SCIENTIFIC ABSTRACT SMIRNOV, V. - SMIRNOV, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651610005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TS,,ritrzi I I n nst, itut mci-skog-o '-Iota.

SMIRNOVY V., inz!".
~!r-ting elementg in exterior .-oamed glag concrete panels. Zhil.
stroi, no.6t27 165, (MIRA 1811O)

L ?024-66 EWTW/T DJ/WE
ACC NR. AIJ6012335 4) SOURCE CODE: UR/0317/65/000/006/0083/0083
AUTHOR:. Smirnov, V, (Engineerl ;Lieutenant colonel)'
.ORG: None
TITIZ: Fuel oil filters
SOURCE: Tekhnika i vooruzheniye, no. 6, 1965j 83
TOPIC TAGS: fuel oil, diesel engine, diesel fuel /4Ch-8.5-11 diesel
engine
ABSTRACT: The use of new filters for diesel engines of 4Ch-8.5/11
type is described. The new filtering element is made of aper (instead
p
of cloth-) removing 98% of particles including those-in sizes less than
one micron. The life of the new element is 1500 hours on a ndition
0
it is cleaned every 300 hours. The cleani*ng operation was described.
The filtering element is placed inside a cylinder equipped with a cen-
tral supporting,rod. The oil is fed throug an upper valve arrangement
,h
and a pipe. The purified fuel oil is discharged through.a lower faucet,
Orig. art. has: one diagram showing the cross section of the f ilter.
SUB CODE: 13 SUBM DATES! None
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ACC NR, --KP-601046 :""a~0029/66/000/002/0003/0004
AUTHOR: Smirnov V. (Engineer)
ORG: None
TITIE: The i~i_i ~k"Parizhskaya Kommuna" is ready for navigation
SOURCE: Tekhnika-molodezhi, no. 2, 1966, 3-4
TOPIC TAGS: shipbuilding engineering, marine engineering, ship
component, propulsioa device, marine engine
ABSTRACT: The author discusses the advantages of a screw propeller,
of adjustable-blade type, designed by him for the 25U0D__-fo_nship
"Parizhskaya Kommuna". The screw is driven by a 13000-hp gas turbine
and has a diameter of 6 m. The turbine unit was designed for an opera-
ting time of 80,000 hr. The temperature of exhaust gas was rated at
750 0. A reduction gear was inserted between the turbine and the scre.V
shafts to reduce the revolutions from 6350 to 102 rpm. In general, the
woight of a gas turbine unit is twice as low as the weight of a similar
steam turbine unit and four times less than that of a diesel unit. The
problem of braking and reversing the ship motion was reviewed and the
use of screws with variable pitch was considered as the most convient
means for controlling the performance of gas-turbine propulsion. it was.,,,-,
Card 112

L 25707-66
ACC NR: AP6010468
mentioned that adjustable-blade screws were already used for propulsion
of the old Russian submarines I'Minogall, "Bars" and "Akula". In general,
the adjustable-blade propeller is more expensive, its design is more
complicated, 'the efficiency is somewhat lower and the cavitation effect
is stronger. However, these disadvantages are compensated by the high
maneuverability and operational suitability for changing the speed of
the ship and reversing its motion. The ship can be stopped easier end
stand still with rotating engines. The crew number can be reduced
because the adjustable-blade mechanism can be actuated by one man only.-
The advantages of using adjustable-blade screws for.hydrofoil boats and.
in connection with steam turbines and diesel engines were discussed. In
conclusion, the author believes that river craft and seagoing ships will
use this mode of propulsion. At present, they can be used for power...,
plants up to 40000 hp especially for the screw propeller's with an
increased number of revolutions.
SUB CODE: 13 / SUBM DATE!- None /,ORIG REF:- 000 OTH REF:: 000

Na~71ialln-,~ Ullyanovskogo otryada po rasteniy ~'ar
ll,elovl~ 2, ".Iavnyy agronom [Illyanovskor!o plojopi.tomnicho3ko"r
sovrkhn7a (for Sinirnov).

S,MTHIL1,101~1" V.
We axe training staunch fighters. Koxn-,. Vcoruzh. Sil 461 nc.22:
60-65 11 165. (MITL~ 19: - )
1. Pervy-y sekretarl '.Ioskovskogo oblastnogo koM~ Leta Vsesovuz.Tiogo
Lenirisko~70 korpounisticheskogo soyuza molodezhi.
I

ACC NR. AP6019284 SOURCE CODE: GE/0030/66/015/002/KlO5/KlOS.
AUTHOR: Zhitar, V.; Oksman, Ya.; Radautsan, S.; Smirmov, V.
ORG: Institute of Applied Physics, Academy of Sciences,MSSRt Kishinev Polytechnical
Institute
TITLE: Some photodielectric and luminescent properties of new semiconducting sing16
crystals of the Zn31n2S6 phase
SOURCE: Physica status solidi, v. 15, no. 2, 1966, K105-K108
TOPIC TAGS: semiconductor single crystal, semiconductor conductivity, luminescent
crystal, sulfide, indium compound, zinc sulfide, photoelectric property, forbidden
zone width, photoconductivity
ABSTRACT: Basic differences are shown to exist between the properties of Zn31n2S6
crystals and those of ZnInZS3. Earlier studies of this new semiconductor phase of the
Z-,iS-InZS3 system have been reported by the authors Mv. Akad. Nauk AISSR, 2, 9,
(1965)). The photodielectric and luminescent properties of the crystals wem studi-
ed in order to determine the width of the forbidden zone and the position of extrinsic
levels. The width of the forbidden zone (2.76-2.82 ev) determined by the photodielec-
tric method agreed with measurements made by optical absorption methods. The optical
quenching spectrum of the photoconductivity and the spectral distribution of the pho-
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3,VIRI;OV, Valentin Aleksfindrovich.
The t:tchnolory of hydroly3i~-: textbook Moskva
(49-29785 rev)
TP156JI8255
1. Hydrolysis.
P13hcheproinizdat, 1948. 362 p.

SMIFNOV, V.A.
Sdirnov, V.A. "Nutritive lactic ncid and itsEffect on contamination
with cyanic ions on the stability of ascorbic acid (Vitamin C)," Trudy
Kuybysheva. gos. med. in-ta., Vol.*I, 1948, P. 289-299
SO: U-2888. Letopis Zhurnallnykh Statey, No. 1. 1949

1 . 01, ll,-IiL-IOV, V. A.
2. U33R (0600)
4 . Sta'I'ch
7. History of the discover,
pishch. pprom., 1, 1949. ,, of hydrolysis of starch, Trudy Len. inst.
9. Monthly List of Russian Accessions, Library of Congress, April, -1953, Uncl.

SMIiINOV, V. A.
Utilization of aulate UquiSr in the production qf-alcohol.'
Chemical Abstracts V. A'~njirnovand A. N.Bottdarenko. Trudy Ie-RTWXZ:-
May 25, 1954 2ekkmal. Ins-1. PisfitcheW1 PriGs. I(LO, -';)0( 1949). -Otte
exi. m, vf ~ulfltc liquor yields 5.SG 1. of ahs. MOIL The
Cellulose and Paper lo,, of MOU during life ftfa~lf rectideation praces is about
0%. me nortnai -Attaoi co,imimptiot, ule. is about
20) kg. Merdillger

~fl
z
CaRuWtwo o4 the concentrauou ot slamb-water auqwa-
Sion$. V. A, Sotkuov ([Aishi"l T"h. W.t.). J. Ap-
pliej Chrms. V.S.S.R. 23, traiviLs-
6)0.-Sm V.A. 46, h"th. 11. it.

Calculation of concentration of starch-water sumpensfulls
'%' Smirmw f LvniujjtA~I1;".l Ind. llv~l. i. Am" Ptth"'m
(t!A'(,'(JWIChem.)23, I'vem-stiet i i-
gil'. 111KI. .Oim, lor the d. of tarch, Sill(V tilt IIVIII..
pi.q. to st.,rdi ciii-e a vul. coritraction amoutit-
11-w 61;- 1 lie flarin (wintilA l budy Vorext.-Al.
1w$. 1. 16( MIS)) vall Iw applit'l to stardl
It " J - d.' '11 .1 (1 #`4
it, w d. d" Aml J, life 'I" of
-A 1". 11.41. d. $'.I. of tlle~l' c iswilell-I
ph- . An'l .' I'vd-phill.- equal t" fil't, -1Wtv, 4,
.. . ....... la I-jmd If,, ), .1, 1", i, I'=%, I.,

Effect of mineral admixtures on the determination of re-
duc ing sugar. V. A. and A, N. Ilmidareliko
d'.11111rimi TrefultiL Itt-tv-prictil fild.), zk.r. PrikI.J.1
t I Al-1,11411 23. 1,172 NIP-50).- The iee'h.-
mrill-I i. md lih-vivel I.v thr pro"ersice Of W, NXI.
J., or CIS1 it Fir I ' - It ~ ktivr I- tv'Ol I % ". Imc
StivAll mvit~ of Nits -It- jttvr hiiih
I I., bill tell ccillvll~ ri.~ tile effect killall.-I
smally I"'Vollie.4 1mg : [fir lilitilom ullitts. 41VI."it ,It: '11
.-jlc elf wimt itlilwar- lei Im Nit, Sillill J, cimw* bilib rt -
-11~ 'I"ttittv ttrith It rollew, while MKO, NIVV4 flijill
" 'till. -t'lltmg ~illv wIRL'i At C"llell. K11:14). Im,t fit) effect,
bill I colt's. (1'(916 M [fee le"'It. m, 1". Afrill'.1,
(,it dvilt, aftcr "tt"latims of migar bv Celle vir lv'trd~
,.f thew the ebulfi-tatic methiml ~ugxe",,l I,it Nit... k m
po Apoirette, lekh, opytteem, 2. 32( I!W)) Mitrb c-i-l,
titrittioll Of Alk. CJ,0 in me ebtelfitstmicapp. ill tile
pr-llcr it( ferrveyaltitir With felobvielle Illur indivatt-4. wa~
fouml 1'. givi: vrrv accurale F"tift'. N*lf.L'I. Ca.'44. alld
MO-O.. -It, n jerewnt in high cowns.. give, re'l, . "till, %%Iml
high, 1,,%, and higis remelts (mor Omni 2"j. imix

Thr I'Ale Of fOrmation of humic oubstance"frOln,
A. Smimm t h-ilmr
A 1, -1 VII, m ~ 24.
hamall. III.,[ of m
'pt- ~. 't It ............. . . . . . . .
-.4 'VI-c , 11'.- I'k
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I~S4 ... .I It, % '. 1.1 .1 1........
ms th.
I,, d, I I ~ -~
.".d vwY of 111111- 1'k '1' ion- .1 1 1, 1, 1
G %I

1. SVIRNOV, V. A. , SI'TTZNC.VA , A. 1.
2. USSR (6CC)
4. Polariscope
7. A sew-ce of error in the polarimetric deterrination of starch in grain.
biokhimlia 17 no. 6, 1952.
9. Monthly List of Russian Accessions, Library of Congress, March 1953- Unclassified.

BART-MEV, Te.N., dotsent; SqjFJROV,__j.A., dotsent, redaktor; TRUSOVA,
S.A., kandidat tekhnicheskikh nauk, retsenzent; BARTENIY-W,
S.I., kandidat tpkhnicheskikh nauk. retsenzent; DAMASKINA,
G.B., redaktor; CHMYSHL?VA, Ye.A., takhnicheakiy redaktor.
[Tachnology of liqueur and vodka production] Tekhnologiin
likero-vodochnogo proizvodatva. Pod obshchel red. V.A.
Smirnova. Moskva, Pishchapromitdat, 1955. 414 p. (MLRA 8:12)
(Liquor Industry)

V,
814111NOV) V.A.
USSR/Clic.-mical Technology - Chemical Froducto and Their x-26
Application. Carbohydrates and Refinement
Aba Jour : Referat Zhur - Kh:Uidya~ Ito )j) 1957, 3.3797
Author : Smirnov V.A.
Inst : 're-firi-igrad Technological Institute of the Food Lidustry
Title : Physicochemical Properties of Coloring Matter and Thimic
Substances Formed on Acidic Decomposition of Glucose.
Orig Pub : Tr. Lenigr. tekhnol. in-ta pishch. prom-sti., 1955) 12,
P13-230
Abstract : Uso of physicochemical methods in the study of the pro-
ducts of acidic decomposition of glucose and other mono-
saccharides has made it possible to ascertain that the
coloring and humic substances have a cyclic structure;
the elemental component of the molecules of these subs-
tances is the compotuid formed from hydroxymethyl-furfu-
ral and located in the imediate vicinity thereof; co-
loring substances behave as colloidal electrolytes
Card 1/2 - 386 -
36

SMIRNOV, V.A. ; G.SYSPITS, K.A.
Stability of monosaccharides in solutions with various pff values
[with silmmax7 in Rnglish]. -Biokhimiia 22 no-5:9C4-910 S- '57-
(MIRA 11:1)
1. lieningradskiy tekhnologicheskiy institut pishchavoy promyshlen-
nosti.
(MONOBACCHARIDES,
resist. in solutions with various pH (Rua))

BELIKOVA, A.P. ; GOLUBOVA, R.Z. ; SMIMOV, V.A.
Determining the extractive value of fruits and berries. Izv.
vys.ucheb.zav.; pishch.tekh. no.6:1"-152 '58.
(MIRA 12:5)
1. Leningradskiy tekhnologicheakiy institut pishchebevoy promyeb-
lennosti, Kafedra. tekhnnlogii spirta i likero-vodocbnykh
isdelly.
(Fruit--Chemical composition)
(Sxtraction (Chemiatry)) (Fruit juices)

CHETVXHIKOV, Ye.F.; S14IR11OV, V.A.
Sidelling of grain during steaming in the manufacture of alcohol.
Izv.vys.ucheb.zav.; pishch.tekh. no.2:6P,72 '59.
(MIRA 12:8)
1. Laningradskiy tekhnolopicheskiy institut pishchevoy
promyshlennosti.
(Grain) (Distilling industries)

FERTMAN, Gri-oriy Isaakovich; SHULIMAN, Mark Solomonovich; SMIR
--jQV, V.. A. ,
prof., retsenzent; RATEV. Z.A., kand.takhn.nauk, retsenzent;
KOVALEVSKATA, A.I., red.: SOKOLOVA. I.A., takhn.red.
(Physicochemical principles of the production of alcohol] Fiziko-
khimicheskie osnovy proizvodstva spirta. Moskva, Pishchepromizdat,
196o. 258 p. (MUIA 13:11)
(Alcohol)

MALITS3Y, Petr Mikhaylovich, prof., doktor tekhn.nauk; TEWMOY, I.Ya.,
prof., retseazent; SMIRROT, V.A., prof., retsenzent; KRUGLOYA,
G.I., red.; red.
[Technology of the fermentation industries; a general coursel
Tekhnologiia brodillnykh proiz-vodstv; obshchii kurs. Moskva,
Pishchepromizdat, 1960. 522 p. (MIRA 13:7)
(Fermentation)

AGEYEV, Leonid Yikhaylovich, do-',-,s.; IVANOV, Sergey Zakbarovich, prof.;
,q,',I-AIOV, Valentin Aleksaudivvich,-prof.; SILIN, P.M., prof.,
d
xr'eid~.;~ASHTI-.T.-I' red.; SOKOLOVA, I.A., tekhn. red.
I
(Technology of sugar substances; general course] Tekhnologiia
sakharnyYh veshchestv; obshchii kurs. Pod red. P.M.Silina.
Moskva., Pishchepromizdat, 1961. 488 p. (NIRA 15:3)
(sugar) (Starch)

SOTSKAYA, V.P.; SMIRNOV, V.A.
Chemical changes of starch due to cooking in the distilling industry.
Izv. vys. ucheb. zav.; pishch. tekh. no.4:25-34 '61. (MI'RA 14:8)
1. Leningradskiy tekbnologicheskiy institut pishchevoy promyshlenn3sti,
kafedra tekhnologii spirta.
(Starch) (Distillation)

SOTSKAYA, V.P.; S,%aRNOV, V.A.
Effect of the pH during the thermal processing of grains on the
losses of fermented carbohydrates and the Aeld of alcohol. Izv.
vys. ucheb. zav.; pishch. tekh..no.2:93-98 163. (MIRA 16-5)
1. Lenin6rradskiy mazhotraslevoy naucluio-issledovatellskiy
institut pishchevoy promyshlennosti, laboratoriya tekhnologii
spirta.
(Distillation)

SOTSKAYA, V.P.; SMIMOV, _V.A.; TDOWIROVA, L.Ya.
Effect of pH on alcohol yield in the thermal treatment of
crushed raw materials. Izv. vys. ucheb. zav.; pishch. tekh.
no.6:67-69 163. (MIFA 17:3)
1. L-eningradskiy mezhotraslevoy nauchno-issiedovatellskiy
institut pishchevoy promyshlennosti, laboratoriya tekhnologii
spirta.

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o 0 le 0 0 o a 0 0 o 0 o 0 o 0 0 o o ; i WIWI , o 0 0 of o 0 0 o 0 0 i-i-oo-
I to 111111"1$m $?to fix ?"-. V m )9, !
A IL L a " F 9 a I I _CL W U:
4, L. 6-1 - - ~ ~ __W ,Y_ -A
ifyov"V. , t,.~1, '.. 14.0'.% - t
or mawt.
t~_Mijntuv and S. .8arilarin. (%'tvtiLik Sletalkipromyshlennotiti, 1931i:
Nti. 9. Ipp. 76-78). (lit Itumian). it brief dit-Acription is ifivvit of fill
opliartitum vall(ml a - defuctmope " which is usivii for detectirig
Imilts ill milo. It vitik Im moved liver thi, mils tit it j4Ix4,d of 11) 2.5
kill. Ixr fir. It invorlmorittes hurviii-plitmi und itity
Ali; loval by villivr itils-riml i;r
exteriml defron fit thi, rikil lit-ail indurn4 vurn i to ill it wort-li . fill
lim twl't lit- stplutritt mi 00
Awirittgtliog'n
Is Moo givell. PC*
=00
100 Zoo
Z-ONO, 1
ZOO
ago
A I L A bITALLURGICAL LITIPM-ItAt C1.11111FIC-T10-
0 .0.
u u I I V L I a 0 Im 1 0 1 Of
fill a r, PAR) n I ZXIAL 01,
0 0 0:0 0 0 of 0 0 0 0 0 0 0 0 0 0 0
ze, 14 o 0 go 00,
0 0 0 0 0 0 0 0 0 0 0 0 0

MUL'KOVTSIV, G.N.; SHOIA)KHOV, Y.F.; KAPIAN. A.S.; SIAVKIN. V.S.; TAVNIIA)VICE,
Te.A.; KYWHICENIKO, S.D.; SMIRNO ; NATYUSHINA, N.Y., radaktor;
zAwL4,
GCRDIYBEKO, V.I.. redaktor; HOZENTSYMEr, Ta.D., redaktor izdatellatys;
BFXWT, A.P.. tekhnicheskiy redaktor
CReference manual for State standards and technical specifications
for ferrous metals) Spravochnik Po gosudarstyannym standartsm i
tekhnichaskim usloviian na chernye metally. Moskva. Gos.neuchno-
tekhn. izd-vo lit-ry po chernoi i tsvetnoi metallurgii. 1956.
567 P. (KIRA 10:7)
I. Russia (1923- U.S.S.R.) Ministerstvo chernoy metallurgii.
(Iron--Standards) (Steel--Standards)

TT

ROUN AMS.Rova I -W Sm rurw pp
-wor
#me

wor. out dur Jope
r. umik
E Hin-_

o, r, IRMI.
-op, JQn- o - no
ec
'
-a-
niqU6 fa6flitito
dl 310W
i
h E Q
d hait4
~
7l
r
O
n
r
mm
e
g
l
w0
ii~ijicludad. n
2

3:7 - ,

7:

JWTHOR:_
TITLE: New types of equipmeLt for nut and bolt Droduction. (Novye
tipy oborudovaniya d-lya proi-zvcdstva boltov i gayek).
PERIODICAL. "Metallu~:gl' (Metallurgist), 1957, No.6, PP.45-47 (USSR).
ABSTPUCT: An illustroted survey is given of nut and bolt produc-
ing maciiines :;ade in capitalist countries since the war.
There are 6 figures.
ASSOCIATION: Technical Department of Glavmetiz of the Ministry
of Fe-rrous Metallurgy of thLe USS.H. (Nachallnik Tekhmiches-
kogo Otdela Glavmetiza MChM SSSR).
AVAILABLE.
Card 1/1

Vh-RKHUSIfKDI, Vladimir Alekseyevich-;, SMMOV, Y.A., red., BRU&ITEYN, A.I.,
red.izd-va; MNSON, I.K., i'e-khn.red.
[Technical norms for manufacturing metalwarel Tekhnichesk0e
normirovanie metiznogo proizvodstva. Moskva, Goo.nauchno-tekhn.
izd-vo lit-ry po chernoi i tsvetnoi metallurgii. 1960. 141 p.
(MIRA 14:3)
(Metalwork)

DASHEVSKIY, Semen Izrailevich; SMMIOV, V.A., red.; LEVIT, Ye.I.t red. izd-
va; ISLFINTIYEV, P.G., tekhn. red.
[Manufacture of nails] Proizvodstvo gvozdei. Moskva, Gos. nauchno-
tekhn. izd-vo lit-ry po chermoi i tavetnoi metallurgii, 1960. 159 P.
(MIRA 14-.6)
(Nails and spikes)

SMIRNOV, V. A.
USSR/Electricity Synchronous Oct 51
Machines
"ExRzr-imental-Determination of the Parameters of
Synchron-o-u-s-M-achines According to Damping Curves,"
V. A. Smirnov, Cand Tech Sci, Acad imeni Krylov
"Elektrichestvo" No 10, pp 24-28
Proposes a method for exptl detn of the basic
parameters of a synchronous machine. The method
is simple and quite accurate. Submitted 25 Jun
51.
201T39

"TRNOTI, V-
V~ V ft .
S
r ineering Abaxacts
-ical Eng
1954
1xical Engineering
621.316.1
2343. AWnivintization or nit tIrlinit distribution net-
ivork. V. ik.twitNov. Ettergetik, 1953, Ne. 6, 4-8.
fit Russrd-It:--'
Dctails are given of several switching s~-stcms for
automatic throwing or the full substation load on to
the second suppiy,line after a faulted line is cut out
front a double radial system [see previous abstract].
Switches are automatically operated to revert to the
normal supply system imthccliatcly on voltage restora-
tion following fault c1camrice. Mechanical interlocks
prevent simultaneous connection or both supply lines.
Me double-radial system does not mquire intercon-
nection of I.v. sides of transformers and in some cases
is preferable to the secondary network system.
J. LUKASZEWICZ

SMIRNOV, V.A., inzhener,
Selecting an economical size of intake tubes. Gidr.stroi. 22 no.8:26-
29 Ag '53. 1% MA 6: 8 )
(Hydroelectric power stations)

SMIRNOV, V.A.,TSYGCDA, I.M.
Praciice of feeding electric filters with one hnlf--period current.
Trudy Alt.GI.R.III AN Kazakh.SSR 1:136-142 154. (MLRA 10:1)
(Electric filters) (Copper-Metn1lurgy)

c

IONKIII,P.A.; PANTYUSHIDI,V.S., professor; SI-IIRNOV,V.A.; KURDV-UKOV.N.N..
redaktor; KOROLEVA,L.I., tekhnicheskiy ~redMtGr
[Collection of problems and exercises in general electric
engincering) Sbornik zadach I uprazhneall po obahchel elektro-
tekhnike. Izd. 3-0, dop. i peror. Moskva, Goo.izd-vo *Sovetakata
w%uka.0 1955. 460 1). (MMA 9:3)
(Electric ongiueering-Probleme. exorcises, etc.)

CHILIKIN, M.G.; IARIONOV, A.N.; PXTROV, G.N.; MESHKOV. V.V.; GOLOVAN, A.T.;
LYSOV, N.Ye.; FAUMSHIN, V.S.; KURBATOYA, U.S.; SMIUOV, V.A.
Professor Z.V.Nitusav. Klektrirhastvo no.6:85 Ja 155.(MIRA 8:6)
(Ifitusov, Rvgenil Vasillevich, 1895-

GOLUBTSOVA, V.A.; CHILIKIN, M.G.; KaGUL40VA, T.Kh.; KNSHKOV, V.V.;
DROZDOV, N. G. ; MMALIN, M. A. ; SMI
Professor V.S. Pantiushin. Slektrichestvo no.7:93 JI'56. (KLRA 9:lo)
(Pantiushin, Vasilii Sergeevich. 1906-)

511-11iiNOV, V. A.
Heat Transfer During Pellicular Condensation of Puree, Motionless,
Saturated Vapors on Vertical Pipes.
Akademiya nauk SSSR. Energeticheskiy institut
Teplo- i massoobmen v protsessakh ispareniya (Heat- and Mass-Transfer in
Evaporation Processes) Moscow, Izd-vo AN SSSR, 1958. 254~- 5,000 copies
printed.

IONKIN, P.A., PANTYUSHIN, V.S. j prof.; KURDTUICOV, N.N.,
I :L
red.; ANOSHINA, K.I., red.izd-va; GRIGORCOK, L.A., tekhn.red.
LCollected -oroblems and exercises on general electric engineering]
Sbornik zadach i uprazhnenii po obshchei elektrotekhnike. Pod
red. V.S.Pantiushina. Izd. 4. Moskva, Gos.izd-vo 'Sovetskaia nauka,*
1958. 458 p. (MIRA 12:8)"~
(Bloctric efigincering)

Elec tric
,-)ncf' the ~f nnrjuni Expenditures o.

4UTHORs Smirnov, V.A. , Candidate of Technical Sciences 98-1-10120
TITLE: The Effect of the Technical-Eoonomic Characteristics of a
Replaced Power Unit Upon the Selection of Parameters of
Hydroelectric Power Plants (Vliyaniye tekhniko-ekonomiches-
kikh pokazateley zamenyayemogo oblyekta na vybor parametrov
gidroelektrostantsii)
PERIODICAL: Gidrotekhnicheskoye Stroitel'stvo, 1958, # 1, PP 43-46 (USSR)
ABSTRACT: The author analyses the effects produced upon the parameters
of a grid where a power unit is being substituted or the spe-
cific output of the grid is being increased. The author
starts his studies from the following two conditions: 1. The
minimum rated annual output of the grid is:
(0,+ -J -~-- +
TgP 'r. P
+ ( 030L,4+ M iN
TK P 4
2. Identity of the power energy effect of the grid is:
+ 6 ~b + 6 )e +. . . --t-
+
Card 1/ 4

98-1-10/20
The Effect of the Technical-Economic Characteristics of a Replaced Power
Unit Upon the Selection of Parameters of Hydroelectric Power Plants
where and K, are operational expenses
(Amortization, wages, repairs, etc.)
and capital investment, respectively
connected with an increase of the
the "i- "parameter, subscript 3eLAt
shows the relation to a reDlaced unit;
_Tlep is critical time of amorti'zation;
.A'_~)j and.ANpi are effects on the production of power
and the replaced capacity, obtained in
connection with the increase of "if'-
parameter.
The calculation of the relative minimum
K = MIAI
To )
at two boundary conditions is conducted according to ordinary
rules and shows that in all cases a certain technico-economical
correspondence must exist between the parameters of power engi-
Card 2/ 4 neering systems, and an optimum correlation between all para-

98-1-10/20
The Effect of the Technical-Economic Characteristics of a Replaced Power
Unit Upon the Selection of Parar.~ters of Hydroelectric Power Plants
meters. Generally, the efficiency of increased parameters of
hydroelectric power plants depends upon additional specific
expenditures
and specific output of the replacing capacity
,;Nei
The indicator di can be reg atded as the coefficient of the
replaced capacity, which ebaiacterizes the relation of the re-
placed unit capacity to the capacity of the unit to be installed.
In a special case of an analysis of the efficiency of increased
parameters of the hydroelectric power plant with respect to a
conditionally replaced unit (in which no functional connection
Card 4 between the output energy and the replaced capacity exists)

S"IRDOV, .v .,I - for lonv distc."ca
.1 . rnla, n. ~ndiliirns
P,%. 9 J, rinUn", of an I ~, - 1,
.; n f t 1'. c3 n, - 648-655 158.
nlr~ctric Tmwnr trallslission. Trudy LPI PC) .195: -
(Bipetri.c po,inr diatribution) (ISI.TtA 11-10)

AlIVELIT, Moyya Yurlyevich; GEUSIMOV, Viktor Grigorlyevich; ZAYLELI,
Khristina Eduardovna; KOGEEIT-DALIN, Vladinir Viktorovich; LYSOV,
Nikolay Yegorovich; MOROZOV, Dmitriy Nikolayevich; NITILTSOV,
Yevgeniy Vasillyevich; PANTnJSHIN, Vasiliy Ser-eyevich, prof.;
PUKHLYAKOV, Ynriy Kharlampiyevich; alIMOV, Vladirair Aleksandro-
vich; UTKIN, Ivan Vasillyevich: SAIAROMIN, Griaoriy Ivanovich-7
KASAWIN, A.S., retsenzent, red.; BORUNOV,.N.I., tekhn.red.
[Electrictil ent-'inearinkgr-, garieral coursel Elektrotakhiiiks;
obshchii kurs. Pod red. V.S.Pantiushina. Moskva, Gos.energ.
izd-vo, 1959. 6)2 p. (MIRA 13:1)
(Electricity)

I
SINURNOV~ -V~A~ , kand.tekhn-wil,
Technological and economic 'basis for se-L*ect:,--g the ercss section
0
of wires for electric networks and nower transmission lines.
Znepg. abor. no.2:143-.152 159. (MULA 15:1.)
(Electric lines)
(Electric power distribution)

8(5)
~-7
/27
swvl'
.o
05-

AUTHOR: *
,
'
,
Gani~_date -of Tej-ht._J-a' Dc:~on~ (Leningrad)
Smirnov
, V. A.
,
.

TITLE; '-Vu-t-ta-g-e Varia-,,ion
7 o�' Ai'ernat~,rs at Sudden
Load Increase (Izmeneniya najpr3~;azhein-y-4 ;3i.r_-~hr.-.~nnykh Ceneratorov
s sawovozbuzhdeni-yen pri.. vqe7apny-"h rk'Lyuchaniyakh n&6r_uzki)
PERIODICAL:
pp IUS;3R)
Elektrichestv-D, "959, N'.- 3- 10 1
ABSTRACT: In recent years, cljmpouadad synchron-,)~;s altarn_--t~,rs whll,~~h are, self-
excited across semi.:~ondw~tor rertifiers _hq-e and rirore c:mie
into use,, Their ma:L-i f4eld cf is that of 3wall--power
alternatiji4 currpvt A featu-re the
opera ti r,:, d"U(21 --ystems -,s t~z czudjen of loads
comparable in iriagnii~.lde :)rtput~ The :urrents
orig-inat-in6 Ja au--h lnstance;! P. p-_twer fac"nr :,--- about
0-3 0.4 lead t.-.) dr-.-,ps ~_In the System, The
variation of thz a_-ternato,,r Y-It-,age. utnder the ab.-,cle u~entic;ned
conditions is invest.-igat-?d in the Fape-r nvi~~er "jae nature
of the va:,1'ati_,n. of:' the ex-,iter ourxen~~-' and :,f the +srmira." voltage
of a compounded self-exrited gererat-7- is- Freatljy doppri-jent upon

:- r' of
-the armature reactil-,n , -:,L:j r. -3 . 11
the exciter ~urreut,
Card 115 the tran3ients a-~

7
Voltage Variation of Sel f -a-xC_J te~ a'
under compensation of thf~ f cave same
I L %.L-. - ni3 ini tial jump
generator. it Cam '~P' se~~a t'.1at -..~n -4.1,
_ra ti-r'~,jry -1-c nz- ectial and
oL tne ex:;itpr rarroat
indepc.,ndeaT -,f ttip
whereas Uleir natur?, Th;?Lransialts
--curn-ng at
Equation ~4 J_,j deXJ_v,~.JL fs:~,n
~jtant T" JLS
an't upon '~-ho a-:J
cuse ,he added ha + +1he
cxr.pezisati:-n 1' T~ossible
to achieve a rsp_~d r-n-rat-~c-a cL-t
y a con-
L;iderabie o,.,erc:tmpen_q,.- :-)~r Er
shown" that, if 11~ ..- 0 th~;. gFr'-IP.7~a taP_ ia -L:)t ~r is
restored only very sl:)wly, It, ---c fuz-~-h;~,T !5hxqn fn
obtain a stable ope-reAlrm of a is ne,..assary
t3 desigm ths magne t i -~ sy o teiv i ~U -a r~-
specifying `1-he tsxr.4.nal' -T re' g,!neratox
and taking -into a~~G,-=t t.he at
Card 213 F-1 >0 is deriv?d. Th"-s for;ful-l C.SPL Cl'~

8
SOV/91-59-4-20/28
AUTHOR: Smirnov, V. A., Engineer
TITLE: Automatic Circuits for Switching on Reserve Units of
6-10kv City Network Distribution Points (Skhemy
avtomaticheskogo vklyucheniya rezerva, v raspredelitelinykh
punktakh gorodskikh setey 6-10 kv)
PERIODICAL Energetik, 1959, Nr 4, pp 29 - 33 (USSR)
ABSTRACT: The author explains the different automatic devices
switching on the reserve units of the 6-10 kv cable network
of Moscow. Figures 1 - 4 show the circuit arrangements of
these relay devices which are explained in the text.
There are 4 diagrams.
Card 1/1

~3(2)
SOV/91-5 9 -6- 24/1' _3
AUTHOR: Smirnov, V.A., Engineer
t-1. --,*--,--- , , -__
TITLE: Plans for the Automatic Reserve Closing of Transformer
roints on a Two-Beam 6-10 k-v Distribution Network
PERIODIC41L: Energetik, 1959, Nr 6, pp 29-33 (US-OR)
ABSTRACT: This is a continuation of an article on subject matter
published in this periodical, Nr 4, 1959. The article
is intended for low-grade personnel employed in the
field of power engineering, as an aid to their pro-
fessional self-education. It contains descriptions of
the principal features of five standard plans of the
type given in the title, used within the Mloskovskaya
kabellnaya set' (Moscow Cable Network). The circuit
diagram of a basic system for the automatic reserve
closing of transformer points ("TPs") of a two-beam
high-voltage distribution network is sho~lm in Figure
1. Figure 3 shows one of its variations. A circuit
diagram of automatic reserve closing ("AVR") in a low-
Card 112 voltage TP, used in power stations SU-1950, is shown

6(6), 28(l) 3011/91-50-7-15/21
AUTHOR: Smirnov, V.A., Engineer
TITLE: Automatic Circuits Connecting the Reserve Units atu
Transformer Stations of a Single-Direct-ion. 6-10, kv
Power Distribution Network
PERIODICAL: Energetik, 1959, Nr 7, pp 26-30 (USSR)
ABSTRACT: The author describes the automatic relay circui-It-'s for
single-directiop distribution networks developed and
used by the ~,'Ioskovskaya kabel,naya set-'-~~179- ('Tos-
cow Cable Network). This is a continuation of the ar-
ticles published in "Fnergetik" 1959, Yr 4 and 6. The
state of the equipment shown in the circuit dia 'grans
corresponds to the normal operating conditions. The
author explains the automation circuits and their
functions of two transformer stations in net,:!orks e-
quipped with automatic two-way and minimum vol'La--e
relays. Fig. 1 and 4 show the automation circuit d_Ja-
gram of two transformers stations of the single-direc-
Card 1/3 tion distribution system with the n-forerren-ioneJ ~7-

3017/01 -501-7-15/21
Automatic Circuits Connectin- the Reserve Units at Transformer
0
Stations of a Single-Direction 6-10 kv Polaer 'Distribution, I;T--C,,"orI-
pes of relays. Fig. 2 shows the autom-,:itic t-,."Io-way
s,.0-tching relays of a transforrmer statinn. The P.1,-rhor
further de~-cribes three versions of ,,.,,_jto,7,f~,4,jC r-lp
y
equipment of three transformer stp.tions in a sl np-le-
direction system. Finally, he presents a -IesCr4.T)-r;ion
of automatic transformer station equipmeni for a 'L oop
distribution system which is used in one district of
u I
the Foscow Cable Yetwork. The autornatilon of distribu-
tion net%,,,orks provides uninterrupted power sunply for
important consumers. Por the large-scale in-roduction
of the automatic relay equipment, economic
must be taken into consideration. Py no means, all
transformers station should be equipped wizh automa-
tic relays, since this would lend to an excessive
spending of governmental funds. Primarily, trensfor-
mer stations should receive automatic ecuinment sup-
plying category I consumers (theaters, clubs, res-
taurants, stores, hospitals, commurication erterpri-
Card 2/3 ses and ot'.er ins tali-at ions which must "'cve continuous

,,nV, /q 1 -(':9-7-15/~ 1
Automatic Circuits Connecting the 1~eserve TTnits at Trarsformer
Stations of a Single-Pirection 6-10 kv Power Distribution r'etxork
power supply). Secondarily, transformer stations
should receive automatic equipment surplying caten-o-
ry II consumers (administration and public `O-L,ildings,
schools, kindergartens and all buildings of- More than
four stories). Transformer stations supplying caie-
-L -C
gory III consumers (Puildings of less than four sio-
ries, storage buildings, etc,) and transformer sTatior
not meeting contemporary requirements should not be
equipped with automatic relays. There are ') circuit
diagrams.
Card 3/7,

STAROBA, Y. (Staroba, J.1; SHIM01WA, Y. LSimorda, J.1; SPIRADIM' , V.L.
_ V.A.-,-red.; TIMOKHINA, V.I., red.;
Ltranslatorl;_~~IRNOV
BORUNOV, N.I., tekhn.red.
(Static electricity in industry] Staticheskoe elektrichestvo
v promyBhlennosti. Hoskva, Gos.energ.--'zd-vo, 1960. Z47 p.
Translated from the Czech. (MIRA 13:9)
(Electrostatics) (Electricity, Injuries from)

ACCESSION NR: AP4017601 S/0109/64/009/002/030810316
AUTHOR: Smirnov, V. A.; Nikonov, B. P.
TITLE: Emission and adsorption characteristics of BaO-Ba system
SOURCE: Radiotekhnika i elektronika, v. 9, no. 2, 1964, 308-316
TOPIC TAGS: BaO Ba cathode, oxide cathode, activated oxide cathode, BaO Ba
cathode adsorption, BaO Da cathode e--mssion
ABSTRACT: An experimental investigation of the emission and adsorption of
BaO-Ba at 550-1,150K in a constant BA stream of 10 9-10 to atoms/cm 2. sec is
reported. The structure and preparation of the test device are described in
detail. The surface of naturally activated BaO is almost entirely covered with
13
B a; however, a s mall additional Ba spraying (up to 1. 5 x 10 atoms/crn) res-ults,
in a further reduction of the work function (by 0. 3-0.4 ev), with a corresponding
reduction of Ba evaporation heat from 3.9 to Z. 4 ev. According to an
Card 1/2

KUDRYAVTSEV, Yu.D.; GO.TIUBCHIK, Ye.M.; SMIRNGV V.A.
I _., - ; 1, -. - t-,"
Electrolytic production of a chromiurmolybdenum al-loy.
Trudy NPI 146:41-46 164o (min 18:11)

ill, TJ R7 I v
inudy INFT t~Tl RAI

I- ( rn ) /T/EWP ( t ) ET I_TjP(C DS/JD/JG
ACC NR. P 6 -0- 1-Y 2-6 -2- SOURCE CODE: UR/0413/66/000/008/0052/0052
INVENTQR: Afanas' Yev, V. A.; ~olodin, Yu. A.; Smirnoy, V _A
_._,A,.,Druzhin1n,
QRG: none
TITLE~ Oxide-coated cathode! Class 21, No. 101a
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 8, 1966, 52
TOPIC TAGS: electron tube cathode, surface active coating, iridium/Grolinw, osmiu
coa+ingFz-o ~ cathode
ABSTRACT: AnAuthor Certificate has been issued describing an oxide-coated
cathode for electronic tubes containing a base on part of the surface of which is an
emissive coating. To suppress the emission with an.nactive surface coating and to
obtain a clearly defined emitting surface, an. iridiumir osmiu;;Koating is applied on
the inactive surface of the emissive coating. [Translation) [NT]
SUB CODE: 09/ SUBM DATE: 20Apr65/
Card 1/1 OW/L UDC: 621. 385. 032. 213. 6

V. A.
"A Method of Calculating Distortions in the -Detection of F-M Signals," Zhur.
l" ~110.10 194.5
Tekh. Fiz., ')," I

Smild-11OV) A.
"Theoretical Investigation of the Influence of Radio
in Many Rays Unon the Communication by Means of 6hort Waves
Modulation, $I ~hur. tekh. fiz.1 15, No.11, 1945.
Waves Pmpagation
and Frequency
Central Sci. Res. Inst.., NK Communications

SMIRNOV, V. A., professeri redakt*r; MOGILXVSKIY, Yu.A., radaktar; BXLEVA,
N.A., tekhnichookiy redaktor.
[Radi* relay aystems; a collection of articles.'. Translations frosi
th6 English] Radibroletaye linii oviazi; sboralk statei. Moskva,
Izd-vo inestrannoi lit-ry, 1956. 584 p. (MI2A 9:5)
(Radio relay systems)

AID P - 4529
Subject USSR/Electronics
Card 1/2 Pub. 90 - 2/10
Author Smirnov, V. A.
Title Nonlinear distortions in multichannel FM communication
systems.
Periodical Radlotekhnika, 2. 14-28, F 1956
Abstract The author develops formulae for the calculation of the
power of nonlinear transient noises appearing in separate
telephone channels of a multichannel FM communication
system. The noise interferences are caused by the
multiplex wave propagation. Probability theory is
applied to evaluate the statistics of the noise wave
ensemble. In particular, the author obtains a formula
for the calculation of the power spectrum of noises
caused by the inequalities in the propagation constant
of the antenna waveguides and of loads. This creates
echo interferences which are characteristic of multiplex

PHASE I BOOK MMIDITATION 492
Smirnov, Vasiliy .4.lekseyevich
Osnovy radiosvyazi na ulftrakorotkikh volrakh (Principles of Mficrowave Radio
ComImmication) Moscow, Svyazlizdat, 1957. 818 p. 10,000 copies printed.
Resp. Ed.: Borodich, S. V.; Ed.: Gorokhovskiy, A. V.; Tech. Ed.: Berealavskaya,
L. Sh,
PUPPOSE: This zhonograph is addressed to students of radio and radio engineers.
COVERAGE: This monograph represents a first attempt to fill the need for a book
giving a systematized treatment of both the theoretical and practical phases
of microwave radio communications. Sections on mathematics and physics were
included in the book to render the body of the work more accessible to the
student. An attempt is made in the text to show the relation of theoretical
concepts to practice. Formulas applicable to the design of microwave communi-
cations systems, as well as other practical information and data, are given
at the end of each chapter.
Card 1/ 12

AUTHOR. Sin,, 1.riov, V. ; Furin, V.
TITLE.- An AF Amplifier (NCh usilitEj.')
PERIODICAL; Radio, 1958, Nr 4, pp 26-28 (USSR)
ABSTRACT--. The author describe a 5-tube plus rectifier AF amplifier of
12 watt output capacity. The amplifier has relatively small
non-linear distortion (0.8-1.2%) and an input voltage of
70 mv. It has an even oorverage of frn.m. 20 to 30 Cs UP t'~
1.5 to 20 kcs and is intended for use in a radio receiver,
television set, tape recorder, or a comb 4nat-Lcn thereof. A
Compensated volume control is built into the input circuit,
and the second stage is in effect a tone control with broad
coverage (see graphs 1-2). The third stage gives great
age amplification, which permits the inclusion of several
-circuits. of deep negative feedback, and is coupled to the
fourth stage, the phase irvertor, through a condenser, the
whole being coupled to a push-pull output stage. Noise level
and a.c. background hum is reduced to 60 db by the use of
deep negative feedback in the amplifier. Two assembly schemes
are giveni 1) with rectifier and power pack mounted on a
-separate chassis, and 2) with the first two stages (double-
Card '../2 triode) complete with tone and volume controls on cne chags--s

-,ne rsk a .7 a 1-'-, S t a t ion j Ka _` -In-_ r ~E a-r ad
_ine
I T A- Electronis 7use
mre';'khrsnitel
P 0" R 10 D I CiN 1, -Radio, 191-8, ~tr 0, pp 25 US
ABSTRI'XT: The described e`ectroni-2 fuse will disconnec'~ the z~ower
line in case of short-circuiting or overloading and re-
connect it when conditions return to normal. over-
loading occurs, or there is -a short-circuit in the 1-ine,
the voltage to t"he tube dro,D~_. r~ la-le currsn~ also or
falls to zero and this triz-s +I-le re-11-sy wllich, discDnne.-ts
the nower lilre. The resislance o' tfte line is -.hen auto-
matically checked- it is fed -.Iia P_ transfcrmer, rec+-J*-lIied
by a transistor diode, -a the Frid cf the tube in t'ne form
of negative bias, 7,"n-LIe -~he fault in the 111ne exists the
arode current will bE mimma` 7~'hen -ared +he bas re-
Card 1112 Turns to normal, urrent -~,D the anode: the relay is

,~n Z~'!.A_ctronic Fuse
St)~J_ jC17q Q_ 19 138
reset and tne +0 j, irad, I, ?1e e -
vice may also be used for drawing power fcr short e r I o d s
at high voltages frk-_Nm The electric pri-;, e~F, for
electro-we-ld_,~nE of 1--a-li-,
1. Electric current-,Safety measures 2. Fuzes(Elecl.ricity),
--Performance
Card 2,12

AUT'I'~'R: Smirnov, V. - SOV/ I U 'I 1 -31/40
TITLF: ompensated Volume Controllers (Kom-nensirovannyye reg-al-t-ry
gromkosti)
PERIODICAL: Radio, 195E, Nr 11, PP 49-5C, (US"H)
ABSTRACT: The author exDlains the need for comDenSat-ed volume control,
arising from the foct that the human ear is not uniformly
sensitive over the entire auditory scale (Figure 1), and then
describes systems of compensated volume control consisting
of voltage dividers dependent on freQuency (Figures 2,3,4,5)
and systems using negative feedback dependent on frequency
(Figures 6,7). All the systems described have the advantage
of using ordinary potentiometers without taps, which are
frequent cause of rustling and crackling.
There are 5 circuit diagrams and 2 graphs.
Card 1/1

V
n n _;VS t7h:
ic r;7
:iY
!nun.. --at i :~n
were al-
T h ey
an.v c n cm u c I i
I A M 0, r
rr
11~4 r. be i, c d i ra:: t i--, ru -
L 1 7 -111i LIU1 h
r,~ r. case o-.' a ia
ht d ? rm in in
d d j i n

-~n Nr~4se in Comm,.;v'ca~:cr. v it; rm
the -Cunct F_ ( L 1
'I i
ii i i t r :L d i .3 . r U !I ri r e
mi, - t e Cc) tj r.,,,' ji :3 ~1! I
i :j kno.-m i~n- 'N
is the autocorreldion. Ruiction. of
ivn Lhe density -.)f' I!-- no-~,_7e G i~ f'ound. it is
"ied by e(juation 'A:'' -which pvesentL~ a g-:neral solation
v.-hich t7,nly holds a- ~i >/ "!.-"n -'r';s I rml I I R more simDle re-
"i,;;ons lf'Qr n 4 nr are
and 1,
-i: -bic ed. '-'oup- Ons fo r, j_q: r~I% 'n a t he ow put
rrt_- receiver. re evritten down.
is si-.'~Avn rhar i .9 .1 ~.p r: c-: i
I ~!-. Fith the

L i c; n
-?6
~nt.1311ed curven are plotted. They
ch" ?"i ~e h wi iz; Level and th,- nature of the noise
wti~,n !,owt~ of ti!o system narameters -!re modified.
Th ir!! '-' t'igtre:I, I-,ubic-, and -,', references, b of whici,
Card 3/3
0,--t~bi--r 12. 19-57 "Jn-Ltii:Ilv-' and May 20, 1958
(after

AUTHOR: 30V/107-59-1-32/51
TITLE: The Au tomatic Cuto ut (Avtomaticheski y predokhranitel')'
PERIODICAL: Radio, 191919, Pir 1, P 35 (USSR)
ABS'RACT: In ref erence to an article published in this periodical,
Nr 9, which gives a design of an elec tronic cutout, the
author describes a simplified circuit in which the tube is
being replaced by a relay. There is cne circuit and one
Soviet reference.
Card 1/1

9 (4) SOV/107-59-3-43/52
AUTHOR: Smirnov, V.
-------------
TTTLE: A Three-Transistor Receiver (Friyemnik na trekh
triodakh)
PERIODICAL: Radio, 1959, Nr 3, pp 54 - 55(USSR)
ABSTRACT: The author recommends a pocket-size three-transistor
radio receiver which may be easily assembled by un-
experienced amateurs. The radio works on wavelengths
ran-ing from 550 to 1?50 m. It is designed according
to t'-'-Le scheme 2-V-2. It has two HIF stages which
amplify the Hr, signal to -a level at ~.,vhich t1he detector
,.,iill work. The first stage consists of one P6D
transistor, while the second reflex amDlifier stage
contains one P15 transistor, whereby the latter stage
also Derforms tlliae function of a LF pre-amplifier.
The detector is equipped with one DlA diode and the
output LF amplifier contains one P14 transistor. The
Card 1/2 radio may be housed in a container of llOxllOx25mm

SMIRNOV, V
High-quality- amplifier. Radio uo.9:45-446 S 160. (MIRA 13:10)
(Amplifiers (Electronics))

SMIRNOV, V. (Mos?.va)
A flat capacitor. Radio no.12:21 D 160. (min 11,a)
(Electric capacitors)
4-
I

22205
S110616110001001100ilooB
A055/A033
AUTHOR: Smirnov, V. A.
TITLE, Utilization of zero deflection in the estimation of noises and
distortions.
PERIODICAL: Elektrosvyaz', no, 1, 1961, 3 - 8
TEXT~ This is a purely theoretical article, in which the author develops
a general formula according to V. A. Kotellnikov and applies this formula to
some particular, cases. In his theoretical study of the noiseproof feature, V. A.
Kotel'nikov showed that, in an ideal receiver, the minimum of the RMS value of
The deflection is T/2
[-A (t) - Al, [X (t) _ AF (t)]2 dt
-T/2
c&-i 1/ 5

Utilization of zero deflectioft in ....
Where
(t) = A (t,FO) + N (t).
22205
s/io6/6i/ow/ooi/ooi/oo8
Ao55/AO33
(2)
In these equations, A (t,FO) is the useful input signal modulated by the communi-
ca~ion FO = r-O (t), N (t) is th6 Incoming fluctuation noise, and AF (t) - A(t,F)
is the signal modulated by the communication F = F(t), such as it is presented -
noise included - at the output of the receiver. Discussing formUla (1), the
author proves mathematically (and resorting mainly to the variations-calculation)
,hat. for any practical calculation of the output noise component, the condition
A (r.,FO) + N (t) - A (t,F) = 0 (9)
-.an be considered as fulfilled, in the case of ideal reception, whatever be the
nature -Lnd the magnitude of the input noises. Starting from condition (9), the
author p~-cceeds first to establish a formula for the particular case of small
flustuation noises. This formula proves to be-.
Card 2115

~'22C)5
s/io6/6i/ooo/ooi/ooi/oo8
Utilization of zero deflection in A055/AO33
02
2 1
c TA )2 (14)
'~ FO
where di is the intensity of the noise spectrum at the input of the receiver,
and 6. is the intensity of the noise spectrum at the output of an ideal receiver.
The author then applies condition (9) to the case of strong fluctuation noises.
In this case, he deduces his formulae separately for amplitude modulation, phase
modulation and frequency modulation. For amplitude modulation he finally ob-
tainS the following expression of the fluctuation spectrum density-
262
9,6F (F) AM =A 21
0
(26)
This formula is valid for any input signal-noise ratio. For phase modulation,
the final formula arrived at by the author is:
Card 3/5

22205
S/106/61/000/001/ooi/oc)8
Utilization of zero deflection in .... A055/AO33
,8FPM arc sin - E (31)
2AO
for any input signal-noise ratio. For relatively weak input noises, the formula
262
GA F (F) PM 21 2
AOAT
(33)
dVbelng the modulation Index. [Abstractor's note- subscript PM (phase modula-
tion) is a translation of the origInaj4)M (fazovaya modulyatslya)-] For fre-
quency inodulaLion, -the corresponding formulae are:
6F FM E
A040m V I - 0AA28
Card 4/5
(35)
Card 5/5

89822
zw -2 S/111/61/000/003/001/001
~,q 9 2- B129/B202
AUTHORS: Kalashnikov, N. I. and Smirnov, V.-A.
TITLE: Method of radio communication with the aid of the moon
PERIODICAL: Vestnik svyazi, no, 3, 1961, Inside Rear Cover
TEXT: To warrant the transmission of broad band communications, every
discrete communication is transmitted by two pulses which are shifted with
respect to one another. By means of various frequenciesthey are modulated
in such a way that at the point of reception the output pulse is determined
by the difference of the envelopes of the two above pulses. This makes it
possible to reduce the reciprocal influence of pulses of neighboring
channels. Author's certificate no. 132,680, class 24a422 01,
Card 1 /1

24854 s/io6/61/000/005/002/oo6
A055/A133
AUTHOR: Smirnov, V. A.
T--'=": New methods for evaluating distortions due to multipath propagation c-C
signals
PERIODICAL: Elektrosvyaz 1, no- 5, 1961, 10 - 17
TEXT: Distortions due to multipath propagation of signals have already been
studied in many works, almost all of which, however, are limited to some particular
-base. The object of the present article is to work out a general method applicable
to any communication system and allowing to evaluate multipath distortion. Two such
methods, based upon the calculation of power ratios, are described by the author.
In the first method, distortions are evaluated by the ratio between the power of
distortion products at the input of the receiver and the power of -,the useful signal
at this input. In 'the second method, distortions are calculated at the output of
the receiver. First method: When several signals following different paths reach
the receiver, the spectrum of the total signal at the receiver input will differ
from the spectrum radiated by the transmitter antenna. This total signal can be
expressed, in the general case of n paths, by:
Card 1/10

24851t S/106/61/000/()05/002/006
New methods for evaluating distortions ... A055/AI3-3
n
f Am Kif (t + rj) (1)
whe-re A%n is the o s cil lat ion -amplitude of the path with maximum intensity, K, = Ai/Arr
1 is the ratio between the amplitude of path i and the maximum amplitude is'
the delay-time, and f (t + TI) is the function representing -the modulated oscilla-
tior- is also assumed 'that:
-1 < f (t + Ti) _< 1 (2)
Since function f (t) (represepting the modulated oscillation at the output of the
transmitter) is known, its spectrum is also known. Expressing by G (0) the density
c-' this spectrum, the author proeeeds to derive a formula giving the spectrum densi-
U 11
.Ly GX (q) of the function fr (t). He begins by establishing an expression for the
correlation function for f r. (t). TI,_,is expression is found to be:
(,,) n n
Kz A2 [K k2 + 2 kik K (Ir + T- - Vj (5)
m i
where K.(T) is the correlation function fer f (t). The spectrum density can be cal-
Card 2/10

2 L 8 5_4 SJ1061611000100510021006
New methods forevaluatling distortions ... A055/A133
culated according to formula:
2 KZ T-)
G, dU
The expression for GZ as finnIly ob~Cained by.the author, is:
n n
G. A,', G K, 4 V V KIKI sin2
2 (9)
Multiplying (9) by df and i tegrating within the limits 'of the real signal-band
tile author finds: n
P,, PA2 KI 2A2 \1
2 M LJ K,Kj [P - IK (-I
M I=t ) L-_1 - 0)
where P = K(O) is the average power of f (t). if all delay-times T, in (1) are
equal, there will b--! no distortion, and the power of all oscillations will be de-
termined by the first tQrm of (10). The second term of (10) is different from zero
only when one, at, least, of the n paths br-in.-s an oscillation not in phase with the
others. This second term ' here-f ore t~ie po,;ier of multipath. - distortion
oroducts at the receivor a:e i.-.sefui no;~.,er at the receiver input being
Card 3/ 16

24854 3/106/61/000/005/002/006-
New methods for evaluating distortions ... A055/A133
2
Pi ==A2
(V KI) P
the ratio between the power of multipath-di~tortion products at the input of the
receiver and the usefu' ooner at the inout of the receiver is given by:
n n
R(O)
(y gl)2
'Thus, knowing the function f (t), it is possible to calculated for any set of
values of Ki and Ti. Since
0