SCIENTIFIC ABSTRACT SMIRNOV, A.D. - SMIRNOV, A.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651510014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GEI.IMAN, R.Ye.; KULESIIOV, Ya.T.; SADKIN, P.I.[deceased]; SYIf?IIOV,
inzh,, red.; SEGAL, Ye.l., red.; BORIT
NO V,
tekhn. red.
[Electrician's manual in two volumes] Spravochnik elektro-
tekhnika v dvukh tomakh. Pod obshchei red. A.D.Smirnova.
Moskva, Gosenergoizdat. Vol.2. No.l. [High-voltage apparatus]
Apparatura vysokogo napriazheniia, 1963. 104 P.
(MIRA 16:11)
(Electric engineering-Handbooks, manuals, etc.)

f Electronic I or- mr-~,sm.~-Ing
.,-,-Lf---ktror,nye pri-bory dlia ;zmerenifa ne-~,1ekt.r1,--hOskikh veh-
ch-;n~ ra6;-O.j-;,UbjT(-,jej - narodn-omu Mos~ia, 'Izd-
-i- -jc~ill
erlgl-~L, 85 p. (i%as3,.,)vaia rL!.,;-Dbib1!oteka,
520), -i-:7)

fl~ .10 i. k. I f ~ . - Ih - -! I-.,"( ~ -, . "'. , ilmli.
I I :, .'Y e . , I ; 'f ... I ~ .. . , I. . ; , , 311/.. . ) I . . -1 , ,
--c-A.
[-"Idectricians rianual on two vol-Lunes] Spravochnik elektro-
tekhnik,a v dvukh tov.akh. Moskva, lzd-vo "Lnergiia.lf
Vol.2. No.15. [,start regalati-,g apparatus] ILiskoreguli-
ruitinhchaia apparatura. 19(4. ll~)q p. (11 T 11'. 17: 8)

ZHIL121 V.G., inzh.; Prinimali uchastiye: DUBROVSKIY, V.V.;
KHETAGUROV, N.Ts.i OBOLEITSKIY7 P.A.; UGORTS, I.I.,
inzh.j, red.; 3,IFYIN, A.D., red.
[Design of large thermal electric power plants; general
problems] Proektirovanie teplovykh elektrostantsii boll-
shoi moshchnooti; obshchie voprosy. Moskva) Energiia,
1964. 375 P. (MIRA IS: 2)

GELIMAN, R.Ye.; KULESHOV, Ya.T.; SAVOST^YANOV, A.I.; SMIRFIOV,
__I,.D., inzh., red.
[Electrical engineering handbook in two volumes] Spra-
vochnik elektrotekhnika v dvukh tomakh. Moskva, Energiia.
Vol.2. No.3. 1965. 240 p. (MIRA 18.6)

GINZIAII-(0) S'afaitl Alek.,aindrovich; LEKHDIAN~ lzrail' Yaka),Vdevicll;
MALOV, VJttdJ.mLr I-,tjr(,7eyc-vlch; A.r~., I-ed.
(!`riixiples of autovatic and remote cn.-,croll Osnolpj av-
tomatiki i telemeklianiki. Moskva, Energiia, 1965. 511 P.
18:3)

L 3835:!~6 AXiG19rJ(d)1FBD
AN5025577 I~R(h)/FCS X IAW/ETC(m) W/EHAE
BOOK EXPL401TATION URI
41
Aleshkov, M. N. (Candidate of Technical Sciences, Engineer-colonel); Tyaku I
B. R. (Engineer-Colonel); Zhukov, I.,1-.,(Profvs9or, Doctor of Technical
Sciences, General Major of the I.T.3; -,'-Xatkhanov, 11 N. (Doctor of Technical
I Sciences, Docent Engineer-Golonel); Kukushkin, D. D. JWididato of Technical
Sciences, Colonel); Marko~, 0. P. of Technical Science.8,
Engineer-Lieutenant Colonel) l Savl~~; X. Vrp, (Enginser-Colonel); 31143E
(Lnginser-Colonel); Fami r TU. 0. (Candids(to of Technical Sciences, InSLImser-1
Colonel) 1111
Physical principles of rocket weapons, Oisicheskiye'omnovy raketnoop orm")
Moscow, Voyenisdat X-va obor. SSSR, 1965. 463 p, illus-, biblio. 12,OW
copies printed.
TOPIC TAGS: rocket, rocket flight, weapon, projected ammaition. Set engines
rocket propollantp combustion chmber, engine fuel system, mWmt Ssidamop
aisoilo ground eqmipsent, rocket engine test. jet prepolsive
mRPOU AND COFZUGlt 7he bookpnewtv the prim4lof of the tbom of Mot#
th!~Xbyvi"a p4miples of jet propelsim, deveribes rodmt ashms md tsels,
I Card

-L 3835-66
AM3025577
ond contr*2 and guldande systems of various types. It also describes the
working principle of rackets of various types and their bomic sq'11piento old
the designs of ground equipment and the tests of xv4st camplazes.. It also;
contains A Classification of rocket equipment. The book In Intended for
officers connected with the manufacture of rocket squipsignts ad for studento
of military educational institutions. 1he contents 'of the book is Used ON
materials of overt Soviet and foreign publications.
TABLE OF CONTENTS (abridged):
Introduction - 3
Ch. T. Problems "ITed b7 ruct-nt wcapcn*, reVAroments cat for them* AW
classification of rocket ammunition - 5
Ch. II. General inf, ti on jet engines - 24
'Ion
Ch. III. Rocket, fu 0 jM- 47
Ch. IV. Combustion c berm - 75
Ch. V. Rocket engine food systems - 235
'Ch. VI. Same problems in the theory of rocket flight,
Ch. VII. Rocket oontrol systems - 240
Ch. VIII. Design peculiarities In the structwe of varleas purpose
rockets 323
Card Z/3--

L 38354A
AN5025577
30
ch. ii. Ground equipsiant of vsrigus P"W" f"kst oamPlo"a-
X. Rocket and rocket =6 W
C
h
XI.
Ch:
Bibliography - 459
SWITfIDI 3WArO
SUB CODIS GK, VA
07=1 042
so mw MVI (95
cut

1 - . -14jlililo'; ~ ~, . 1) ~ .
, A
, i f ~ ri. ~ v f .'bi ; N i K, 0 .4'Y E 11 Ser,)*,,
1()I)OV, Vik-or - -
red.
[Electri--,al engineer'ingl glektrotekhnika. t4,)sk,.,a, Energita)
1965. 5,97 p. (MIRA 1s-. 12 ~

L 01770-67. EVT(d)/EEC;(k)-2/EWP(1) 1jr-(c NBpl/GG
ACC NR- AR6031713 SOURCE CODE: UR/0372/661000/006/VO56/VO56
AUTHOR.- Smirnov, A. D.; Samkov, I. I.; Bushuyev, Yu. -M;
TITLE: The use of the "Dnepr" computer in data processing
SOURCE: Ref. zh. Kibernetika, Abs. 6V370
REF SOURCE: Sb. Upravlyayushchiye mashiny i sistemy. Vyp. 2. Kiyev, 1965,
14-23
TOPIC TAGS: data processing, electronic data processing, data processing
equipment/Dnepr computer
ABSTRACT:* A report is given on a case of successful use of data processing.
Data to be processed is fed from several measuring instruments and printed out
on the punched paper tape. The maximum input rate is 6 readings per second,
the maximum quantityof information printed from onereadingis 500bits, asetof
readings contains a maximum of 400 words and the time for processing the data is
10 minutes. The transfer from the printing tape to the "Dnepr"~ computer-,, as7well"
as the feedback from the machine, is achieved by telephone communication channels
at distances of 200-1000 m. The output from the computer is also transferred to
1/2 UDC: 518. 5:681. 142

SMIRNOV, A,,D.,; TALALUYNVA, A.11. (Leningrad).
-
Growing crystals of substances insoluble in water by the diffusion,
method. Xhim. v shkole 13 no,3:45-46 NY-Je 1589 (MM 11:5)
(Crystallization) (Lead chloride)

SMIPNOV, A. D.
"Silver water." Khim.v shkole 14 no-5:49-52 S-0 '59.
(MIIU~- 12:12)
1. Pedagogicbeakiy institut, Leaingrad.
(silver) (Chemistry--ExperimentB)

SKRI~qT,..A.D., dotsent, SUMTOVA, T.T.
Planned chemistry program requires a serious reviev. Khim.v
shkole 15 no.1:51-54 Ja-F 160. (14IRA 13:5)
1. Zav. kafedrov metocliki prepodavanlya khimil Leningradokogo
pedagogichoHkogo inatituta Imeni Gertsena (for Smirnov). 2. Zav.
kafodroy khimii Loningradgkogo, gorodukogo Instituta unovor-
shenntvovaniya uchitolay (for Shatunova).
(Obemistry-Study and teaching)

SMIBN-OV,
Conference of chemists specializing in teaching methods. Khim.
v shkole 15 no.4:93-.96 Jl-Ag 160. (MIRA 13:9)
1. Zav. kafedroy metodW khImii pedagogichaskogo institute.
imeni Gertsena.
(Chemistry6--Study and teaching)

SMIRNOV, A.D., dots.; KROTKOV, V.V., starshiy prepodavatell; SHAYMARMTOVA,
---A.Sh., assistent
"Chemistry club" by G.A.Zdanchuk. Reviewed by, A.D.Smirnov, V.V.Krotkov,
A.Sh.Shaimardanova. Xhim. v shkole 15 no.5:88-90 S-0 160.
(MIRA 13:10)
Pedagogichesk!Ly institut im. Gertsena, Leningrad (for Smirnov).
2. Kafedra khimii Mariyakoga instituta (for Krotkov, Shaymardanova).
(Chemistry-7Study and'teaching)
(Zdanchuk, G.A.)

SMIRNOV, A.D.
Flame from a glass tube. Xhim. v shkole 16 no.1:61 Ta-F 161.
(KERA 14:1)
1. Pedagogicheskiy institut im. Gertsenap Leningrad.
(Flame)

SHAPOVALENKO, Sergey Grigortyevich; LAPITSKIY, A.V., doktor
khim. nauk, prof., retsenzent; S~~IIRNOV,.A.D.j kand.
khim. nauk, dots., retsenzent; SYROYtZHKIN, Ij.~
retsenzent; BATULINA V.V., red.; MAKHOVA, N.N.,
tekhn. red.
[Methodology of teaching chemistry in eight-year and
secondary schools; general problems] Metodika obucheniia
khimii v vosImiletnei i srednei shkole; obshchie voprosy.
Posobie dlia uchitelei. Moskva, Uchpedgiz, 1963. 667 p.
(MIRA 17:3)
1. Chlen-korrespondent Akademii pedagogicheskikh nauk
RSFSR (for Shapovalenko). 2. Uchitell khimii sredney shkoly
No.13 Kuybyshevskoy oblasti (for Syroyezhkin).

SMJRNOV~ A.1).
Experiments on the diffusion of substances in solutions. Khim.
v shkole 18 no.4:64-67 Jl-Ag 163. (MA 1?:l)
1. Pedagoaicheskiy institut imeni A.I. Gertsena, Leningrad.
0

VERESHCHAGIN, P.V.; SMIRNOV, A.D.
Methodological heritage of V.N. Verkhovskoi. Khim. v shkole 18 no.6:
9-13 ~--D 163s (MIU 17t 1)
1. Pedagogicheskiy institut imbni A.I.Gartsena, Leningrad,

pr;F, '415
~t
AUTHOR: Bobrovnikov, Yu. A.; Zverev, G. 14. Makarenko, L. V. Smirnov, A. I.
ORG: none
TITM: Paramagnetic resonance of Wd3+ ions in single-crystal oxides of yttrium and
scandium
GOURCZ! Fizika tverdogo tela, Y. 8, no. 10, 1966, 30806-3088
LOPIC TAGS: yttrium, scandium, oxide, neodymium, paramagnetic resonance, crystal
symmietry, forbidden transition, optic spectrum, microwave spectroscopy
ABSTRACT: This is a continuation of an earlier study of the optical spectra of NO+
ions in Y 203and Sc203 (Opt. i spektro., in press) where the results were interpreted
under the assizaption that only one type of rhombi c-symmetry center exists. In view
of the fact that other results suggest the existence of two types of symmetry centers
(C and S ), the authors have carried out a radiospectroscopic study of the same
2 6 3+ in Y 0 and Se 0 was observed at 4.2K and
crystals. Paramagnetic resonance of Nd 2
14.3 Gilz. The samples were oriented in such a W~y that U constant field remained
in 1~he (110) plane during the crystal rotation, and the alternating field was perpen-
dicular to the constant field. An analysis of the angular dependence of the
paramagnetic resonance spectrum established the existence of centers in crystalline
Card

ACC NR:
AP6033575
;."ields of rhombic and trigonal symmetry, with predominant directions parallel to [1101
and (1111 respectively. The components of the g-factors in the IId3+ spectra are cal-
i
culated for both oxides and both symmetry centera. The concentrations of.the two
centers differ by only a factor of 2. Since the earlier investigation of the optical
ispectrum disclosed the existence of only rhombic-symmetry centers, this confirms the
,assumption that forbidden transitione have a high probability in the case of centers
that have no inversion symmetry, Orig. art. has; 1 figure, 3 formulas, and I table.
iSUB CODE: 20/ SUBM DATE: 28Mar66/ ORIG REF; 002/ OTH REF: 007
C.rd 2/2

ALESHKOV, M.N., st. nauchn. sotr., kand. tekhn. nauk,inzh.-
polkovnik; ZRUKOV, I.I., prof., doktor tekhn. nauk,
general-mayor; KATKWOV , M.N., doktor tekhn. nauk,
dots.,inzh.-polkovnik; VYSKUBOV, B.R., inzh.-polkovnik;
KUKUSHKIN, D.D., kand. tekhn. naukpolkovnik; MARKOV,
O.P., dots., kand. tekhn. naukinzh.-podpolkovnik;
SAVIN, N.V., inzh.-polkovnik; a= -inzh.-
-I.Q
podpolkovnik; MMIN, Yu.G., kand. tekhn. naukinzh.-
polko-vnik; HISELEV, S.P., Inzh.-polkovnik, red.
[Physical principles of rocket weapons] Fizicheskie osnovy
raketnogo oruzhiia. Moskva., Voenizdat, 1965. 463 p.
(MIRA 18:7)

SMIRNOV, A.F.
Occurrence of sulfanilamide- and syn-thomycin-resistant strnins of
dysentery pathogens. Zhur.mikrobiol.eDid. i Immun.,suDolement
for 1956:11-12 '57 (MIRA 11:3)
(BACTERIA, EFFECT OF DRUGS ON) (SHIGELIA

ANUCHKIN, N.H., inzhener; GARBUZOV, Z-ye., inzhener; SMIRNOV, A.F.,
inzhener.
Prospective developments in high productivity earthmoving machines.
Stroi. i dor.mashinostr. 1 no.2:15-1 1' '56. (MLRA 10:1)
(Earthmoving machiner73

3/138/59/0001012/006/006
AUTHORS: Vostroknutov, Ye. G., Smirnov, A. F., Kamenskiy, B. Z.
TITLE; An Instrument for the Control of Moisture in Automobile Tread
Casings
PERIODICAL: Kauchuk i Rezina, 1959, No. 12, PP. 47-49
TEXTz The moisture of the tire casings, which impedes repair work,
can be deteVmined by the electrical resistance of the casing, which decrea-
ses with an increase in the moisture of the cord. The German patent . LI/
No. 936480,- 1955, the design of which is based on the above-mentioned pr1n-----'
ciple is discussed. It has two steel needles attached to the handle, which
act as the electrodes. These needles are introduced into the casing of
the tread. The functioning principle is explained. The disadvantage of
the instrument is the impossibility of a quantitative evaluation of the
moisture content. The Kiyevskiy shinoremontnyy zavod (Kiyev Tire Repair
Plant) developed a special method using the ordinary type megohmmeter
CR-ef- 3) for the quantitative determination of the relationship between
the electrical resistance and the moisture of the casing. The tests showed
that this method could be used for detecting tires in need of drying.
Card 1/3 /_151

S/138/59/000JC12/0061006
An Instrument for the Control of Moisture in Automobile Tread Casings
01%wilig" With a 11101riturt, colitolit of 5it or moro tiftor vulottrilztitlon woro ohown
to undergo lamination on the sides. The molsture-mater and the magohm-
meter were used to determine why the lamination took place on the aides
rather than in the crown of the casing. It was found that more moisture
accumulated at the sides due to less heating of these parts during perform-
ance of the tire. The application of the moisture-meter and the megohm-
meter showed that theee instruments had also various disadvantages. The
handle of the megohmmeter had to be turned manually during the measurements,
Further investigations resulted in the development of a moisture-indicator
for determining the moisture of the casings under repair. The instrument
proved satisfactory in every respect. The principle of its design is
given as being based on the change in the switch-on voltage of the neon
bulbs depending on the value of the shunting resistance. The new instrument
is used both for the quantitative and qualitative determination of the
moisture content. Fig. 1 is the circuit diagram of the instrument, where
three neon bulbs are seen to be connected. Fig- 3 is a diagram of the in-
strument with all its component parts. jqH-6 (MN-6) neon bulbs are used.
The average degree of accuracy of the instrument is 15-20%. The experimen-
tal instrument was tested at the Moskovskiy vulkanizatsionny zavod
Card 2/3

S/138/59/000/012/006/006
An Instrument for the Control of Moisture in Automobile Tread Casings
(Moscow Vulcanization Plant) and at the Kiyev*Ti;e Repair Plant.' is many
as 45 casings of various sizes were tested and the results are given in the
table. The casings with a high moisture content after vulcanization were
laminated, The authors state that the principle of this instrument can be
applied to designing similar instrumentq for moisture determination in
other articles of materials, such as the ingredients of rubber mixtures, or-
ganic solvents or textiles. The circuit diagram can be changed accordingly
in each case. For example, by using alternating resistance for shunting an
instrument can be made with a continuous moigture-indicating scale and with
only one bulb-indicator. There are I table, 3 figures and 4 referencest
5 Soviet and I roltish.
ASSOCIATIQNt Nauchno-issledovatellskiy institut shinnoy promyshlennosti
(Scientific-Research Institute of the Tire Industry)
Card 3/3

VOSTROKNUTOV, Ye.G.; BODAK, N.M.; SMIRNOV, A.F.
- - - -AMAYAL
Determining the moisture content of automobile tire casings with
an electrical moisture meter. Kauch. i rez. 18 no.1:43-45 Ja 159.
(NM 12: 3.)
l.Nauchno-iseledovatellskiy institut shinnoy promyshlennosti.
(Aixtemobiles--Tires)
(Xlectric instruments)

VOSTROKNUTOV, Ye.G.; 4q-LR ~OV, A~.P._
Drying of tire casings in the restoration process. Kauch.i
rez. 21 no.9:34-39 S 162. MIRA 15:U)
1. Nauchno--,ssledovaLtel'skiy institut shinnoy promyshlennosti.
(Tires, Rubber)

DROZDGV,, V.I.; SMIRNOV,, A.F.
Restoration of the electric strength of thyratrons. Zhur.tekh.
fiz. 31 no.8-975-981 Ag 161. (14IRA 14:8)
(Thyratrons)

IIUSSR/~hysics - Ionic instruments
FD-2407
Card 1/2 Pub. 153-11/21
Author Drozdov, V. I., and Smirnov, A. F.
Title Establishment of tile controllability of ionic inutrumentu
Periodical Zhur. tekh. fiz. 25, 85-96, Jan 1955
Abstract The authors consider the problem of establishing the controllability of
ionic instruments with course of time after discontinuance of the current,
and discuss the concepts and definitions relating to this matter. They
present a certain elementary theory of the process of establishment, and
describe two methods for experimentally determining the principal law
characterizing the controlling properties of ionic instruments, namely
the establishment of the electric stability in time. Results of their
investigations are presented. They conclude: establishment of controll-
ability of ionic instruments is a continuous process in which electric
stability increases in time; the controlling properties of ionic instru-
ments with grids are characterized by a family of curves of establishyi-~nt
of electrical stability; this family of curves is the most importan-D
characteristic of ionic instruments; ionic instruments with controlling
grids must also possess curves of establishment of electric stability '

Card 2/2 FD-2407
(so-called establishment of controllability) among the number of princi-
pal characteristics; the terms "time of establishment!' and "time of ig-
nition" are unnecessary, as the term "time of deionization". The
authors thank Professor V. L. Granovskiy. Sixteen references.
Institution:
Submitted : June 23, 1954

SOV/124-58-7-8083
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p I I i (USSR)
AUTHOR: , Smirnov, A. F.
T IT LE: The Stability of Frames Having Nonuniform Struts (Ustoychi vos t'
ram so stoykami peremennogo secheniya)
PERIODICAL: Tr. Mosk. in-ta inzh. zh. -d. transp. 1957, Nr 91, pp 4-15
ABSTRACT: A study is made of the two-dimensional problem of the elastic
stability of single-story frames having one, two, and three spans.
The rigidity of the web members being constant and that of the struts
variable, the inertia moment I is determined by the law (with res-
pect to the length I ) --
I = I [ I - 0- V I., ) x ]m
x 0 10 1
A solution is given for the differential equation for the longitudinal
and trnnsverse f1cxure of a rod having a broad range of variation of
ni. Included is a nut-nber of graphs and tables for the stability factor
of Euter's well-known formula which are invaluable in practical work.
Card 1/1 1. K. Snitko
1. Structures --Stability 2. Structures --Theory

14(10) PHP.% I I BOOK EXPLOITATION sovln66
~ -L3* I
Smirnov', Anatoliy Fili ;y;igchh Cormesponding Member, USSR Academy of Construct-
Mnva;~iroc~teyct~Ore, Professor
Ustoychivost' i kolebaniya sooruzheniy (Stability and Vibrations of Structural
Elements) Moscow, Transzheldorizdat, 1958. 570 P. 2,500 copies printed.
Ed.: Aleksandrov, A.V.,Candidate of Technical Sciences; Tech. Ed.: Xhitrov,
P.A.
PURPOSE: This book is intended for structural engineers and scientific workers.
COVEMO: This monograph deals with problems of stability and vibrations of
elastic systems which are widely used in civil engineering, especially in
bridge construction. The book discusses the fundamental aspects of the theory
of matrix calculation which providAn a basic method for the solution of
problems of stability and vibrat:*ms of structural elements. Chapter III,, in
particular, discusses methods of solving the secular equation, which are im-
portant for the solution of practical engineering problems. Chapter 4 gives
information on interpolation theory. Use of this theory permits the solution
of a number of problems which could,not othezvise be solved with the neces-
Qbrd-I~L~

Stability and Vibrations of Structural (coat - ) SOV1166
sary degree of accuracy. Many numerical examples are presented throughomt the
book. The author expresses his gratitude to Academician K.S. ZavriyevAcad my
of Sciences of the Georgian SM, active member of the USSR Academy of Construct-
-D% sad Architecture; Professor A.A. Ukanskiy, Doctor of Technical Sciences;
A-V. Aleksandrov., Candl of Tlechnical Sciences; and Engineer N.V. Snirnova
for hel in preparing the book. There are 198 references, of which 190 are
Soviet Yiacluding ont) translation),7 German, and 1 Czech.
TABLE OF CONTUTS:
From the Author
Ch. 1. Brief Information From Mtrix Theory
3
1. General concepts 5
2. Addition and multiplication of square matrices 9
3. Inverse of a matrix and methods of obtaining it 13
4. Matrix functions and matrix operations 22
5, Characteristic numbers and eigenvectors 26
Card 2/12

SMIRITOV, A.F.
Proceedings of the West Siberian Branch. Izv. ASiA no.1:126 '60.
(MIRA 13 :9)
1. Chlen-korrespondent Akakemii stroftelletva i arkhitektury
SSSR.
(Building research)

SMIRNOVI A.F., Prof.
Using an integration matrix in studying vibrations of a circular
arch. Trudy MIN no.1310i-16 161. (MW 14:5)
(Arc6s-Vibration)
(Matrices)

SMIRNOV., A.F., prof.
Formu'W for exTanding in a series the f~jnctions encountered
in problems of the stability and oscillations of elastic
systems. Trudy MIIT no-l,34!U-'"-3a9 261, (MIRA 1595)
(Fun0ions)
(Elastic plates and shell.9)

?
ACCESSION N 026346 S/0000/62/000/000/0082/0090
B: A4
AUTHOR: Smirnov,'A. F.
TITLE: High-speed m4lti cation circuit using semiconductor elements
pli
SOURCE: Konferentstya po obrabotIce idormataii, mashinnomu perevodu I avto-
maticheskomu chteniyu, teksta. Moscow, 1961. Vy*ch1il1tel'naya i informatsionnaya
tekhnika (Information processing and computer technology); sbornik materialov kon-
ferentall. Moscow, 196~, 82-90
TOPIC TAGS: circuit design, logical design, semiconductor, arithmetic device,
multiplication circuit
#BSTRACT: The high-speed multiplication circuit'descriW in the article is a develop-
#ient of the familiar arithmetic unit design consisting of two registers and an adder. In
tecent times, the author points out, the adder is frequently designed as a combination of
a conventional trigger register and an adder with logical elements. In the given case,
all these registers are considered In accordance with their generally accepted purpose in
the multiplication operation, namely as multipllcand~ multiple and product registers.
The shortcoming of an aritImetic =it of " composition with a logical adder for the
multiplication operation in that the product rq0ster must "ultaneouly pwkicipate in
Qwd 1/3
kiwa
4
mwm
1- DIM
4- m
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ACCESSION NR: AT4026346
the formation of the sum and carry signals, on the one hand, and In the acceptance of-the
new sum of partial products, on the other. The author notes that the use of delay lines
for the purpose of effecting a temporary division of these two elementary operations - a
technique which has been proposed by some writers - is unsatisfactory because of the
unavailability of high-stability delay lines and the need for careful mdehing with the other
elements. Another delay in the operation of multiplication arises from the fact that, as
a result of the delay. of the signal in th
e semiconductor triodes, in many arithmetii
devices it Is Impossible, because of the finite time of the carry process In the'adders, W
1 begin the next pulse to the adder unless the carry has been entirely completed. In this
article, therefore, an effort la-made to construct a high-speed multiplication circuit
which is free of these (and certain other) deficiencies and limitations. The circuitry in-
corporates the idea of multi-register arithmetic devices--an ideavhich provides the
maximum in operating speed, while retaining the* usual working frequencies of the ele-
mw nts and- ensuring the most economical use of the equipment. Basic and explanatory
diagrams of the circuitry are given, and the'principle of operation of the unit IsC
plained. The fundamental advantages of the system are summarized and the autho:; gives
the following estimate of the operational speed of the circuit arrangement: (data obtained
using P16 triodes of Soviet manufacture): train rate of program pulses - 1 Mae, read-out
C,,d 2/3
-.21vo
1.4

ACCESSION NR: AT4026346
of operational element (triode in saturated mode) after its opening (from the moment the
pulse Is fed) - within I microsecond; decay of tPe leading edge of the operational element
without forced quenching - 1, 6 microseconds; duration of the expanded pulse of the Ole-
ment - about 2 microseconds. - From the Ume sequence of multiplication given it follows
that the actual multiplication of two 18-bit numbers is accomplished within twenty pro-
gram pulses following at a frequency of I Me; that Is, twenty microseconds plus two
microseconds for setting the product register - total: 22 i~lcroBsoonds. Orig. art, has:
4 figures.
i ASSOCIATION-. None
1-b
SUBN[ITTED: 00 DATE kCQ: IGApr64 ENC14 00
SUB CODE: CP NO REP SOV: 002 OTHER: 001
3/3
Card

SMIMOVY A.F., doktor tekhn. nauk, prof.
Applying virial in problems of structural mechanics. Trudy MIN
no.174:43-48 163.
Calculation of definite integrals in the case when the function
is given by a vector in the form of an implicit linear transfor-
mation. Ibid.:108-112 (MIR.A 18:1)

BOLOTINI Vladimir Vasillyevich; GOL'DENBLAT) josif Izrailevich;
1 .1 T.V., red.
CIABUIOV Anatoliy Filippovich; GORYACREVA,
--- ---- L~~- -
[Present-day problems of stnictural mechanics] Sovrwen~-
nye problemy stroitellnoi mekhaniki. Moskva, Stroiizdat,
1964. 130 P. (MIRA 17:12)

SYR-.14OV, Anato-1-11y Filippovich, ciolktor tek~ai. raulc, !~vuf.;
ALTEKSA17DT~.OV, Alliatoliy VL-,sillyevich: SEAFOSIJ--!F.O~;,
-j c,
Nikolay N--Lolaye y4 eh; L S' -J- -c -h:
doktor tekhn. naukl, pralf., re I'Senzent.
OSIPCJ'VA, E.1,11., red.; ZUBKOVA, M.S., red.
[Calculating structures by using conilmting machines; a
wAnual l'or colleges) Rascliet sooruzzheiiii s primenoniem, -vy-
chic-litollrykil mashli.; uchebroa posobie d1ja %,Uzov. [BY]
A.F.Smirnov i dr. Moskva, Straiizdat, 10,61r. 379 P.
(MI;l-k 18:2)

KLEYN Goorgly Kon,,-; t.fr, ~.; nniijch, prof, , doktor tekhn. nauk, prof. y
REKACH, Vladimir &#rmanovich., doktor tekhn. nauk, pr,f.j
ROZENBIAT, Gerya IBaakaynap kand. tekhn. nauk, dots.;
prof., dolctor tekhn. nauk, retsenzent,,
KOSTROMIN, V.S., prof., retsenzent; LIVIN, Ya.B., dots.,
retsenzent; OSELEDIKO, A.I., dots., retsenzent;
BARCHENKOV, A.G.9 dots., retsenzent; BYC11KOV, D,V., prof.,
dok-Lor tekhn. nauk, red.; KOROTKOVA, A.V,j red.
[Manual for conducting lessons in a special course in
structural mechanics] Ruk-ovodstvo k Provedeniiu zaniatii po
spetsiallnowu kursu stroi-tellnoi mekhaniki. Moskva.. Vys-
shaia shkola, 1964. 295 P. (MIRA 1A-.3)

SI.M.1-1011, A.F. (14oscow)
"The develo7ment of structural mechanics In connection with the application of
co-z-ziptitersif
Report prosented at the 2:nd All-Union Congress on Theoretical and Applied
Machw-dcs, Moscow 29 Jan - 5 Feb. 64.

ANTOKOLISKAYA, Mirlyam Yakovlevna; BRONSHTEYN, Isaak Iosifovich;
MARTYNOV, Mikhail Ivanovich; WURN
.Ay,_A~~~.Fedor vich
SHKLOVSKAYA, Anna Yevgenlyevna; ZHURAVIEVA, Ye.l., retsenzent;
SOLOV;ONOV, P.I., retsenzent; YERMOKHDIA, H.V., red.;
(Manual on raw materiaas, intermediate products and finished
products in confectionery; manufacture; physicochemical
characteristics] Spravochnik po syrliu, polufabrikatam i go-
tovym izdeliiam konditerskogo proizvodstva; fiziko-khimiche-
skle kharakteristiki. Moskva, Izd-vo "Pishchevaia promyshlen-
nost',11 1964. 229 P. (MIRA 17:5)

BOLOTIN , V,V.. prof., red.; RABINOVICH, I.M.p prof., "6d.;
prof., red.; LUZHIN, O.V., kand. tekhn.
nauk, nauchn. red.
[Problems of stability in structural mechanics] Problemy
ustoichivosti v stro'Ltellno-4 mekhanike; trudy. Moskva,
Strolizdat, 1965. 474 p. (MIRA 18.5)
1. Vsesoyuznaya konferentsiya po problemam ustOychivosti
v stroitellnoy mekhanike, Moskva, 1963.

n! ov ..v,,
desip.
punct, r for ~ne
A -3 u
i I ~ -)-,i -
d vibret",
rod for all k
student,3 ~)r b c,.mr-:es
d! In ru ztihe ta st ZlinevyWh .3 to
"It
d', 1i7 svu-d~utov
lehnni !a,. uchehuc, -'Is, I - -
inzhtaGrov 2~9
-116 1~- - k v, I P, :, 1-

SMIRNOV,.--A.F., inzh.
Mechanizing the sorting of large quantities of infor-mation.
Aekh.i avtom.proizv. 61 no.8:28-32 Ag '62. (MIRA 15.-9)
(Electronic analog computers)

SMIIUIOV A.F. inz h.
Size of the angles of fracture in ore deposits. Gor.zhur. no-3:61-65
Mr 165. (MIRA 18:5)
1. Krivoroziiskiy opornyy punkt Vsesoyuznogo naucimo-issledovatel'skogo
marksheyderskogo instituta.

A
(,',!Osk,,,a.)
Ilatural vibrations of a
ISSI. po teor.
soonuzh.. no. - =z-
13:
18:

SRIRNOV) A.?., dok-tor tekhn. nauko Prof.
Numerical stability calculatton of plates of variable thickness.
Trudy MIN no.164:16-35 16~.
OXIRAI 18:3)

TF .11
1117ish of Se,-ozero and Methods of Increasinr, Their Productivity."
Card Biol Sci, Karelo-Finnish State U, Fetrozavods:K, 1953, (PZL.Eiol, Eo 7, r-ec
aurvey of LScientific and Technical Dissertations Defended at USSR
Ligher Educational Institutions (12)
SO. Swl. 1-70. 5,-,6, 24 June 55

POLYANSKIY, Yu.I., professor, otvetstvennyy redaktor; PROLVDIN, I.F.,
professor, zasluzhennyy deyatell nauki Karelo-Finskoy SSR, re-
daktor; SMIRNOV, A.F., kandidat biologicheslcikh nauk, redaktor;
PDD172LISUYA, K., tekhnicheakiy redalctor.
[Materials of the Conference called by the Karelian Branch of the
U.S.S.R. Academy of Sciences and the Karelian section of the All-
Union Scientific Research Institute of the Fish Industry of lakes
and Rivers, on the problem of increasing fish productivity in the
Karelian lakes and rivers) Materialy soveshchaniia po probleme po-
vyshenila rybnoi produktivnooti vnutrennikh vodoemo-Y Karelo-Finskoi
SSR. sozvannogo Earelo-Finskim filialom Akademii nauk SSSR i Kare-
lo-Finskim otdaleniam V1IORKh 11-13 marta 1953 9. Petrozavodak.
Goo. izd-vo Karelo-Finskoi. SSR. 1954. 194 p. [Microfilm] (MLRL 8:2)
1. Akademiya nauk SSSR. Karelo-Finskiy filial, Petrozavoduk. 1nsti-
tut biologil. 2. Direktor Instituta biologii, Karelo-7inakogo filiala
Akademii nauk SSSR (for Polyanakiy). 3. ZavediVushchiy sektorom
zoologii Instituta biologii Karelo-Finskogo filiala Akademii nank
SOR (for Pravdin). 4. Direktor Karelo-Finskogo otdeleniya Voesoyuz-
nogo nauchno-issledovatellskogo instituta ozernogo i rechnogo ryb-
nogo khozyavstva.(for Smirnov).
(Karella-7ish culture)

SMIRNOV, A.F.
Chars of Segozero. Trudy Kar.fil. AN SSSR no-5:119-130 156.
(MLRA 10:7)
1. Karellskoye otdeleniye Vsesoyuznogo nauchno-isaledovatellskogo
instituta ozernogo i rechnogo rybnogo kho2yaystva.
(Segozero, Lake--Trout)

ALEKSAI,TDROV, B.M., nauchnyy sotrudnik; ALEKSANDROVA, T.N., nauchnyy
sotrudnik; BELYAYWA, K.I., nauchnyy sotrudnik; GORBUNOVA, Z.A.,
nauchnyy sotrudnik; GORISYNA-PMOVA, L.I., nauchnyy sotradnik;
GORIBYEVA, L.N., nauchnyy sotrudnik; GULYATEVA, A.M., nauchnyy
sotrudnik; DKITRENKO, Yu.S., nauchnyy sotrudnik; ZABOLOTSKIY, A.A..
nauchnyy sotrudnik; MAKAROVA, Ye.F.. nauchnyy sotrudnik; NOVIKOV.
P.I., nauchnyy sotradnik; POKROVSKIY, V.V., nauchnyy sotrudnik;
SKIRNOV, A.F., nauchnyy sotrudnik; ST]WAITOVSKAYA, A.F., nauchnyy
sotrudnik; IMAN, V.V., nauchnyy sotrudnik. Prinimali uchastiye:
BAT-A(R VA, M.V., nauchnyy sotrudnik; VEBER, D.G., nauchnyy sotrudnik;
POTAPOVA, 0.1., nauchnyy sotrudnik; SOKOWVA, V.A., nauchnyy sotrudnik;
FILIMONOVA, Z.I., nauchnyy sotrudnik; POPENKO, L.K.. uauchnyy sotrudnik;
ZYTSAR', N.A., red.; PRAVDIN, I.F., red.; PANKRASHOV, A.P., red.;
&MVCHMKO, L.V., tekhn.red.
(Lakes of Karelia; natural features, fishes. and fisheries] Ozera
Karelii; priroda, ryby i rybnoe khoziaistvo; spravochnik. Petroza-
vodsk, Gos.izd-vo Karellskoi ASO, 1959. 618 p. (MIRA 13:8)
(Continued on next card)

AM SANDROV, B.M. --- (continued) Card 2.
1. Russia (1917- R.S.F.S.R.) Kerellskiy ekononicheakiy admi-
nistrativnyy rayon. Sovet narodnogo khozvaystva.- 2. Karel'skoye
otdeleniye Vsesoyuznogo neuchno-issledovatellskogo instituta ozernogo
i rechnogo rybnogo khozyaystva (for AleIrsandrov, Aleksandrove, Be-
lyayeva, Gorbunova, Gordeyeva-Pertseva, Gordeyeva, Gulyayeva, Dmitrenko,
Zabolotskiy, Makarova, Movikovq Pokrovskiy, Smirnov, Stefanovskeya,
Urban). 3. Kerellskiy filial AN SSSR (for Balegurova, Veber, Potapova.
Sokolova, Filimonova, Popenko).
(Karelia--Lakes)

- = Z: -; ~;' r.
A ~ - .- .I '. .
- ,I-d-alov 7' d. Inst., -cr;,49-- ". -,aratus 1-or 7--as-_-i= Bile
-br., Clinic "os-,. Th re~nz7, C , -.e LI ZI
L'I - Lie --
It V I
-a a -r~ rA I in . e, . , '_') 11 ,'To
! r re g of an -,lectrocardiocr., ,, - - " - . - 3, 19tO -

CHUMAKOV, N.N.; SHIFRIN, A.R.4 SNIgLQ1,-A-G.; EREPYSHEV, D.G.; VYSOTS-KIY,
A.I.; KUZIMINA, N.M.; STEPANUVA, N.N.
Control of athletals foot among workers of a plant producing rubber
and industrial goods. Sov. med. 25 no.5:149-151 MY(161.
111RA 14:6)
1. Iz kafedry koz#pykh i veragicheakikh bolezney Yaroslavskogo
meditsinskogo instituta (zav. - prof. N.N.Chumakov) i Yaroslavskogo
ob]Astnogo venerologicheskogo dispansera (glavnyy vrach D.G.Krepyshev)o
(RINGWOPIN) (FOOT-DISEASES)

CHUMAKOVI N. N., prof.; BABANOV, G. P., dotaent;,_.PMIM1OV _A._G-, assistent
Vitiligo-like dermatoses in workers in a phenol-formaldehyde resin
works. Vest. derm. i ven. no.4:3-8 '62. (MIRA 15:4)
1. Iz kafedry kozhnykh i venericheskikh bolezney Yaroslavskogo medi-
tsinskogo instituta (zav. - prof. N. N. Chumakov) i kafedry gigiyany
(zav. - prof. V. S. Chetverikov).
(SKIN-DISEASES) (PHENOLS-TOXIC;OLOGY)
(FOFMALDMDF,-TOXICOLOGY)

SMIRNOV2 A.G.
Phytocoenotic significance of the rporphophysiological correlation
BiIII. iijoiP. Otd. biol. 68 no.2:134-
of stems in a plant communitY. (MIRA 17:2)
136 Mr-Ap 163.

S.MIRIqO-V.,-,A.. G., Cand of Phys-Math Sci -- (diss) "Experimental stucly of
free heat convection of mercury in sealed tubes In a magnetic pole."
Molotov, 1957, 13 pp (Molotov State University im A. M. Gorkiy), 100
copies (KL, 30-57, 107)

L
AUTHOR: Smirnov, A. G. 57-10-24/33
I I- - --------- -
TITLE. Free Thermal- Convection of Mercury in Closed Circular Tubes
(Svobodnaya teplovaya konvektaiya rtuti v zamknutifykh kruglykh
trubakh).
FERIODICAL! Zhurnal Tekhn. Fiz., 1957, Vol. 27,, Nr lo, pp. 2373-2380 (USSR).
ABSTRACT.* The free thermal convection of Hg in closed circular glass tubes,
which were in verti-ical position or up- to 3oO inclined from vertical.,
was, investigated in the case of stabilized thermal course. The following
was stated on this occasion: 1. In the case of inclinations of lo and
3'o0 three ranges can be obtained at the same time with some stabilized
thermal courses:. an overcritical- (turbulent-corrvective), a critical
(laminar-convective) and an undercritical-(pr,.~ctical-molecular). The
temperature distribution along the ranges with over- and undercriticaI
course are exponential, and along the critical. (laminar) range they
are linear. 2. The magnitude of the characteristic temperature gra-
dient for the laminar range, or the magnitude of Rayleigh's number
completely determines the character of the convective motion of mer-
cury in a tube with an inclination of lo and 3o0. 3. The ratio of
the effective thermal conduction in the ranges with exponential temw
Card 1/2 perature distribution is directly proportional to the ratio of the

Free Thermal Convection of Mercury in Closed Circular Tubes. 57-lo-24/33
squares of the corresponding subtangent length. In the case of mer-
cury in a glass tube this ratio0is 3,95 � 0,14. 4. If the inclination
of the tube is increased (to 3o ) the constant preheating capacity
being maintained and with three heat emission areas present, a decrease
of the general heat flow is observed. a) the magnitude of the charac-
teristic temperature gradient increases a little. b) the temperature
in the range of the overcriLical course increases while it decreases
in the undercritical. course. Within these ranges the temperature
distribution remains exponential. c) The temperature within the fur-
nace range increases.
There are 2 tables, 4 illustrations and 2 Slavic references.
SUBMITTED: January 7, 1-957.
AVAILABLE'. Library of Congress.
Card 2/2

AUTHOR: A. G., 20-2-24/62
TITLE: Free Thermal Convection of Mercury Within a Closed Circular Tube
in a Transverse Magnetic Field (Svobodnaya teplovaya konvektsiya
rtuti v zamknutoy kruglay trube v poperechnom magnitnom pole)
PERIODICAL: Doklady Akad. nau+SSR,1957, Vol. 115, Nr 2, pp. 284-286,(USSR)
ABSTRhCT: The present paper investigates the free thermal convection in clo-
sed circular (vertical or inclined toward the vertical by at most
300) glass tubes when thermal conditions had become stationary.
The investigation was made by the method of temperature recording.
By numerous tests several commonnesses with the rules governing
non-metallic liquids were determined. They are enumerated here just
as the peculiarities of the conversion in mercury. Here the influ-
ence of a practically homogeneous magnetic field (from 70 to 7000
ggauss) on the laminar convection of mercury ins. closed glass tube
with 0,54 cm radius and 1o0 inclination toward the vertical was
investigated for 2 cases: I) The magnetic field is vertical to the
division plane of the ascending and the descending convection cur-
rent. II) The magnetic field is parallel to this division plane.
Under the influence of a weak magnetic field the following was
found: Theoretically a distribution of the density of the electric
induced current on the cross section of the tube is obtained. IH
the center a core forms, for the ponderomotoric forces brake the
Card 1/2 motion. Along the wall of the tube (near the pole shoes of the

Free Thermal Convection of Mercury Within a Closed Circular Tube 2P-2-24/62
in a Transverse Magnetic Field.
electromagnet) symmetric~oundery layers form where the-ponderomo-
toric forces accelerate the motion. The total braking is stronger
than the total acceleration. Reley's (Rayleigh's) critical number
increases proportional to the quadrate of the induction. Under the
influence of a strong magnetic field the following was found: The
decrease in the total heat flow in the tutFe is similar to the de-
crease in the heat flow inclination of the tube without magnetic
field. The quadratic dependence of the characteristic temperature
gradient and Reley's number on the induction is replaced by a li-
near one. Purtheriiata are given. Thus the magnetic field has a
stabilizing influence on the linear convection. With increasing
strength of the magnetic field the braking action in the thermo-
dynamic and in the hydrodynamic sense becomes stronger. There are
2 figures, 1 table and 3 references, 2 of which are Slavic.
ASSOCIATION: Molotov*State University imeni A.M.Gor'kiy (Molotovskiy
90sudaratvennyy universitet im. A. M. Gorlkogo). (*,mv Perm')
EIRESENTED; January 9,. 1957 by Leontovich M.A., Academician
SUBMITTED: October 1, 1956
AVAILABLE: Library of Congress.
Card 2/2

80314
00 SOV/81-59-7-23607
Translation from; Referativnyy zhurnal. Khimiya, 1959, Nr 7, p 283 (USSR)
AUTHOR: Smirnov, A.G. X
-.1 1 on"Mm fr
TITLE: The Experimental Investigation of Free Heat Convection of
Mercury in a Sealed Pipe in a Magnetic Field &
PERIODICAL: Uch. zap. Permsk. un-t. 1958, Vol 15, Nr 4, PP 5 - 58
ABSTRACT: The investigation was carried out in inclined pipes of round
cross section heated in the lower part by an electric furnace
and cooled in the upper part by water, The effect of a homogeneous
magnetic field of 70 - 70,000 gauss on the heat convection of
mercury was studied. Unter the action of a weak magnetic field
on the laminar flow of mercury a core is formed in the axial region
of the pipe, where the pondermotive forces inhibit the motion, but
around the pipe walls (near the poles of -the electromagnet) these
forces accelerate the motion. In the case-of an increase in the
intensity of the magnetic field, the action of the inhibiting forces
exceeds the action of the accelerating forces.
Card 1/1 V. Gertsovskiy

j',j' vj5 7 -.28-7.- 27/3 5
AUTHOR: Smirno7, A. G.
TITLE: Yr,_~-~ ~,tion of Mercury in a Closed Cixcular Tube
in a Trans'verse Magnetic Field (Svobodnaya teplovaya kon-
vektsi,ja rtuti v zamknutoy krugloy trube v poperechnom
magnitn4~.m pole)
PERIODICAL: Zhurnal tskhnicheskoy flziki, 1958, Vol. 28, Nr 7:. PP-1-141-1555
(USSR)
ABSTRACT: The author investigated the influence of a homogeneous ma,-,ret-
ic~ field (fr= 7o to 7ooo Gau!~c) on the free convectiy~ mer-
cury motion in a closed circular tube inclined by 10" to ",lie
vertical. Two ca5e-z are dealt with: A) The direction of the
mag-netio field is at right angles to the partial plane of
the rising and falling current in the tube. B) The direction
of the magnetic field is parallel to this plane. The follow-
ing was observed on the action of the magnetic field within
the range of the se3tion cf laminar convection in the tube
~O
(R = 0:54 m; T 0): 0, The division of the magnetic fields
Card '9/4 into strong and weak onea (depending on the effect in the

,~ov/ 57--28-7,-27/35
Free Thermal Convection of Meroury in a Closed Circular Tube ii, a Transverse
Magnetic Field
section). The oxitical values of inductiGn for the first and
the se;,,ond convection. case amount, to about 11o and 3oo, Gauz~.
2) The rise of the temperature gradient at an increase of
the induction of the magnetic field has a quadratic dependence
in weak magnetio fields and a linear dependence in strong
fields. The rise of the temperature gradient according to
the linear law is limited by a constant temperature gradient
characteristio for any heating action- 3) On the occurrence
of the cconstant temperature gradient the laminary-convective
beha-lor Is replaced by the pre-critical. The linear tem-
perature distribution law in the section is replaced by an
exponential law. The temperature cross difference practical-
ly disappears. In case A) the temperature cfoss difference
vanishes in the case of smaller magnetic fields as compared
to case B), 4) The total heat current in the tube is smaller
as compared to the heat current without magnetic field. In
the section with precritical behavior the temperature drops.
In the sec:tion with supercritioal behavior it rises ana-
logously to what had been observed in an inclined tube with-
Card 2/4 out magnetic field. The temperature distribution character

jOV/ 57.-23-7-27/35
Free Thermal Conveotion of Mercury in a Closed Circular Tube in a Transverse
Magnetic Field
figures and 3 references, 2 of which are Soviet.
ASSOCIATION: Permskiy gosudarstvennyy universitet im. A. M. Gortkogo
(Perm? State University imeni A. M. Gorlkiy)
SUBMITTED: September 27, 1956
1. MerciLry---Magnetic factors 2. Magnetic fields--Applications
Card 4/4

SMMGVP A. G., Candidate Pbys-7.v~th Sci (diss) -- ',D~perimental investigation of
free thermal convection of mercury in closed tubes in a magnetic field". Sverd-
lovsk,, 1959. 13 pp (Min Higher Educ USEIR., Ural State U im A. M. Gorkiy), 150
copies (KL, ljo 24p 15o59, 127)

GLervill.-M! I Die-tkt Planw.
'0 . -1(
M11111F ~Col.'CT -4 HIER, 2 74,rV,
195d g. (Prob-ln. of vsaetohvrOdyc;-1cO acd FL- vy-
e..Lc.. -Works or the Coremoc 0 Mcg- tcbrdrody-L.s'
Rip, Z-10 JUIT 195a), Rig., M97339 e
Tb. iaJority Or t--e tests of t-i -5 ozc'emzza report* and di.-=~Ica.
or "p-to ~ presentel In the source In abridged farn. Previcusly pub-
lioh~d reports - icldol there. .. brief M)at r=.ta =17. The cat.rial
Vubltah*4 them for the first (abridged and unabridged) are. as
follov.-
Sizilarity methods =A physiea 140,!sILng in the stuay or Elect.-
"~&04tja processes In Llrutd 11.ttals," by 1. M. Kirka, Riga, -11-210
Maealoo, on the Report by D. A. Fmnk_rsscn*tax1,Y, F38cw, p
Dt.oussion an tho Report by 1. H. F.Irko, Rig., pp 21.1-W)
(Ab,tmct of article. *Y~Jej cr &0 rafialtelY Long Chsonal With Liquid
14-pti-ic Field '" by 1. M. Kirho,'Ta, Ta.
Metal located 1. . 7
!~ Riga, .1ready
.;in -4 L. Y Ul'.-I. I
V. ChYXI I I ' -"33'
1,1 by to ~ -Uc4e Rig
"Principle of Y4deLitg tb,- EInvtricml yield of Clectrantpetic I'mps
In an r1lactrojytic Bath ~A on ZI-trically, Con-Auctlng Paper, " by L. V.
a f xr. Tol'd.k,
Ifito,tatij-_FUG., pp 221.=5 (M cwllo. . .Idle by A. 1.
ITEUX.-I -PU6)
(Ab-tract or article. '=~. "totLo. of a 3-~here I. . Vi- Couluctt.a
Liquid Within a Lomg1tudinsl )lw;nj-Ld Field," by j%. X. raylLtia, Rim,
V UTP I;pr'P21cnect~d V7 di-stco Of the report by TO- P- Ve"htyf,
HO"w
Rrre ric"n -&I In -stign-lon of the MiZnetohydrodyncnic Fhencatna
During the Denpia 0: the OSCIXIMOry :lotion of Mtreury in a Tube," try
-235;
_t:_C. S. Vp 233 di.c.-Ion by
Rf7--, --- -0. T.- ye hu. I a Rig., p 236
"On the Behavior of' C4110idfa Fer--~;mtic rmrticles In n Noon-
gewous KAZM~tic Tcretin, nodcc~ (abat-et), p 2,-7
*study of 3t~'znetlc Fields anI Eletr~n*,;netic Procea~ea In Linecr
Induction Pcnpo," by A.-1. Vol'lek, T~1.11.' pp.2,1-)-2L6
"Cb-ice of rorc~-".ra or r.&--tioo P=p. in -he coicul.twn of
is I- Eff-elency" by Rig., pp 247-251); dL.c.zilon of
X. Xr=-ln" M~l p '51
by Y..
or-i--- Utilization or Induct.- P=p Design," by L. 0. 3-1~, Rig.,
pp 253 .240
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24-3000 TJ 3 32
SOV/57-29-10-9/13
AUTHOR: Smirnov, A. G.
TITLE: A Theory of Some Magnetohydrodynamic Phenomena of Free Thermal
Laminar Convection of an Electrically Conducting Liquid in a
Vertical Circular Tube in a Weak Magnetic Field
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1959, Vol 29, Nr 10, pp 1245-1251
(USSR)
ABSTRACT: This is a study of a weak transversal magnetic field as it affects
a free thermal laminar convection of an electrically conducting
liquid without substantially distorting the hydrodynamic flow.
Two cases are considered in this theoretical study: when the
direction of the magnetic field is perpendicular to the plane
separating the upward and downward convection flows, and when it
is parallel to it. It is shown that in both cases a nucleus is
formed in the central part of the flow, due to the fact that the
force which the field exerts on the current has a restraining
effect on the central part of the flow. On the other hand, this
Card 1/2 force speeds up the flow along and close to the walls of the

FARAF011OV.. I.1.., kand.tekhn.nauk; SMIRNOV, A.G., inzh.
Efficiency of drilli:ng blast holes with a roller bit in
open~-pit workings. Nauch.zaD.Ukrnj-iproekta no-5.*151-156 "61.
(IIIERA 15"7)
(Boring)

S/124/62/000/005/008/048
D251/D308
AUTHORS: Briskman, V.A.,'and Smirnovp A.G.
TITLE; Agitation of steel in an open-hearth furnace with a
movable magnetic field
PERIODICAL: Pcfcy,ativnyy zhurnal. Melchanikat no. 5, 1962t 13P
abstract 5B64 (Uch. zap. Fermak. un-tp 1961y v. 19t
no. 3, 59 - 61)
TEXT: The authors showed the possibility of linearization of the
L
equations of magnetic hydrodynamics in the case of described pro-
cesses which arise -from the stirring of steel in a Marten furnace
with the aid of a travelling magnetic field. By linearizing the sys-
Uem and averaging all the terms of the equations with respect to
time, the authors found the solution for the case of a free'surface
of the melt. It was shown that with the assumptions made, the velo-
city of the metal depends only on the ratio of the depth of pene-
tration of the magnetic field in the metal to the depth of the lay-:
er of the melt. The results of the calculation are presented in the.
for:,,i of graphs. [Abstractor'B note : Complete translation].
Card 1/1

LEONTtYEV, A,V., inzh.,-_SMIRNOV, A.G., inzh.
Stirring an electrolyte by a lateral magnetic field. Mashino-
stroanie no.3:69-70 My*-,Te 163, (MIRA 16:7)
1. Kazanskiy khimikotekhnologicheakiy institut.
(Electrolytes) (Magnetic fields)

ACCESSION NR: AT4042313
S/0000/63/003/000/0357/0361
AUTHOR: Leontlyev, A.A., Smirnov, A.G.
TITLE.- Mixing of an electrolyte by means of a transverse magnetic field in electrolytic
processes
SOURCE: Soveshchaniye po teoreticheskoy i prikladnoy magnitnoy gidrodinamike. 3d,
Riga, 1962. Voprosy* magnitnoy gidrodinamik! (Problems in magnetic hydrodynamics);
doklady* soveshchanlya, v. 3. Riga, lzd-vo AN LatSSR, 1963, 357-361
TOPIC TAGS: electromagnetic mixing, electromagnetic stirrer, electrolysis, electro-
plating, hydromagnetics, ponderomotor force
ABSTRACT: The authors point out that electrolyte mixing by means of an external
magnetic field constitutes an area in which there is a totd lack of published research,
despite the fact that this form of forced hydrodynamics may well be of practical as well
as theoretical interest from the point of view of electrochemical technology. In the
1! present article, the authors demonstrate the satisfactory mixing of an electrolyte by
means of a transverse magnetic field during the electrolytic precipitation of metals
(plating). The general applicability of the system of equations employed In hydrodynamics
-ano eIgtrodynamics to the specific problem of the electrolyte is demonstraW. with
1 3

i'
ACCESSION NR: AT4042313
particular attention to the lower conductivity of electrolytes as opposed to liquid metals.
The relation of the ponderomotor forces of conductive origin to dynamic pressure is
shown. Experiments were performed with an electrolytic cell, first outside the field
and then with the cell located within a permanent and un orm transverse m,
z if agnetic f told
(B = G500 gauss). The cathode consisted of an electrolytic copper plate with three
thermocouples Impressed in It, the anode was a plate of transformer steel, and the
electrolyte was an aqueous solution of ferrous chloride and calcium chloride (FeCt - 270
g/t, CaC12 - 145 g/1). Further design details are given in the text of the article. Zrhe
potential difference, which was proportional to the temperature difference between the
three thermocouples on the cathode and separate thermocouples on the rod, was recorded
by a galvanometer with a type M-95 light indicator (accuracy 1. 0%) with steady-state
hydrodynamic and thermal conditions in the bath. Some curves are given Illustrating the
dependence of this potential difference on the distance along the bath. It was found that
with an electric current density of 0. 054 a/cm2, the temperature. of the electrolyte near
the cathode increases in the direction of the anode within a layer of approximately 9 mm
and then remains practically constant. After imposition of the transverse magnetic field
(6500 gauss) the electrolyte temperature in this layer and throughout the entirebath becomes
2/3
C~

SMIRNOVI A. 0. Cand. Biolog. ~~ci.
Dissertation: "Amur-River balmon, its biology and the Periodic lariations
in Catches." Roacow Technical Inst of k1sh industry and Economy imeni
A. 1. idikoyan, 14 keb 47.
SO: Vechernyaya Moskva, reb, 1947 (Project #17836)

SHIRNOT, A.G. (OWMIOT).
'0~
"--, 'It,
,.0,
Al)mlin* storage batteries; oadmium-nickel. Fix.v shkole 7 no-2:49-55 '47.
(XLRA 6:21)
(Storage batteries)

7AYff RCHENKO, Andrey Luklyanovich; SKIRNOVp A.G., red.; P=SYPKII[At
Z.D., takhn.red.
CCombinsd threshing machines] slozhnys molotilki. Kosk7ao
Goo.izd-vo sellkhoz.lit-ry, 1955. 127 p.
(MIRA 13:10)
(Threshing machines)

SMIRNOV, A.G., v9tvracb (Molvotitakiy rayon. Novgorodskoy oblasti)
Effect of trace elenents on the increase in live weight and
fertility of moine. Svinovodstvo 13 no.11:29-30 H '59.
(MIRA 13:2)
(Swine--Feeding and feeds) (Minerals in food)

,-, i-,11, ~`t ~%,! ,-- - "r 1 -
y i
SMIRNOV, A.G.
1 0020- U-
Twentieth anniversarr of the Syava Wood Chemistry Combine.
Gidroliz. i lesokhim. prom. 10 no.7:15-16 157. (MIRA 10:12)
l.Syavskiy lesokhimicheakiy kambinat.
(Wood-using industries)

3 (7)
AUTHOR: Smirnov, A. G. GOV/50-59-9-!6/16
TITLE: At the Hyd-rometeorological Service Administration of
Estonskaya SSR
PERIODICAL: fleteorologiya i gidrologiya, 1959, ITr 9, PP 58 ~- 59 (USSR)
ABSTRACT: On May 12-13, 1959, a conference on the problem of organizing
the Gidrometeofond (Hydrometeorological Fund) and on the state
of hydrometeorological investigation oil the area of
Estonskaya SSR, and the water area of the sea, took place a',
the Upravleniye gidrometeosluzhby Estonskoy SSR (Hydrometeoro.-
logical Service Administration of ',-- Estonskaya SSR). Colla-
borators of the UGTJS (Hydrometeoroloc-ical Service Administra-
tion), representatives of production-, planning- and scienti-f-
ic institutions, as well as of the Estonian universities and
the Glavnaya geofizicheskaya observatoriya im. A. I. Voyeykova
(Geophysical main Observatory imeni A. I. Voyeykov) were taking
part. The followinL4 reports were delivered: A. G. Smirnov,
Head of the UMGS of the Estonskaya SSR, "On the Activity and
Tasks of the Gidrometeofond UGMS Estonskoy SSR (Hydrometeoro-
logical Fund of the Hydrometeorolocical Servica Administration
Card 1/3 of - 'k
, Estonskaya SSR) ; E. P. Maanvere, Director of the

At the Hydrometeorological Service Administ-ration of SOV/50-59-0-16/116
the Estonskaya SSR
T~llinskaya gidrometeorologicheskaya observatoriya (Tallin
Hydrometeorological Observatory), "On the State of HydrijYnetP,,)--
rological Investigation of the Area of the Estonakaya,SSR and
the Adjoining Sea',; Professor Ye. S. Rubinshteya (Geophysical
Main Observatory), "Principal Tasks of Climatology in Connea-
tion With the Development of National Economy of the USSR in
1959-1965"--- Short reports on the state of scientific
work 'concerning hydrometeorological subjecis at the 4~nst-*tl--
tions represented by the lecturers were giver. -by the repraser-
4-atives: of the Tartusskiy gosudarstvenr-yy universitet -\"TGLT)
(Tartu State University); of the Institut fiziki i astr-anomii
(IFA) (Institute of Physics and Astronomy); of the Inatitut
stroitellstva i stroymaterialov (ISiSM) (Institute of Buildin.-
and Building Materials) of the AN Est.SSR (Academy of Sziences
of the Estonskaya SSR); of the Estonskiy nauchno-issledovatell
skiy institut zemledeliya i meliorataii (EnizilQ msyl! Est, SSR
(Estonia Scientific Research Institute of Ag-.inulture and
Melioration of the Ministry of Aericulture of the Estonskaya
Card 2/3 SSR); and of the Tallinskiy Ipolitekhnicheskiy Institut (TPI)

DESOWSEVA) A.G.; EII.IWIGN, A.Q~,_;_MAMMI(E~ E.; LILLEMAA,A.,
kand. PIKEILASTEE, L.K.[Pihlaste, L.];
PROK110ROVA, Z.P.; MIR;, I.; IKULIBUI, V.P.; ISAMA,
Z.I.; ZYME, T.F.[Eiwe, T.1; RODINA, li.V.; SUBBOTMA)
V.E.;ZHDANOVA, L.P., red ; BRAYND-11A, M.I., tekhn. red.
['~~J-~riclimatolcgical manlial for the Estonian S.S.R.] Ag-
rol-limaticbeskii spravochnih pa I]stonskoi SSR. Lenin-
grad, Gidrweteoizdat, 1960. 197 p. WIRA 17: 1)
1. Estonian S.S.R. Upravleniye gidi-oi,-,eteorologicheskoy
sluzh1by. 2. Estonskiy nauchno-issledovatellskiy institut
zer,ledeliya i nelioratsii (for Lillernaa). 3. Glavrjyy
agronom Upravleniya sadovodstva i pchelovodstva Minister-
stva sellskogo khoZyaystva Estonskay SSR (for Kulfbin).
(Estonia-Crops and climate)

SMIRNOV, A.G._
I--- - ___ -
Experimental study of three-wira streetcar power supply with
trnn verse sectionalization. Sbor. nauch. rab. AM no.2:16-25
,6o. WIRA 15:5)
(Electric railroads--Current supply)

SMLINOV) ,I.G.
Calculation of leakage currents in a three-wire streetcar
power supply system (transverse sectionalization). Sbor,
nauch. rab. AKKH no.2:39-65 160. (MIRA 15:5)
(Electric railroads-Ifires and wiring)

SMIFUIOV, A.G.
Model of the traction system of a streetcar. Zbor.nauch.rab.AKKH
no. 4. Zashch.podzemosoor.ot kor no*2:102-107 160. (YJRA .15:7)
(Electromechanical analogies) (Streetcaral
(Electric currents, Leakage)

TSARITSUI., V,V., doktor tekhn.nauk; FARAFONOV, I.I., kand.tekhn.nauk;
SMIRNO-~, A,G,, inzh.
Comparative evaluation of rock-brealdng methods in drilling
blastholes. Nauch.zap. UkrnUproekta no-3-42-57 160. (MIRA 14:12)
(Boring)

ROZENMID, V. Ye., doktor tekhn.nauk, prof.; POPELYASH, Y.M., Inzh.;
_.g(~~A,G., inzh.
Investigating the three-wire supply system for trolley-buses.
Elektrichestvo no-3:6o.-64 wr 16o. (MIRA 13:6)
(Trolley buses)

Stdi I RNOV , A. G. ,CAND TECH SCA I"LEAKAGE CURRENTS FROM RAILS
IN A THREE-WIRE ELECTRIC(* SUPPLY SYSTEM FOR TROLLEYS." MOSCOW,
1961. (MIN OF HIGHER AND SEC SPEC ED WSR. N103COW ORDER OF
LENIN POWER ENGINEERING INST). (KL-DVI 11-6i, 222).
-182-

397b9
S/1117/62/000/002/017/020
E191/E535
AUT.HORS: Klyachkin, A.L. and Smirnov A.G.
TITLE: Peculiarities of the part load charncteristics of
single shaft turbo-fan engines subject to different
regulating laws
PERIODICAL: Izvestiya vysshil-ch uchebnykh zavedeniy, Aviatsionnaya
tekhnika, no.2, 1962, 138-151
TEXT: The part load characteristics of a single-shaft
turbo-fan engine are considered for different regulating laws and
a comparative analysis is carried out in relation to single flow
turbo-jet engines. Test bed conditions and those of flight at an
altitud e of 5000 m and a Mach Number of 0.8 were chosen as
representing take-off and cruising conditions. The purpose of the
analysis was the study of operating behaviour under the chosen
conditions, the discovery of any limitations in operation, and the
search for improvements in the efficiency of the engine under part
load conditions. The basic single cycle engin *e and a derived
turbo-flan engine with a high pressure compressor in the main cycle
were selected. Under nominal conditions, the reference turbo-jet
engine has a turbine inlet temperature of 12000K and a pressure
Card 1/4