation of numbers
Ch. II. Basic Units of the Computer
1. The artithmetic unit
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474
6
8
9
9
11
14
23
23,

High-speed Computer M-2 474
2. Memory devices 25
3. Programming data unit 27
4. Input and output devices 29
Ch. III. Programming System 31
1. Program and instructions 31
2. Operations performed by the M-2 33
3. Example of programming 42
4. Additional observations concerning'the use of the
ma gnetic drum 44
Ch. IV. Performing'Operations with Numbers 45
A. Forced-point Operations
1. Addition and subtraction 46
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High-speed Computer M-2 474
2. Multiplication 50
3. Division 51
B. Logical Op~rations
4. Algebraic congruence 54
Congruence with modulus 56
Logical [signed] multiplication 56
B. Floating-point Operations
7. Addition and subtraction 57
8. Multiplication 66
9. Division 69
75
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High-speed Computer M-2 474
Ch. V. Circuit Components 75
1. Triggers and puilse counters 7j
2. Logical circuits 7
3. Valves 8o
4. Blocking-oscillators; Kipp-relay 84
Ch. VI. Arithmetic Unit 85
1. General description 85
Block diagram of the mantissa medium digit 94
3. Extreme mantiasa digits . 100
4. Order digits and zero digit of the arithmetic unit 104
5. Pulse shaping unit 107
Ch. VII. Electrostatic Memory Device. 110
1. Physical principles of "memorizing" 110
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High-speed Computer M-2 474
1. Principle of operation 136
2. Functions of the programming data units 13
1
3. Cycles of the pulse distributor 13
4. Structure of the pulse distributor 143
Operation 3eleotion unit 146
Starting and synchronization unit 149
7.. Program register unit 152
8, Memory selection unit 155
9. Arithmetic operations unit 157
Ch. X. External Magnetic Tape Memory Device 18o
1. General characteristics 180
2. Magnetic sound recorder and channel-separation
circuit 162
3. Control circuit iW
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High-speed Computer M-2 474
Ch. XI. Input Equipment 189
1. General features 189
2. Block diagram and operating principle of
input equipment 193
Ch. XII. Output Equipment 198
1. General features 198
2. Block diagram and operating principle of output
equipment 198
Ch. XIII. Electric Power Supply 202
1. Electric motor unit 202
2. Rectifiers and stabilizerB 203
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High-speed Computer M-2 474
3. Filament transformers 211
Ch. XIV. Assembly of th6-Machine 212
1. General arrangement of blocks and units 212
2. Cooling system- 214
3. Blocks and sub-blocks 214
4. Electrical connections 215
Appendix 1. List of Symbols 217
Appendix 2. Quantity and types of tubes used 219
Appendix 3. Controlling voltages and pulses fed into the
arithmetic uilit 220
Appendix 4. Controlling voltages generated by the arithmetic
unit to the AD block of,the programmin
g data,unit 223
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High-speed Computer M-2 474
Appendix 5. Time-segmential diagrams explaining the
performance of operationo with numbers
AVAILABLE: Library of Congress (QAT6.8.M2BT)
JP/ksv
9-25-58
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ALEKSANDRIMP T. IM.
pUAn I BWX EXPLOITATION SOV/6012
Akademiya nauk SSSR. Institut &VtOmatikl'i t617
Aytomatioheakoye regunrovanlye matio Regulation
'I uprayjehiya (Auto
and Cqntrol) Mosoowj Jzd_vG AN sssR# 1962. .526 p.. Errat, alip
Inserted. 9000 copies printed. I. -
Aemp. Bd.~ Ya. Z. Tsypkin, Prolessorp Doctor Qf Technioal golences;
Ed. of Publish1q; Houset Ye. N. GrI orlyev; Techt Ed.:' 1. M.
Dorokbina.
PURPbSEs This book 1b Intended for sojentifio'remearchlitorkers and
engineereooncerned with automation.
COVERAM The book is! -a collection o4 articles qqnsiating.of papers
delivered At the Tthlbaferepos of7iinlop Solentimts of the Insti-
tuto ot~ Au ".tion ahd.Telev*ohani4,_ Aoadeny of Sciences USSRp
held iu'Xardh!1960. A-wide range.of satentifla and tschnical
questions relating to. iutmatic rigulation.-and control In covered.
Card IA2

Automatic Regulati6n (Cont.) S07/6012
The articles an orgar4e"d In seven oeotions,
I~noluding automatic
.
control oystemaj automatic process contr94; computing axid,deoision-
making devices, automation components and'devioes, statistical

methods in automation, theory of relay circuits and finite auto- 17t
matic systems, and automated electric drives. No personalities
are m6ntioned. References are given at the end of each article,
TAMS OF CON=3t

PART I* AVXMTM CONTROL SYSMW
Andraychikov, D. 1. iihi off*ot.of dry friction and slippage
[play] on error durlns revers e gear operation of servo-
feed syst~ 3
AndreyobUmv, B. 1. DyAanlo so racy of naohine tools with
programed control

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Automatic Regulation (cont.) S07/6012
Pomazan, V, M. Noise-proof features of time telemetering
systems with storage and integration 386
SysoyeV, L. P. Estimating pa:~ameters and detecting sig-
nals which are nonlinearly dependent on random param-
eters 392
Teyman, A. 1. Estimating the distribution of.overBhoots
, beyond a given level in a random process 399
Tovstukha, T. I. Determining the optimal parameters of
6ptimalizing step- and gracuent-type systems under con-
ditions of fluctuation noise 413
PART VI. THEORY OF RELAY CIRCUITS AND FINITE AUTOMATIC DEVICES
i~d _,. T_ !14.. Problems of the synthesis
Al~eksandri of switch-
i ith matched p-n-p and n-p-n transistors 426
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AIEKSANDRIDI, T. M.; Deligenski
"Digital Controllers."
Paper to be presented at the IFAC Congress, to be hold in
Bagel, Switzerland., 27 Aug to h Sep63

Zi:4

de

24441P _ii~44

.
14
5/ zyubl C.
AUG)ESSION gilt ATJUU I-Mil ul;~
-71 UVE
4z ju
.9-9f)
HORS: Aleksandr
id ~.T M
TITLE; Tr;'inalstorize
It if6g translat'
d dig -an
slitell
SOURCE: -Korn'binirovannM-y~chl nyye mashiny; trudy IL sesoyuzni Y.,
konfe'rehtsii-~seminara Po tpnrii i'metodam maternatLehesko D
_go m, d6lirovaniY4.
Moo'cow, Izd-vo AN SSSR.,,. 1962,.139-149. -A i
TAG tr zisl t
TOPIC S:, computer, a ator,'::transis orized,. transistors digita J analo&l,
digit7analog,: analog--~Aigit
1ABSTRACT: The paper d'docribes-ilransistor ranelator (T), do -
Azed digit-analog t
t-I IY-, ~ ~*.'.~ 4LJ
j structed, by. the authors', -which. is inten'ded, for'opera"tion -in indust34al_ automationi
i t and which.
e
qu pmen serves for the linking of a digital computing machine with
i I . I
operating equipments'. -'The ~T 9 rVes not onl for the translation of.a' discrete quan'~
A-Uty into an analog quantity,'but alsolor. the storage of the translated values.for the,,---.,,,1!.,;
time of a cycle,,:,that is, the time.:between two'successive switchings to a given con,~,.:.-J,
tr
o1 channel. The output of the T,consists of a direct current of 0-5 ma which
ves for the control of an electropneumatic drive. 1. Fundamental T circuitry,,
.1JThe block sc.heme-of the T is, described and shown- schematically. The switching -
i] Ail
Card

'11t( '63
., i4-
L
71
-ACCESSION" NR: AT3001881
4
t
sc~Abe --by;l c:t-wcou~led transistor.
logic!~- 1
_1 circuit -is -based-,6n that,de & R. Harris -(Dive
--,-circuitry, Tl-r--a--n-s-,,--v-.EC9,---n--o-i,-
The design of the T basically reduces to the selection of the magnitude of the cur. 1
rent I for each of the digit'circuits which, in essence, is specified by the r6quiri-11
0 iI
Ment that the total currents_ in'the event of each of the digits being.unity, must not
'exceed a specified maximum-,va e The other unit parameters a-a then comput d,
lu
-from I - by the Harris:metli6d' 3 T-werror analy'sis- The-errors ofthe T.circulf;,d
0 e
scribed,are determined by the instability of the Io currents, the scatter of. the- rd-
sistatnce valties, and. the.. changes of,the various circuit parameters due to tempe'_ra1-j1,-,h:-..'
ture'dhanges Each of these error sources is investigated separately, and the:maxi- j.,~~j
2 mu~n error contribution of each source is explored. 4. Experimental results: i A
ti
Seven-digit rno Ck-up of the T was te sted. Maximum output current.:~ 5 ma; -s ble
..1current of a single digit, Ior-5.9 ma;: resistance R=500 ohm. Total error at o e rl'a-
OOC: 0.5%, up.to 50.0C: 0.816. An appendix explains thL
ting temperaturesup to 4
reasonings leading to the determination of -the'greatest magnitude 'Di the curi;
8:' bered equations.
and 1 num
1.1o.; Orig. art.,-.,contains 7, figures
ASSOCIATION: none
-SUBMITTED: .00 DATE ACQ:' IlApr63 E14CL: 0
OTHER-. -0 1
'A SUB CODE: CP, -MM NO - REF SOV: 000

8/103/63/024/002/009/0~6'~:.'
D201/D308
M714011: Aleksandridi, T.m. 610scow)
TITLE: Problems in. the design ofla multi-chainnel dig
regulator
PERIODICAL: Avtomatika i telemekhanika,'.v. 24j no,, 20 1963
202-214
T
-'XT: From the analysis of. operation of a multi hanne
L
digital regulator working as a controller and conaisting of ~a ce 1.
-ti-alized control machine, a multi-chennelt digital regulatort wit-put
stage and a digital-i;-*analog converter, the author derives and dhal
yzes the structure of two types of proportional- integral digital
regulators by means of comparing their phase characteristics. The
second type of the regulator reproduces the proportional-inte5ral.,
control with some approximation, it~ is therefore faster Iand simpler
in its structure. The s' lified ty e is used for the design of 0,
imp. P
multi-channel regulator in the fora of inter-connected units, the.m
operation of which, (in particular the operation of the coefficieht
Card 1/2

Problems in the design
setting unit), is analyzed in.detail.
SUBIJITTED: June 1,- 1962,
Cerd 2/2

L 37693-66 EWP(k)/EWT(d) /91P(h)/EV1P(1)/EMT(v) BC
'ACC NRt AP6021396 SOURCE CODE: UR/0103/66/000/006/0133/0142
AUTHOR: Aleksandridi, T. M. (Moscow)
ORG: none
TITLE: Selection of principal parameters of multichannel digital controllers
SOURCE: Avtomatika i telemekhanika, no. 6, 1966, 133-142 11
TOPIC TAGZ%- , automatic control system, automatic control theory,
digital controller., az'0~14V& cwv'~
ABSTRACT: A general analysis of the multichannel multipurpose industrial digital
supervisory-control system is offered. Selection of control law, number of channels,,
rate of transmission, setting range is described; an algorithm for calculating the
control input (output variable) is set up. Three structural schemes are briefly
considered: (A) number-pulse code; reversible-counter-type arithmetic unit; single-
shot multivibrator and binary divider; (B) serlal binary code; serial arithmetic
unit; diode nonvolatile storage; (C) parallel binary code; parallel arithmetic unit;
diode nonvolatile storage. The relation is explored between the amount of equipment.,
the number of channels, and the setting factors of a proportional-integrating
controller. These recommendations are offered: (1) The number of channels should
be 15--50; (2) Whenever the rate of transmission permits, the structure A should be
2 UDC: 62-523.8;

37693-66

'ALMAJMRIN, I. I.;, SHAPOVALOV, 1.7.
~ r., -
Automatic production line for machining crawler links of the DT-54
tractors. Biul. takh.-ekon. inform. no-10:15-17 159.
(MIRA 130)
(Crawler tractors) (Grinding machines)

BUTATIV, N.M.; I.P.- BELTAVSKIT. L.A.; UGHURIN, V.K.; KIP-
- 11 1 - - I~V'-
NIS, Ya.i.; K IKOV, :V.;;.; MOMMOV, N. I.; MOROZOV, S.M.; MORO-
ZOV, Tu.N.; STInIN, S.A.; FIGUMOV, N.M.; YACHRIN, V.K., redaktor;
SNITKO, I.K., redaktor; GAVRILOV, S.S., tekhnicheskiy redaktor.
[Laboratory testing of the strength of materials] Laboratornya rabdty
po soprotivleniiu materialov. 12d. 5-a. perer. Moskva, Goa. izd-vo
takhniko-teoret. lit-ry, 1954. 286 p. (MLEL& 7:12)
(Materials--Testing) (Metals--Testing) (Strength of materials)

ALEKSAX)RIN Ivan Pavlovich. professor, doktor tekhnichesk1kh nauk;
'A=;~ a
MTV". T.517's- professor, doktor takhnicbeskikh nauk, redaktor;
PULIKINA, re. A., tekhnicheskiy redaktor.
[(~tality control of concrete in construction] Ptroitellrvi kontroll
Imehestva, batone. 6-e parer. lzd-. Pod red B.G. Skramteava. Lenin-
grad, Gos. izd-vo lit-ry po stroitalletvu i arkhitakture, 1955.
226 p. (MLRA 8:8)
(Concrete construction)

L~
~4
C-4
W.,
.t
rj)
.1
.:4

ATEKSMITDRIN, I S.
33588- Penitsillinovaya Pasta I Pervichnyv. Shov Pri Operatsii Mastoidiia. Sbornik Nauch.
Rabot (Ryaz. Obl. Otd. Zdravookhraneniya), Vyp. 2, 1949, C. 7-21. Bibliogr: 10 Nazv.
SO: Letopis' nykh Statcy, Vol. h5, I-,oskva, 1949

ALEKSANDRIN, M.
..*And then sickness will be reduced. Sov.shakht. 13 no.1:31 Ja
164. (MIU 170)
1. Zaveduyushchiy punktom zdravookhraneniya shakhty "Chertinskaya-
Yuzhnayall., Kemerovskaya obll.

ALSESANDRIN, M.K. (Stanitsa Dobrinskaya na Rhopre Balashovskoy oblesti)
I- "46ZINA~~ ~,~
,;,l
Midwife A.I.Parakhovataia. Felld. i akush. 21 no.9:58 S 056. ,
(PARMOVATAIA. ANASTASIIA NIKOIAIVU) (NLRA 9:10)

AT-EYSANDRIN, 1-1. 1.
AIEYSAIWRIN, N. I.: "The system of irrigation and rethods of flocding
winter wheat under the conditions of Rostov Oblast." Min High!r
Education USSr. Novocherkassk Soil Irinvovement Engineering Inst.
Novocherkassk, 10,55
(Dissertation for the Degree of Candidate in Sciences)
Agricultural
So: Knizhnava Letopial, No 17, 1956

USSR/Cultivated Plants. Ceroald.
Abs Jour; Ref-Zhur-Biol., No 17, 1958, 77586.
Author Aleksanclrin, N.I.
Inst Tz-0-v--Dffa-cT-MFagri cultural Institute.
Title Study of Irrigation System of Winter Wheat in the
Conditions of Rostov Oblast.
OriG Pub; Sb. nauchno-issled. rabot. Azovo-Chernomorsk.
s.-kh. in-t, 1957, 15, 335-341-
Abstract- No abstract.
M
Cara - 1/1

ALIKSANMIN, R.
Automobile Trust of the Stalingrad Rconomic Council. Avt. transp.
36 no.12:28 D '58. (MIRA l1r12)
(Stalingrad Province--Transportation, Automotive)

ALO(SANDRIN, R, .
ActIve role of voluntary organ izati-xis. A-v,t. transp. !,,2 no.6.1
9--~110 W64 . (KIYU 17:7)
1. I.Drodsedatell Volgogradalcogo obbi8tingo komi-,,9ta- jjrofassle~-
nalinogo soyu--a rabotnikwr sv-pizi, raboebilich
i shossaynykh dorog.

ALEKSXNDRIN, R.P.
Communist labor movement assists in the upbringing of the new
man. Vest. sviazi 23 no.9.-23-25 S 163. (KRA 16:10)
1. Predsedatell Volgogradskogo obla5tnogo komiteta professionalinogo
soyuza rabotnikov svyazi, -rabochikh avtotransporta i shosseynykh,
dorog.

ALERSANDRIN, R.F.
Use all means to develop community participation in trade
union work. Vest. sviazi 24 no.8s22 Ag 164. (MM 17:10)
1. Predsedatell Vblgogradskogo oblastnogo komiteta professional'-
nogo soyuza rabotnikov svyazi, raboc%hAkh avtotransporta I
shosseynyRh dorog.

A TJMSAbDRIN, V. I.
Operational amplifier with a differential input. Priboro-
otroenie no.4:14-16 Ap 160. (MIRA 13:6)
(Amplifier6, Slectron-tube)

S/19 62/000/006/137/4.)4
D256X308
AUTHOR:
TITTLE: Transistorized pulse voltage stabilizers
PERIODICAL: 'Referativnyy zhurnal. Avtomatika i radioelektronika,
no . 6, 1962, abstract 6-5-72 zh (PoluDrovodnik. pro-
bory i ilch'primeneniye, no. 7, M., Sov. Radio, 19061,
229-242)
TEXT: Pulsed control of the regulator transistor is introduced to
increase the efficiency of DC voltage stabilizers operating at
large variations of the mains supply voltage and-striong load cur-
rents.'The stabilizer with pulsed control has a nonlinear bridge
as a measuring element whose output voltage is u,,>ed to control the
ime-modulator; the latter produces rectangular pulses'(of variable
duration) used for control of the regulating element. The astatic
stabilizer employs a frequency converter as a measuring element;
its pulse-length is determined by the varia-Zions of the output vol-
tage, a Dedestal frequency generator being used as a standard. Both
f.-equencies are fed to a pnase-sensitive regulating element, con-
Cara 1/2

S/!941/62/000/006/137/~32
Transistorized pulse voltage stabilizers D256/D308
trolled by means of the phase difference which is nroportional to
the int'egral of the frequency difference. The static stabilizer for
12 V output voltage and 0.5 A current has an-outpu-u impedance of
0.1 ohm and 20 mV pulsation using an output capacity o-P 100 7P. The
astatic stabilizer gives Dractically no voltage deviation in case
of a � 10 /~ change in the supply voltage. 4 re-Lerences. [Abst.-ac-
ter's note: Complete tranalation
Qard 2/2

rn
!AiJ11MM=3-67602337 N) SOURCE CODE: UR/0000/65/000/003/0C)35/0037
AMMOR: Aleksandrin, V. I. (Ryazan')
ORG: none
Z
!TITLE: A pr cision volta r for compensating:voltage generating*cir~
e ge divide cuits
SOURCE: Yseqoy n a~ n che~komu kontrblyu i metodan
elektricheskikh izmerenjy, 5th, Novosibirsk, 1963.:A,~tomatic~' skiy'k-on-t--r-6l-f-Wetody
elektricheskikh izmereniy; t~rudy konferentsii. t. 1:.,Metody elektricheskikh izmereniy.1
Tsifronvyye izmeritel'nyye pribory. Elementy izmeritel'nykh sistem (Automatic control'
and electrical measuring techni4ues; transactions of the Conference. v. 1: Electrical i
measuring techniques. Digital meisuring instrument6..Elements'of measuring system's).
Novosibirsk, Izd-vo Nauka, 1,965, 35-37
TOPIC TAGS: voltage dividerl analog'digital converter, circuit design
ABSTRACT: A voltage divider circuit (Fig. 1) has an inherent accuracy exceeding the
precision of the resistors on which it is based by a factor of 2-3. The divider
operates as follows: relay-F, interchanges the position of the precision resistors
r, and r2 periodically with frequency w. If the voltage Udiv is averaged over one
period of relay vibration, the resulting voltage is exactly equal to 1/2TJi, for any
ratio of r1 and r2. The averaging of Udiv is implemented by the integrator circuit'
Card 1/2

_L IL433_-6.7______
ACC NR: AT6023378
consisting of relay P2 (operating at 2w) and capacitor Cf. This divider circuit was
tested experimentally with the following para-
P4
LT-Ij
A .,meters: rl and r2 were nominally IOU (their
PI resistances actually differed by ri, 1%), Uwas 4
in
di 50V. The accuracy of the voltage division ratio
thus obtained was 99.9985%. This circuit to-
Cf gether with the high input impedance isolation
0 amplifiers was used in a voltage to cyclic binary[
code converter whose accuracy was equal to
99.998%. Orig. art. has: 3 formulas and 2
figures.
Fig. 1. A divider circuit whose
voltage division ratio is 1/2.
SUB CODE: 09/ SUBM DATE: 20Sep65/ ORIG REP: 002
I.Cord 2/2 bab

ALEKSWIDRIN, VIII
Tim-pulse multipLier member of a trwwistorlzed oimxldtor unJ.to
Friborostroenie noo4a6-9 AP c6Z. (IEM 15 -.4)
(Electronio an&log computers)

L 55105-495
AccEsSION HR: APS010651 0007 0608
UDW061011060201'3
0
AUT14OR: Alv.-~~isndbr~j. (Candidate of technical aclenTef
V
TITLE: Using the adaptivity principle in tir-ne--oding voltage-to-code conve rte rV,
SOURCE: Priborostroy-eni-ye, no. 4. 1965, 7-8
T01PIC TAGS: aidaptivity. voltage to code converter, adaptive converter
ABSTRACT- An engineering solution of the problem of an adaptive voltage-to-code
converter ered. The number of discharges and the tirne of operation are two
,variabl* paramseters. When the instantancouz difference A U (t) = U, (t) ~ U. w'.
where U, -~nd U,, are input and sawtooth voltages, respectively, exceeds a certain-.
due AU - ik logical unit switchas- the converter circuit in such a way that the
rate of rise of the sawtooth voltage is increased Ztimes. Hence, the speed of
operation is Increased, partly at the expense of the accuracV of conversion. Orig.
art. has: 3 figures, 11 formulas, and 1 table.
ASSOCLATION. none
'4
SUBMITTED; 00 ENCL: 00 SUB CODE: DP, EC
NO REF SOV: 002 OTHER: 000
~dl
'Card
2

"Ohser-nations on the
Inst. Microbiol. mA Epideniol.

AUTHOR: Aleksandrina, N.I'. (Moscow.). 24-4-12/34.
TITLE: Impact of a load on.a beam. (Udar gruza o balku).
PERIODICAL: "Izv. Ak:. Naukp 'Otd. Tekh~. Nauk"' (Bulletin' of the Ac So.,
Technlcskl Sciences ;Jection) =., No..4p PP.85-92 MEW.
ABSTRACT: The impact is considered-of a load on a beam with an
infinite number of degrees of freedom, taking into consid-
eration local elastic-plastic defoxmations. The problem
is solved on the assumption that the dependence between
the forces of interaction and local elastic-plastic de-
formations is sectionally linear. The usual assumptions
are made, for instance* the supports are considered as
being absolutely rigid: the influence of local stresses
during the impact on the general shape of the bending of
the beam etc. are not taken into consideration. The hit-
ting mass is assumed as being a material point moving in
the direction of a straight line which coincides with the
direction of the initial speed. The troblede la,reduQedto
thetimultaneous solution of the motion equations of the
hitting mass and the elastic system. The derived formulae
are applied for verifying the correctness of the approxi-
card 1/2 mate method of calculation of an elastic-plastic impact on
a beam, considering the beam as a system with one or two
degrees of freedom. The calculation is made for a beam of

Impact of a load on a beam (Cont.). 24-4-12/34
6, kg/c
90 cm length, 4 kg weight and EJ = 150 x 10 m2; the
impact is effected by a 4 kg weight with an initial speed
of 172 cm/sec hitting the centre of the beam. The graph,
Fig.29 shows the forces of interaction between the hitting
load and the beam on the assumption that the contact be-
tween them is elastic-plastic. Thereby, the beam was
considered as a system with two degrees of freedom. For
comparison the changes in this force for the first impact
are also entered (dotted line), which were calculated
according to the formulae derived in this paper, and so
Card 2/2 are some values whicti were calculated for the second
impact (points denoted by crosses). There are 2 figures,
5 Russian references.
SUBMITTED: October 2, 1956.
AVAILABLE:

SMIRNOV, Anatoliy Pavlovich, ifizh.; KHODULIN, Boris Nikolayevich, inzh.,-
. A_NnRTNAV V._ red.; FRECER, D.P., red. izd-va; GVIRTS, V.L,
tekhn. red.
(Some problems in the technology and properties of high-strength
sand concretes)Nekotorye voprosy tekhnologii i svoistv vysoko- ,
prochnykh peschanyk-h betonov. Leningrad, 1962. 23 p. (Leningrad-
skii dom nauchno-tekhnicheskoi propagandy. Obm-5n persOija opytom.
Seriia: StroitelInaia promyshlennost', no.22) (MIRA 16:2)
(Concrete-Testing) '.7

AIEKSANDRINA-SHCIEDROVITSKAYA, N. A. Cand. Tech. Sci.
Dissertation: IlIoad Impact Against a Beam." Inst of Machine Science, Acad Sci USSR,
24 Dee 47.
SO: Vecheravaya Moskva, Dee, 1947 (Project #17836)

137-58-4-8068-
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 242 (USSR)
AUTHORS: Mitrenin, B.P., Aleks
e-- Landx_LYz_R__V_.,._
TITLE: Forms of Fracture of Geri-naniUM and Silicon Crystals (Formy
razloma kri-ifallov germaniya i kremniya)
PERIODICAL~ V sb.. Rost kristallov. Moscow. AN SSSR, 1957, pp 170-173
ABSTRACT: The fori-ris of fiaclure of 5;it,gle crystals of Ge and Si, as ob-
served at lo,,,~, and at electror -nil( ru~-k.ope magnifications, are
described. For purposes Of Lomparison observat'lons made
under the same conditions of the forms taken by glass fractures
are adduced. Ti 13 nottd -.haz the conchoidal type of fracture in
Ge and Si fractur4cs is actually a fracture along the. plane of'.
junction with fine, clearly-defined steps (along the Ill plane of
Ge) about 0.1-0.2 micron in size. The steps are approximately
parallel and the shape of the fractures thereon is virtually rect-
angular. The elements of the fracture figure in the fine struct-
.-ure of the crystals are clearly visible under electron-micro-
scopic enlargement and is absent in the fine structure of glass.
The anisotropy of the crystals is manifested in some cases in
Card 1/2 the fracture shapes in the form of striations in the line-, corn-

137-58-4-8068
Forms of Fracture of Germanium and Silicon Crystals
prising the fracture rose, and in a degree of discontinuity in the transition
from one direction of the lines to another. Fracture rings were also noted on
the fracture surfaces of Ge and Si crystals.
A.A.
1. Single crystals--Fracture-Analysis 2. Germanium crystals--Fracture
3. Silicon crystals--Fracture
Ca rd 2/2

25035
S105 61/031/007/018/021
6M 0 B104YB2o6
k~
t
AUTHORSs Guseva, M. 1. and-Aleksandriya, B. V.
TITLEs Effect of the ion current density on structure and concen-
tration of isotope targets prepared in an electromagnetio
separator
PERIODICALs Zhurnal tekhnicheskoy fiziki, v. 31, no. 7, 1961, 867 -- 675
TEXT~ Th- of Si30 and Ag109 targ,~f,,.i preparz~-,I in an electro-
Magnetic. separator on -opppr bacli!ngs, and ,he concentration of atoms of
these isotcpps penetrated into I'liE. copper support were investigated, the
z)ffr,-::t of the icnivic ray infens-ity havinp, b,?qn -cnsidered, The tests were
made to clarify problems ~~onneoted with the direct preparation of isotope
targets of sol4d elements in an eloetromagneti,? separatcr. The dependence
of the collection factor of Si- and Ag isotopes on copper backings, on
the j,on -~urreyit J,:insity was studied, and electroncgraphic phase- and
mIc'ros+.r1ict,j.raI analyses were made of the ourface Invor of the irradiated
c.opper backinkni. Si and Ag were ~,hosen on arcount !)4' their different
e7aporation preperties. The collection factor g of silicon onto the cop-
per support is shown in Fig. 1 as a function of' the current density j,
Card 1, ~

-,5055
S/057/61/031/007/018/021
Effect of the ion....- B104/B206
and the sputtering factor N also as a funczaon of J. The ion energy in
those Pxperimt~nts amounted to 20 kev. The collection factor for silicon
prov,~d 1,-) be grt)qter than that Of SilVOT'. Th4 silver atoms, however, had
1~I--tter sputtering properties than the silicon ions. A r~-duction of the
AS- ion t-.urrent densivy from 300 to 3 w1croamperea p~r om2 led to a reduc-
tJ,)n of the sputtering factor from 12.6 to 2.~ atoms/ ions. For Si, this
factor was reduced from to 0.4 at/ion (Fdg. '). The increase of the
collec'ion factor with decreasing ion current density is explained by the
formation of films on the surface of tho backing, consisting of combina-
tions between the atoms of' the backing and the penetrated isotope atoms
with molecules adsorbed on the surface. The structural analyses show
that the targets investigated here consist of two parts. An outer layer
consists of the sputtered atoms and of combinations with them; an inner
layer consists of the basic lattice into which atoms of the sputtered
isotope have penetrated. The concentration of the isotope atoms reaches
values up to some hundred micrograms per CM2. If targets are prepared at
relatively high current densities,..so that sputtering of the support
develops. the target consists ess4i
~ijially of atoms penetrated into the
eve
Card 26

S/0'57*/61/031/007/018/021
Effect of the ion.I B104/B206
basic lattice of the support substance,.and only a small amount of the
isotope is deposited on the surface. The authors thank I. P. Kvartakhavj.'
.M. Gusev,. and R. G. Shvangeradze for their interest and discussion.
V.
There are 8 figures, 3"I'ables, and 13 refprenoess 4 Soviet-blbc and.-
'~he m-ost important reference's t-
9 non-Soviet-bloo. o English-language
publications read as followss S. Thulin, Phys. Rev. 'L6, 871,' 19-494
J. Koch, Nature, 161,.566, 19481 J. Koch et al., Blectrom. Isotope
Separators a. Applications of Electrom. Enriched Isotopes, pp. 166, 5TP,
Amsterdam, 1958.
SUBMITTEDt December 11, 1960
Fig. ls Collectidn-factor g (curve 2)
and sputtering factor N (curve 1) as a
function of the ion current density J.

ALEKSANDRIYA, B.V.; BARONI, Ye.Ye.; SHVANGIRADZE, R.R.
Electron diffraction study of a plastic scintillator. Vysokom.soed.
3 no.8:1285 Ag '61. (Scintillation counters) (KRA 14:9)

U " S(Z-
GUSEVAJ, M.1.,- ALEKSANDRIYA-, B.V.
Effect of the density of an ion current on the structure and
concentration of isotopic targets produced -*n an electromag-
netic separator. Zhur. tekh. fiz. 31 no.7s867-875 J1 161.
(MIRA 14:7)
(Isotope separation)
(Ion beams)

8/564/57/000/000/011/ 9
iM
07
M

`AUTHORS: B V
Nit -Alekeand
rehin -B. P.0 -and! riya,

01: TiTLE: ]?orms of.'fracture in germanium and silicon"
crys

Rost kristallov; 'doklady na Pervom soveshchanii,'
po rostu,kristallovj. 1956 g. Moscowl Izd-vo.

.34 AN SSSRq: 19579 170 173
TEXT-... h
-T a-present'.work is-A:description of spherical-fo
of fracture observed-at-small and electron microscope-magnifica--.
tions. The :fractures~were made by moderately strong blows,' The
discussion.is influenced -by -the* work of D. B. Gogoberidze (Neko-
tor.Vye ob"

cr
stalsy a defekty kristallov,Pome volume defects of~

'
emf
y 6)
-19
fi
Izd
L0
52
h
l
y
j~ #
o c
assi
ed fractures
l
, P w
9
,
in to -Prose" and "rin es Th;_resulte are compared with.the
g. typ
. -fracture of glass. - vonclusions:,.The conchoidal'frai,turbs in
.,both Bi and Ge crystals'follbw largely the planes of cleavage
giving rise -:to steps 00 --.0.2 ft'!,in'height.:~ Anisotropy Is some--
2

/564 57/000/000/01.-/O~.0-.,!,--
6y
D
D258 307
s of fracture

hown ~
fox of,:fracture
di a a ontinuit~l e ain lines
y,, the. M
b

arking: OUt - : ;'a oertain.

the I
rooell!,fra b
I ?; as
o jre-anC
.
,
.- .. an
to other -There,
t siti~on of:. Anes:;frow!l6n
in - ran
dirAo.tiolk
.
,,
~jate 9. -;fi
guress

i'T
4~

w

Oaid

'A, I's

S/044/62/000/009/023/069
AO6O/A0OO
AUTHOR: AleksandAya, 0.
.TITM: Certain boundary problems with various displacements in the class
of generalized analytic functions
LRIODICAL: Referativn~y zhurnal, Matematika, no. 9,.1962, 55 - 56, abstract
9B263 ("Tr' Thilissk. un-ta", 1960, v. 86, 321 - 331, Qedrgian;
Russian
summary)
MT: Letf' be a simple closed Lyapunov curve. pq(t), i = 1, n, are
functions defined on r such that the points t, di(t) describe the curve r in one
and the same direction, the derivatives oq(t)~ 0 and satisfy the Hoelder dondi-
tion. The following boundary problem is consiaered: In a simply connected.re-
gion bounded by the curve F'to find the generalized analytic vectors V(z) .
V(z) whose boundary conditions on r 4are con-
strained by the condition n
(t), laik(t)Tk(t) + bik(t)fk(t) + gi(t), (1)
d~rd 1/2

S/044/62/000/009/023,/069
Certain boundary problems with... A060/AOOO
where aik(t), bik(t), gi(t) are functions definedon F, satisfying the Hoelder
condition, and such that the matrix jjbik(f~j is non-singular. The case when'in'
condit ion (1)
holds is also considered. By the use of certain integral representations the
problem (1) is reduced to a singular integral-equation and the conditions for
the existence of a solution of the problem are determined.
B. V. Khvedelidze
[Abstracter's note: Complete translation]
Card P_/2

EK
&AN3A1YFi
(~
jv
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r-
L
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, 12-519i 31)0 (1951).
Ld L he asilliph" v,-, Iiojf6Ij!:,
lillill, doillaill SI; V i, Ow oilli'll-olvilt #if .'it
(Ilic-to-oliv oil itl;df; 111v (Irmatit.l. tt'(/~ P; ot~'
alid all) de.,clibc 1, ill i.--'
ill S, it it is allaIN-tic ill S, owt-Ill Im. ~l I
(A polesalid it it call hv I-milimloll.MN 4xivnilt if I'l I
1,111. pl"blvill coll'ideft'd is ill find ill'S,
VO [-It q.,,. (v zr 1, 2) --v t It. it fill 1~
(10 (lo
-lows
Matheirittioid Rev it lict I- I lic lilm I Pt (C' (4-, 11) alld 1114' Vt 1 114

Vol* 14 Noo 8 ."t' 11.1111itill"I Ill oil G..-Ooll L
-1. 'I'll it) I I : I! - - M i, 11.1 It,. lilt fill-d ill I (I a ,4vill (if sim: I if (I
Sept* 1963 lttfv~l,d kiffalikill., kit llollll~d IvII(I "tild (4 ill,lv\ ;cw. 11 fic

Analysis 4'~ I I I 1 0 11 s I I avlalvt iv 'tdol it Iw" I lit
illi 111A
-."Imil'os wi%vil viii-HI illy I I I
-m~ illivy'I'll ioll". ill tilt, I it fit lilt Ilild va I I )v :i I
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%..I -Ii In let ill- it tv:ljin -:iIjg-III.1I ;fjIuvI.II" Oil- vyl, ,4,
V. Stalin)
(Tbilisi state Univ. im Ili .1
I,f ~I 1411.1111,
-'llit-Illm tilt, kill'iIii'll. Ilp, t111111.1
4 I;:I%IIIv if tilt- I'liIJIi -Alll
4.111

Iiii'll Ill tilt, ..I dill ilm" ill I I

Is
g -.6 1 69 9
d u
EL u
u t
4) 1e
hat,
F t
ID

ALKKSANDRIYA, G.N.
One linear conjugate boundary problem for some unknown functions.
Soob.AN Grus.SSR 14 no.2:65-70 '53. (HL'RA 7:3)
1. Tbilisekly gosudarstvennyy universitet in. StalinA.
O'unotionO

ALMANDRIYA, G.M.
One linear conjunction problem with given displacements in a
class of generalized analytic functions. Soob. AN Grux.SSR 21
no.3.-257-262 S '58. (HDU 12;4)
le Tbilieskiy gosudarstvanivy universitet im. Stalina. Pred-
stavleno chlenom-korregpondentom Akademii N.P. Tekma.
(Functions, Ana3,vtic)

`1 1 1OV, V.I.
J 'LA, A. 1, ZOLal
spc4~1 ions m,-?de of artiff icial leather.
(Mun 1C."
'Leal-tier, Artificial)

ksandrffsk On the theory of certain inee
_Ptegrp:gge ritil!lYstems. Doklady Akad. Naulc SSSR
(Russian)
The author studies the system
b
K, o 01)
0(,,(x)I..J=0 U=O..
Yjathemat�oal ReViewS
a ed -If
May 1954 f and the coefficients; being possibly cornplex-v 1u
n~_:m, the ai and f are L2(a, b) and the
Arialysis Ki(x, s) are
eA
L&;Sx,s6b); when n