SCIENTIFIC ABSTRACT VORONIN, E.S. - VORONIN, G.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860910010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


U7-~-TF-- C-Nlts-AP60
I AUTHORt~Vbronin' 3. S.; Taria;rt Yu A'
0
ORG: none
-in, par taotr~c rl'ig 4rl
TITLE: Phase swiUihing a three-state
t
9
SOURCEi Radiotekh~Aka :L elekironika, v. I hb.~ 2, 19~ 66 1 f-21
TOPIC TAGS: f lip- 111op circuit:, parametric os~cillator
a xcited on
ABSTRACT: A tvo-~unk pa_rMM:W:U o=uMta sAnvWti c~n b~
0
Mlati o ha~Ang'~the'~pam '~x qiz(n( -shifted
one of, three stable types of; ose ns e y b4t p~aiie
b an Ib6 us Id
t
y .2 w /3 from onet another. 8uchan osciUatbr' c' so n c;!mpu;e,rs
it
as a 3--position trigger. Foriml;as describing: the opez4aUal and j.ij se-iq eh of
the. oscillator by a harmonlc~-external Signal ore deri,"ved.! ~R, is ftuxid that ~ho
external signals of sultable~.amplltude and phase can:eff6aCrwV61 19 e gger
frCra one of its stable statea bito another. idnits of thd' 'Rab (perAtion ~re
-1th bi , ,ed d IJ.
detervilneA. An experi!:Wntal IrerificationAnciuded a hookvi L )des', two
p: M(
V, n -cuits tuned to I 14c. and 2 ~ mc; pumpi?ig freq4oncy, iEpil a=~Iitude,
ta k cii 3 -iKc;
1.5 V. Reverse-bladed 131 D-205 diodea were ua'06 M9 m6dul~.t .07g 4U p~jcitors. ~'j lIxtet.-nal
j":- 300-1500-microsec pulses With adjustable car~ier'~tre' rt' e r1ee tilployed. iS~
quo .0y 11 13 ablp'
swi:tchbig of the i;r:Lgger on a lmr-poirer signal vlas achieVa f.; Oil'~, ~i art. M6
3
___1031
-figuzes and 36 forzulas.-~
004/:: Alb I
SUB CODE'.-, 091 SUBM DATE: 090ct64/ ORIG REF:~ RE S 9 stag
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BENDRIKOV, G.A,.; KMSNUSHKIN, P.Ye.-, REYMUMMI, B.H,j POTEMKIN, IT.V.;
Kusmj. Te.R.; RZHMIN, K.S.; ITANOT. I.V.; XURLAR07, A..A.;
TIKHCW'OYo Tu.V.P- STESUMA, L.P.; SAMOVp LA,"; ORMOVICH,
A.Tee; KHCUMOV, R.Ve; VOR0HIRw;,XiS,-, BIUSTMUT, U.N.O- MAMID-
FWTSIV, Tu.V.; HINAKOVA, I.I.; TASTRUTSEVA,:T.H.; SMUCT, A.A.;
VIROGADOVA, K.B.; KAMM, G.Ai; DRACHEV, LoA,; TROFIMDVA. N.B.;
SIZOV. V.P.; RZHLTKIN, S.Y.; V2LIZHANINA, K.A.-,HZSTJ1R0V, V.S.;
SPIVAK. G.7.9 red.; NOSTMA, I.A., red.; GEOR(RUVA- G.L. tekhA.
red,
[Special physics precticum] Spetsialinyi fiziehemkii;
grairtikumi
Moskva, Izd-To Noskuniv. Tol.10 [Radio*physic's and'alootronics]
Radiofiziks i elaktronika. Bosto pod red. GJ4:3pivaki. 1960o
600 p.
1. Profs seorsko-prepodavatal I Bkiy kollektiv fWahaskoso fakialt!0&
Mookovskogo universitets im. X.V.Lomonosova (for all except Spivak,
Nosyraveo GeorgiVOT&).
(Rsdio) (Blootronics)

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AUTHOR VORONXN E.S.9 ROGATNEV I.I. PA - 2570
TITLE -M-un-s-f-able process in autogenerator with direct.;excitation
by radio impulses. (Nestatsionarnyye protsesoy V 4vtogeneratore,
zhest1co vozbuzhdayemom radloimpulleami.- Rus4ianY
PERIODICAL Radiotekhnika 1957Y Vol 2, Nr 2, pp 144 - 140:0.0 EI.R.)
Recei-red; 4/1957 Rdviewe~'- ~/1957
ABSTRACT For the purpose of investigation a device ii6 eonst3rueted which
facilitated studying the adjustment of tho.a~plit.udia and the
phase of self-osoillations for the domain ofsynehrl)nization
as well as for that of pulsation for different working methods
of the generator at different amplitudes and with a different
duration of the influencing radio lmpulses.':~
There follows the description 6f the davioe~,
Experiment shoved that on the occasion: of Oie synchronization
of the autogenerator which by the influence~~exerciaed by large
sigAralep is in e rigid state of exoitation,;an optimum state
for adjustment of synchronic self-oscillations exists, which
cannot be explatned without taking the line'turrents of the
lamp into account. Diagrams and a qualitaiiyle anailysis for
finding optimal conditions for the synohrolaizatibn of the
autogenerator by radioimpulses are given on~~;the Diccasion of
the dependence of the latter upon the order'of back coupling
GM 1/2

VUH)NIllp E& Sep l6ot.~'r P,.y;s-ht.-.n S..i -("ice) tUxvertip-ting ths~ Pyncllmrd.~atiuu Qt
f
coherent osellIators (i.,yncitmnization W radio inpuix is)". 'Moo-awj 10 PPO
0
ON,
lg~ (bt,_A.,t;uw Otate U;"Yersity im, LumonQUOVI, Pjq~ C -a I4auty'), LVU copies
VLLY 41j J_V571 P.J.Ijb)

SUBJECT USSR / PHYSICS CARD 1 2 PA - 1216
AUTHOR VOROSIN, E.S., BERESTOVS]KIJr G.N.
'i~~ea-Ath-ronlzatlon of an Autogenerator by Radio Pulses.
TITLE
PERIODICAL Radiotechnika, 11, faso- 3t 34-40 (1956)
Publ. 3 / 1956 reviewed 9 L/ 1956
The present work diaoussee the synchronization of a 801f.-osoillation system
(lamp generator) by rectangular radio pulaos tho curri~i frailitancy p of
which is near the frequency- co of the harmonic self-osoillatione. The
shortened equations for the seTf-oscillation system which is,under the influ-
2
ence of an exterior force are: dA/dt - 6(A)A + (E0 cjo/~) cod T,
d9/dt - p coo - (E 0 0/2jL) cos y. Here k is the amplitude of self-oscil-;~
lations, phaaa difference between the current in the generator circuit
and the exterior electromotoric forced B - the oscillation amplitude of
0
the exterior electromotoric force. These equations are then simplified and
transformed in consideratio-a of initial conditions. 1/6 (6 --(d6/dAj
~ 0 0 ~ A-A.
.A0> 0)-is the relaxation time of the amplitude. If the ini,tial phase Oy n
is equal to the stationary value 7 of the phase, then',the phase becomes
stationary immediately and the amphtude becomes stationary after a time of
the order 1/60 . Synchronization takes place all the mor,e qui.okly the smaller
the difference between y and 9 will be. After the end of tbe impulse,
n
the phase is modified in a linearo manner proceeding frd'M the' end value of
the pulse, and the amplitude returns to the stationary~valu(i after the time

Radiotechnika, fasc-3, '54-40 (1956) CARD 2 / 2 Rk - 1216
1/6
Block Schemes and a circuit diagram of the device are gl 1ven.,The modulatIor
circuit is in accordance with the equilibrium scheme in 6rdet,to eliminate
the constant component Of the pulses and in order to con6erve.the voltage
at the load. in form of rectengular radio pulses. The generator has an auto-
transformer back coupling, the frequency of the self-oscillations is 1 kc,
and the amplitude is - 100 1'. The generator circuit is inductively coupled
with the load of the modulator. The synchronizing voltage and'tbe voltage
of the self-oscillations of the generator are transferred to a phase de-
tector with symmetrical output, and from the output of the phase detector
the voltage is transferred to an oscillograph by means of a cathode re-
peater. The stabilizing processes of the oscillations are analyzed mainly
according to phase curves. The beginning of~the phase cu4e agroes with
the beginning of the pulse. The end of the pulse is charaoteri 'zed by a
sharp break with transition to a "quasisinueoid". Several, diagrams show a
number of oscillograms.
All theoretical carves agree with experimental ones, and'lalso~the oscillo-
grams of the self-oscillations of the generator on the odeasi6n,of the
action of a synchronizing pulse confirm the correctness of th6oretical
derivations.
INSTITUTION:

KRAVCHWO, A.T.; ALTSTEIN, A.D.1 VORWINj B.S.
Interference between influenza and Rous sarccma virues in
chicks. Acta virol. (Praha) [&g.] 9 no.2:1304% IWL5.
1. L.A. Tarasevich State C,,ntrol Institute of.kedical Biological
Preparations, Moscow, U.SX.R.

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DINDRIKOV, G.A.; KHASNUBMIN, P.Ye.; RIIYKHRUMI, X.No'-, PMM:Effj V.Y,,;
J(UST':jLI, Te.R.; RZMMM, K.S.; IYARGY, I.T.;~IXBANAXOV. A.A.;
TIKSMOV, Tu.Y.; SUMOVA, L.P.; KMWF. L.~.; OWAN)TICH, A.Te.-,
MICK=V, R.V.; VORONI"-.,B,; BJMSTOYSKIY.; XMIUMMSU.
YU.V.; KINAZOVA, L.I.; TASTRUTMA. T.N.; UWIIOT,'A.JI.; VIND-
GRLDOVA. K.B.; XAEPZM. G.A.; DUCHU, L.A.~;:1ROFfROTA, N.B.-,
SIZOF, V.P.; IIZHSMN, S.N.; VILUMIRA, K.A,*;; NICOTIM)T, V.S.;
SPIVAK, G.V., red.; ROSTMA, I.A., red.; GAOWIMAO G.L., tekhm.
red.
(Special practical manual in physical SpetmiWnyi fixichaskii
praktik=. Mockva. I2d-vo Mosk,univ. Vej.'14'! fRadiophyoics and
electronics] Radiofisika, i elektronika, 1960 666 p.
(my" 1): 7)
1. Professorsko-propodavatellskiy sostav o0eleniya radirofizIkI
fizicheskogo fakulitets Moskovskogo gosudarsivennogo -aniversitata,
(for all. except Spivak, NosyrevaI Georgiyev6).
(Radioactivity) (Ilectronic's')

V u ROT4 113,
AID P 4542
Subject. USSR/Electronics
card 1/1 Pub. 90 - 5/9
Authors Voronin, E. S. and 0. N. Berestovolay
Title Synchronization of a i3elf-oscUlator, wi,th radio-frequenay
Impulses.
PeriodIcal Radiotekhriika, 3, 34-40, Mr 1956
Abstract The authors investigated the problem oflestablishing
conditions for the synchronization.,iof S,'elf -oscillating
systems subjected to the action of:radio-frequenoy tMul-
ses which have a carrier frequency~'close to the frequency
of harmonic self-induced oscillations.: The authors stud-
ied the problem analytically and established the phase
and amplitude of the self-oscillations.: They then checked
the results experimentally for a frequency of ime and
.found that these corresponded closely With the theoretical
ones. They conclude the article by stating that the time
of synchronization depends In a high measure on the

AM P
454;2
Radiotekhnika, 3, 34-4o, Mr 1956
Card 2/2 Pub. 90 - 5/9
initial phase. Twelve diagrams and1bocillograms,2
Soviet references (1952'.1 954).
Institution None

KULISIIARMV, F.; VOROHIRL P. 111
--l i

VORONIM, Fodor Ivawvich; AXU' IN, V.I., redaktor; TMIOROVA, Teak.,
[Savivy.tins under difficult conditlons] Mvsnis'~v tiall~6eafth
uslovitakh. Kookva, lmd-vo OKorskoi troosportlD, 1956.:177 p,
(swigatiom) (KURA 9: 7)

111111 IIIIH4
VORCHIN, F. N.: "The variability of perch, its biologi661 pr*"r-
ties,, and methods of developing, valuable varieftei of fish wi-
der the reservoir ccnditions of the ]BelorLmsian MR.," Bi6lo-
russian State U Imeni Ve 1* Lenin. MInsko 1956.
(D""rtation forthe Degree Of Candidate in Bidlqical Sclenoes)*
SO: Knizhna_va I[et2ptal, No 23, 1956
.11~~
I I'll

dor Nikife,rovicit? ksnd4bjOjog#naukj ITANOTi Ybiv rGd-w.j
TORONIN, Is
re
f8
he white Russian S.s B.] lRyler.3smi Minsk'
frishes of t
1957
BSSR, Rsa.sellkhoz.lit-rY
Goo izd (MIRA 12%7)
(White Russia-Ifishes)

VORONIN, F.S.
Iffect of coaoreasibility on the ccsfflcie~tdof fActional re-
Sistanca in Case of a turbulent gas flow, InA.-fiz. slur. no 11.*
81-83 If 159 (MIM 13,3)
(Iluid dynamics)

4/000 766

AUTHOR., ip 591/002,111/012/024
Voronin S/i `
%0
30114
TITLE: The Influence Exercised by the Compressibility 0A the Coefficient
Aulen~ Oita Flow
of Frictional Resistance in this Case of Tur

PERIODICAL: 51(USSR)
Inzheiaerno-fizicheskiy zhurnal, 1959)Vol 9i i, r.. Olt 1?p 8i8
ABSTRACT: Equation (1) describes the tangential otream~~ in 46 Vzbulent~ flows
and provided the tangential stress is linea:~ equition (2) describes
the velocity distribution over an arbitrixylorose section of a
tube. For this formula the author gives sev~e~ral constants which
were recommended by N. V. Ilyukhin (Ref 2).,(3) ield Is the forzula
'
ormufas the autbor.ob-
for the gas density* Proceeding from these f
taints forinula ('12) for the local coefficieAk of tri,:tional reels-
tance. Formula (13) is used to eatimats thi~inf`24enoe exercised by
the compres 11 ibility on this coefficient. Curve 11which, according
to formula (13). shows the dependence of th~ coefficient of fric-
tional resistanoe on the Mach number My and,j curve 2 which was cal-
culated from a formula suggested by Be A.!Z ~aestkJov (Rof 3)t arih
'
obtain-
diagrammatically shown in figure 1. The ei~erime~ntal wilues
ed by Be A. Zhestkov from a tu be 22 mm in,d,iamet,`~r within the Mach
number range 1.2 - 4.3 are also contained I:n this diagram. It is
Card 1/2 shown that there is close agreementwith cdt4e lo~ The position of

68766
The Influence Exeroieed by the Compressibility on-lthe'~Coel~ii- V.17 0/59/OM/I 1/0 *24
cient of Frictional Resiotance in the Case of'Tuibulent WVB014
Gas Plow
curve 2 indicates that the influme of co#tsmalbility has been
overestimated. The evaluation of experimen'tOil r9oulte conce i
flows in tubes and around certain bodiee r'~Ve thelt formula, (13
(Fig 23.'l Theii ;we@ 2 figures,
is very uaeful for these purposes
I-table, and 13 references# 7 of whiW are' SOTis~.
Card 2/2
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ACC NRt AP6030910 SOURCE CODE: UR/0209/66/000/009/0044/0047
AUTHOR: Yoronin, G. (Doctor of technical scienceal Professor);!Polivodit, A
_7
(Candidate ~of'~ical sciences); Vinogradov, Ye.
9 (Engineer)
ORG: none
TITLE: Spacecraft life-support systems
SOURCE: Aviatsiya i kosmonavtika, no. 9, 1966, 44-47
TOPIC TAGS:- manned spaceflight, space biology, life support sy~tem.~
ABSTRACT: ProblemsAn the design, requirements, and'operation' 6f sp4~ceicra.Et life-
support systems (storage systems, physical and chemical regeneration systems, biore-1
generation systems) are discussed. The daily life support req uirements of a 70-kg
man in space are given as: 600 liters of 0 2.3Ag H20, and 0-,~6-0.7 kg of food-
stuffs (100-150 g of protein; 70-90 g of iat-, 420-500 9 of carbohi4rate). Water
supplies can:!;be stored In com-
makes up-4/5 the total weight of food rations. 02 i~
pressed cylinders at 500-700 atm, in a solid or near-solid state at low tomperaturej
-or in chemically bound form (superoxide compounds,or in the fort:~' of 11202). The ad-
vantage of superoxide systems is their simplicity and efficiency'; they simultaneously
yield 0 while absorbing C02' The main disadvantage of such systems for ULoloneed P
spacef ights ruld be tiieight. Physical or chemical regenerations are:. even more com-'~
plicated thad storage systems and neither type would be suitable for prol onged flights
Card 1/2

L,44569-66
ACC NRs AP6030910
However, their use for emergency backup is not discounted. Ais,6j so~e.conponenta of
these types of systems could be included In biological regenerations' aystems, in
particular, computer controlled, algae regeneration systems WhL,ch yield 02 and food,~,'
.The various parameters of algal cultivation and growth are discussed in terms of.the,,,
conditions necessary for maximum productivity. Automatic control of a bLological
regeneration system requires the following: methods of biological invitstigatJon to
elucidate parameters which most completely reflect the state of the,'bioltlgical speci!-
men and to establish concrete trends in various biological pioc-esses;,inlormation in'
the form of signals which reflect these processes; and final .~, cre~tiDn of control
1y,
commands for actuating devices in a biological regeneration system,,' The basic growth
parameters of algae suspensions are discussed in terms of Input dat4 for an automatic
:t
control system. The authors conclude that a brief review of: he aviiilable literature
(none cited) shows that the development of life-support systemlis forfpzol.onged space-
flights is one of the most important problems confronting contemporary cosmonautics.
JCDI
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SI)V) 76-33-01-2 1',
Aij~HOAS. Voronin G.' F., YF-,vseyev,.A ~M.
TITLE; Thermodynamic Properties of ~;Germanium zinc Alloys
V61: 33;V11r
PERIODICAL: Zhurnal fizicheskoy khimii,~,1959
2o29 (USSR)
pp 2o24
gated'thb, thermodyn6 liiarbies of; liquid
ABSTRACT: The authors investi L~i6 pr~
and solid germanium - zinc alloys at 34~211 ~- 466 !; 'by mea.siaring
the pressure of saturated z1nc vapdr. Th'p.'~methoii applied is
based on a method previously' described ef 1 which zade use
of an eff-asion chamber (thih-walled ampuJI - 0.22 g),:a.
quartz spring balance (Fig 1-) and cont ti.niiibus'i4i~.hing. The
chamber was evacuated to i .1b-5 torr, I~~Ja' intained
pera[t~xq qa
eii3ht iread on a
within a limit of 10 and the change 1~ht %9
cathetometer. Due to the, fact that ~the;neighbd;jqt:.artity ~of
1 11 1. i knolan' the:com-
Zn and Ge and the sensitivity of the balance !ai.e'.
position of the alloy can be-ascertaine&,.at anji Instant.accord-
f
ing to equation (1). The re~sultant valt~4i of ftlie~ evapor4tion
heat.of pare liquid Zn at 4350 (26.9 k~all/mo~-")4 ~jf solid Zn:
at 3600 (28-3 kcal/mol), and the melti4poi 4t ~ oj! the 41cy~at
Card 1/2 different compositions are:in good agreij'jzlent lwith corresponding

ThOrmodynamic SOO
p;-Operties of GermaniUll Zinc Alloya I
s,1:0!~33-9 2 T,
The au~ho f a: h eZ al e a 1-
data of publications. rs rt diAitt-od th ctf
vity coefficient, the partial, heat 0c mix~ttg, fht! .1sobari'c mix-
(.at 43~0 C), and th~:'! Correi;p-: ndin,~ values
ing potential for Zn
for Ge (Table). The mutual solubility of iii arA 6e` 'is weak in
solid phase, which is explainvd. by the di1j,ererFo4! I;n the jlatu~re
of the interatomiq bonds. Th~. p6hetratJ at
ion,jdf gimialAum owls
..into the zinc lattice leada to strong deif~rmatior, Of the~l latt'
sorption.4hp system exhibits
and,. consequently, to energy ab.
great. negative dev4at4on fxoj~ perfect soflitions jn the presence
. ~4 1 ~o Ir"
of a strongly positive heat (if mixing. It rj ar-,., -,A - 4~d t ha t t he
j l~
effect.
ts arining, frora the destruction of tfi,e~ z_ ink. ~!s I ruc turfl
(during the~penetration~of g 1y alq.6 ~appeqr 14 li,-~,
atora-d!
qui-i Ge-Zr, alloys. However, t~hils problea~npeds:f~rther investiga-
table, and ~Oi ref oLre;:.rices, 4 df which
tions. There axe 5 figures, 1~
are Soviet.
ASSOCIATIONs Moskovskiy grsudarstvennyy un'lversitet, im'.11 .I
1. 71. Idmonoftlj'ys)
oscow State University imeni M.: Loac n$-.07)
(M
SUBMITT ED s Pebrua.ry 27, 1958.
Card 2/2

5 (4)
AUTHORS: V-Dronin a'. F 1 Yevoeyevp k. M., 1OV/76-153-10-21/45
TITLE: Thermodynamic Properties of Liquid1ead-tin lXloays
PERIODICAL: Zhurnal fizicheskoy khimiij. 1959P Vol 33~~ Ur 1101 :pp 2245 2248
(USSR)
ABSTRACT., There are no data available in publications o~a'tha entropy und
free energy of formation of lead-tin alioya.,.Illh.e:authora thore-
fore inveatigated the thermodynamic rti u ~of' the lead-tin
I prope it I
system within the temperatAre range 730490 q~ly;the meihod~of
pressure measurement of saturated lead:!~aporgip.The evaporation
rate of the metals out of the solutioni~!Was Wadaured wLth the
help of continuous weighing. L quartz W~ipoule~~se-rved aF. effusion
chamber which was suspended on a sprinc~~$al"c(~.:The latter was
a spiral (of a quartz filament and haCa se"~.sitlvity of 35 mm/9
at a maximum load of I g. The temperature wad measured in the
device (Pig 1) by means of a platinum-rhodiuM: thermocouple and
~ PPTV-1 potentiometer. For this purpoaio, the authors employed
~ vacuum of 1.10-4mm Hg. The volatile o6myonont in the determina-
tions was lead. The method used-for det4irmining the activity of
metals in liquid alloys is'similar to that devised by Knudsen
Card 1/2 for vapor pressure measurement. The i;hem.odyftamic functions of

C5823
Thermodynamic Properties of Liquid Load-tin Alloys SO/76-33-10-21/45
the lead-tin system (Table) were caloula~'tiad from the activity
of lead, which in turn was calculated aa6olrdl he to equation (3)
and data on the rate of evaporation out,of thie alloy (&a com-
pared to those of pure-lead). The reaultiant d*mta on the de-
velopment of the integral mixing heats in dependence on the
concentration of the lead-tin alloy (Fi~!2) d",iffered from those
of direct calorimetric measurements by K'FAivakaini (Ref 1). They
are in better agreement with thoseobtai~ed b~.Taylpr (Ref 3)
for solid solutions. This indicates the 19imilrarity of molecular
interaction in solid and li:quid lead-tifilalloys. Herefrom it
resulted that lead-tin alloys had a miarpheterogenoous struc-
ture as was also aseumed by Ye. G. Shvid1covskily (Ref 6). Cal-
culatione by Samson-Himmelstjerna (Ref,4) indicate that the
present data on the mixing heats are more reliable than thoae
contained in reference 1. There are 2 ftiraresi, I table, and
8 references, 3 of which are Soviet&
ASSOCIATION: Moskovskiy gosudaretvennyy univorsitet im. X,:Vo Lomonoeova
(Moscow state University imeni K. To L6m6noso it)
SUBMITTED: October 2, 1957
Card 2/2

$/leg 6161000160310021003;
BOO YB0561:,821i 64'
-All
AUTHOR3; Yevoeyev, A. M., Voronin, 0. F.
TITLE,. The Problem of the Coll-group Theory of Liquids
PERIODICAL: Vestnik Moskovskogo universitet%. Seriya,~29 khimiyal 19601
No. 3, pp. 22 - 23
TEXT: Within the framework of the cell theory it iqo,~~'In principlef
possible to caloulate the correlations between the mAions ~of neighboring
particles by uniting several cells into one group and'ealcu'lating the sum
of states. This idea was suggested for the first time~~in Rdf, 1, ThuBp
it is possible 'to determine the statistical weight of~~;each~gxoup integral
in the manner as suggestod by one of the'authors in W. 21; %,he Hamil-
tonian of a syst.em of N partioles is represented as the summation over
m
the groups of particles: H(Pl.o.p., qj.a.aqN) HSjfpi.Q~pi+sj-1,
J-1 l~,
qio**qi+sj Here, pip qi are momentum and ooo'rdinatjo ofithe i-th
Card 113

The Problem of the Cell-group.Theoxy of LLquide 5/1 6 'oo/oc-3/m/oo3
BOO~%050/6~
.8240h
particlep m - the total number of cell gioupal a - tfiis:num~ei of par-
tioles in the coll group. By putting the expreasioD:
Qsj exp I-P Hej (pi.o.pl+sj_,, qi...qi+sj_,)) dpio*!.4pi+sj'_,)(
Xdqi ... dqi+,j_l for the integral over the cell groups 'the hum of states
of the system may be written down. in the following form:
m
intel
_Tgs Q,,j. Here2 g,jg the statistical weight'Of tht 4-th
N1
gral, is equal -to the number of possibilities of the aietribution of a
group of a distinguishable particles over K cells, whore not more than
i NI
one particle corresponds to each cellp i0e.p g M
Ti jw (N-5),
In the case of a perfeot gas the correlation betweez:ihe motion of tho
9'
atoms in the cells vanisheaq i.e.9 s 4 1', m - N and and
3/2 V VK 2%mkT
h2 Consequentlyp the correction
Q V, P X = -
aj
Card 2/3

The Problem'of the Cell-group Theory of Liquids S/184/60/000/003/002/003
200 ?B056;
82V4
for the-"collective entropy" is not introduced into thie theory from'out-
side.' In.the crystal, the motions of al1atome are in4rrelated4 At suf-
ficiently low temperatures, a group of N cells must be atuili ed, 1.00.9*
N1
a = N and m - 1. Consequently, Furthermore.; Q! may be
% - 71- Qs i , YJ
expressed as the product of the sums of states of 3H harmohic oscillators,
Which leads to the Debye orystal. The eell-group modei is oibviously the
beat means of reproducing k. S. Predvoditeley's conc4~tion6 of the two
forms of motion of atoms in If the--', aingle atoms as-
cillate round their equilibria in a field of N-1 atoma' ifis posoiblep
by e6ans of the cell-group model; to describe the scix'id "alzy-stalline"
component of the motion of atoms in a field of N-a atoms,!There are
3 references: 2 Soviet and I Dutch.
ASSOCIATION; Kafedra fiziohookoy khimii (chair of PhjYoical Chomietty)
SUBMITTED: October 17, 1959
Card 3/3

WHIM14i

------------
s/120/62/060/002/033/047
E
/A 'Pill 0 0
AUTHORS., Voronin, G.F,', Yevsoyev,-A#M., Alekhin' S.P.
I
'6;termination ompo6iiion
TITLE: of the molecular c
distribution of the vapours of metals and.alloys.
PERIODICAL: Pribory i tekhnika eksperimenta, A0.2, 1962, 1111-142
TEXT: In analysing the properties of cdnde 'nI~ing:phiazes,
knowledge i's required about the molecular composition of vap6ur,
above the surface of a solid or liquid substZ!'.hce,::compound or
solution. This article describes a dbvice;which'analyses,the
velocity of molecules evaporatedin a chamberf The chamber is
located below two coaxial rotating discs the';lower,of which,
made of dural, carries four radial slots ranking;:in width,rrom
0.3 to 2.4". The vaporized material is deposited on the,upper
disc of polished transparent plastic, the deposit density
distribution depends on the molecular velocity in the vap:our.'
The vapour composition and the vaporization 'fact.iors of fractions
of different molecular composition may be calculated from the
velocity distribution by a formula similar.:to that of O.Stern
(Ref.2: Z. Phys., v.41, 1927, 563). The discs.'are 180 mm, diameter
Card' l/ 3

S/120/62/000/002/033/047
Determination of the molecular E194/t~435
and the distance between tham may-range from 70, to 180 mm;
they are driven at speeds up to 15000 rpm, the~apeed being
measured by comparing the frequency of signals~~,piekpd up from a
photo cell illuminated through the slots againat ajitandard
audio-frequency generator. The substance contiained'in a
cylindrical tantalum crucible is vaporized in A:~small electric
furnace with molybdenum heaters and the molecul~~ar beam passes.
through the lower disc and two collimator slots before reaching
tiie upper disc.' The -density of deposit on the uppdr disc is
measured by a photo cell photome er,. The equipaient is
evacuated to a vacuum of 5 x to 1 x 10'm--) r~m Hg: by a vacuum
ump and two di:~,f The-test procedure is described,
p _~xsion pumps.
a reference deg_9"Rt is first produced with theAiscs rotating ver
y
ith the discs
slowly, and then vaporization is carried out w,
running at the required speeds until a visible trace has been
obtained from each of the four slots. The,narrower slots give
the more accurate results but the wider afford~'the possibility of
discovering the presence in the vapour of moleoular~fractions of
low concentration. Results are quoted of an.eight-;hour test
Card 2/3

19~
S/120/62/060/002/033/047
Determination of the molecular E194/E43~11;
on'antimony. There are 2 figures.
ASSOCIATION: Xhimicheskiy fdkulltet MGU
(Chemistry Division MGU`)
SUBMITTED: July 29, 1961

VORWIN, G.F,,- YEMEYE7, A.M,
Free vaporization of antimony from its allovs&l!Mmr,' fiz. khim.
39 no. ltl72-173 Za 165 IMIM. 19t1)
1. Mcskovskiy gosudarstvennyy universitat imeni M.V. lamcnosova.
%bmitted Decembern, 1963.

IORONJII, G-F.;
O-o,e,-ties and wrlecu I-EU-
PurL
or. Cr U4,1,,,y vapare by t1le 8f 1;
3, MoekovskV go~udarstvelln'.1-Y universJLet im'311-1 M.IV,

YEIISEIEV, A.M. (Vict.;cow)
DetermInation of the tlaormodynamic- proFx!rtles ~nd
compo3ition of the vapor of b 4nary allo..fg J)y th"a OffucLull
method. Part 2: Differential method of analyzi6tj U6 xosults
of measurements in systems with wide hoinageri6ify regions.
Zhur. fiz. khlm. 3.3 no.12,2857-.2,861 D 164.
1. Moskovskiy gasudarstvennyy univer.9itet lmen,~, IILVI IjDmotioso-,ra.
it

VOROITIN, G.F.; YEVSEYEV, A.M.
Determination of the thermodynamid properties a6d rnolbculur
composition of tht) vapor of binary alloys by tbe' ef funic'n
method. Part 2. Zhur.fiz.khim. 38 no.11:2694,2697 N .164.
(MIRA 18:2)
1, Moskovskiy gosudarstvennyy universitet imeni'llwonpacive.

6-~
VORONIN G.F.
ralculation o~' the total effective atomic co4ision, crozz-sections
from, the velocity distribution In a molecular,beam.:' Zh,;r. f iz. chim.
38 no.10:2487-2489 0 164. (1141.111A 18:2)
1. Moskovskily gosudarstvennyy universitet, ime~i M.Y. LorionosoTaf

k ka -un -1, rRy~ n241 j~ tyl/E.7-110/11-1
-NRt--AF60180l1-(AY--- SOURCE CODE- -UR/0413/66/m/m/012.6/0126
INVENTOR:' Voronin, G. I.,; Slotin, V. I.;.Zaretakiy, B. S.,-~~Krylo4, A. I.,
P7
Shvetsov, . N.-,- Va-ra-nnTKoi-,-G. I.; Eakin, G. I.
ORG: none
TITLE: Ultrasonic unit for fluxless brazing of metalso Class 49~ No. 181967
SOURCE: Izobreteniyg, promyshlennyye obraztay, tovarnyye zt1dki, n~o, 10, 1966, 126
TOPIC TAGS: brazing, metal brazing, ultrasonic brazing, bra;~ing unit
ABSTRACT: This Author Certificate introduces a unit for'Auxle6'0~brgzinj of metals
equipped with a heater and ultrasonic emitter. To increase ;efficien--cy-;~t eultrasord
Fig. 1. Fluxleas brazing unit
r t.
1 - Crucible; 2 brazing al Loy:
3 - ultrasonic mittero
Sp
Card 1/2- UDC: 91.351.61
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AUTHORS~' -1-ko Ilowanov; "A mt!.
Nikit
Al
TIU&,~'A, valve icpid. 'gaie,,i ~:irlas '14 ~r
for a. 1: -
prij, a
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4
omagne exi$
4 vaiie;
'03brat valve
AIMPACT This 'Author CdirtAXicate presentai'an! ic"
r0r. -a liquid or -a gash Thei i47 ive 60Aij* ~is, -164tcjie.s
f ar. connoacting the coilso a. plungoz I ~:~apd a Ist bj~~ a 0441 Fi g. on~m 4 iclos6i,~) Too.
owe- th i ~Voj
r~t&h; t~i~ ~Id ;the
cy.
r 9~iope
is made in-the korm.of a a qifig cyi~ ~euacrpn Al llain_~
c$ 01 "j;;:
W:r
Thi .Cylinder contain.01 ."a Movable- 4liginzy i~
t frby-~ he J -d tj- 2
op Qrrj crd
a
plufigojr a not,
a~xW ~Lt6e~!4.' . P, p ' T I
ary
A
ASSWIATIONr OrOnizats 7a: p ~41 tick i f
d 1A
c (O~jdnizatjxa of. the!51-
tate 0061mj~tew. rk kylArGIOW" I SO
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Mit
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1^543
26 (1.. 4) PHASE r BOOK EXPLOITATION S'Olf/ C.
:Akedemiya nauk SSSR. Laboratoriya 4vigatel*y
Teoriya, konstruktsiya, raschet i - lspytaniye dy1stateley vnutret.inego
sgoraniya (Theory' Design,, Calculation,,,and T-6ting of' Tnternal
Combiistion Notorel Noacow, Izd-vo AN SSSRp 1958* 174 p., (SerieB:
-Its: Trudy, vyp. 4) Errata OUP in$Arte4-* 311000 copieet printed.
.;.Ed., of Publishing House: V.M. Klennikov; Tech. Rd,.: T.A',,'Prusakova;
Editorihl Board: M.D. Ap'ashev, Doctor of Technical',Sciences., NX.
8 'Y%i'.,'B, '8Iv1r,,Ldovj
Zagryazkin.,,Candidate of Technical Science '
Candidate of Techni-cal Sciencesp S.Z, Izrantsei) Engin'ee2'-,' and
Yevgrafov,. Engineer.
PURPOSE: This book is intended for workers of scie#tific,research
inst *itu*tee, students of schools of higher education (vuzeu), de-
sign bureaus,' and to promote exchange of experiiental in-formation
on the thermqdynamics of internal combustion enginesb
COVERAGE* This collection consists of 14 articles based'imainly on
rese&h work-done by the author in 1955-1956. ~#ftrt lin devoted
C ard 1/:W

,I Desio, Calculation (cont.) 13OV/25113
-Imental De-
Sciences In cooperation with:the OKB (OffI elor Expei
sign) of the Ministry of the Aviation Industry;'An 1956. Expert-
mental models-with various coefficients of thi.morian $ section
at changing M number In the inlet and:outle-1 ~6om~O~D T. to 0.34
were'used. The Reynolds number determined a6ebrding to the ve-~
L .7x103 t;'~ )j.0"1. The fol.
in t!he tubes was changing from 35
lowing conclusions were'reached: A. Gompiirid6n ofithe exper;1-
ments.condul-ted with experimental* data from,TAOI:(cen!-ra1 Aero~-
nautical ;e) show that it~ is poE.s.Lble to re-
and ffydrodyrism'lc~ TnfMtui
duce C only in, cases.of smallf, (e. g. , f or >P =0. 5/-- C, =0. 05 f or
profil9d orifices, an'd $=05 for nonpftfil6d!:orif ~eiiY. For
jarge valuei3'of.VrJ,(O:'7_ .8 ~roduced6
~cannot: be appr~b.iabjy'
Profiling practically does no ~ redtice-resista~66 iril heat exhangers
with tubes of 4 mm diameter, 0-08-0-1-mm thic'khess,,'! and 0-0-5-mm
intervals. 2. The application of the-,method~ot~sm4llet~t squares
to'the calculation of losses in banks~of pipe,s-at 4arious values
of the flow of air makes the exact: evaluation '~f ldcal_~ resistances
in.heat exchangers possible. It was determinle"4' for iniitanee that
for Re = ?)cloj to 27.xlo3 and, for 0 - 495 in1i4llUrce caseB
cohaidered, the value of~~.Increases two timeo~~ Experimental work
.was done by,the authors with the assistance of A A.r Al6kseyev and
Card V34.

10114
PHASE I BOOK EXPLOITATIPN
Voronin, Grigoriy Ivanovich, D60tor~of Technic~i:
So e~ios,
--7r-of M=
Osnovy tembdinamiki 1~ teplopereda6hi (~rinilici~i~~6 ol; Th~.,rmo-
dynamics And Heat Transfer) :,Mosi3owi' Ob6ro~jlz, 19!58.
342 p. 15,000 copies printed.
Reviewers: Vukalovich, M. P.,,Doefor of. Technical 'hellences'.
Professor, Petukhov,, B. S., Doctor of T6006al bd~Lences,
Profes=?, Zubarevj, V. N.,: Candidate ~ of ~ Te6hnical Sciences,
'Docent, 13-achenko, V. P., Candidate of Tqcb&calj~ej.ences,
Docent; Ed.: Rasskazov, D. S.,,J~ngineero Ed of~Vublishlng
House: Petrova, I. A.; Tech. Ed.: ..Fukhlik6~ia 14' A
Managing-Ed.: Sokolov, A. I., Engineer.
..PURPOSE:. This book is intended aB,'a textb~ook!for a:lviation
technical schools for courses in thermodynwjd.cs~,and heat
transfer. It may also be useful as a manuixifor ri'v~cialiAts
already working In the field of th6rmodynamici~'
Car&e*ft
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ACC Wit.7-AP602906 uit/0)4ii/66-/630/'oi5/CO~3/CO3~
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1.%:V4NTC-RS: Voronin, G. 1.
L Lomakina, 0. A Syrovoto, X.
011iG: ~no no
TIT Lr,,.- Alow-pressure apparatus for obtaining liquid oxygon frim tihe ai~,. Glass 17,
No. 184274
SOUIZZ Izobrot prom obraz tov zn, no. 15, 1966., 313
Ofact t 0;,
I OKC TAGSi. oxygen, liquid oxygen, gau liquofiar, liqu ;:W~qLo
flicate presents a low-pressure aopara-6um tor obtainin-
ABSUULCT: This Author Certi~ C7
I liquid oxygen froiii the air by low temperature rectification o PI g .1) . Th6
6P
apparatus consists of an air compressor arxi of heat exchan ~c&s placed consecu'ively
behind'tho compresoor and serving for cleaning and cooling ~t~io compressed air,,.a
rectifier with an evaporator for diliding the air into its '~coraponbnts, and an 6k.'Verna:
coolar. 'To incrpaso t1io efficioncy and to lower the cost', Ot %~,o nipparatus, the
external cooi dtraa. air Voing
Gr is placed in front of the rectifier in the: a alf tLe

V L 092-68-67

X 0 9
ORGi none
IV
'160021
TITLEt A Ea~ostatio b of high rotarzr.MS2,_tzi\ Cla a' 47 t ~0
SOURCE: Izobre t o. 6j 1966, 108
teni promy'ahlennyye obraztay, tovarnyye i?~fci n
~ya
TOPIC TAGS: gas bearing, bearing atabilityi vibration damming
ABSTRACT: This Airthor Certificate presents a pooetatic bearing ~of hiZh rotary
-;the circ=fere ce.
I velocity. The boaxing.contains gas ducts located in two rowa atz
To lead away the dirt from the etapant zone.'of the workin~,apacsj in the bearing
and to increase the reoictance of the rhaft to vibrationa,'~Vae internal ourface of
I the bearing contains an axial duct connected by a radial hole tD! the Durfaco of the;--
bearing (see Pig, 1), The polarly opposite side carries aAa thorn axial hole conjnect-~
ing both tows or- the ductof
Cox d 1/2 691.022 5

(0)
LWT(I), AT
ACI; NR. AP6033466 S01JftCL"'-"C01x"- .__W~70'41'3 /'G*Gjbb.0t" 0-1.8/00.16 foo'IG
L
I"N"IENTOR: Aiaqkn~in L. A Vorl "evi;' Ye. 14.
ORG: none
TITLE: Microcooler. Class 17, No. 185940
SOURCE: Izobreteniya,',promyshlennyye obraztsy, tovara,y1ye zPaki,;no. 18,
1966, 46
I TOPIC TAGS: solenoid, cooling, microcooler
ABSTRACT: A low-temperature microcooler, operating: on thd revcrse.Steriiing
cycle, is described (Fig. 1). It is characterizcd by a common.'h -t;si.ng which
contains a cylinder, -with a coaxially situated compressor; and expax.er pistons, a
cooler, a generator, and a drive mechanism. For the ptirpose of reducing the
size of the cooler and to provide dynamic equilibrium, th~~ ~two iannulir solenold
coils, whose armature is rigidly connected.;to the pistons" and the damping gas
chambers for the reverse action pistons, are contained,in the hopsii-,~g. Anoth'er
model of the same microcooler has its electric motors,, having a common stator
and rotors (the latter attached to the piston rods), situato_"~d in the m;crocooler
koa-114-1 / 2 UDC: 621. 574-242-837

------------
ACC N& AP6033466
housing, in order. to decrease losses incurred from friction bettifec-n 'the cylinder
and the rotating pistons. [Translation]
Fig. 1. Microcpt)~er
1-Housing.- 2~-c ylinder;
3-comPIressairpiston;
J J 12 /14/11 1 1
V., L 4- a, der 'iston; 5-cooler;
~exp p
6-rege',~ erator; 7--solenoid
n
coils; 8-~-arniaturc:; 9-damping
In -- electric
gas chaLl' bers; 11)
motor s,tator; I I - electr-.c motor
- ----- armsture; 1Z-pislon rods
SUB CODE: 21 SUBM DATE 28Jul6 5

- ------------------------------
POPKM, Vasiltr Ivanovich, kandA;ekhn.nauIc; SERGIYEVI V.Iadlmir ?01-lyenoviob;
retwazentj NINITIN, V.M., retse~z6nt;,dA34)Vj,,,
DAt red.; OAMIISp Mop tekhnred,
[11ork crganization at garment factories] Organ itsiiw proiz-
Yodstva, na shveinom predpriiatii., Izd*2,q,pere,,4,i d4po Mookvap,
Izd-vo nauchao-takhnalit-c7, 1960., 202 p.:
(baRA 3,4:6)
(Clothing industry)

FBDEHM, Vasiliy Gavrilovich, kand.tekhu*nax*; SAVOST17INly, J'.v
retse,
nzent; TCROXIN,-Gjtretsenzeut; GAB
IRMUN, X.T-.;-Ukfiiired.
(Methods for making glued seems in assembling ~olothing
sections] Metody kleavogo ooodinoniia detalell shve 4K
isdaiii. 12d,2,, perer. i dop.: x~skva, (too. rladohnb- to khn.
izd-.vo lit-ry po legkoi promyshl., 1959. 14,p*
(KIRA 13:5)
(Clothing industry) (Glue)

MINYUK, V.G., kandidat teldmichaskikh nauk; SAVOSTITSIUY, A~V., retsenzent;
i
I"--&,,retsenzaat; BBGALI,,N.M., radaktor;
DMiT.MT11VA, N.I.9
takhatchaskiy, redaktor
[Methods of gluing parts of sawn goods] Met6dy kleavog;a toeflinentia
datalet shveiuvkh Izdalii. Moskva,IGos. nauchno-tekhn itd-ivo
Ministerstva legkoi promyshl. SSSR. 1956. 89 p. ('M:i',RA 9: 11)
(Olue) (Clothing,industry)

RUSAKAV., Sergey Ivanovich; TRUKHM) Gemadiy Lukich; EI~SLI, ;SG!,,rgwy
Bergeyevich; FOPKOVI VasilJy Ivanovicb;
retsenzent; KARASEVt V.K.p dote.,, retseAzentj~OITIFOVi~ A.I.t
bn. ~xuiuko
prepod.,, retsenzent; SHMMMA, V.F., kand. ;t
retsenzent; 1431TAYEVA, T.M.j, red#j SJtAFWGV,:T~'.A., tekbr,. red.
[Toohnology of clothing manufacture) Tekhnolo g~'iia a4velir,ogo
nrdisvodatva. led.2.. parer. i dop, Mookvaa!; (160. I~dy,-VO

'Jill
MR. ITHE 11' kib"i 6" W"N' w"Im"
"' ft""""IMBOM UPS*
VCRONIN G.R.; HIMLYWV, V-Pa
CMracteriatics of structuras formed from the bUad pUrva: during
its culture, Dokl*J1 SSSR 96 iio.3t629"631 NY '5C' W-RA 71-6)
1. Institut Sksperimental Inoy ineditelay: Akadewil i~~IiII(Pdii~titaklkh
nauk $362. Predstavileno, akademikoil-NbAntabkov
(PUMA,
"'Structures formed during culture of I" Ma.)

USSR/Human and Animel Morphology (Normel --- a__n_-d___P_P__t__h__ol_o_g~o c1-)-
Abs Jour : Rcf Zhur - Biel., No 12, 1958o No 55044
Author : 11-likhvylov, V.-C.2 j_oronjn,_a.Z;rr-Chorcdoyavrf Yo.A.
Inst : Academy of Modicel Sciences USSR, Instil-utc:'of Exparinuntel
Medicine.
Title s Invostigationr of Some of the Gestro-Intoctinel Tract Sac-
tionr in VIdto Ratp in Experimental Neurotic States.
Orig Pub s Yezhogodnik. In-t okrpcrim. mod. Akad. mod.''nauk.SSSR, 1>-55,
L.t 1956, 386-390
Abstract Morphologicel chnngcF of eny kind were not discovered in tho
intostincl tractE of wbito rets when inhibi ,tod or irriteted
stcter existed, except for romo inrignific"t displecoment
within the mitotic rogimen of the colon's 6pitholiol cclls.
Cord 1/1
4

ussR/Hurran and Animal Morphology'- Dige3tive System
Abs Jour Referat Zhur '- Biologii, No 16, 1957, 70336
Author Voronin., G.N.
Title The SecretFr-y Role of the Epithelium of tht Pan(zreas
Excretory
Orig Pub Dokl- AN SSSR, 1956, log, No,4, 862-864
Abstract 69.ratowerc studied from birth to 12 Mont. ;of a!
Main excretory ducts of the first order ar their min
~
branches- ducts of the second order, are I
incd. by high
prismatic epithelium.1 and the smaller ones first by
cubic and then flat. In the epi-theliun 0~ the of
I and II order and in their crypts we fi nq:: 1) epethe-
lial cells, having large oval nuclei with! evenly distri-
buted small granules of chroma- tin mid small.cej-101, I.,yto-
plasm. 2) goblet-dells fo
und singly or in groups or 3-6
i
: ~ ~
cells, more frequently in riew-born, rarer-In adult; the
"icaralne-red;
content of these ce" s can be dyed by muc
Card 1/3 65
00