SCIENTIFIC ABSTRACT SMIRNOV, V.F. - SMIRNOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651610009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Card 6,/6

VAYNBERGI? M.Sh.; KRONGAUZ, A.N.; MILISHTEYN, R.S.; TRYAPITSIN, V.I.;
FROWVA, A.V.; SMTRNOVjj~... red.; LYUDKOVSKAYA, N.L., tekhn.
red.
[Practical work on dosimetric devices for roentgen and nuclear
radiation] Praktikum po dozimetricheskim priboram dlia rentgenov-
skogo i iadernykh izIuchenii By M.Sh.Vainberg i dr. Moskva.,
Medgiz, 1961. 188 p. (KIRA 15:2)
(RADIATION-MASURDIENT)

DMOKHOVSKIY, Vladimir Vladislavovich; SMLtN.OV, V.F., red.; H%IANOVA, Z.A.,
tekhn. red.
[Principles of X-ray technic] Osnovy reditgenotekhniki. Moskva
Medgiz, 1961. 351 P. (MIRA 14:111
(RADIOLOGY, MEDICAL) (X RAYS-EQUIIIIENT AND SUPPLIES)

IASKORIN , B.H. ; KELUDEITEV, I.K.; SMIRNOV, V.F.-; KRASOV, V.G.
Methods -for designing a mix-and-settle extractor. Ekstr.; teor.J.-
prim.,app. no.2:264-283 162. (MIRA 15:9)
(Extraction aptaratus)

1ASKOHH" . B.N.; PUS11LE"HOV, 1,11.T. ; fli,-RESAVOY, k.M.; SN'D.12V V.F.;
SHCH.EPETIL'IdKOV., N.N.
E`brlzontal mix-and-settle extractor. Ekstr.; 4i or.,prim.,appft
*a,2:34:7-360 162. 1 (MIRA 1r-,:9)
(Extraction apparatus)

LISKUHN B. 11. - -SUaLIGIT, ~VF. ; IMSOV, V. G.
Y
ER-350 counterc-arrent rotary extractor ard means for increassing
its efficeincy. Ekstr.; teor.,,prim.'ap,.. ro.2:361-371 162.
WIRA 15:9)
(Extraction apparatus)

B.IT.; SALAiAATOV, I.1.- KRASOV, V.G.; SIURNOT, V.F.
,4~
' I
TSE-60 centrifugal tubular superextractor for the extraction
recovery of non-ferrous metals. Ek-str.; teor.,prim.,apl). no.2.372-
37,78, 162. (MIRA J!z:g)
I
Monferrous metals) (Extraction apparatus)

ISAKORINP B.N.; YAKUBOVICH, I.A.; ZUYSV, G.P.; M4SOV, V.G.; Milul'OV, V.F.;
PIVOVAROV, F.Ya. - - -- * . --- ----
Mix-and-settle apparatus for the extraction of uranium and rare
metals from aqueous solutions. Atom. energ. 12 no*6:503-513 Je 162
(MMA 15:6~
(Extraction apparatus)

SMIRNOV, V.F.; LASKORIN, B.N.
Dephelometric method of determining the losses of the extraction
agent in aqueaus solutions. Zav.lab. 28 no-4:416 162. (MIR.A.,15:5)
(Nephelometric analysis) (Extraction (Chemistr7))

MAYDELIO 14.S~~, GIRITCHIN, V,T1. I~ 3MIRNOV, V.F.
Electrochemical pairitirg, of steel components. Enarg. i elektro'ek-h.
prom, no.3:37 il-S 163. (FJRA 16-10)

195.;66 En (M)
-A-CC NRs APS025656
VP(t)/EWP (n)/tYIP (b) IJP(c) JD//M'I/Jrj
SOURCE CODE: UR/0080/65/038/010/2232/2236
AUTHOR: .1kaskorin, B. N.; Smirnov, V. F.
ORG., none
V
TITLE: Extraction of uranium and thorium1rom phosphate solution by means of mixtures,--
of acidic and neutral alkylphosphate c ounds-
SOURCE: Zhurnal prikladnoy kh1mii, v. 38, no. 10, 196S, 2232-2236
TOPIC TAGS: uranium, thorium, phosphate, phosphonic acid, metal extracting,,
ABSTRACT: The study was conducted in order.to examine the feasibility of extracting-
uranium and thorium from phosphate solutions by mixtures of acidic and neutral akIy1-T.,.,o
phosphate compounds. The extraction experiments were conducted at 210C.using nornal
hexane as a diluent and various concentrations of tributylphosphate, diamy1methyl-
phosphonic acid, and triorthophosphoxide in di-2-ethylhexylphosphonic acid. It was
found that the addition of neutral alkylphosphate compounds to an acidic phosphate
solution in normal hexane considerably increases the coefficient for the sep aration.of
uranium and thorium from their phosphate solutions. Application of such an alkylphos-.
phate mixture yields uranium and thorium virtually free of rare earth elements, iron,-
and aluminum. Orig. art. has: 4 figures, 4 tables.
66.061.5+546.791+546.841
-Card 1/2
-7F

L IQ285-66 EWT(m)LEPF.(n)-2/EWP(J)/EWP(t)/EWP(b) IJP(c)/RPL ES/M/Ww/_TG/;?M
ACC NR: AP6000003 UR/0080/65/038/oli/2439/2443'
AUTHOR: Laskorin, B.N.; SmIrnov, V.P.
ORG: None
TITLE: Extraction of uraniumoand certain associated elements with
di-2-ethylhexylpyrophosphoric acid
SOURCE: Zhurnal prikladnoy khimii, v.38, no.11, 1965, 2439-2443
TOPIC TAGS: uranium, phosphoric acid, thorium., Iron, aluminum.
ABSTRACT: The article presents the results of an incestigation of the
effect of the molecular weight of alkylpyrophosphate,.itsl,concentration
in the organic phase, and the concentrations of the element being ex- '
tracted and of phosphoric acid in thg4iquid phase on'the,;*value of the
distribution coefficient for uraniumt.- orium, iron, and aluminum betwe m
their phosphoric acid solutions and olution of di-2-ethylhexylpyro-
phosphoric acid in n-hexane. In addition, it considers the re-extracti ~e
0
I
of uranium and thorium from the or anic phase. A figure shows the de-
pendence of extraction of uranium M) by alkylpyrophosphoric acid on
the number of atoms in the alcohol. The extraction was carried out in a
0.1 molar solution of alkylpyrophosphate in n-hexaue. TtLe figure shows
that with an increase in the number of oxygen atoms in the alkyl radical T
Card 1/2 UDC: 66.061.9+946-701

Acc m, Ap-(oo568o
SoURCI:, CODE. UR/OUVW/00010021017~,rv 5
INVENTOR: cbnirnov, V. F.; Khrenova, M. V.; Kalyukina, 0. A.
ORG- None
TITLE: A method of making folded smoke filters. Class 61, No. 190T81
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyfe znaki, no. 2, 1967, 155
TOPIC TAGS: gas filter, gas mask component, smoke, respirator
ABSTRACT: This Author's Certificate introduces a method of making folded smoke fil-
ters for compact gas masks (respirators) with a box of circular cross section by form-
ing sheet material into a conical shape with subsequent folding. A cement-free air-
tight joint is made by winding a filtering material (e. g. made from synthetic fibers
type FPA, FPP-15, etc.) on a tapered mandrel into two or more layers which overlap
at the joint. The resultant shape is pressed Itrf placing a second hollow tapered man-
drel over it and applying a pressure of 8-10 kg.
SUB CODE: 13, 06/ SUBM DATE: 20jul6l
-uDe; 614.894
A

81-LIANOV, V.G.
CytoplasrLc male sterility in corn. Issl. po gen. no.1:55-78 161.
~~DT-- ' (MEA -15:11)
(STEidLITI IN PWITS) (60.-di BIE L-..Ikj)

/~-, s.. * 11 - . - I . N
, " " co:,ldi ti,-.-
. ,-..I -~ : --. I .
;I...... - / , , .i
-- - jA

AFANASIYEV, V.N., kand.teklin.nauk; BALYUK, F.D., inzh.; BECRIN, A.L., inzh.;
VASIPYEV, A.G., kand.khimicheskikh nauk; GRUZIN, F.L., doktor
tekhn.nauk; KOROBEYNIK, V.F., inzh.; POLOVCHENKO, I.G.i kard.tekhn.
nauk; St',IRNOV, V.G., inzh.; UZURK, VA.
Control of the level of the blast furnace charge by means of gamma
rays. Trudy Ukr. nauch,issl- inst. met. no.7:51-80 '61.
(MIRA 14:11)
(Blast furnaces--Equipment and supplies)
(Gamma rays--Industrial applications)

,IBMIRNOV, V.G.
Laboratory work in electrical engineering. Politekh. obuch.
no.9:49-52 S 158. (MIRA 11:10)
1. Ryasanskiy pedagogicheskiy institut.
(Blectric engineering--Study and teaching)

SMIMOV, V.G. (4azan')
Studying the relays in the electric engineering classes.
shkole 21 no-4..6,1-69 JI-k, i61.
(Electric relays)
Fiz.v
014LU 124-:10)

27556
S/170/61/004/010/011/019
B108/B102 ,
AUTHORSt Ozhigov, G. Ye., Smirnov, V. G., Sokovishin, Yu. A.
TITLE: Production of a thermopile and a method to determine its
time constant experimentally
PERIODICALt Inzhenerno-fizicheskiy zhurnal, v. 4, no. lo, 1961, go-96
TEXTt Following a suggestion by B. G. Smirnov, the authors prepared
2 - 4dtthick and some 0-3 mm wide thermocouples by electroplating. A
stainless steel cylinder with a spiral engraved at a pitch of 0.3 mm was
plated with copper on one and with nickel on the other half. The spiral
groove was previously filled with shellac so that the plating would come
off readily in the form of a wire, half copper and half nickel. The
resistance of each of these thermocouples (16 mm long) was 0.6 ohm.
Thermopiles consisting of 5 to 25 junctions were assembled. The hot
junctions were blackened with antimony or bismuth. The sensitivity of one
junction to steady radiation is between 0.23 and 0.31 mv.cm 2/watt, the
relaxation time 90.63 = 0.02 sec. R. R. Kharchenko ("Elektrichestvo", 11,
Card 1/8

SMIRNGVp V.G., inzh.
Equipment for high-pressure air conditioning systems. Sudostroenie
27 no.2:13-17 F 161. (MIRA 16.-7)
(Ships-Air conditioning)

SMIRIIJOVJI V.G., inzh.
Simplified method of checking calculations for the selection of
surfade heat exchangers for air conditioning I;~!Suftatroeae
28 no.9:17-20 S 162. (MIRA 15:10)
(Ships-Air conditioning) (Heat exchangers)

G i ~ F.L.; PSAL'AS"YEV, V.1%; ZEMISKE, S.V.; S-~l:r-,NCV,-V.G.;
ILIZIMYENK'O, Z.D., red.
[Use of radioicotopes for the control of the open-hearth
process] Primenerde radioaktivAykh izotopcv dlia kontrolia
domerw-ogo Mlosk-,ra, Ator-dzdat, 19('-',4- 169 p.
(1-1IRA 17: 5)

ACCESSION NR: AP4043983
S/0089/641017/002/0094/0097
AUTHOR: Koryakin, Yu. 1. ; Batov, V. V. ; C:)!p1rnov, V. G.
TITLE: Determination of the optimal depth of utilization and of the power intensi-
ty of nuclear fuel by the method of cost computation
SOURCE: Atomnaya energiya, v. 17, no. 2, 1964, 94-97
TOPIC TAGS: nuclear reactor fuel cost, nuclear fuel utilization depth, nuclear
reactor power intensity, Beloyarskaya Nuclear Power Establishment
ABSTRACT: The paper deals with the development of a computational method
for the determination of the economical efficiency of nuclear fuel utilization in
reactors, The method Is demonstrated on the example of the Beloyarskaya atom-
ic power establishment in terms of the power intensity and depth of fuel utiliza-
tion. The latter is defined as the ratio of the product of the useful power times
the duration of the campaign, and the fuel charge. For a given fuel type Ci. e.
1/2
Card

V.G.
2 ca
in

-S9VINQL_Y.G. -, PETROVICHEVA, V.M.
Review of machinery and tools used in the United States for
boring curved and horizontal boreholes. - zem..aaz.ugl. no.1:89-97
'57. (KIRA 10: 7)
1. VNIIPodzemgaz.
(United States--Boring machiner7)

SMJRNOV, V.G.; PETROVIOEVA, V.M.
Selection and investigation of properties of cement and clay
emulsions for DlUgging the spnce between the borehole and the
air-blast casing. Podzem.gaz.ugl. no.3:65-69 '57. (MIRA 10:11)
1. Vsesoy-uznyy nauchno-issledovatellskiy i proyektnyy institut
podzemnoy gazifikatsti ugley.
(Coal gasification, Underground)

SMIRNOV. V.G.
Equipment for drilling vertical and inclined holes for
underground gasification of coal. Podzem.gaz.ugl. no.4-
51-54 '5?. (KIRA 11:1)
l.Vsesoyuzny7 nauchno-issledovatellskiy institut Podzemgaz.
(Boring machinery)

SKIRNOV, V.G.; TROTANSKIY, S.V., prof.; FISENKO, IT. To.
Gas Droducer drainage in the Dnieper Lignite Basin by means of
inclined level drains. Podzem. gaz. ugl. no. 2:64-67 '58
WIRA 11:7)
1. VE;esoyuzrory natichno-inslodovatol'skiy institut Podzemgaz.
(Dnioper Basin-Li&nite)
(Hine drainage)

"SIKIRNOV, V.G.
-------
Vertical borehole drive pipe behavior in underground lignite
gasification. Podzem. gaz. ugl. no.4:56-59 '58. (MIRA 11-12)
l.Vaesoyuznyy nauchno-issledovatel'skir institut Pedzemgaz.
(Coal gasification, Underground-Equipment and supplies)
(Deformations (Mechanics))

SMIRNOV, V.G.L_VASILEVICH, Yu.2A.
Using a cumulative expolding pipe cutter for the underground repair
of boreholes. Podzem. gaz. ugl. no.,1:62-64 159..
(MIRA 12:6)
l.',VNIIPodzemgaz.
(Gas producers-Maintenance and repair)
(Pipe cutting)

Si-iIRNOV, V.G,
Feasibility of using rapid turbodrills for boring inclined
directional holes in the coal seam. Podzej.g---z,u9l. no.2:59-61
MIRA 12:9)
y institut
1. Vgpsoyuznv-y nauchno-issledovatellskiy 1 proyel-tnv
podzemnov -,azifikatsii uq1ey.
(Turbodrills J (Boring)

SMIRNOV, Y.G.
Drilling inclined boreholes along the coal seam with small
turbo drill and flushing. Podzcm.gaz.ug1. no -3:5 0-54 159.
(MIRA 12:12)
1. Vtjasoyuznyy muchno-issledovatellskiy i proyoktnyy
Inutitut podzomnoy gazifikatsii ugley.
(Boring) (Turbodrille)

SKIRWV, Y.G.
Calculation of thermal stresses in the casing of gas evacuation
galleries. Podzem.gaz.ijgl. no.4:46-48 159.
(MIRA 13:4)
1. Vaesoy-uzn" nauchno-iosladovatellskiy inatitut Podzwagraz.
(Coal gasification. Underground) (Thermal stresses)

BOGDANOVA, V.V.- SMIItNOV V.G.
Results of industrial testing of the UGR-40 apparatus for
hydraulic fracturing of a coal seam at the Moscow underground
gasification station. Nauch. trudy WIIIPodzemgaza no.8:69-73
162. (MIRA 16:6)
1. Iaboratoriya, napravlennogo bureniya, Vsesoyuznogo nauchno-
issledovatel'skogo instituta podzemnay gazifikatsii ugley.
(Moscow Basin-Coal gaqification, Underground-
Equipment and supplies)

SMIRNOV) V.G.; PM11KOVSK1Y, V.I.
Universal rig for drilling vertical holes and re'rievin
'7t' 112.
casing pipes, Nauch. trudy '"IIIPodzemgaza no.8 3-79
(MIRA .16:6)
1. IAboratoriya napravlennogo bureniya Vsesoyuznogo nauchno-
issledovatellskogo Instituta podzemnoy gazifikatsii ugley i
Podmoskovnaya stantsiya "Podzemgaz".
(Moscow Basin-Coal gasification, Underground-
Equipment and supplies)
(BorinR machinery-Testing)

SMIRNOV, V.G.; PETROVICHEVA, V.M.
4-
Possibility and expediency of drilling vertical holes with
water flushing. Nauch. trudy VNIIPodzemgaza no.9:74-80 163.
(MA 16:11)
1. Laboratoriya napravlennogo buren:Lya Vsesoyuznogo nauchno-
issiedovatellskogo instituta podzemnoy gazifikatsii ugley.

SMIRNOV "V.G.; ZHUKOV, V.V., kand. tekhn. nauk
__-.1 . -
Ways of improving drilling technology and borehole construc-
tion of underground gas producers of the Angren Station
"Podzemgaz." Nauch. trudy VNIIPodzemgaza no.9:91-97 163.
(MIRA 16:11)
1. Laboratoriya napravlennogo brureniye i laboratoriya
gornogeologicheskaya VsesoYuznogo nauchno-issledovatell-
skogo instituts. podzemnoy gazifikatsii ugley.

PSHENICHNYY, A.Ya.; KALININ, M.N.; SMIRNOV, V.G.; AKIMOV, Ye.T.;
SEMENYUTA,, N.N. ----
Shaft sinking with the use of a shaft lining formwork. Gor.zhur.
no.402-36 Ap 164. (ERA 17:4)
1. Vsesoy-uznyy nauchno-issledovatellskiy gornometallurgicheskiy
institut tsvetnykh metallov (for Pshenichnyy, Kalinin, Smirnov).
2. Trest Svinetsshakhtostroy (for Akimov). 3. Glubochanskoye
shakhtostroyupravleniye (for Semenyuta).
4~ ~

IdWM-N) A;ISIMOV, li.V.; WYARSKIKII, G.X.; V---,-dZHGIUKO, I.A.; IM"K0, V.A.;
V. G. ; 311AJiZ' 3, D. Z. ; IONITTA, I. fl. , vedushchiy
vod; ICHOC'HIA)
[Geolouical and economic oMcicncy in prospecting for oil and Gas
U
in Lho '3est SiL,-.riwi Plain. j Geologo-ekononLicheskaia eff ektivnost
,`('oloGopuisko-%rfIJi i mzvcdocIuWIJi rabot na neft' i gaz v Zapadno-
sl-c-I ni';:11emosti. Lenin6raid, Gov, toptukhizdat, 1963. 19 P.
9
;:~up (5n-,;avt. 1,~)Ynngad. VL;ei3oiu-.nyi i nuftinnoi nauclu.0-issledovatell
institut. Trudy, no.206). (MIRA 17:10)

AVDEYEV. ~u.-G.; VORONIN, V.S., KOROSTYLEV, N P.- SMIRNOV V.G..-
iEN" ~E~ T.L.
PUSTOVALOV, A.L., CHEBOTYREII B.A., KO--V~
Determining the efficiency of various ways of charging boreholes
along the contour of a mine working. Shakht. stroi. 8 no.10:
I _-.-I 0 164. (MIRA 17:12)
~9 .1, ~
1. Vaesoy-aznyy nauchno-4-ssledovatellskiy institut tsvetnoy
metallurgil (for Avdeyev, Voronin, Korostylev, Smirnov).
4. Rudnik Imeni XKII 911yezda Kommunisticheskoy partii Sovetskogo
Soyuza Zy.-yanovskogo kombinata (for Pustovalov, Chabotyrev,
Zenk,z~v, Rarabach).

SMIRINIMPV.G~, doktor sellskokhoz. nailk
I
t.(-veloping new winter, wheat varieties by, the method of remote
orossing and condi'tioned development of hybrids in Kirov Province.
Agrobiologiia no.5:0'81--691 S-0 165. (MIRA 18-9)
1. Kirovskly sellskokhozyaysivennyy Jnstitut, kafedra selektsii
i smmenovodatva.

SMTMIOV, V.G.. prof.;
--, i-K.
Trans pollination of --larzt-s gro,-= frorr. seeds -roduced under various
conditions as a method of increasing the p.-cductivity and improving
the grain quality of Vyatka rye. Agrobiologiia no.4:5-13-517 Jl-Ag 164.
(MIRA 17:12)
1. Kirovskly sell skokhozyays tionnyy InstAtuludl

SYMOV, V.I., nauchnyy sotrudnik.
Technique of developing new weaves. Tekst. prom. 17 no.3:35-38 Yr
'57. MIRA 1o:4)
1. Ivanovskiy nauchno-isaledovatel'skly takhnologicheekly Insitut.
(Weaving) (Textile deBign)

PLAKSIN, S.A., nauchnyy sotrudnik; PLATONOV, M.F., nauchnyy sotrudnik;
5MIRYOV, V.I., nauchnyy sotrudnik; M!OSHENSKIY, M.D., nauchnvy
lb
S 0 t r uoela k;
Increasing the size of bales of unbleached fabric. Tekst.prom.
17 no-10:59-60 0 157. (MIRA 10:1Z)
1.Ivanovskiy nauchno-issledovatellsldy tekstillnyl institut.
(Cotton fabrics)

SMIRNOVY V.I.
Manufacture of patterned fabrics on dobby looms. Nauch.-issl.trudy
IvNITI 23:65-78 159. (MTP-' .14-4)
(weaving)

SMIRINCIV.0 V. I.
.
Studying the structure of linen-weave fabrics. Nauchrissl.trudy
IvNITI 23:79-104 159. WIRA 14:4)
(weaving)

SMIRNOY. YladimIr Illich; I'MRPOY.O.S., retsenzent; NIKITIN,M.11.,
~ -I--- red.; KNAUIN,M.T., tekhn.red.
[Theoretical study of the structure of linen-weave fabrics]
Tooretichaskie issledovaniia stroeniia tkani polotnianogo
perepleteniia. Moskva, Izd-vo nouchno-tekhn.lit-ry RSFSR,
196o. 99 p.
(MIRA 14:5)
(Weaving) (Textile fabrics)

vi
SMIRNUV, V.I. , -Laru I dy iia!,ilchuyy oo t,j ~ I (ldi
Analytical determining of the curv-ing wave height of warp
and ~Teft yarns in linen-weave fabrics. Tekst. prom. 23
no.12:33-38 D 163. (MIRA 17:1)
1. Ivanovskiy nauchno-issledovatellskiy tekstillnyy institut
(IvNITI).

rolationohir. effezt, an tho di-ameter nf drops In the
of liqu.*ds by mears of cent r-- fligal jets. izv.
,icireb. zav. ; tekh. -tek-.t. pran. no. -l :222-126- 165.
(MIRA 18:9)
lLek,3til'nyy inv!LiUA Frunze.

SMIRNOV, V. I
Atomization of the liquid cylindrical jet in a space limited
by a stationary wall. Izv. vys. ucheb. zav. * tekh. tekst.
Prom. no.4:105-110 162. NIRA 15:10)
1. Ivanovskiy tekstillnyy institut imeni M. V. Frunze..
(Atoirization)'

SMIRNOV, V.I.
The breakup of a liquid cylindrical stream in a space limited by
a stationary wall taking the viscosity into account. Izv.vfs.-
ucheb.zav.; tekh.tekst.prom. no-5:122-129 162. (111IFLA 15:11)
1. Ivanovskiy tekstillnyl institut imeni M.V.Frunze.
(Flaid dynamics)

Y AROS 11,11 VTS-"V, A.S.; K-:Ij'DYAKOV, I.F.; SMIX1011, V.I., akadem'k
Ki- 3ticn of sphaler-ite oxidation in an autoclave. Do'K.11. All SSSR 158
no.2:456-459 S 164. (MIRA 17;10)
1. U.-allskiy politekliniclieskiy institut im. Kirova. 2. AN KazSSR
(for Smirnov).

171 K FONOV. A,, I ~ ,' C I !UC IfIkU.MEV. S. K, ; SM.IaNCAT, V,, I ~ , akrdtl ml k
f8glllari-riC-3 in the oxidatIon of lower nickel sulfide in a
f],-:IdLzad ba(I. r;Okl. AN SSSR 163 no._"j0'8&-689 Jl 1615. (MIRA 180)
1, - akiy 11,13tItUt iM. S.M.Kirova. 2. AN KazSSR
- Urallakiy pulitekhr,'-che,
k 1 0 r C-,q 1L I, n, c, v ; .

SMIRNOVY V.I.
Forecasting the speed of icebreaker passage through compacT, Ice.
Probi.Arkt.i Antarkt. no-5g27-30 :6o. 14:4)
(Ice-breaking vessels)

SMIRNOV, V., aspirant
Forecasting the pasgage of icebreakers through solid ice.
Mor.flot. 20 no.8:17-18 Ag 160. (MIRA 13:8)
1. Arkticheskiy i Antarkticheakiy nauchno-issledovatellskiy
inatitut.
(Ice-breaking vessels)

o
?, Y//0,;
s/169/62/ooo/oo8/o6l/o9o
E032/EII4
AUTHOR: Smirnov, V.
TITLE: Ai-rpia-n-e---ffi-6WSurements of the drift and dimensions of
E-layer irregularities in central Arctic
PERIODICAL: Referativnyy zhurnal, Geofizika, no.8, 1962, 2,
abstract 8 G 16. (In the Symposium: 'Ionosfern.
issledovaniya no.~' (.'Ionosphere Studies no.91),
M., AN SSSR, 1961, 14-17). (abstract in English)
TEXT: Reports two cases of measurements of the velocity and
of ionospheric E-layer irregularities which
direction of drift
were carried out during the flight of an airplane over central
Arctic using the method suggested by Gass'man (R.zh.Gfiz., no.4,
1957, 3301). An ionospheric automatic recorder was mounted on
the airplane together with an *attachment capable of recording the
amplitude of the reflected signal at fixed frequencies in the
range 0.5 - 10 Mc/sec. The flight path was.circular and had a
diameter of - 20 km. The time to traverse the circle was 10 min.
During this interval a continuous recording of the amplitudes of
signals reflected from the E-layer was carried out at a
Card 1/3

Airplan- measurements of the drift ... s/169/62/Ooo/oo8/o6l/o9o
E032/E114
frequency close to the gyromagnetic frequency. These amplitudes
were then used to calculate in each case the average rate of
fading of the signal amplitude as a function of the course of the
airplane. Graphs were then used to find the course of the
airplane for which the rate of fading was a maximum. The
direction of motion of the irregularities was defined'as being
opposite to the computed course of the airplane. The rate of
drift in the two cases was found to be equal to 50 and 6i) m/ze,;
respectively, and the direction of the motions 3450 and 1000
respectively. At ihe beginning of the experiments and after their
termination the airplane flew along a straight-line path and the
recorder registered the hlf-characteristics (ionograms). When Zhe
airplane moved in the direction of the drift of the irregularities
the critical frequency of the E-layer remained practically
constant over a period of the order of one hour, while when the
airplane moved in any other direction there was a fluctuaLion in
the values of this frequency. In this connection it is notee that
if the period of these fluctuations and the relative velocity of
motion of the airplane and the irregularities are known, then the
Card 2/3

Airplane;measurements of the drift ... s/l6q/62/ooo/oo8/o6l/oqo
E032/E114
dimensions of the irregularities may be calculated. In one.case
the dimensions of the irregularities were found to be of the order
of 60 Rm.
~Abstractorls note: Complete translation.
Card 3/3

1102
S/lb'9/62/000/007/126/149
D228/1)307
Smirnov, V. I.
'quantitative characteristics of ice'as a material
Ij -.,SL I
P:,j2j- I)T" j,; He"erutivnyy zhurnal, Geofizika, no. 7, 1962, 72, ab-
stract 7V426 (Tr. Arkt. i antarkt. n.-i. in-ta, 256,-
1961, 40-46)
't 'ecrease in the temperature (t of ice from -2 to -250
ice
considerable changes in the compressive suress of ice
wheri its salinity 6 equals 0. 1 - 0.3'/'~% ;.;hen 6> 0.
ice ice
(bunding) is less liable to thermal influerice, as is
Oen 0-ten
(tuension) if 6ice> At specified values of 6ice, a0 P- In and
0-- are characterized by a negligible increase when t. decrea-
-Gen ice
0
ses. This increase is most marked if t Ice varies from -10 to 15
The inc-reaoe of Sice from 0.1 - 0.2 to 5.2~ao and more is accompa-
Card 1/3

S/1 69/0- 2/000/007/1206,114.
Quantitative characteristics ... D228/D307
nied by illae decrease of 6-. For 1:1-0 en and 11-t en this relation can be
Lraced throughout the range over which the salinity of ice varies;
.1 C> 0 1
~Or Q___r1 however, it is observed only when 'S. > 1.5(0o. It is
c0 " ice
character~Lstic that when t. is -150 to -250, cr-is higher by an
2 ic e 0 0
avt2rage of 5 kgl cm than when. tu ice = -2 to -10 for S ice
I.Ijci~lo. The sharpest decrease OOCUrS when S increases from 0.1
2 ice
to 0.7c,o~(on an average by 5 - 8 kg//cm per 0.1%,,). If S ic e > 0 . 7c,,'.,"
-this decrease of T-comprises 0.1 - 0.15 kg/cm 2 wnen 3 ice increases
I
by 0.11111-,. It should be borne in mind that if t ice increases and
S4 decreases (the spring-summer period), the data for the change
Lce
in, 6--show an inverse trend. It is desirable, however, to carry out
further detailed investigations for the same ice when its t ice and
-he
S~ are variable. In addition to this it is necessary to use 4%,
ice
amOUnt of brine in the ice or, in an extreme case, the chlorine
Card -2/3

SMIRIJOVY V.I.
Methodology of short-range forecasting of littoral opening up
of ice in the ~;hukchi Sea. Trudy AAXII 256:34-39 161.
- (MIRA 15:8)
.(Chukchi Sea--Sea ice)

SMIRITOV, V.I
Modernizing the differential dilatometer with a mechanical recording
of cu~vas. Trud,,,r LPI no.211:135-154 160. (MIRA 13:11)
(Ijilat ometer)

0 0
89002
S/11 611000100110061013
BOI 9YB067
AUTHORS: Smirnov, V. I., Engineer, and Khazen, A. M., Engineer
TITLE: Magnetic Gas Discharge Commutator for Weak Currents
PERIODICAL: Priborostroyeniye, 1961, No. 1, PP- 15 - 17
TEXT: Mechanical commutators are not sufficiently reliable in remote
measuring systems and multipoint recorders. It is therefore necessary to
develop better commutators. In the magnetic gas discharge commutators
describedf a magnetic block is used which is shown in Fig. 1. This block
consists of the oppositely connected coils 1 and 2 which are fed with
high-frequenuy current. The control coil 3 is fitted to the two cores
above coils 1 and 2. The output coil 4 is mounted above the other three
and simultaneously serves as backeoupling coil. In each of the core pairs
a magnetic field with different sig-1. is generated by the high-frequency
current. If d. c. passes through the control coil an emf is generated in
the output coil, whose frequency is twice that in coils 1 and 2. Since
the supply voltages are applied only to the coils of one pair the output
Card 1/5

89002
Magnetic Gas Discharge Commutator S11191611000100110061013
for Weak Currents B019/BO67
voltage is proportional to the input voltage only in one channel. A cold-
cathode thyratron is used for the commutation of the high-frequency
voltage. This thyratron at the same time serves as key element of the
commutator and as distributing element of the measuring channels. Fig. 2
shows the basic circuit of the commutator. M1 is the magnetic field pick-
up, M2 - M6 are the magnetic blocks which are illustrated in Fig. 1.
Dpi are chokes. This circuit offers several advantages. Tube noise is
weakened by the backcoupling, temperature influences only little the
resonant frequency. The use of the above described magnetic blocks with
double output frequency required the use of one of the pick-ups as
magnetometers with double output frequency, which was directly connected
instead of one of the ring pairs. The use of the double output frequency
warranted a low threshold of sensitivity. Such a commutator with five
measuring points and one magnetic field pick-up was produced in the
laboratory. For this purpose permalloy cores 0.03 mm thick, with a cross
section of 0-5 mm 2, were used. Frequency must be considerably increased
to obtain especially quick operation. No reciprocal influence of the
Card 2/5

ACCESSION NR: AR4022434 S/0058/64/000/001/A028/AO28
SOURCE: RZh. Fizika, Abs. 1A268
AUTHORS: Meshkov, N. V.; Nesterov, P. V.; Smirnov, V. I.; Shiman-
skiy, A. M.
TITLE; memory unit for multidimensional 16000 channel analyzer
CITED SOURCE: Tr. 5-y Nauchno-tekhn. konferentsii po yadern. ra-
.dioelektronike. T. 2, Ch. 2- X., Gosatomizdat, 1963, 62-71
,TOPIC TAGS: memory unit, ferrite core memory, multidimensional
analyzer, magnetic tape data reduction, ferrite core matrix, reading
.amplifier, magnetic commutator, address current
TRANSLATION: A 16,000 address ferrite-core memory has been develope&
This memory can be used in a multidimensional analyzer or serve as
a sorting block for the reduction of information from a magnetid
Cq,j1/2

L lolo6-6, BDS
S/0-120/63/000/003/0072/0078
ACCESSIM NR: AP3002722
AUTHOR: * Yekatav,, A. B.; Matalin, L. A.; Semenkov,, V. F. Pydrn
Chubarov, S. I.; Sbimnskiy, A. I-L_
MAtirange analyzer D
SOURCE: Pribory i tekhnika eksperimenta, no. 3., 1963., 72-78
TOPIC TAGS: pulse analyzer, description.of,input 'units., system of recording
ABSTRACT: A multirange pulse analyzer with a magnetic-core nemDry system has
been designed for the investigation of distribution which depend on two or
tbree variables. The device has 16,383 channels, each with a 16-digit binary
n=Zer. The analyzer not only sorts pulsesinto the proper c1hannels but can.
also perform preliminary processing of.recordedinformation. The recording
system is equipped with an address system which allows various input circuits
to be used without changing the memory system. "Two amplitude-to-digital
converters are used as the basic input circuits. The converters have coders
(16 inputs) operating in the two-dimensional applitude-measurement mc)de;
Card l/P
-- - --- ------ - ---------------

EWT(d)AMD-Z,/EWP(1) IJP(c) BB/GG
ACCESSION 11R: AP5021338 /0120/65/00 0/004/0094iOl
5 UR
539&1.075
4(.(
AUTHORS: Yekatov, A B.- Ivchenko V. Ye.; Matalin L. A4-41eshkov. N. V
Smirnov, . I.; Chernukh~`
TITLE: Multidimensional analyzer with preliminary data processing and combined--..
memory
SOURCE: Pribory i tekhnika eksperimenta, no. 4, 1965, 94-100
TOPIC TAGS: computer computer control, computer input device, computer memory,
computer storage device, memory core, reactor, nuclear energy, neutron radiationy
radiation measurement
ABSTRACT: The functional characteristics of a multidimensional analyzer are do-
scribed. The analyzer was created for studying energy and angular distribution
of slow neutrons; however,, it my also be used for other multidimensional measure-
ments with corresponding input devices. The storage unit of the device consists
of a memory having ferrite cores and a magnetic tape 6.25 mm wide with four r.ecording,_
channels. The combination of integral and nonintegral memory units allows a flexx-
ible memory system both in terms of size and in term of on-line control during
Card 1/3

L 2.552-66.
ACCESSION NR: AP5021338
the conduct of an experiment. Preliminary automatic data processing includes-
the functions of collection, sorting, certaincalculations, and translation
for computer input or from printer and oscillograph output. Basic units of the
hardware are: a) the input unit.- b) core memory,-c) magnetic tape memory, and
d) the output and data processing unit'. All units are built from semiconductor
and magnetic elements. The basic core memory has a capacity of 2048 16-bit words
and is pi~ovided with a speed monitor feature to give a slower recording rate at
input loading. Block diagrams are included, showing the.flow of information
through the composite system during data collection, sorting, transformation, and.'
continuous process control. Particular information on cycle times and recording
speeds is given. For neutron tracking experiments, data pass through de-
tection, signal amplification, phasing, and time conversion- into -machine
coda. The passage of information from each detector is parallel and independent,
Specific information on measurement time interval limitations is given. Func-
tional block diagrams of the input unit, high speed intermediate memory,, and mag-
netic tape.recording unit are shovm and discussed. Data may be processed prior
to output for obtaining the double differential section.of neutrons. The formulael
used in the calculations are given, The authors thank A. V. Andriashin, B. Ya.
L1+
Cc
I-Card 3 3

34779-66 LWT(m)
ACC NRI M6017200 SOURCE CODE: IJR/0058/65/000/012/AO33/AO33
-;.Yekatov, A. B.; Ivchenko.,_V.
it T" i OR: Andriashin, A. V.; Gerasimov,_11,,--Ya _Ye.
N. V.; Smirnov, V. I.; ChernukhIn, V. L.
TiY1,F: Muttidimensional anaLyzer with preliminary processing of the inforTriation and
with combined-Lype mcmory
11
11MCE: iicf. -.h. FLzika, Abs. 12A317
M
llr~F S,01;1:CF;: IT. 6-y Tiniielinn-Leklin. konferentsti lio yadern. radloel.ckLrorl. 1'. ". M.,
AWIC TAG:*-: imill.h-hannel nnalyzer, slow nruLron. neutt'lln speof.rum, nrgulrir distribu-
i(m, f(,rritc core mcmory, magnef.-Ic rrcording tripe,compiO,cr cnmp(-)nent,,A-1it'7f-'f'AJ
'.. 1',V (' Y 1)1,1 r"71 g U T-1041
Ai,:;TRACT: Ilip fitilAinrs dercribr! a tiviHAdirrienstonaL tirinLy.-nr, Jntenriod ffm- Lh~ investi-
1,111J,111 (PC oner-j"'I lind 111if"mLar dirAribuLlons of sLow neut,rcina.'/1'he r~Lcording unit, nf
fh,, nnalj7--f-r consists or a ferritc-core memory and a m.,11,nr~Lic-tape of 6.1~5 mm wiath
wiLh P)iir-track recordim,,. The combination of integrating and non-inteunting rhemory,
devices mrtkes It possible to construct a flexible memory system having lnrFe c a tty
as wrIL an permitting the exercise of control over the course of the experiment, pre-
i Liminary adjustments, preliminary processing of information, etc. The analyzer con-
rists of the following fundamental units, constructed entirely of semiconductor and
magnetle elements: a) Input unit; b) ferrite-coro memory; c) magnetic-tape memory;
d) equalizing unit (intermediate ferrite memory); e) unit for insertion and processing
Card 112

r.
I L 3477y-o6 --- - - - -
.I ACC NRx A1?6ol7POO ,
I
! of dala. Depending on the chosen operating conditions, the functional connection be- i ,
! tween the blocks Is changed by means of switches. The analyzer is constructed in the ,
I form of four Individual racks with individual power supplies and control panels. L. S.
I (Translation of abstract)

1-. 1&0 1 r IMn/ %3U
AUTHOR: Zhukov, V-6.;
ORG: None
TITLE:: Polarization properties of wire gratings in a tongwave infiared region
SOURCE: Zhurnat prikladnoy spektrookopii v. 3, no. 5, 1965, 410-414
TOPIC TAGS: wire, wire product,: IR grating, IR grating measure ment, light
polariiatio IR measurement-
ABSTRACT: The authors investigate wire gratings with relationships bAr- 0. 73
and.
0. 87 (where h is the width of the clearance between the wires, and t in the
I spacing) in the wavelength region of 60-650 IA. . The measurements: were performed.
t fr
with a tongwave IR spectrommeter. The gratings consisted of square. meta ameso,
one side of which was strung with tungsten'wire coated with a gold layer 0. 5 ;& thick.
On the basis of experimentat data obtained, the authors conclude that the polarizing-
bilities of the wire grating studied is at least 95% in thei300. 650 ;& wavelength.
capa
The employment of two gratings in -one polarizer in the 150-1-*650 p wavelength makes
It possible to obtain almost complete polarization. The transmission coefficient of
UDC: 535. S
tCard
. . . .............

L 2 3 01r") 66 E 1ri ( 1 ) /EVIAI
ACC NR, AP6010791
AUTHOR: Smirnov, V. I.
ORG: none
SOURCE CODZ:
TITILE: Some possibilities of using capacitive properties of four-layer
SOURCE: Elektrosvyazi, no. 2, 1966, 75-78
'002/0075/007
s
NPNP diode
TOPIC TAGS: semiconductor diode, frequency coritrol-,.frequency'multiplication
11?
ABSTRACT: The use of NPNP diodes for.frequency keying and frequeneymulti7plicat.
is discussed. A D227 diode is proposed for.frequency keying of a quartz oscilla,
(see figure); keying freq*uencies up to 50 kc are
held possible. These distinctive features are C, _iA
claimed: (1) No stabilization of the bias
voltage is needed if the operating point is
D
set on the flat Wion of the diode I-V 14
characteristi Large frequency C3
deviations are possible (e.g., 0.05%);
(3) Less rigorous requirements of pulse-
height stability and pulse shape are acceptable.
A frequency tripler was experimentany T 1
investigated; input, 15 Me, 10 W;
Car4 1/2 UDC: 621-372-57:621.382

ACC-NR: -IG?6031627'
AUTHOR: Smirnov, V. I.
ORG: none
TITLE: Powerful frequency multipliers in the ultrashort wave band based on nonlinear
capacitance
SOURCE: Radioteklinika, v. 21, no, 9, 1966, 77-78
TOPIC TAGS: frequency multiplication, frequency doubling, ultrahigh frequency
ABSTRACT: A varactor frequency multiplier (see Fig. 1) is described which has low
input and ouput impedance and operates at an input frequency (fl) of 30 Mc. Resonant
circuits L,C1 and L2C2 are tuned to fl, and L4C41 to the output frequency (nfl), where
n = 2, 3, or 4. The resonant circuit-L3C3, not included when n = 2, is tuned to 2fl
for output frequencies of 3f, and 4f1. The output-to-input power ratio (n) is thereby
ev TO Fig. 1. Varactor frequency multiplier
C' power
to meter
SOURCE CODE: UR/0108/66/021/009/0077/007e~i
Card 1/2 ux: 621.374.4

ACCESSION NR: AT4011395 S/2789/63/000/047/0033/0054
AUTHOR: Smiraov, V. 1.
TITLE: The generalized Boltzmann equation and certain equations for the kinetics
of semidisperse systems
SOURCE: Teentrallnaya aerologichaskayn observatpriya. Trudy*, no. 47, 1963-
Fizika oblakov, 33-54
TOPIC TAGS: Boltzmann equation, semidia'porue sy;stem, aerosol, coagulation, Zradi
ent coagulation, gravitational coagulation, relaxation time
ABSTRACT: A study was made of the kinetics of semidisperse systems (in effect,
aerosols). The kinetics of semidisperse systems containing any number of partic-
-les are described, and a generalization of the well-known concept of the distribu-
tion function,"is presented. 'A generalized kinetic Boltz--- equation is derivid,
for semidisperse systems, with allowance for collisions leading to coagulation; it
is assumed that the particles have a spherical form and interact only at the time
of direct contact. A kinetic equation in also derived for systems in a random
field of force.- Certain ways to simplify the generalized equation are indicated.
.-A Boltzmann equation has been derived as a special case of the generalized
Card 1/2 ---- - ---

ACCESSION NR: AT4011395
equation. An equation for growth of particles under influence of the medium
(especially as a result of condensation) is derived. It is shown that the basis
for derivation of the kinetic equations,for coagulation, cited in the text, is
the assumption that the relaxation time for motion of particles in the medium is
small in comparison vith the mean time between collisions. The derivation of the
known equation of gravitational coagulation in given; an equation for gradient
coagulation is given. The Fuks conclusion that Smolukhovskiy's equation for "slov
coagrulation" is incorrect is confirmed. A value for the coagulation constant,in a
gas-kinetic regime is derived, equal to the value determined by Puka. Certain as-
pects of coagulation in a vacuum are also discussed. "The author thanks A. Kh.
Khrgian and I. P. Hazin for interest in the work and valuable discussion". Orig..:
art. has: 54 fornallan.
ASSOCIATION: TsentralInaya aerologicheskaya obsorvatoriya (Central Aerolosical
Observatory)
SUBMITTED: 00 DATE ACQ: 24Feb64 ENCL: 00
SUB CODE: FHP AS
Ca.-d 2/2
NO* REF, ~dv: 611 ftm: 006

ACCESSION NR: AT4046030 S/2789/64/000/055/0086/0100
AUTHOR: Smirnov, V. 1.
TITLE: Value of the constant of Brownian coagulation
SOURCE: Tsentral1naya acrologicheakaya observatoriyq. Trudy*, no. 55, 19G4.
Vaprosy* fiziki oblakov (Problems of cloud physics), 86-100
TOPIC TAGS: meteorology, atmospheric physics, cloud, Brownian coagulation,
aerosol, turbulent coagulation
ABSTRACT: The author solves the problem of stationary diffusion of particles in
infinite space when there is a sphere of an arbitrary radius with a coefficient of particle
absorpLion less than unity (a "gray" sphere)- It is shown that the solution essentially in-
volves the solution of the problem for a "black" sphere, obtained by B. Davison (Proc.
Phys. Soc., A. 64, 881, 1951). This method can be useful in solving a nonstationary
problem, and also aproblem involving bodies of other configuration than a sphere which
absorb particles. A new expression has been derived for the constant of Brownian
coagulation. In one extreme case this leads to the well-known expression for a diffusion
regime obtained by M. Smolukhovskiy (Brounovskoye dvizhenlye, Sbornik statey, ONTI,
1936) and in another extreme case to the expression obtained from the kinetic theory of
Card 1/3

ACCESSION NR: AT4046030
gases. It is shown that the probability of fusion of particles during collision enters Into
the criterion determining extreme cases. The limits of applicability of the theory have
been found. A comparison with the Fuks theory (Mckhanika aerosoley, AN SSSR, 1955)
is made. The discovered discrepancy between the coagulation constants does not exceed
6% for the following case: an oily aerosol w1th drops having a radius not less than 10-7
cm at normal temperature and pressure. For a monodisperse aerosol with pfarticles of
an arbitrary radius the difference In the values of the coagulation constant do not exceed
5%. The coagulation constant expression proposed in this paper simplifies the compu-
tation method somewhat. It is shown that the determination of the value f r In the Fuks
theory can be made more precise. The results obtained by the author with respect to
the diffusion of particles can be applied not only in coagulation theory (especially for the
case of turbulent coagulation), but also In all problems of the diffusion of particles in
the presence of "gray" bodies: in the theory of neutron transport, in astrophysics and
optics (light diffusion in a turbid medium), in evaporation theory, etc, "The author
wishes to thank 1. P, Mazin and A. Kh. lQrgian for discussion of the study and critical
comments". Orig, art. has: 68 formulas, I figure and 2 tableu.
ASSOCIATION: Tsentrallnaya aerologicheskaya observatorlya (Central Acrological
observatory)
9/3
Carr!

L 4147-66 &a(m)/EPA(v)-2/fWA(m)-2 1JP(0) UM
ACCESSION NR: AP5023773 UR/0089/65/019/003/0269/0292
621.394.611
AUTHOR: Danflov, V. I.; Yenchevich, 1. B.; ZamoIod1-chikovL_j~-_1-; P
Rozanov, YiK. r.--. SiWIf Eo-v, V. V. G.
'eynchrocyclotroa Particle
TITLF: The Increase in pulse duration of the 68o mEV oryal
heam
SOURCE: Atomnayn enemlya, v. 19, no. 3, 1965, 289-292
TOPIC TAGS: myrtchrocyclotron, Ion acceleration, lon accelcralorp MEV accelerator
ABSTRACT: In synch rocyc lotrons Ions are accelerated In bunches, the shape and dimen-
sions of which are determined by radial-phase and Ixtatron oscillations. The present
authors describe a method for ptilse extension which was tested on the Offal synchrocyclo-
tron and yielded results summarized in Fig. I of the Enclosure. The method Im based 0,
the analysis of the approximate expressions for pulse duration.
7- dr
ru
Card .1/4

L 4147-66
ACCESSION NR.- AP5023773
where the speed of equilibrium orbit widening is given by
dw
A
(t) is velocity of displacement of the equilibrium orbit at the rn azimuth caused by
the excitation of the first harmonics of the magnetic field;
r Oil -
v, (,4 E are velocity, rotational frequency, and total energy of the particle, respectively;
eV. - maximum possible energy increment per turn; subscripts a characterize equilibrium
values;
6r-e*+e. with i..-0.
be-04+11ed with
Card

L 4147-66
ACCESSION NR: AP5023773
and J*' V betatron and radial-phase oscillaU060
j , j 0 to the maximum amplitude of radial
respectively, It 1e shown that the length of the pulse niay be extended by Increasing the
Interval of radial oscillation amplitudes and by decreasing Um bean: velocity along the
radius (this can be achieved by increasing, in time, the forced radial oscillations for
ts = 0). A brief -description of the desip and operaUou of the necessary Orcults is &Wef
given. Orig. art. has: 9 formulas and 5 figures.
ASSOCIATION: None
SUBMITTED: 06Feb65
NO REF SOV: 001
Card 3/4--
ENCL- 01 SUB CODE: NP, KA
OTHER* 006

SMIRNOV~ V. 1,
"The Temperature Drop in Enclosed ~-Iectric Heating -Elements," Vest. '~Iektro-
Prom., No.12, 1949
Gand. Tech. Sci.
All-Union Sci. Res. Inst. forthe I~lectrification of Agriculture.

4851. Calculation of the 63L$~ je~ tieco
hVdeg &W SoMe potMdal joss.. 1. ShaRNOV,
EICICIffelleitro, M, No. 9, 55-61. In Raft*. -
El'ectrical Engineering Abstracts The problem treated occurs in the Ailgn of

may 195t reslsta= and induction heating installations for many
'
ineering&
En materials (concrete, wood, llquids~ soil, some food-
stuffs
ate
d i
h
)
l
d f
lid
g .
an
s
em so
ve
or plane-pam
,
fields bet%=n arc-shaped, flat and angular electiodes'
put an homogeneous bodies of tho Ahape,.of. circular
cyfinders or rectangular parallelopipeds.
ed i
th
f
i
tr
:d
us
s
at o
conformal repr
sentAtion
,
w
to elliptic int4rals of the first kind (in the can of'
cylinders).' Tivo variants of the method are used for.;
the principal step of thp traWormitim one of which
uses a Moebius-transform for the reptesenUtion of
the field, an the uppdr half-plane, the o
senting the top half-plane on apOillm in the
by a Schwan-Christaffil transfatm. lu
solutions for 33 practically ii~p ICOMM cmdaftft"s,
spoclat electrode uransenwrits,"are iabulated, a
table of the required relations between ft ekmmtw of
the elliptic Integrah being added for.,convcnience.
Nine mathematical appendices gift & theoretical
derivation of every special case treated, B
.
F. Mus,
.
.

SHIRNOV, V.I.
Insulated electric water heater. Biul. nauch.-tekh. inform. po
(11ok. oellkhoz. no.l.:-7--8 '56. (MLRA 10:9)
(Wtitor houtore)

SM11114M, V.I., kandidat takhnicheakikh nAuk.
On the theory of electrode water heaters. hf-4-ich.tru- dy VIESM-1 2:123-
138 '56. (MiRA 10:1)
(Water heaters).

NBIN, L.Ye.; GANRLIN, A.M.; GILINSKIY, A.M.; GORNOVESOV, G.T.; ZIATKOVSKIY,
A.P.; KAUFMAN, B.M.; KISELEV, N.A.; KULIKOV, P.Ye.; LEVIN. M.S.;
119NV, V.I.~ SMIRNOVA, I.S.;
SLAVIN. M.P.; SMIRNOV, B.V.; �Y
TARASOVA, V.Ye,-, CE3BOTAR.3Y, V.I.; SHATS, Te.L.; -ENTIN, I.A.;
IOSIPYAN, S-G,, redaktor; SARKISTAN. A.Y., redaktor; SMIRBNSKIY.
M,D., redaktor; TAPLITSKIY, Ya.S. redaktor; KOMAROVA. V-X-, redaktor;
GURAVICH. M.M.. tekhnicheakiy redaktor.
[Rules for the operation of electric installations in rural areas]
Pravila takhnicheskoi ekspluatatSii Bellskikh elektroustanovok.
Moe)mt, Goa. izd-vo sellkhoz. lit-ry, 1957. 183 P. (MIRA 10:4)
L'Bussia (1923- U.S.S.R.) Glvanoye upravlaniye sel'9kikh elektro-
stantaii.
(Blectric power plants) (Electricity in agriculture)

Alfl)RJAIIOV. V.N., dol-tor tekhn.nauk; BURSENEV, Ye.Ye., inzin.; BYSTRITSKIY,
D.N., kand.tekhn.nauk; GIREBENUIDCOV, A.F., Ik-3nd.'ekhn.,iauk; GRWSOV,
N.A., k-qnd.tekhn.rmk;Z0YE7, V.A., 1--and.tekha.nauk; KLDIOV, A.A.,
knnd.toldin.nauk; KOROLEV, V.F., Imnd.tekhn.nauk; KTJDRYAVTSEV. I.F.,
k,qnd.tPkhn.natA-.; KTJLIK, 14.Ye., kand.telchn.nauk; NAZAROV, G.I., kand.
tokhn.nauk; OLRYNIK, N.P.. inzh.; OSETPOV, P.A., kand.tekhn.nauk-,
PODSOSOV, A.U., inzh.; POPOV, S.T.,-inzh.;PRISHCffEP,L.G., ksad.
tek-hn.nauk; PCHELKIN, Yu.N., Inzh.; PUBTSOV, P.A., kv-nd.tekhn.nsuk-,
RUNOV, B.A., kand.tekhn.nauk; SAVIIIKOV, K.P., kand.tekhn.nauk;
SAZONOV, N.A., Drof., doktor telr7hn.nauk; SMGEYEV, A.&., inzh.;
SK'VCRTSOV, P.F. , kand.tPkhn.nauk: SMIRILIOV. B.V., kand,tekhn.ralak;
SI'IIRIIO-V,-...V.I.. kand.tekhn.naulk; TYMINSKIY, Ye.V., inzh.-, URVACHEV,
P.I.. kand.tekhn.nauk; SHTRURMAN, B.A., inzh.; SHCHUROV, S.V..
kand.ekon.nauk; RUNOVA, L.M., inzh.; VOLIFOVSKAYA. D.N., red.;
NIKITINA, Y.M., red.; BALLOD, A.I., tekhn.red.
[Manual on the use of electric power in agriculture] Spravochnik Do
primeneniiii elektorenergit v sellskom khoziaistve. Moslcva, Gos.
izd-vo sellkhoz. lit-ry, 1958. 606 p. MRA 11:5)
(Electricity in agriculture)

and, Smirnov, V.I.
o =i-city in a current Palse
T I T MinaZurement. of the Q~u n I -Y~~
(Izmereniy,~ !:,olichestva ele'n-trichestva v iaipul'se tcka)
FE,"'TODICAL, Ftibor i Tek~lik,a Eks.,perimenta, 195.8, 'Nr :29 -,~4-46-
Y
UTS S R
AB-`~.')TRACT- A capacitative inteZrator of the relaxation I.-,Tl;e desig-ned
-F'-,7- MeaSurements of the quantity of electricity in a cLLrrent
4-,
rore an ionisqtion chRTrber is described. For currents
9- ~ to 10 ' am-p measurements can be carried
h eOrd,,-r of 1
cuit -11-o within 10- coulomb, The instrument ra-ay be used to
nieasLy~-- the nunber of cculambs of a p-ds-, 1-6 pac or Lki-ore lonc i-ii'th an
erro-r of + The instrwdent is based Cr- the followin.- prinl-
c, L ole A hznown caracitor is charged by the c-arrent, from the
i.Dnisatior, cha--,-ber, the capacitor is then discha-road through
an electronic circuit and the number of charge-dischar!:,-e
C)
cy(-~les iq mcasured by a counting devi3e. The basic circuit
of t1h-e inst=maent is shown in Fi-.1. The integrating conden-
5er is 57 1.~-~ifarads (C 1) or 550 ~i~ifarads (C 2)' T 11-1 a c i' r c u i t
emplcyE 8 tutne3 and Its stability is 2% ix, Ej hour-s The-re
Ca7d 1/2

T ~ 1-TC,,, 2~;~ ii,n T, 211 1 and
-ITIE, a rem(~n t r; fthe quantity of Electricity in a Shor-~ C ar r e- n
YutO- (Izmersiniye kolichestva elektrichestva v korotkom iLIP1112-
.TOD-,r",'AI,- Pribory i Tekhnika Eks-perimenta, 1958, Nr 2, P-6-jffl
'PEP pp
Rf-'SIO
~ 0. j
ABSTRACT: A def-,cription is given of an instrument used to measure the
(Ij3i,tity of ele-c-tricity in current pulses 10-6 - 10-3 sec
The ins-trunlyient works on the principle of ballistic
The measured value is indicated on a special
12
ono division of which corresDonds to 10- -oulomb,
-11 -10
1-,-e range of measurement per pulse is 10 to 10 coulomb.
The error is less than 10% of the quantity measured. The
instrument may also be used to measure the quantity of
~~Ie,---'V-ricity in a series of Dulses. The current pulse from
a -i)Liotom7j.Iti-,)lier is fed in-to a circuit which transforms the
of a subsequently formed voltage pulse. into a num-
bc-r of standard pulses, the number being proportionql ~n the
amplitude of the voltage pulse. The block diagrams of the
u~-
c - of the instr uent are -iven in Figs.1 and 3, The
C-,,rd 11/.' Irom ti~,e photomultiplier are fed into the ballistic

a t ---c the duration o f w-h i c, is p:L,-~-,or-, - ona-
of the pulse at -the o u*" ,3 -1
-put o f t~_ ampl- Lic
further discriminatin- circuits uhich tIne
C3
e d so the j
of oouie internally produc I pul mndar,!
-i L , I
avt_-- .,_-,)unt,-~d by a mechanical ~-)untk-x,. Thong arc 4
tables or rol!'-r-nces,
n:)
fi-~7i',i VI SSSR (ID-sti-tut-tz.. of
Phy:7,ics of the Academy of Sciences of the UKSSR)
jB~,'L july I" I ~'-' 9 ,
M _T ,7
)
1. Elec'-ical current-Measurement 2, Pulse ariaiyze::~s-
U_
Applications

SCFASTlffY, N.G., j.-jz.%.-pol!komik; YISELEV, A.M., podpollovnik
tekhn. sluzhby; SOLDATOV, A.S., irjzh.-polkovnik;
KOLENSM, L.Ya., inzh,-polkolmik; STEPANOV, I.P.,
podpolkovnik; SMIPMV, V.I., inzh,-kapitan 2 ranga;
1"'OHOZOV.,
[Invention and innovaLion In Lhe Armed Forcos of the
U.S.S.R.] Izobret&tellstvo i ratsionalizat8iia v vooru-
zlienny)(h oilakh SSSR, Mo.Avu, Voenizdat, 1964. Q3 P.
(MIRA .17. J.-I)

SIVURNOV: V. 1.
"Kristallicheska~-a struktura bafertisnta."
report submitted for 6t-n Gen Assembly intl Union of Crystaliography, Rome,
~~, sep 63.
Inst Krist&Liografft, AN SSSR, K-)skva.

KOTELEV, V.V,; MEKHTIYEVA, Ye.A,;,.SMIRNGV,--Yj-.
Mineralization of phosphorus organic compounds by some soil
micro-organisms, Izv. AN Mold. SSR no.7:34-42 162. (MIRA 106:2)
(Soil micro-organisms)
(Phosphorus organic compounds)

..~MIHNOV,V.I., inzh.; BAWITYUKOV, V.P., inzli.; KOWSOVSKAYA, A.K.,
kand. fiz.-Matem. r,.--uk
DeterminatJon of the length of a so."Lid ui-L-ig a luminous
jet. Izv.vys.ucheb.zav.; energ. 7 rio, 1.-.99-102 Ap f64
(MA 17:5i
1. Moskovskiy institut khimicheskogo mashinostroyeniya.
.L I
Predstavlena kafedroy obshchego mashinostro.ven:iya.

L %816-67 EWTJ (m/%/,WT (1)
ACC "" AP6023676 SOURCE CODE: UR/0143/66/000/004/0055/0060
AUTHOR: Smirnov, V. I. (_Candidate of technical sc1ence9);.Bakbtyukovj
Y. M. (Engineer)
i -:5~
'ORG: Moscow Institute of Chemical Eguipment Construction (Moskovski,
t
Institut khimicbeskogo mashinostroyeniya)
;TITLE: Splitting into drops of a twisted cylindrical Jet in a dense
iInedium
I
ZOURCE: IVUZ. Energetika, no- 41 1966P 55-60
'I
'TOPIC TAGS: hydrodynamic theory, jet flow, flow stability
!
ABSTRACT: Solution of the problem is by the method of small
perturbations, based on the theory of hydrodynamic stability. An
investigation is made of the appearance and development of unstable
perturbations, which are a. function of time and which lead to breakup of
the jet. The problem is posed as follows. A continuous cylindrical Jet
of liquid with an axial velocity w issues from an orifice of radius a&
!As a result of twisting, the particles of the jet have a tangential
velocity C
V=
ICard 1/2 Unn - 412-02
VTZI ZtEr.6 001

- I lit
NOV, vasilly 1"Fax-lovich,
I,
r
~'Along the rivers- of three catuit-rie-s]
stran Kaliningrad, Kaliningradskoe
1962.- 49 P,
(Koenigsberg-Magdeburg
Po Z-ok.'Im trokh
knizImoe iz,~-vo,
(MIRA 16:9)
Cnnal)