SCIENTIFIC ABSTRACT VINOGRADOV, M.A. - VINOGRADOV, M.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859920002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AEATUROV, A.I.;__IIMGRAWV,. A DUBROVA, G.B.; ICTOREV, L.M4; ZORIN, S.N;;
VASILIYET, A.A.; VDIOXITIN, A.S.; BUKOVITSKIT, A.I.; "MAZEDY, N.S.;
MIZIRITSET, P.V.;YJGMIN, N.I.; DAMIOV, M.M.; LUKASEM, M-ya.;
MXrWVIGH, I.L.; XWVCHEV, A.Ye.; SARYCHIV, V.G.; ZAVIIDVICH, M.A.;
ROVOSILISKIT, N.M.; GITLITS. S.A.; RIZRICERW, M.S.; MdIWZ, L.P.;
KNICTAGURDVA, F.Y.; CHDGOVAIXB, Sh.K.; RTBCHEWO, A.A.; BOGHAROVA. N.?.;
GAGIOTZVA, N.A.; KRYUKDVA, T.B.
Rubinahtein. Grigorii Leonidovich; 1891-1959. Sov. torg. 33 no.12:56
D '59. (14IRA 13:2)
(Rubinahtein. Grigorii Leonidovich, 1891-1959)

VINOGR"OV, M.D., inzh.; VOLOVOY, V.A., In2h.
Hydraulic wrench for assembling operations. j(ekh. gtrol. 17
no.lOs24-23 0 16o. (MIRA 13:10)
(Wrenches)

VIjJQGRALOYrI4D-r-inzh.
c--
Efficiency promotion and invention in the Stalingrad Hydro-
electric Power Station Construction Trust. Gidr. stroi. 31
no.9:48-50 S 161. (MIRA 14:12)
(Volga Hydroelectric Power Station (22d Congress of the CPSU))

, i. -E
V 111,00V P . C-'oscow)
i I -* rl)(~ T -II
"On the Vertical Distribution of rcep-Sea Plankton in the *.-,'ent ?art of
the Pacific Ocean"
Soviet paper presented at the 15th Intl. Congress of ZooloMr, London, 16-23 JuL 58

f. . I
TIVOCT"'V'y K. 1-11 mua u 0-v I
"On the Vertical Distribution of Deep Sea Plankton in the West Part of
the Pacific Ocean."
paper presented at XVth International Congress of Zoology, London, 16 - 23
jul 1958.
Eval: B);13Y,162

Foi is H rly, , V. t'. V*,-,:(j,,~.-.lL-,,I-u7A S. IVT
Ring
1- -enent~-, irgur, * .2hesk `:h
Lns ' - f. e.~. - :

ARrAMONOV, BBJ~,AGA,, R. Ya.; . VINQW.WOV, - N. G.~ --
Effect of ion bombardment on thq electric and photoelectric propee.-Jes
of lead sulfide. Fiz. tver. 4a 5 no.3:959-961 Yv 163. (MIRA 16:4)
1. Leningradskiy gosudarstvennyy universitet.
(Lead sulfide-Blectric properties) (Photoelectrielty) (Ions)

KORSHAKI V.V.; VINOGRADOVA, S.V.; VINOORADOV, M.G.
Coordination polymers. Part 19t Exchange reactions in the
polycondenzation proassa, Vyokoz, soeda 6 no.4029-733 Ap 164.
(MIRA 17t6)
1. Institut elemantoorgani~!heekikh soyridinenly AN SSSR.

AGGEssiom NR# Apho32574 6/03$0/6V006/004/0729/0733
AUT1iDRS# Korshakp Vo Vo; Vinogradovas So V.,; Vinogradovp Me Go
T 17W i` Studies in coordination po%pwrso 199 ExchaMe reactions in the poly-
coordination process
SOIMCEt Vy*sokomolek, soyedine, v9 6) now 4. 19649 729-733
TOPIC TAGSt coordination polymer) polycoordination proceses acetoacetyl
diphanyloxide., berylliurn acetylacetonate., polycoordination e=hange reaction.,
Huggins equation., Huggins constant., high molecular fraction., low molecular fraction
ABMACT: In order to study the exchange reactions it was necessary to produce
polymer fractions differing considerably in molecular weight. This was achieved
by fractionating a po),ymer synthesized from L..ht-bis-(acetoacetyl)diphonyloxide and
beryllium acetylacetonate in solution., at 160C., in vacuum,, as described in an
earlier paper by the authors (Vy*sokomolok. soyed.t 5., 1771s 196h). The fraction-'
ation of the polymer was conducted by, methanol precipitation from a 1% dimethyl- :
formamide solution, Fourteen fractions were inolatadj and the apecific viscosities
of thaso and of the nonfractionated polymers were determined in 0*5% dimetby1form-;-

Aaawiw NR, AW32574
amide solutions* Values of 0.30-0.80 were obtained, They matched oloBelv the
Oe31-0*80 range for specific viscosities calculated by the Hugging equation* The
study of the exchange reactions taking place during the polycondensation process
was conducted on a mixture of high-molecular fraction of the polymer with a low-
molecular fraction. The latter polymer was obtained under conditions of excess
beryllium acetylacetonate and contained no terminal free enolic groups* The
experiment was conducted in a 25% dimeti-q1formamide solutions The V~Scosity of
the mixture of the two fractions was determined after heating the mixture to 1=
for periods up to 10 hours, It was found that the molecules of the polymer
interacted at a rate of approximatdly the same order of magnitude as the rate of
their growth from the issuing materials. It is concluded that the reaction of
polycoordination of 4,41-bis-(acetoacetyl)dipherqloxide and beryMum acetylace-
tonate is a process of balanced polycondensation. Origo art* hast 3 charts., 1
table, and 1 formala. I
ASSOCIATIONi Institut elementoorganicheakikh apyedineMy AN SM (Institute of
Organoelemental Compoundaj, AN SM)
SUBMITTEDs 2~4s;rO DATE ACQt Mky6h EWLt 00
SUB COM CH NO W WY 002 OTMI 0011

KORSHAK, V.V.; VINOGRADOVA, S.11.; LINOQ~ M.G.
Ppyl- - -
New method for the production of macrocyclic compounds from 3-inear
polymers. Dokl. AN SSSR 155 no.6:1354-1356 Ap 164.
(MIRA 17:4)
1. Institut elementoorganicheskikh soyedineniy AN SSSR.
2/ Chlen-korrespondent AN SSSR (for Korshak).

EEC W-2/EWA (h)/EWT U )/EWr (m)_jKLEWP(t) 13P(c) M
ACC NR; AP007539 sma com uH/ohio/65/000/006/0036/0044
AUTHOR: Vinogradov, M. G. (Novosibirsk); Mikhglovskly, I. P. (Novosibirsk);
Konyeyev, Kostsov, E. 0. (Novosibirsk) 11714
ORG: none
TITLE: prospects for usins thin-film diodes In measuring Instruments
4_~~00-~CE: 'Aytometriya, no. 6, 1965, 36-44
TOPrC TAGS:' semiconductor diodb, thin film diode, measuring Instrument
ABSTRACT: Three types of thin-film diodeAe in use: (1) Diodes with space-
charge-limited current-, (2) Diodes with oxide film whose functioning depends on
metal-oxide-boundary phenomena; (3) Heterojunction diodes. Their prinicyal char-
act.eriatics and the physical phenomena transpiring in them are discussed. The re-
sults of an,experimental-investigation of the second and third types with 0.01 and
0.0003 c&Factive surface (9 diodep per cA are reported. Current-voltage char*
acteristics, of TI-oxide-film diodes are shown; these diodes can operate at tempera-
tures up to 200C; their characteristics do not deteriorate with time (2.5 yrs). Cd8
haterojunction diodes exhibit very steep characteristics; at 0.2-60-h T, their for-
Ward currents are considerable*, at -3-4 Y, their reverse currents are 10-40 micro-
aw , At temperatures over 100C, their reverse current rapidly Increases. After
lOO'bre of continuous'operatidn, the forward current (initially 2 ms,~_Increased.by
1- Card V2 IIW.! &91_.2n+&1..'482

L 20740-0
ACC Nits ARM530
Obo-400%. Both tested types are recommended for use in measuring instruments
wbere the%messuring of very low (20 my) voltaVs, hi frequencieng and elevated
91,
"blent Tatures are involved. Orig. art, haet 6 figures, 1031
t
WB CWB2 WEN'bATB-. 24Aug65/ OHIO RV: 005/ M PjWt 007/"AiM PPIMS

-VINOGRADOV, M.G.; VINOGRADOVA, S-V.; DAVIDOVICH, Yu.A.; KORSHAK, V.V.
Coordination polymers. Report No.19: Properties of an inner-
complex beryllium-containing polymer based on 4,41-bis
(acetoacetyl) diphenyl a. Izv. AN SSSR. Ser. khim. no.11:
2023-2027 N 163. (MIRA 17:1)
1. Institut elementoorganicheakikh soyedineniy AN SSSR.

I N,'--G R A sa. VIN,
5
Ktneti~:a of F'AYcC,.r(Jjnlt'f"n- Kr" (MIRA 17-8)
Mr-Ap 164.
Illstitut elemsntr,4c;rgwilche-s-K-l-'~"', soyedlrien~y AN 5 SS ft

KORSHAK, V.V.; VINOGRADOVA, S.V.; VINOGRADOV, M.G.
Coordination polymers. Part 17: On various factors Influencing
the polycoordination process. Vysokom. soed. 5 no.12:1771-1775
D 163. (MRA 17:1)
1. Institut elementoorganichoskikh soyedineniy AN SSSR.

V11 *aq,e A _V/4 4/ ,A/
,AiD Nr. 957-11 2 May
EFFECT OF ION BOMBARDMENT ON THE ELECTRIC AND PHOTOELECTRIC
PROPERTIES OF LEAD SULFIDE (USSR)
Artamonov, 0. M. , R. Ya. Berlaga, and hL G. Vinogradov. Fi z1ka
tverdogo tela, v. 5, no. 3, War 1963, 959-961. S 1 /003/044/046
Variations in the conductivity, photoconductivity, and thermal emf of sur-
face PbS -layers have been measured during ton bombardment. 16n-bom-
bardment energy was of the order of 100 to 400 ev, and the ion current woo
10-6 to 10-4 amp. Layer conductivity was measured with a high-range'
ohmmeter. Photoconductivity was measured at modulated illumination
with the use of a tuned amplifier. The dimensions of the layers were
0. 5 x 1. 0 cm. Measurements of a layer - 0. 6 P thick during argon Ion
bombardment showed by thermal-emf sign that the layers had hole con-
ductivity. With the pasoage of the layer- reeistance-bombard-
ment-time curve through the first r9aximum, the sign changed and the
layers acquired electron conductivity. In the falling sector of the curve
Card 2/2

AiD Nr. 957-21 2 May
EM,CT OF ION (Cont'd] 8/18-1/63/005/003/044/o46
-1-i'esistahce-showed a hyperbolic dependence on time. Following bombard-
Ment for - 10 min, the resistance decreased and remained unchanged dur-
Ing an additional 10 hours of bombardment. With the rdmoval of the Ion
beam the resistance increased. 7`he reversibility of the processes caus-
ing variations in layer conductivity were found to depend on ion-bombard-
ment time: during short exposures the process is to a large degree re--
versible, whereas after a long bombardment the original properties could
be restored only following annealing in the open air. With the application
of the ion beam, photoconductivity sharply decreases and after a long ex-
posure disappears completely; it can be restored only after repeated
beating in the open air. Bombardment by ions of various games (hydrogen,
oxygen, argon) made.no qualitative difference. IDW j
Card 2/2

ACCESSION NR: AFL007975
S/0190/63/005/012/1771/1775
AUTHOZ: Korshak, V. V.; 11inogradova, S. V.; Vinorradov, 1-1. 0.
TITLE: Study of coordination polymers. Report 17, Effect of different. facto_-C
on the polycoordimition process
SOUIXE: Vy*sokomole'eulyarny*ye soyedineniya, v. 5, no. 12, 1963, 1771-1775
TOPIC TAGS: chelate polymor, coordination polymer, polycoordination,
diphenyloxide. 4.10-bis(acetoacetyl)-, beryllium acetylacetonate, beryllium
chelate polymer, mi-tal chelate polymer, inner conplex, inner complex polyiner
MSIMACT: The influence of various factors such as solvent species, temperature,
time-duration of raaction, the concent'ration and proportion of the initial sub-
stances, as well as of additivos, upon the polycoordination process of 4.41-bis-
(acetiacetyl) diplier7loxide and beryllium acetylacetonato in solution has been
investigated. Reduced visco:;ity versus tepQerature curves in a range 160-42240C
for a solution of beryllium in dimethy1formanide are given. At 250C a viscosity
curve is obtained for the same solution as a function of polycoordination duration
between 2 to 10 hours. A snall excess of beryllium acetylacetonate is shown to
Card 1/2

- . .,-. - -- ! , - ~ -_- I :A --,
i :J~
Noi
ACCESSION NR: AF4007975
lower the molecular weight of the polymer. It is concluded that polymers of
rather high molecular weight can be prepared at relatively low temperatures by
polycoordination of the reactants in solution under vacuum and by subsequent
heating of the solid polymer at a higher temperature. Orig. art. has: 4 figures
and 4 tables.
ASSOCIATIO111: Institut elementoorganicheskikh soyedineniy AN SSSR (Institute of
Organo-elemental Compounds -AN SSSF-)
SUBMITTED: Mlar62 DATE ACQ: 20Jan64 ENCL: 00
SUB CODE: CH,, 1,A' NO RIT SOV: 004 0MR: 000
2/2
Card
V

V.V.; ROGOZHIN, S.V.; VINOGRADOV, R.G.
KCRSHAKY
mwaocyanine polymers of diphtbalyl ketone. Izv.AN SSSR.Otd.khim.
nauk no.8:1473-1475 Ag 162. (MMA 15:8)
1. L3stitut elementoorganicheskikh soyedineniy AN SSSR.
(Ketone) (Phthalocyanine)

L 2120~-k~ S'3T(m)/1~PF(c )/_',PR/E,7P(J)/T/F,'4P(t )/Z'dP(b) Pc-4/F1r--+/Fr,-4
IJP(c)/RPL JDA'VI/JG/RM
ACCESSION N'R: AP5001479 S/0190/64/006/012/2149/2154 -` 14/
AUTHOR: 4orshak.,_V. V.; Vinogradova, S. V.; Vinogradov, M. G.; Davidov,ch, Yu."~A.
---1 7-71- - I - --- ---
TITLE: Studies in the field of coordination_polners.1 22. The reversible de-
composition of polymeric beryllium complexes with bis (beta-diketones) in solution
11 1?
SOURCE: Vysokomolekulyarnyye soyedineniya, V. 6, no. 12, 1964, 2149-2154
'V7
TOPIC TAGS: coordination polymer, berylliu complex, heteroorganic compound,
diketone polymer, heteroorganic polymer, polymer degradation, cyclic oligolner
ABSTRACT: Polymeric beryllium intracomplexes with 4,4-bis-(acetoacetyl)diphenyl-
oxide and with symmetrical 4,4'-bis-(acetoacetyl)diphenylethane were prepared by a
published method and shown to decompose readily in heated dilute solutions in
various organic solvents, yielding low molecular weight oligomers and reforming
the original polymeric complex in concentrated solutions or recovered solids at
higher temperatures. The polymers were heated to 50-350C under nitrogen in 0.5-
50% solutions in chlorobenzene, biphenyl, dimethylformamide, acetophenone, anisole,
chloroform or tecrachloroethane. The changes in viscosity indicated a temperature
dependence of the equilibrium for tl;e reversible decomposition. A similar thermal
behavior had been obaerved with solutions of beryllium polysebacyldiacetanate
C(Yysokomoleku1yarnyye soyedinineniya v. 6, 729 1964). A generalized scheme for
Ora 1/2

L 2i2og-65
ACCESSION NR. AP5001479
the reversible formation of cyclic oligomers from intracomplex beryllium polyn
is proposed. Orig. art. has: 3 tables, 5 figures and 3 foruwlas.
ASSOCIATION: Institut elementoorganicheskikh soyedineniy AN SSSR (Institute for
Heteroorganic Compounds, AN SSSR)
06Feb64 ENCL- -00 SU-B CODE; OC
SUMITTED:
NO REP SOV,. 003 OrHEk: 001
Card -2/2

VINOGRADOV, M.P.,
DYAKOV, IA.I., Izventiya Tzentral. Nauch.~-Issledovatel. Inst.
Plshchevoi Vkusovol Prom., Separate 1931, 24pp-

laNOGRADOV, Y. P.
- I. D'!A'.,',Oli', Izvestiya Tzentral. Nauch.-Issledovatel. Inst. Pishchevoi
Ilk-tisovoi Prom. Separate 1931, 24 pp.

- I " "r .
. I ...
Science
Principles of ldchurin's biology; Leningrad, Nininterstvo prosveshcheniia PLF~5ts
Leningradskoe otd-nie, 1950.
Monthl List of Russian Accessions, Library of Congress LBZ -1952. Unciazsified.

VINOGRADOV. M.P.; VIROGRAWYA, T.V.
Concerning criticism by N.Y. Turbin and N.D. Ivanov of the new concepts of
the origin of species. Bot.zhur- 38 no.2::)34-245 Kr-Ap '53. (KLRA 6:6)
(2pecies, Origin of) (Turbin, N.V.) (Ivanov, N.D.)

Vinogradav, Mkbail Petrovich, 1891-
VIJWRADOVA, Tat"TasiVeyna, 1892- ad.
Principles of Miaburin biology Leningrad# Gas. UaMbna-pedgeS. W-va, Leningradakoe
otd-niat 19~0. ~18 p. (51-15430)
QH302.15

VIIIOGRADOV, M.I.; KUPTSOVA, Z.V., red.; SAYTANIDI, L.D., tekhns red*
[SWety measures in transportation operations] Tekhnika
bezopasnosti na transportnykh rabotakh. MosImao Izd-vo H-va
sell.khoz. RSF.SR, 1961* 13 p. (MMA 15:3)
(Tractors-Safety measures)

VINOMADOV, M.I.,- MHCHANKINAp A.B.., red.
r- ",- ,
(Safety measures in loading and unloading work) Tekhnika
bezopasnosti na pogruzochno-razgruzochrqkh rabotakh. Moak-ra.,
Izd-vo M-va se1'.khoz.RSF9R,, 1961. 1-1 p. (MIRA 150)
(kading and unloading- --Safety measures)

VINOGRADOV, M.I.; PAVLOVA, L.i~.; TOGHILOV, K.S.; UTKIIIA, ..6.
--------
Some aspects relating tO thO CiO,eloprapnL of U.c.-oretical
principles of vork physiology. Nerv. sist (Laningrad)
2 no.3:145-151 162, (14IRA 17:7)
1. Laboratoriya flziolcgil truda Fiziologichoskogo imstituta
imeni. Ukhtomskogo Leningradskogo gosudarstvannogo universiteta.

VIMOGRADOV, X.I.
Vapor.izatioa of met-ale ia a vacuum (review). Prib.i tekh.ek3p.
no.4:3-13 JI-Ag 160. (MIRA 13:3)
(Vacuum metallurry)

VINOGRADOV, M.1. (Leningrad)
Same trends and proopects of the development of eccupational
physiology at the current stage. Fiziol.rhur. 50 no.1:123-126
Ja 164. (.MIRA .18,1)
-, a ~

USSR / Human and Aniz~il Phyolology. Nervous System, flighor Norvous T
Activity, Behavior.
Ab3 Jour Rof Zht,,r - Kol., No 15, 1958, No- W568
Author Yinograday, Tochilov, K. S.
Inst Academy of Sclonces GoorgianSSR
Titlo The Problo~4 of the Reckoning of Timo Iny the Humn
Cerebral Cortox
Orig Pub In the collection, Probl. sovrom. fiziol. n,)rvn. i
myshochn. aintom. Mlisi) AN GruzSS'R, 1956, 293-300
Abstract The oxporiiaontal subjocts were asked to perform dynamic
(turning of a handle) or static (holding of 1m, cular
tonsion on a Schoydin dynamograph) work during tho passage
of a light across a scroon, arA to rest in the absence
of the light. The c la woro 15 sac in length (five sac
of work.P ton Cf rost~, I suc (two of work and four of
rest), and 27 sac (nine of wcrk and 18 of rout), Than the
Card 1/2
145

LWR / Human and Animal PIWsiology. Nervous 3yetem, Highi�r Nervous T
Activity, Behavior.
Abe Jour Ref Zhur - Biol., NO 1.5, 1958, 110- 70503
light van omitted and the subjects were asked to work
at the same tempo. ThA stability of the stereotype in
various experimental subjects was different, with the
deviations being as high an 50 percent from the norm
(most frequently seen were tendencies toward increasing
the duration of the periods). In proportion to the work
the stereotype becaro stabilized, and the perioda of work
were particularly precise in duration. The subjects
bttempted to compensate for the absence of the light sig-
nal by resorting to thought counting or by repr-Auction
of ttn path crL' the light by movement of the eyes - The
former method was the more precise. With removal of the
light the Lamcular activity increased. With auditory
signalization the reckoning of time was more precise than
with vioual Qignalization. I. Lisira
Card 2/2

VVFI',.',:N'_'KT.Y, Nikola.y Ycvgon':,vvI(-.h; Tili!"'TCV, P.G.j VIIi'jG,-mtN",V, I-I.,
prof'., otv. red. turl-'a; red.
jCor.riFiete collected works] I-olnoe sobraxiie sochinenii.
Leningra, lzd-vo Leningr. univ. Vol.7. [Obituaries, ar-
ticles, essays, ab.--tracts of reForts and conx-mmications,
addresses at sensions of scientific societies, reviews of
scientific papers; 1879-1920J Nekrologig stat'l, ocharki,
referaty dokladov i coobshchenii, vystupleniJa na zaseda-
ntiakh naucbnykh obshehestvs atzyvy o nauchnvkh raloct"h;
!V19-1920 gg. _1963. 192 p. (MLi0 17:7)

UKHTOMSKIY, Aleksey Ales-eyevich (1875-1942), akcademik; TEREKJICV, P.G.;
VRIOMIADO11, M.I.' prof., otv. red.; PROKHOROVA) I-I.I.y prof.,
re .7-M7M-PM'r-Y!'AVT3, E.Sh., prof., red. toma; GOIIKOV, N.V.,
prof:, red. toma; ~~SILIYEV,, L.L.) pro. f., UMav") Ye.K., prof.,
red.' - I L5JIVSKrY, S.Ye., dots..,
z , ~AEXIOV, P.O.., prof.., red.; RUD
red.; KARPOVAJ, L.A.,, red.; VODOLAGINA, S.D., tekhn.red.
[Collected works]Sobranie sochinenii. Leningrad, Izd-vo Le-
ningr. univ. Vol.6.[Public scientific speeches) scientific
and review articles and materials on the history of Soviet
and world physiology]Obshchostvenno-nauchrWe vystupleniia,,
nauchnye i obzorTWe stat'i i materialy k istorli otechestven-
noi i mirovoi fiziologii. 1962. 210 p. (MIRA 15:9)
(Ukhtorskii, Aleksey Alekseevich, 1875-1942) (Pbysiology)

'30V/1 20- ~52j-2_ -1,-Y
~Danll-),,r, if.. D.,
AUTHORS: Xlcishlri, P. A.,
11. P., Martinson. Ye, N., Rambidi, 11. G. and V. 1.1
TITLE,: An Electrono~;raph for Studying the Structure of
Non-Volatile Compounds (Elektrono-raf dlya issledovanija
0
st-royeniya molekul trudnoletuchikh soyedineni-y)
PERIODICAL: Pribory i Telchnika M,,sporimenta, l')5S,. Nr 2,
(USSR)
ABSTRACT: One of the most widely used and effective of
studying the geometrical structure of coraplcx ,itolecales i,.-.
CD C~
,,he .3lectronogra-rhic -method. The riethod is based on the
stud,
y of --he diffraction of fast electrons by the vapour of
the substance under in-estisation. In the lit,~rature th--~_-no
CD
is very little infopmation on the geo-metry of tho molecul-as
of no-a-volatile comi,ounds. This is due to experi-m-oiltal
associated -with such studies. 141axvi~_!l and 1his
collaboratoro have d,,)scribed an electronoSraph with a hif-h
a
temperature c-va-.-Ioratuor which laas used to study the structur:3
of rolecules of subot_-nces whose boilin- wints were 1200-
.L4000C. The Present papper describes an electronogra-:h which
Card 1/3

,ov/i 1
An fof the ':)tr~icturc :)f
1%'o,n-Volatile Comoounds.
1,11as constructed in 19:-;A and can b_- used for substances wit.1
boiling point-s u,., -to 25000C. The instru-nent consists of an
L3
irL whicb. the substance under invesli-ai-'on is
Q " ' L
vapourised by clect-Iron bombardment, an el-octron ~un and ,i
s.-,.)ecial "sector device", Attempts- were madez. and a-r--- des-
!aribed of preventinS, -the radiation from thO evan3rator from
reacrlinF, the photograT)hic plate when studies are Li.,)de of
the diffraction pattern produced by va~)ours at high +,-empera-
tures. The most effective zray of screoninZ the em-Uls-ion was
by coverin,g- it aith a thin layer of black in!.- which can be
wa~Dhed off before developing. The electrono-raph described
in the *oresent PaDer has been used to det~armine th-~ config-
u_rati,,:sn a-rid ~:eometrical parcLneters of 30 molecules of non-
volatile halides of elci~.entus of the second group in the
peri3dL.,r_ table, 0many of walich havr) pointo in t!-Lcf
ran_-e 1500-2500 C. These data wcre Civen J.n R!_~fs.4-Ll.
There ar~- 5 fi- res, 1 table and 11 references, of 2
I 6U
Card 2/3

/37
An Elootronograoh for Stud-,,in- the Structure of Molc- of
U
Non-Volatile Coa,,ound,3.
are En-lish and 9 are Soviet.
ASSOCIAILIOIT: Xhimnielh-,shiy fakul"Llet 1~.IGU (Deparbmontl of C_~I-I-emistry
of the Moscow State University)
T
SUB'11ITTED: July 11, 1957.
Card 3/3 1 Complex compounds 2, Molecules--Structural itnalysis
3- Electronic equipment--Applications

GORBACHEV, A.A.; VINOGRADOVA--M-.I.
Concerning the use of an image signal extrapolation wthod for
suppressing impulse interference. Elektrosviaz' 16 no.12:
69-71 D 162. (MIRA 16t1)
(Radio-Interference) (Radiotelephone)

25522 S/108/61/016/008/004/006
&0' D280/D304
.WWWW_Ww~
AUTHORS: Gorbachev, A.A. and Vinogrodov, M.I., Members of Society
(See Association)
TITLE: Application of the signal extrapolation method in pulse
interference suppression
PERIODICAL: Radiotekhnika, v. 16, no. 8, 1961, 48-53
TFM: The present article gives a description of a simple arrangement
which makes possible the blocking of the LF end of the receiver for the
duration of interference and also permits the extrapolation of the signal
using two or three terms of the polynomial in (Eq. 1). Some experimen-
tal results are also given which illustrate the degree of distortion
of the extrapolated signal. Figs. I and 2 show the bloc and circuit
diagrams of the arrangement in which the extrap"ion of signal is
carried out using two terms only of the polynomial (1). The wanted
signal, after being differentiated by R I and CI is applied to the grid
of a,cathode follower T and from R is applied to a gating ect consisting
1 3
Card 1/6

25522 S/108/61/016/008/004/006
Application of the signal..* 0280/0304
of diodes D 11 D21 - and of the controlling tube T 2- With no inter-
ference T 2 is cut off, the signal charges the 'memory' capacitor C 3
which does not unduly affect the HF components because of the low
output impedance of the cathode follower and of the diodes D 1 and 11~-
Me operating point of the diodes chosen on linear parts of their
characteristics, is obtained by passing an additional d.c. current from
source E a2* From C3 the signal goes on to an integrating network R 5
and C4 ; so that R1 C1and R 5 are so chosen so as to assure the equaliza-
tion of the frequency response and when interference is not present the
extrapolated signal is transmitted without distortion. When at an in-
stant-to-interference appears (Fig. 3a) its pulse, is applied with some
phase load6 t I to a shaping network (one shot multivibrator on tube
T3). The resulting rectangular pulse with durationr 0makes the tube T 2
conducting, the resultant voltage drop across R 4 cuts off diodes D I and
Card 2/6 ft

S/108/61/016/008/004/006
Application of the signal..* 25522 D280/b3O4
a 2# their internal resistance increases and C3 is in effect dis-
connectedifrom, load R3 of the cathode follower. The resultant increase
in the time constant of the discharge of C 3 permits the retention of the
a
Itnal for the duration of the interference pulse (Fig. 3b). After the
l
end of the blocking pulse diodes D I and D2 start conducting and C 3 ra-
pidly charges to the potential of the signal, the integrating network
R 5C4restores the signal to its original shape, except for time To
during which it is replaced by a section of a straight line, correspond-
ing to the derivative of the signal (Fig. 3c). The cct is balanced by
R 4* The amplitude and duration of the blocking signal are adjusted by
potentiometers R 11 and R12 o,60/1 (6N3P) double triodes were used. The
diodes used were either semiconductor diodes 011r-U27 (DG-Ts27) or therm
ionic diodes 6x2 rl(6Kh2P). The frequency response of the - extrapolat-
ing circuit is flat within 6 db from 100 to 7000 c/o. The amplitude re-
sponse in linear for input signal range 0-30 volts, with distortion
less than 1.5%. The overall gain is 0.03. The noise level at the output
Card 3/6

25521 S/108/61/016/008/004/006
Application of the signal..e D280/D304
is 60 to 70 db below maximum signal at the interference repetition
frequency f = 100 5000c/s, the "seeping through'' of the inter-
n
ferenc* during timeTo is practically zero. From circuit data the inter-
ference suppression should not be less than 60 db for DG-Ts27 and 70 db
for 6Kh2Po The duration of the blocking pulse can be varied from 40
to 500 microsecond. For extrapolation using one term 3f the polynomial
- C was replaced by a resistance of 6.2 k/ohm, with the-addition of one
diderentiating cct at the input and of one integrating at the output.
.In extrapolating a speech with a variable frequency fn and Z70 the
following was established. 1) The extrapolation does not introduce any
noticeable speech distortion for T 4 50 microsec., f 4600 800 c/o and
0 n ,
f 8000 c/o. For f foZ,-,600;' 6000 c/s distortions are noticeable
n?P 6000 7 n 7
but not unbearable. 2) for?10~50 microsec. distortions distinctly in-
00-
crease but signal is still understandable to a variable extent. The
signal ceases to be understandable at f - -7 1000
n,71200 c/o for n=1, at f n
Card 4/6

25522 5/108/01/010/008/004/006
Application of the -.'7naloee D280/0304
1200 c/s for n = 2 -,nt' rt _' -,,' GOO 800 cls for n = 3. With impulsive
n
interference at the injout for its effective suppression (30 1 40 db
with respect to the signal) the required-' = 400-500 micros~c. for
il 0
10 to 20 ratio of the interference to signal at the input. lt*is
stated in conclusion that the method described can be applied to
radiotelephony where the quality of reproduced signal can be rather
poor. There are 6 figures and 3 Soviet-bloc references.
ASSOCIATION: Nauchno-tekhnicheskoyV obshchestvo radiotekhniki i
elektrosvyazi im. A.S. Popova (Scientific and Technical
Society of Radio and Electrical Communications im. A.S.
Popov)L Abstractor's note: Name of "sociati'on taken from
first page of journag
SUBMITTED: September 24, 1960
+mwva R
Card 3/6 (Lege;id to Fig. 1 see
next card) 00
WMP7X

25522 S/108/61/016/008/004/006
Application of the signal... D280/D304
Pip I.I.Signal + interference 2Differentiating network RIC
3 Cathode follower T '7 4 Blocking cct T2 -:'-7 5 Capacitive
DID2 nemory C3
6 Integrating network R5C4 ---3p7 Trigger --17-8 Shaping Circuit
Pulse T
Figs. 2', 3a, 3b
and.3c
R4 Cz
"14
jar
13 4 460
Ri ~Ojl f
too
alam
card 6/6 tz R#
14 to
t
4 TZ
- firtlyl
fl
t

Vinogradow, X., It. au.
UKTOMSK11p Alskasi Aleksesvich, 1875-
`&activ on perabiasis Moskva, Is4-yo losommistloheskal skadmiL, 1927- 170 p-
At hwd of titles A. Ukhtommkii, L. Vasillev, X. Vinogradva.

-- VINOGRADOV-#-Mo 10, ed.
Psychophysiology of labor in industry; collected studies of the psycho-
physiological laboratory, Imningrad., 1935* 275 P,
1. Efficiency,, Industrial. I. Vinogradav,, M. I., ed. 11. Shustin, N. A., jt.ed.
CU

VII-XII-tAX-V, 1.
"Acalemician Alexcevich ""khtorrisfy." W`75-199,42) ( p. 201) by Vino -raiov, -:. !.
( ~~:labiuga)
SO: Arivances in No,+~m Biolo (Us,)-,khi Sovr---~r-i2nnol Biollogii) Vol. 16, ro. '2, 11-,4-1.

L' F~. =, " ~~- t~ , - i ~- - -1 11 77-17~:-V~C--.
, -- - -- - - z - - --- -- - - - - - - 7-1 .
I
Trqnsnctions of the 'uhilee scientiric ~-ersicn; section r.C biolcp-ic~j "cie-,. lenin-r-1.
1946. 246 D. (:53-21P~'2)
QH301. L4

VINDGRADOV, M. 1.
.
Cortical influences on proprioceptive reflexes. Report no.l:
Effect of exercise on the knee reflex. Ucho zap* Lens un. no.
99:124-147 440. (NLR& 1042)
(REFLIZES) (EXERCISE) (KNEE JOINT)

VINOGRADOV, M.-I,, professor.
,M-7
KI-I - z
, :Niwr7f
[N.B.Vvedenskii's theory of fundamental nervous Processes] Uchenie N.B.
Vvedenskogo ob oanovnykh nervnykh protsessakh. Noskval Kedgiz, 1952. 246 P.
(KLRA 6',5)
(Vvedanakii, Nikolai Xygenlevich, 1852~1922) (Nervous system)

VINOGR&WV, M.I.
,- - ~ " . ... ~- , . - ~ r ,, -,-- ~ .
General characteristics of scientific concepts of I. P. Pavlov's
and N. A. Vvedenskills theories. Zh. vysshel nerv. doiat. 2 no. 6:
792-811 mov-D*o 1952. (CIML 24:1)
1. Leningrad.

VTNOMDOVp M, T,, Prof.
Physiologists
Nikolay Yevgenlyevich Vvedenskly, outstanding Rasssian physiologist (100th anniversary
of his birth.) Vest. AN SSSR 22 no. 4, 1952.
9. Monthl List of Russian Accessions, Library of Congress, September 1952 VM, Uncl.

VINOGRADOV, M. I.
ScienWic activity of N. B. Vvedenskil and its significance in
the development of PoLvlovian pbystology..Fisiol. sh. SSSR 38 no.
2:137-159 Mar-Apr 1952. (CLML 2213)
1. LerAngrad.

SOKOIA)VA, L.S., SHYANG, L.I.;YjNnaRA=- ~ T.- profersor, redaktor;
MELINIKOVA. G.G., redZ-,,6r:
[Techniques of alectroencephalographic investigations] Takhalka
elektroentsefalograficheskikh issledovanti. Laningrad, Izd-vo Lenin-
gradekogo universitsta. 1954. 133 p. (KIRA 8:4)
(Bleat rooncephalograph3r)

UKHTOKSKIY, Aleksey Alakseyevich, akademik; AYRAPATIYANTS, X.Sh., dotsent,
redaktor; VASILIM, L.I.. professor. redaktor; VINAMUY,
professor, redaktor; GOLIKOV, N.V., professor, rad&ktor;
professor, redaktor; KILINIKOVA, G.G., redaktor; TCDOIAGINA, S.D.,
tokhalchaskiy redaktor
[Collected works) Sobranie sochinenil. Inninzrad, 1zd-vo Isningrad-
skoga univ. Vol.4.[sketch of the physiology of the nervous system
(from the general course In physiology at the laningrad State
University) Ocherk fiziologii nerrnol sistemy. (1z obahchego kurBa
fiziolo ii v laningrodskom gosudaretvennom universitate). 1954. 229 p.
Tole5a f~viewa and other articlee3 Obzornye I drugis stat'i. 1954.
231 P. (MIMA 10;1)
(FmroLoGY)

YMXNSKIY. N.Ta.; VASILIYICV, LA.. professor, redaktor; VINOGRADOy,_Ka,'
professor radaktor, VEITYUKOT, I.A., doteent, redaktor; GOLIXOT, N.T.,
professor, redaktor; SHIMOV. Ye.K.. professor, radaktor; NAKkROV.
P.O., professor, otvetstvennyy redaktor; KILINIKOVA,G.G., redaktor;
VODOIAGINA, S.D., takhnichaskiy redaktor
[Complete collected vorks) Polnoe sobrante sochinenii. Leningrad.
Izd-va Leningradskogo goo. unive ime A.A.Zhdanova. Tol.5. (A course
of lectures on animal and human physiology delivered at St.Patereburg
University from 1911-19131 Kure lektoii po viziologii zhivotnykh i
chelovsks chiteanvkh v Psterburgskom universitate v 1911-1913 g-g.
1954. 380 p. (HIBA 10:1)
(PHYSIOLOGT)

VINOGRADWo M.I.
"Contemporary status and current tasks of labor Physiology in USM."
Gigiyena i Sanitariya, No 3o PP 3-10o 1954*
Translation-M-393, Apr 27 1955.

-,VINOGRADOY9 H.I.
~il.~t'.1,"i~'i.4-,.;..J~'o,~.~"L.O.",.,~~~- . , -
Present sthtus of physiological work and future tasks. 1"Ceszaeguff
35 no.10:253-256 Oct 54.
(PHYSIOLOGT
research)

VINOGRADOV,H.I.; VCROBIYIgVA.V.S.
the singual systems in anticipatory innervation of the
Role
muscular activity of man. Vast. Ion. un. 9 no.4:97-107 AP t54
(Muscle--Innervation) (MLRA 8:6)

VTBMSKIT, Nikelar Taygonlyevich; VASILIM, L.L., professor; redaktor;
"_Q= professor,.rodaktar; VXTYMT, I,A.., dotseat,
r Qir*;6dbi#, N.V., professor, rodaktor; ZHMV, Te.1r.. pro-
fessor; SHCHMAKOVA, G*A,, redaktor; ITANOT, V.V., tokhnichookiy
redaktor.
(complete works) Pola*e sebrwde sechineniL. Imaingrad, Isd-vo
Losi$gradskogo gas. ordess. Leal" univ.im.A.A.Zhdanova. T91.6.
[Supplements and annotations to Russian trazalations of text-
books on physiology, 1886-10"] Depolnexiia i prinschanlia k
rusakin perevoilan uchobalkey pe fisiologii, 1886-IN9 gg. 1956.
220 P. (Physiology) (NM qt6)

VINOGRADOV, R.I.
of Soviet physiolop,7 (1917-1957) [with summary in
linglishl Test. Wu 13 no,g-.120-141 156. OURA 11W
(PHTSICLOGT)

W Nt?(r KA V0 V, Al, T.
124-11-12667
translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nr 11, p 49 (USSR)
AUTHOR: Vinogradov, M. 1. , and Kirsanov, M. V.
----------------------------
TITLE: The Hydraulic Friction of Water Pipes Made of Glass.
(Gidravlicheskoye soprotiviekiye steklyannykh vodoprovodnykh trub)
PERIODICAL: Tr, Mosk. in-ta inzh. zh. -d. transp, 1957, Nr 88/9, pp 3-13
ABSTRACT: The hydraulic friction of water pipes made of glass was determined at
the Hydraulics La oratory of the MIIG, over a Reynolds Number range
from 104 to 36xlO~, by means of glass tubes having a diameter of 57
mm, The 3-meter long tubes were connected with rubber sleeves,
reinforced with wire shielding. The hydraulic head losses were meas-
ured by means of piezometric sensors, the through-flow by volumetric
means, and the inner diameter of the tubes by weighing first an empty
tube and then the tube filled with water.
The tb-sts showed that the glass tubes used had a somewhat higher
hydraulic friction than smooth tubes (the friction coefficient A was
7 percent greater than that obtained for hydraulically smooth tubes
from Prandtl's and Al'tshullfi fdir-niulas) which, in the opinion of the
Authors, can be attributed to the joints. Considering, however, that
Card 1/2 the increase in the friction of glass tubes as compared to hydraulically

124-11-1"1667
The Hydraulic Friction of Water Pipes Made of Glass, (continued)
smooth tubes has been observed in the main at high Reynolds Numbers,
one may conclude that the glass tubes used may not be considered
hydraulically smooth and that calculations thereon must be based
on generalized formulas including roughness terms.
A. A All tshi - I
Card 2/2

SOV/124-58-1-611
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1, p 76 (USSR)
AUTHOR: Vinogradov, M. I.
TITLE: Submergence Criterion for a Broad-crested Weir (Kriteriy zatopleniya
vodosliva s shirokim porogom)
PERIODICAL: Tr. Mosk. in-ta inzh. zh. -d. transp. , 1957, Nr 88/9, pp 68-74
ABSTRACT: The author considers the submergence criterion for a broad-
crested weir Ht-w > hZ, where hZ is the depth that is conjugated3
with the dept. hi in the constricted section (hz=h I 'Tk 1; "k =a q? /g hI
and Ht-w is the depth of the tail water relative to the weir crest,
to be invalid and employs the Bernoulli equation for the computation
of the mean depth beyond the jump-wave, assuming that there are
no losses in the jump-wave. As a result the author offers a sub-
mergence criterion in the form
H >hk ( c ) + or Ht-w > (' +
t-W 2 h 2 2
C 2 k
Card 1/2 where

SOV/124-58-1-611
Submeiged Criterion for a Broad-crested Weir
Wz w2,2
G2 = h /hk and q)
2 Uk-w Wt -2
w
w Z and wt-w are the areas of the cross sections of the flow where the depths
are h2 and Ht-w, respectively. Themagnitude of F2 is dependent on
EI=hl/hkl that of ~ on w 2/ w t-w (varying between 0.25 and 0). For these
limits the author determines boundary values of the submergence criterion
Ht-w/hk = 1.40 and 1.236 (rough entry, ( 1=0.82, E ?= 1.236) and Ht-w/hk= 1.286
and 1.065 (smooth entry, 4E 1=0.94, e 2= 1.065). A verification of the proposed
submergence criterion was performed using tests by A. R. Berezinskiy and by the
author and, as the latter notes, showed good agreement with the proposed criterion.
A. R. Berezinskiy
Card 2/2

V ~ IV 0 ir g' A P ov~ m, -F
124-11-12690
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nr It, p. 5Z (USSR)
AUTHOR: Vinogradov, M. I.
TITLE: On the Hydraulically Most Advantageous Cross-Sections of Trapezoidal
Channels. (0 gidravlicheski naivygodneyshern sechenii trapetsoidallnykh
kanalov)
PERIODICAL: Tr. Mosk. in-ta inzh. zh. -d. transp. , 1957, Nr88/9. pp 75-83
ABSTRACT: The A. shows that in the design of trapezoidal channels it is permis-
sible to deviate appreciably from the hydraulically optimal cross-
section, since any increase in the width relative to the hydraulically
optimal width results in but an insignificant increase in the active
cross-sectional area.
To demonstrate this proposition, the A. , with the aid of the
Manning formula, investigates the relationship
_W = 4/ ( P + m, )2-
Card 1/2 Wo 4 (ml - m) ( (3 + m)

124-11-12690
On the hydraulically most advantageous cross-sections of trapezoidal channels (cont.
where W is the area of the active cross-section of the channel to be
designed and Wo is the area of the optimal cross-section.
Analogous conclusions are contained in the reviewer's book,
"Canals and Their Construction" (Kanaly i sooruzheniya na nikh),
Gosstroyizdat, l953,,-0f-II"-_27, p-p �0-79.
A. A. Uginchus
Card 2/2

JURqWDOV, M.I., doteent, kand.tekhn.nauk
Jetablishing the nature of streamflow through the waterva7
opening of a small bridge* Trud7 MIT no#10?111-17
160. (MI" 130)
(I%rdraulles)

VINOGRAWY, M.I., dotsent, kand.tekhn.nauk
Characteristics of the bydraulic regimen of streamflow
below a small bridge under conditions of restricted ex-
pansion. Trudy HUT no.107:18-23 160. (MLU 13:7)
(Itrdraulics)

VINOGRLWV, M.I., dotsent. kand.tekhn.nauk; LBVIN, B.M., assistent
Measuring the discharge of hydraulic mixtures by a fall-
pressure reversed pipe, Trudy XII? Do.107:24-27 160.
(KIRA 13:7)
(Hydraulics)

BOGOKLOV, Anatoliy Ivanovich, prof.; KONSTANTINOV, Nikolay Mikhaylovich;
VIKOGRADQj,_X_1.,_kand.tekhn. nauk., dots., red.; ZUBKOVA, M.S.,
__F9_dAzd-va; BODAWVA, A.?., tekhn. red.
(Examples of hydraulic calculationtlPrine'ry gidraviiahookikh ra-
sohetov. Moskva, Avtotransisdat, 962. 574 p. (MIRA 16:2)
1. Moskovskiy avtodoroshnyy institut (for B~gooolov).
(Hydraulics-Problems, exercises, eto.)

VINOGRADOVP M.I., kand. tekhn. nauk i
- I
Deformation of straight canals in sandy s6ils. Trudy FIIT
no.176t26-33 163. (PIPA 17:6)

ACC NRt A?oO!3510 'Ai 10,1/oilz
AUTHOR: Vinogradov, M.I.; Rudnitskiy, Ye.M.
ORG: None
TITLE: Triode magnetic-discharge pump with cooled electodes
SOURCE: Pribory i tekhnika eksperimenta, no.2, 1966, 108-112
WPIC TAGS: pump, vacuum pump, nagnetic di,~ichargc pump / N-N-100-2 discharged
PUMP
ABSIRACT: This paper is concerned with triode magnetic field / elecTr:.c discharge
high vacuum pumps with cooled electrodes. Tae topic of interest is tn- cooled electro-'
des feature. It is shown that the cooling of the pump decisively it,.pr;)ves its perfor-
nance. The pump then works stably and starts well at a higher f ore-;)-.~-:, sure, and at-
tains a lower vacuum in a shorter time than the uncooled pump. An exploratory model of,
a cooled electrode Pump was built first, Its magnetic field of 2koa supplied by
an electromagnet; the catho(Japotential was 7 kv. With the electrodes cooled with li-
quid nitrogen, the pump delivered a limiting vacuum of 1.10-11 torr in 8 hours. In the,
uncooled sta-te, the resnective values were 2.10-10 and 48 hours. An experimental pro-
pumo was then constructed and tested. The ba.sic pumping parameters ivrere deter-
ined and are presented in the paper. Fig. 1. shows the load pressure as a function of;-
,.,-'time from start. I - for the uncooled pump and 2 - for the cooled electrodes pump.
Card _ 1/2 UDC:- 621.527

ACC NR: AP6013510
Parameters of the uncooled production magnetic-dicharge pump NTN.-!CO-2 are also given
0
in a table. The magnctic discharge pumps are noted by their reliability which is re-
al
Fig. 1. The dependence of load
pressure upon time, P f(t), RI
after pump start. 1 - uncooled;
2 - cooled electrodes.
tained by the cooled electrode variant. The triode type magnetic discharge pumps re-
quire nore power and have therefore a higher weight than the diode type pumps. orig.
art. has 7 figures and 3 tables.
SUB CODE: 13 SUBM DATE: 23Feb65 ORIG REP: 000 OTH REF: 005
Card 2/2

ACC NR: AP7001967
SOURCE CODE: UR/0120/66/ooo/oo6/0210/0211
AUTHOR: Vinogradov, M. I.; Ullyanov, V. F.
ORG: none
TITLE: Vaporization of permalloy with an electron beam
SOURCE: Pribory i tekhnika eksperimenta, no. 6, 1966, 210-211
TOPIC TAGS: permalloy, iron,nickel alloy, permalloy vaporization,
electron beam meta., .to por
dcposition
ABSTRACT: Vapor deposition of permalloy in a (1-2) 10-5 torr.5 Vacuum'
in a laboratory unit equipped vith an electron-beam vaporizer is de-
scribed. An electron beam with 3 KW power vaporized a permalloy rod,
20 mn in diameter'.at a rate of 1 g/min. ~ The rate of condensation on
the 50 x 50 mm2 substrate, made of copper foil and located 200 mm from
the bean foci's , was found to* be 1.5 p/min. The yield of the condensate
ammounted to 2.5% of the vaporized metal. The nickel content in the
condensates varied within 75.2- 75.9%, which indicated that the alloy
fractionation is insignificant. Apparently the intensive vaporization
of alloy from a small area of the beam focus (7 x 0.7 mm) causes the
removal of the volatile component (iron) from the surface layer. Thus,~,
vaporizers with an electron beam can vaporize arbstantial quantities of
card 1 /2 UDC: 539.239

permalloy and can yield film s with a composition varying within �0.2%-
Orig. art. has: I figure and I table.
% i
SUB CODE; 13, l1/ SUBM DATE: 29Nov65/ ORIG REP: 002/
OTH REF: 004
Card 2 /2

VINOGRADOV, M.I., kand.takhn.nauk
Precision in calculating water-sup-ply arj sewer systers. 'Nov. tekh.
zhil.-kom. khoz.j Vod. i kan. no.Yj28-38 163. (PI FLA 1'7 1 ~,:i)

VINOGRADOV, X.I., otv. red.; TOCHILOV, K.S., oty. red.; KIIAVKINA,
N.N., otv. red.; AVFq'YAIIOV, V.S., red.1 OSIPOVA, O.V.p
red.; UTK.UIA, N.S., red.; KISELEVA, L.I., tekhn. red.
[Materials of the Scientific 4nference on Work Physiology
Devoted to the Memory of A.A.Ukhtomskii] Materialy flauchnoi
konferentsii po fiziologii truda, posviashchennala pamiati
A.A.Ukhtomskogo. Leningra,', Izd-vo Leningr. univ., 1963.
372 p. (MIRA 17:3)
1. Nauchnaya konferentsiya po fiziologii trudoo poavyashchen-
naya pamyati A.A.Ukhtomskogo. 2. Fiziologicheakiy institut
im. A.A.Ukhtomskogo Leningradskogo gosudarstvennoro universi-
teta, (for Averlyanov, Vinogradov, Osipova, Tochuov, 1AWMAP
Khavkiua) I

VINOGRADOV,.M.I. ..
Exportmental study of an extrapolation aethad of impulBe nolae
suppression in fascimile signal reception. Izv. vys, ucheb,
zav.; radiotekh. 6 no.5:569-571 S-0 163. (MIRA 171l)
1. Rekomendovano Nauchno-issledovatellskim radlofizicheskim
institutom pri GorIkovskom gosudarstvennom universitate Imeni
11.1. Lobachevskogo.

I BDOK EXPLOITATICM 30V/12117
3oveahzhanjyg P0 eksperimentaitnoy tokhnike I metodame wyackoto"ra-
.1 turnYkh lssl*dovanlY, 1956
ZkoperlseentalInaym tekheilka. I "tod 18810dovanly pri vyackikh two-
Psraturakhl trudy noveshchanlya Experimental Techniques and
Methods Of Investigation at H197Tuperature,; Transactions or the
Cmt�rGnc* on Uperlmental Techniques and Methods or investigation
at Nigh Temperatures) Moscow, AN SSSR, 1959. 789 P. (3orlest
AkaddXLYa n&uk 3SSR. Z"tLtut aotxllur ;11. Xomlsslya po fIxLko_
khImlobeekin canovan prol2vodstva staill 2.200 COPLOS Printed.
100p. Id.s A.M. Samarin CorrespondIng Member, USSA Academy of
Ulencesj Ed .of PubilshiAg HcUNC A.L. Bankyltser.
MP=3 This book Is Intended for metallurglats and metallurgical
engineers.
COVZRAQRs This aoli*ction or scientific papers is divided into six
Partat 1) thermodynamic activity and kinetics of hl"-teapersture
processes 2) constitution dlalrao studio, 3) Physical properties
p of liquid metals and @lags 4 now analytical methods and Pro-
duation Of Pur* metals 5) pyrometry, and 6) general questions.
!~!r store specific coverage, see Table of Contents.
and R.Ye. RybinkLy. Technique or Vaporizing
M Ronjoally ACtIVO 1010tall in a Vacuum With the
Aid or a FocUSS*d Electron Beazi 104
A *xmill metal specimen is plao*d Ina crucible made or the
Sam metal an the specimen Lta*Lr. A stroax of electrons.
emitted by an Incandescent cathode and accelerated by an
electrical field to the energy level Of several thousand
electron volts, Is directed onto the specimen. The metal
will melt If the power input Is murtiolontly high. Super-
heating of %he metal above the boiling point, necessary for
rapid vaporization of a number of rarraCtOrY metals. presents
difficulties because of the rapid heat transfer caused by
sonvection currents In the liquid metal. Increasing the In-
tensity of the electron b*aa overcome& this difficulty, but
It Is more advisable to Increase the concentration of the
power Input, focussing the electron bean on a *mall area or
tb0 metal Surface. A very Intense local heating is thus
obtained. so that In spite of a reduction or evaporative
surface, the overall rate or evaporation Increases greatly
in comparison with that for a metal specimen heated with a
scattered electron beam. The comparative simplicity of
producing a high concentration or power Input In heating
by electron bombardment makes this method ospecially son-
"nLOnt for vaporizing small quantities (several grams) or
rerraGtory metals under laboratory conditions. Metals
amenable to such treatment are titanium, zirconium, tungsten.
molybdenum. tantalum, nLobLum. and boron. Two types or
vaporizer are d*acrlbod. Three applications of the method
arse 1) *:pllcatLon or thin layers or rerractory and active
metals to various sufaces 2) production of thin free riles
of these metals 3) metallographLe study or condensed two-
component and mulUcomponent systems by S.A. VokshLnaklyls
method.
C&rd 6/32

33255
10 15"00 S163 60/000/019/ooc/009
Iq 0 D053YI)113
-~26. 4-/ 00
LUTHORS: Zakharov, Yu.G., and Vinogradov, M.-N.
TITLE: A hot-wire anemometer with thermistor
SOURCE: Moscow. Tsentrallnyy aero-gidrodinamicheakiy institut.
Promyshlennaya aerodinamika, no. 19, 1960. lzmereniye vozdushnykh
potokov, 58-61
TEXT: Design of a hot-wire anemometer using a thermistor as sensing element
instead of a wire filament is given. The electric anemometer circuit (Fig.
1) is a bridge circuit composed of resistors a, b, and r in the three arms
and a le -8 (TS-8) bead thermistor Rtherm in the fourth ar:~. The TS-8
thermistor is shaped like a sphere, 0.2 mm in diameter. Its temDerature
response is closely approximated by the exponential curve;
B/T
R = Ae
where R is the thermistor resistance, T is the absolute temperature, and A
and B are constants. The A constant varies for different ther.,.-.istors while
-9
Card GD _4~

32515
S)63y6Olu- -)101910051009
A hot-wire anemometer with thermistor D053 D113
the B constant is practically the same and for the TS-6 thermistor equals
about 3,0000 abs. The temperature coefficient of the thermistor resistancp,
is given by
OL R._ B
R T T2
that is, the resistance decreases as the temperature increases. For the
TS-8 thermistor, at T-~*3000 abs, the temperature coefficient (d-) is equal
to about 0.04. The disadvantage of these thermistors is their limited tern
perature range, about 1000C, and their susceptibility to ambient temperat','Ir~'
changes. These temperature changes can be au'tomatically compensated by 4n-
serting additional elements into the bridge circuit, as illustrated in Fig.
2. The values of the metallic resistor Rm and the manganin shunt resistoz
Rsh should be individually calculated for each olieratini- temperature range
of the bead thermistor 'Rtherm. The described anemometer circnit can be lis,:d
measuring moderate and slowly varyinG flow velocities. It is not suitable
for measuring flow velocity,fluctuations because of the oircuit hi[;h 1,im'~'
constant. There are 4 figures and 2 Soviet-bloc referen~.eo-
Card 2/*

ZAKHAROV, Yu.G.; VINOGRADOV, M.N.
Thermoanemometer with semiconductor thermoreoistance. From.
aerodin. no.19:58-61 160. (KPA 24:6)
(Anemometer)

VINOGRADOV M F., prof., otv. red.; FOLYANICHKOy Ya.I., kand. sellkhoz.
nauk, otv, red,; NATAROVA, N.V... red. izd-vaj ZENDEWI M.Ye.,
tekhn, red,
(Northern reindeer in the Karelian A.S.S.R.; morphology,
ta3wnomy, ecology, physiology, problems of reindeer farm-
ing] Severnyi olen, v Karellskoi ASSR; morfologlia., sistema-
tika, ekologlia, fi2iologiia, voprosy oenevodetva. Moskva,
Izd-vo Akad. nauk SSSR, 1962. 178 p. (MIRA 15:2)
1. Akaderiya nauk SSSR. Karel'skiy filial. Petrozavodsk.
(Karelia-Reindeer)

BIRSHMN, Ya.A.~-VINK)GIIADOV9 M.Ya.
PelagJa gammarids of the northern part of the l.-A!an Ccean.
Trudy Inst. okean. 65tl52-196 164. (MIPA 18~8)

VINOGRADOV, M.Ye.; PARIN, N,V.I! FILATOVA, Z.A.
Zoological investigations daring the 34th cruise of the
research ship "Vitiaz'" in the equatorial Pacific. Zool.
zbur. 41 no.9xl442-1448 S 162. (MIRA 15:11)
1, Institut Okeanologii AN SSSR, Moskva.
(Pacific Ocean-Marine fauna)

Iffoct of resititratlon d sooplanklm am redudim of ex"ou
Coad"t in vorifts dgpft of Maur. I'l. F, - Vittograday.
1),4Wy Ak4d. Nook S.S.S.R, U, IVIT-O(IOU), -I)itrrl
drtn*. indirate that the relatively mall consumption of () by
zo6plankton cannot affect signAcantly, the 0 content of
Upper Layen of water reservairs where reViacement from the
.tm. anti front phytopli-ankton can operate. T'ir -~me i~
true for any dT tks where mtkal curuLition -occurs. In
deep Stagna". Jaye". however. 0 deficit can be rawd-
In a typical cow, at 2Y(j--*j1) in. depth in 24 hys., wmw I ml /
cu. m. of 0 is c4mmmed. In rietter, upper layers this vari"
from RZI In daytime to 0.35 at night Respiration in mg,
of 0/r./hr. was deld. for: Caldows Seasay (012) and 114pa-
14maitt,v j6p"Ora (0221). Previous emits of Vinberg
I C A, 43, 4.V)4f) were chi-cked few truiny species.
G. %I. KCO-4"Poff

Plankton
Coefficient of intensivity of vertical mi-
~:ratlon of zooplankton. Doki. AN 5SSR 82
no. 5, 3.952, Recd 8 Dec. 1951
501 Month List of Ruasi&n Accessions, Library of Congress, 1953, Uncl.

11 amwp to f.-p vf~WWMI.- M. ye..-and IMIIY-GEMM,- Ye. A.
2. UM (600)
4. Flankton
7.-Effect of mass accumulations of planktonic flora upon animals, smothering of
Copepoda and other animals by diatow,, Doki, AN SSSR 86 No, 5# 1952*
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

VINOGROOV, M.Te.
Diurnal vertical migrations of zooplankton of Par Ikstern seas.
Trudy Inst.okean. 8:164-199 '54. (MIRA 7:11)
(Pocifio Ocean--Zooplankton) (Zooplankton-Pacific Ocean)

VIN06RA DOV) 11-F.
WO/Biology Crustacea
card IA Pub. 86 - 38A6
Authors j Birshteyn, Ya. A., Profs; Vinogradovp Me Ee
Title t Chirping sidewise-swimming etabs
Periodical t Priroda, 43/9., 3-19-120s Sep 1954
Abstract I An account is given of a crustacean of the genus Hyperiopsis,
which emits sonic or supersonic vibrations and also perceives
them. Illustrations.
Institution seven
WW
Submitted V,q ~ j 4V
k.+,

BIRSHTXTN, Ya.A.; VINOGRADOV, K.Ye.; CHINDONOVA, Tu.G.
-
Vertical zonation of plankton of the Kuril-Aaachatka mrins
depression. Dokl.AJF SBSR 93 no.2:389-392 Nr 134. (KLRA 7:3)
1. Institut oksanologli Akademil nauk SSSR. 2. Moskovskly gosudaretvan-
nyy universitet in. X.Y.Lemonosova.
(Okhotsk, Sea of--Plankton) (Plankton--Okhotsk, Sea of)

VINGGRADOV, M.Ye.
Urtical distribution of zooplanktan biot-woses in the Kurile-Kamchatka
trench. Dokl.AN SSSI 96 no.3:637-64,0 My 154. NLRA 7:6)
1. Institut oksanologil Akademli nauk SSSJt.
Predstavleno akademikon D.I.Shcharbakovym.
(Okhotsk, Sea of--Zooplankton) (Zooplanktou--Okhotak, Sea of)

3 1 1 . Ife .
"Vertical Distribution and Migration of Zooplank-ton in the Tlering and Okhotsk Spas
and the 11orthwestern Pa-t of the Pacific Ocean." Cand Biol Sci, Inst of Oct-anolo[7y,
Acad Sci USSR, IMoscow, 1955. 0-M, 110 17, Apr 515)
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations Defended
at USSR Higher Educational Institutions (16).

VINOGRADOV,M.Ye.
Pattern of the vertical distribution of sooplankton in the
vaters of the Kurile-Kamchatka Trench. Trudy Inst.okean.
no.12:177-183 155. (MMA 8:9)
(Kurile Trench--Zooplankton)

BIRSHTEYN,Ya.A.; VINOGRADOV,M.Ye.
mwm-~~~k,
pel&gic gamsrids (A sphipod& - Gamaridea) of the Kurile-
Kamchatka Trench. Trudy Inst.okean. no.12:21G-287 '55.
(Kurile Trench--Amphipoda) (KLRk 8:9)