SCIENTIFIC ABSTRACT VEYNGEROV, M.L. - VEYNIK, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859630010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'X_
AUTHORS: Veyngero7, M. L# and Sivkov,, A* A. 51-4-20/26
~TITIZ: A Method of Study of Emission Spectra of Gases at Room
Temperature. (Metod issledovaniya spektrov iapuskaniya
gazov, nakhodyashchikhaya pri komnatnoy temperature.)
PERIODICAL: Optika_i Spektroskopiya, 1957, Vol.III, Nr.4,
pp.393 394. (USSR)
ABSTRACT: A negative optico-acouatical effect was discovered in 1950
(Ref,l) and applied to gas analysis (Ref.2). This effect
was used to obtain infrared emission speotrun(in the 15,~L
region)of carbon dioxide. The apparatus Included an
infrared monochromator with a rook-salt prism. A mirror
was placed at 450 to the beam at the monochromator exit.
Below this mirror a Dewar vessel (refrigerator) with
liquid air was placed. Between the mirror and the
monochromator exit alit a diae with , rtures was
rotated (interruption rate of 430 In front of the
entrance alit of the monochromator an optico-acoustioal
chamber filled with.002Dwas placed* This chamber con-
tained a microphone epth of gas in the chamber was'
Card I/A, 10 mm. An alternating current from the microphone iia-a

51-4-20/26
A Method of Study of Emission Speotra of Gases at Room Temperature.
amplified and measured with a mirror galvanometer.
The figure (p.394) shows the galvanometer defle.-tion
against wavelength for C02 at room temperature. The
reasons for this effect are as follows. Carbon dioxide
emits when an optical path is open between the chamber
and the refrigerator, since the latter is at a much
lower temperature. Due to this emission temperature
in the chamber falls. Then rotation of the diae
interrupts the optical path to the refrigerator and
temperature rises again. This causes pressure
pulsations recorded as a.current by the galvanometer.
. Presence of carbon dioxide in air outside the chamber
weakens the effect described here. The method may be
extended to about 100 There is 1 figure and 2
*
h are Slavic*
references, both Of wric
ASSOCIATION: Leningrad Institute of Precision Mechanios-and Optics.
(Leningradskiy institut tochnoy mekhaniki i optiki.)
Card 2/
A,/

i4
rd
ia -Jilf
d 1;

AUTHORS: Veyngerov, M.L., Nechayeva, L.M., P&nicmtov, NA., and Sivtov,,AA.
TIT13: A New Meth6d of Investigation of Hatission Spectra of Bodies at Rom
Temperature (Novyy metod iseledovaniya speL-brov ispaskaniya tel,
nakhodyashchilchsys, piri komnatnoy temperature)
PERIODICAL: Optika I Spektroskopiya, 1958, Vol IV, Nr 6, pp 797-799 (USSR)
ABSTRACTS A now differential method of investigation of emission spectra of bodies
at room temperature is reported. This method is based on the use of
two refrigerators, in the same way as in the analysis of gases by means
of the negative optico-,acoustic effect described in Rof 3. Principles
of the method can be seen from Fig 1. In front c',' a monochr=at.-r
alit 1 there is a plane mirror 2, a concave mirror 3 and a not-aelective
optico-acoustic receiver tsee Ref 4). The signal produced by the
receiver 4 In amplified by the amplifier 6 and after synchroacus
rectification by a detector 6 Is measured by a mirror galvanometer 7-
1n front of the other monochromator alit a mirror moiulator 8 and
two vessels 9 and 10 fillod with liquid air are placed. A gonamtor
for the synchronous detector is on the axle of a motor 11. Direotly
above each vessel filled with liquid air there is a cell which has
Card 1/3 sylvite windows. Plans mirrors are placed at an angle of 45o to the
y I

SOY/51--i-6-15/24
A Now Method of Investigation of Mission Spectra of Bodies at Boom Temperature
horizontal above each of these calls. The arrangement is shown in
Fig I on the right-hand side. According to the position of the mirror
modulator 8, radiational exchange between the receiver 4 and.ona or
other of the liquid-air refrigerators will occur. The res'alting sipA
produced by the receiver is equal to zero unless one of the calls in
filled with the gas to be studied. In the letter case the resultling
signal is proportional to emission of Sao in the spectral region
selected by the position of the monochromator prism. Using the
apparatus described the authors obtained emission spectrum of methane
at room temperature in the region near 8 A&. The results obtained
are shown in Fig 2. The monochromator olh widths used wars 2-mm
which correspond to a spectral interval of 0.73 p~ The method
described can be applied to liquids and solids, as well as to gass4-
The authors point out that Stapenov and lhvashchavikaya (Raf 7)
described an apparatus consisting of a refrigerator, a monochromator,
the substance studied and a receiver which van used to obtain curves
Card 2/3 from which by the usual methods the absorption or emission spectrum

A Now Method of Iiroestigation of Smission Spectra of Bodies at Rom Temperature
could be obtained. 'there are 2 figures and 6 Soviet referencox
ASSOCIATIONj Gosudaretvannyy Optichaskiy Institut im. S.I. Vevilova kState
Optical Institute imeni S.I. Vavilov)
SU311 TTED s November 27, 1967
Card 3/3

SWBODSKILYA, P.V.; GZ=VIN, Ta.I.; VZnTGEROV, M.L.
Phasometric opticoacoustic method for gas analysis. Trudy kom.
anal. Mime 8:252-257 158. (MIU. 11: 8)
Oosuda stvannyy opticheskly Institut,ine SaIs Vavilovae
r
(Gases-Analysii)

SOV/51-6-5-31/34
All THORS Voyngorov, ILL., Sivicov, A.A. and Petrov, A.?.
TITLE% Crooles I Radiometer as a Modulator of Radiation (RadiometrKrukia v
kachoor,va modulyatora izluchaniya)
PERIODICALt Optitca i Spoktroakopiya, 1959, Vol 6. Wr 5, pp 713 (USSR)
ABSTRACT: Under some conditions it is not possible to use modulators of radiation
which are rotat-i by an electric motor. The authors found that a
modified Grookes' radiometer can be also used as a radiation modulator.
The moving system of the radiometer consisted of four mica. plates
blackened on one aide and aluminized on the other. Those plates were
suspended at 450 to the vertical. A radiation flux which caused the
'radiometer to rotate was directed horizontally on to the blackened sides
of the plates - Radiation flux which was to be modulat5d was directed
vertically on to the alwainited sides of the plates and ims interrupted
when these plates rotated. The rate of rotation of the radiometer
depended on the vacuum and on the intensity of the horizontal radiation
flux, whic moved the plates. The highest rate of rotation van achieved
at 2 x 10- mm Hg with the horizontal flux intensity of 0.5 W. The radio-
motor rotated then at 13 rev/sec,equivalent to a modulation frequency
Card 1/2

CrookEs' Radiometer as a Modulator of Radiation SOV/51-6-5-31/34
of 52 c/8- This frequency could be decreased continuously to zero.
The maximum diameter of the C-38-section of the modulated beam was 10 mm,
Another variant of the Crookes' radiometer with two series of plates
could also be used as the radiation modulator. In this case one series
of plates was fixed vertically and was used for rotation of the
radiometer, while the other was used to modulate the vertical radiation
flux.
SUEMITTEDs January 9, 1959
Card 2/2

PAVLENKOp V.A.0 glavn7y red.; VEYNGEROV, IU red.-
GAMRj, D.G., red.;
KRE24LEVSKIY, P.P., red-._,_MZ'FUUTSM, D.L., red.; TURICHIN, A.M.
red. (deceased]; KOBYAKOV, H.L., tekhn. red.
[Automatic gas analyzers] Avtomaticheskie gazoemplizatory.
Moskva, TSentr. in-t naucbno-tekhn. informatsii elektrotekhn.
promyshl. i priborostrooniia, 1961, 598 p. (MIRA 1515)
1. Nauelmo-tekhnicheskaya konferentsiya po avtomaticheskim,
gazoanalizatoram, Leningrad, 1960. 2. Spetsiallnoye konstruktor-
skoye byuro, analiticheskogo priborostroyeniya Akademii nauk
SSSR (for Pavlanko, Orshanskiy).
(Gases--Analysis)

s/o5i/6i/oil/oo6/olZ/012
~9032/85i4
AUTHORSt Veyngerov, M.L., Sivkov, A.A. and Pien Nang-hua
TITLEs A hot filament tube.with a radiometric modulator
PERIODICALt Optiks t.spektroakopiya, v.11, no.6, 1961, 780-781
TEXTt This is a continuation of work reported by.the first
two of the present Iauthors and 'A, P. Petrov (Ref.lt Opt, i spektr.,
6. 713, 1959) - A description is'Xiven of a tube consisting of a
hot filament and a set of moveable vanes immediately above it
(Fis.1). The vanes are at 45* to the axis of rotation and are
made of 0.05 am aluminium, foil with 0-03 mw mica plates attached
to them. The filament is in the form of a cylindrical spiral and
in made of tungsten wire. The tube is filled with nitrogen to a
pressure of a few hundredths of mw Rg. Both sides of the vanes
are co&ted with lamp black. Fig.2 shows the relation between the
modulation frequency (left-hand scale) and the power input W
(watts). The angular velocity is also indicated (rps). The curve
,-'tends t6affmaturatelt an a resul;t of frictional forces. The
~.IlsaturationlO. may be made to appear at lower velocities by increasing
gas.pressurs, There are 2 figures and I Soviet-bloc rpferqnce.
Card 1/2

A not filament tube with a *so 5/051/61/011/006/012/012
I I 9032/E514
L----
I I-. . . I-
'1 4 6 i,? 16
1; I'd 611, 1)
, W
Fig . 2

L 5419-66
ACC NR; AP502-5087 SOURCE CODE: UR/0368/65/003/003/0221/M24
AUTHORS: VejTgerov, M. L Miao,Chia-ting 7-1
ORG: none
TITIZ: Optic-acoustic gas analyzer with fixed zero-point scale reading
____SOURCE:
-Zhurnal prilcladnoy-i~ektroskooii,-v.--3,-no-e 3P-1965p 221--224--
TOPIC TAGS., eas analyzer, carbon dioxide, acoustic receiver, gas analysis
ABSTRACT: An improved optic-acoustic gas analy-zor is described. The device is
an improvement over that-described by H. Humol (Chem. Ing. Techn., No-O 12, 776P
1~57). The principles of operation of the analyzer are depicted in Fig. 1. A
s-_ieriatic of the apparatus is also given. The gas mixture to be analyzed is in-
troduced into the wedge-liko absorption cell situatod between the radiation
source and the optical-acoustic receiver. The latter usually contains the gas to
be determinod. By rotating the absorption call about an axis parallel to the
incident radiation flux, the thickness of the irradiated gas layer periodically
changes. This, in turn, causes a modulation of tho radiation flux, the magnitude
of which is proportional to the concentration of tho gas in question in the
Card 113 UDCi 543.271:681.4

L 5419-66
A
Fig. 1. Principle of the optic-acoustic gas analyzer with fixed
zero-point scale re4ding. I- absorption call; 2- radiation
source; 3- receivor; 4 and 5- axis of rotation
mixture, If the gas is absent, no modulation occurs. This corresponds to the
zero scale position of the device, The analyzer.was used in the determination
Of C02 concentration in tho region of 0 to 2%. The experimental results are
shown graphically (see Fig. 2). It is suggestod that the analyzer should prove
useful in situations -in which the zero-point reading changes as a result of
optical asymmetry arising from the various parts of the system.
Card 2/3

L 5419-66
ACC HRx AP5025087
.A
.10
Figmi--2-i- Wibia
--ting-curve(A-e-reading of -light -source -voltmeter,
relative units; C- concentration of CP2 (in %) in absorp-
tion cell
Orig. art. has: 3 graphs.
SUB CODE: OP UBM DATE: 09Dec64/ ORIG MW: 002/ OTH MF: 001
G~C/S
Ohl
Card 313

c~_VXMZROV, M,L,j SIMV, A.A.
Single-beam optico-acoustic gas analyzer. Opt. i spektr. 8 no.5:
735 My 160. (KIRA 13:9)
(Gases-Analytis)

USSR/Phar.--acoloay and To,-dcn~lo6y. Cholinergica V-5
Abs Jour : Rcf Zhur - Biol., Ila 10, 1958, No 47191
.1juthor :Vbyngol'd-RybI-:ina I.V.
Inst-
Title :The Use of Es~~rinc and Small Doses of Aponorphine for the
Control of E.=itation In Montal Patients.
Orig Pub :Sov. zdravoollir. Kirgizii, 1957, No 4, 34.-W
'Costract :In order to rc:.,Lvc th,, sharp uanifestations of ;=itation in
to
Liental patients, it is rQccrxizmI,2d that s-Acutancous injQc-
tion of apouorphinc hydrochloridQ (A) in r0latively 8'.1a11
dc)SQB (0-3-0.5 ril. of 0.2% solution) not proc.,acing nausea
and va,-Atina, as a r-ac, be effected. A positive effect
(calning a-Acr 5-30 min. following introduction of A) was
noted in 200 obscrvations on 90 patients, in 84.5% of casQs.
The Qffr-ct of A in short-lived (a f,~w hours). It is cxpcdi--nt
to apply A in cycitod conditions bcTcjrQ and aMx the shock
phase of insulin hypoglyccriia, as v-.11 as together with
Card 1/9
19

USSR/Phamiacology.and Toxicology. Cholincraics V-5
Abs Jour : Ref Zhur - Biol., No 10, 1958, mo 47191
barbiturates in the truatment by discontinuous slio-cp, since A contri-
butes to the shortaning of the phase of pro-narcotic ox-
citation and. increases the hypnotic affQct :~f barbituratQs.
In or&!r to combat tho psychonutor excitation in 115 non-
tal patients, incitiding 60 affectod with schizophronia,
userinu selicylate (ES) ~ms applicd ( 1 LLI. of 0.1%
solution, subeutmicausly, twice a day). In the majority
of patients with dolirio-miential affQctions, a haUucinatory-
paranoic for,-J of schizQphrc-nia and prosanile psychusos, on
the 3rd-4th day of treationt with ES, a prolonged and last-
ing dQcroasc of excitation could be achiovod. Complications
in the treatmont with ES (excessive state of inhibition,
nausia) wcra obsom:4 in 16.5% of casos.--S.M. Shtcynburg
Card 2/2

TEYNGOLID-R' KIIIIA, 1. V. "The use of a-o~qorp ne xid ezcrire ~o
comhat the causative agent in mentai natients." Iirgiz State
I
Medical Inst. FrunZe, 1c,56 (Dissertation for the Degree of
Candidate in Sciencc)
SO: Kninhrmva Idol ' NO.- 3Ej 1956 %loscow

V-IrT
V C-rld Lod S
and esorine to curlib- in vationtc." 1957-
16 pp (yiTJ z li-u; Q 2'-,0 22-.-~:, 13)

VEYNGO.L#D-RYBMA, I.V.
Letter to the editor. ZhUr- nevr. i paikh. 64 no.2:319
164, (KTRA .015)
f -
t I , m-

MMMMW
U M /Pharmacology - Toxicology - Tranquilizers.
Abe Jour Ref Zhur Biol,, So 3; 1958, 1M7
Author Veynp!~Id RybkI=j I.V.
Thst,
Title On the Use of Reserpine in Psychiatric Diseases.
Orig Pab Sov. zdravookhr. Kirgizii., 1957., No 4., 58-59-
Abstract No abstract.
Card 1/1
U-5
VICIVIK, A,, prof.
Regularities are better than fortait7. Tekb. mol. 31 no
10-:L2 163. (KMA l6sgio*
1, Chlen-kor spondent AN BSSR.
(Engi neering)

VEYNIK A I
Mathematical formulation of the problem on the freezing of wet
ground." Sbor. nauch. trud. Fia.-tekh.inst. AN BSSR no.7:179-183
(KM 15:7)
(Soil freezing)

VEYNIK. A I.
Experimantal determination of the heat capacity of electrons, Izr.vys,
udheb.zav.;fiz.no.2t173-1?-4 163.
(MRA 160)
1. Bolorueskiy politekhniches4y--i*jAftvAi*
(Themeleotridity)

,VEYNIK, Allbert lozefovicb-, TSTEDIDIA, L.N., rcfd,
(Sbrinkage phenomena and the feedl!ng of castIngs'
rqs ialtleniis i pitau-a otlivok, Vysshoda Wkn,.'la~
. 1964. 32 P. (MIRA 18~6) I

BONDARET, Vladimir
N~ Fy
prof.1 M~iK"WfUNA-t Lyr~~ I k a !~T, .3
YefjmcvI-hi GLINKIN: F.r -1.
[General beat enginok-! ing~, a wmud] Ob-
shchaia teplotekLiniklil. ~ab--raT~-IIYA praktik-un, '(By] V.A.
Bondare-7 I dr. Minssk~ Vysohs-ta 1-41 p.
(M'-ILA A811 10)
All Saq (L.r Veynik)

- J, .-L.,
1, im,
Dis3ert5tion: ar-d Cc,-cl-'nf7 of Solids." "o.7co-' Aviation Trcl~n Ir
5 Jim 4-7
SOv Vochornyayn Moskvr~, Jun, 1',34" (Pro,ll~rt i~!"----36)

-NIMITK~- A. -I, -and --GLMINAN, A. -A.
"The Theory of Heat Exchange Between Casting and Form: Selection of the Optimunt
Wall Thickness of the MeLal i1old", Zhurnal Tekhnicheskoy Fizikio Vol. 20, Uo. 9. pp 1029-
1038, 1950.
-SO: W-17131,, 1 Mar 1951

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VEYNIK A I
Innovations in chill casting. Mashinostroenis no-5:51-56
S-0 163.; (MIRA 16:12)
1. Chlen-korrespondent AN BSSR.

Mnli"tals Casting mar 51
"Zffect of Convection on the Process of Ingot
Solidification," A. 1. Veynik, Cand Tech Sci,*
,KATI (Hoscow Avu Technol lust)
Litey Proizvod" No 3, pp 14-16
Study of pbys conditions of solidification broug'at
'the conclusions: Natural cowrection, has no effect
an the crystu rate of an inot under norzal condi-
tions (only slight overheating). Measwes vhich
contribute to directional crystu and decrease, baftbt
',of shrinkage cavity are decrease in intensity of
lqM1
USM/Metals - Casting (Coutd) Mar 51
host elimination from the sides and top of an ingot,
Increased beat eliminaticm tlr~aagh the sold bottom,
and more efficient thermik' insulation of bead.

d4
P4

U&MJYMAIS CAS
"Thermal Calculation of a
I. Veynik, Canl Tech Sci, Moscow A~m Technol Inst
"Litey Proizvod" No 6, pp 20-22
Discusses the influence of nonmeTALLlic Sold-on-
the-crystu process in castings andLauggests
f=wl", vbi* express -relations ssoM various
factors durUg solldlf.~cst%= of cast"S.
196W3

tals - Canting, Equipment J'U1 51
,Thermal Design of Metal Hold by the Method
,of Finite Differences, "'A. I. Veynik, Cand
Tech~ Sci, Moscow Avn Technol Inst
Litey Proizvod" No 7, pp 16-18
Method of finite differences facilitates
V-4 is in cale'n process, of significance of
YX
-.4 various zold parameters which have effect on:
Ag. kolidification of *caiting. It permits coinsid-'
eiition of temp chani~s in thermo-phys constO
of materials of ca:sting and mold &u-d their
19"
OSM/Netals Casting, Equipment Jul 51
(dontd)
4*at-.loss coeffs, and also change in value of
i0p between mold and casting In the process ,
,of cooling. Method id applicable to castings,
of limited sm&ll thicImess.
19"

) 14* ~.
L. 1. VeIni anti A. A. Gukhtivan. "nj3y,1Is of wn(iiiioms of thcrrii3i Iiit,)tacticri b3twuen
casting and riold. P. 51
Foscow Inst. of %vistion
Technolog7
Chair of Thermotechnics.
Jan. 10, 1950
So: Journal of Teciinical Physics, Vol. 21, No. 1 (Jan. 1951)

1. Veinik cmd A. A. G-ukhman. '-~,~ethods 'LI-r calcuaating the crysto'lization rocesses
in casting. F. 65
I-bscow Inst. of :1,viation
Technolo
Chair ofqlllermoteclmics
Jan. 15, 1950
SO: Journal of Technical Fhysic lol. 21, No. I (Jan. 1951)

471 110P CAWINS Of I HOWAll A _1
-% hl,- ILI 1.
All.1 Of 1114- CINJI119 Of C4,4111gs.
J'Alli.141sh to 11141.111% llwhk Air 111"Attull.

W4604 I" deto-cmh .dnc thamAl 004daitifib"I
C04fta. !A~ 1. VefulL ~ UMN4m P .- 1.71. "~'
12 ;' -;' ! tl"A-,MXWW - t
Under in"14=1 =4 sed W" a metsj at ks saaam.
tion telala., a of cmpkto wmffim;wa Is ulmmut
m')FIettin the temp. of the Inew "d of the Outside of thik:
(i agalut the time, and the themal cmd. I detd, fmm
the formtda ~ - Q;X. (11 - lt)FTkmJ./sq p4 /hr whetix
is the thIcimica of the coating, Qr, Is btat o( ''j!
the rectal, (I sad 4 are temps. of the =14 wau
After Widificaf1m, and r i3 the time of
U=- EXPU- Proctice 844 the mults.
-.Lmtod Mon i~z'.-ta.

VEYNIKv A. I.
VUR/Ketals - Casts Fab 52
"Crystallization of Cast in a Nonmetallic Mold,"
A. I. Veynik, Moscow Avn Technol Inst
"Zhur Tekh Fiz" Vol XXII, No 2, pp 2T7-284
.Correct theory explaining process of heat exchange
between cast and mold is necessary for selection of
proper solidltying conditions. CuiTently applied
theory by X. Chworinoff (cf. "Die Giesserei" 27, 177,
201, 222, 1940) shows some deficiencies, analyzed in
this article. Indebted to A. A. Guk-h-n- Received
30 Mar 51.

VEYKIKS A. I.
VM/Xetblx - cast# 'Feb 32
"Crystallization of Cast In a Metallic Holds" A. L
Vsynik, Moscow Avn Technol Inst
"Zbur Tekh Fiz" Vol XXII, No 2, pp 285-293
Derives forwilas of heat exchange between cast and
ahold and between thickness of solidified cruet and
time, last particularly Important because it chez-ac-
terizes crystn of metal and quality of cast. Zxptl
data were in agreement with theoretical results..
Indebted to A. A. Gukbman. Received 2 Jul 51-
209%5

VMTKI A. I.
Founding
Cooling of castiDg. Dokl. AN SSSR 85 no. 3, 1952
-4,
UNCLASSUM.

V E y wfl~j
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 6oo - I
BOOK cal No.: AF617183
'Author: VEYNIK, A. 1.
Full Title: HEAT PRINCIPLES IN THE THEORY OF CASTING
.Transliterated Title: Teplovyye osnovy teorii litlya
PUBLISHING DATA
,Originating Agency: None
Publishing House: State Scientific and Technical Publishing House on
Machine-Building and Shipbuilding Literature (MASHOIZ)
Date: 1953 No. PP.: 383 110. of copies: 4,000
Editorial Staff
Technical Editors: Modellp B. 1. and Sokolova, T. F.
Appraisers: Konstantinov, L. S., Bidulya.. P. N. and Rykalin, N. N.
PURPOSE: For foundry technicians, personnel of scientific research in-
stitutions, students and teachers of foundry operation.
TZIT DATA
("overage: This book is a theoretical study of the cooling process
in metallic and nonmetallic castings. Casting phenomena are grouped
into four classes, namely: casting into nonmetallic moldso into
chill molds, into Ingot molds, and finally the casting of nonmetallic
materials. in'the process of formation of the ingot thermal phenomena
play a basic role. The theory of heat transmission based on the
1/2

. Teplovyye osnovy teorii litlya AID 600 - I
theory of analogies Is widely applied.
No. of References: Total 60, 56 Russian, 1933-1952
Facilities: None
2/2

7. Thermal theory of founding, Lit.proizv. no. 4, 1953.
9, Monthl List of Russian Accessions, Library of Congress, APRIL -1953, Uncl.
-- ---- ---- ---- -- -I - - --- . -

5336 vapik,, A. 1. Litlys pod davlaniY$N- (Ksk*tOM* R&Behst.,--)* Not
Maahgisp 1954. 63 O.B. ohart 22 am 8.000 eks. 2r-(55-901) P 621.7A-04
sot Knishnva letopis Vol. lo 1955

124-1957-1-455
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 58 (USSR)
AUTHOR: Veynik, A.I.
TITLE: Analysis of the Flow of Molten Metal in the Mold for Pressure
Casting (Analiz protsessa techeniya rasplavlennogo metalla v
forme dlya lit'ya pod davleniyem)
PERIODICAL: Lit'ye pod davleniyem. Moscow, Mashgiz, 1955, pp 14-30
ABSTRACT: It is noted that the*wmal conditions that affect the process of
casting must be considered in conjunction with the flow conditions
that result from the action Of the pressure plunger. Starting from
certain assumptions, the Author derives formulas for the hydraulic
and thermodynamic calculation of the process involved in the
shaping of a casting. It is noted that the hydraulic formulas are
obtained for the case of stationary flow, which is possible only in
-the ?resence of significant internal friction; otherwise the inertial
forces would assume a considerable magnitude. It is also noted
that the accuracy of calculations performed with these formulas,
for all practical purposes, is fully adequate. In conclusion it is
said that the hydraulic resistance of the mechanical device is no
Card 1/2 less important than the resistance of Cie mold, but that its calcul-

124-1957-1-455
Analysis of the Flow of Molten Metal in the Mold (cont.)
ation in principle does not differ from that of the mold and, hence,
there is no need for including it in the present paper.
A.N.Klirnentov
1. Liquid metals-Flow-Analysis
Card Z/Z

_Vr
E I
AID P 2577
SubJect USSR/Engineering
Card 1/1 Pub. 110-a - 16/16
Authors Oukhman, A. A., Doct., Phys. Math. Sci., Prof.
Shumayev, A. I. and A. I.-Vgyn k Tech. Sci., Profs.
L_, Docs.
Temkin, A. G., Kand. -Te-cff-.
Blokh, A. G., Kand. Tech. Sci.
Title A. F. I-..hudovskiy Teplo obmen v dispersnykh aredakh
(Heat Exchanixe in Dispersion media) Gosenergoizdat,
19 'IF-(Book Review)
PeriodiCal Teploenergetika, 8, 60-64, Ag 1955
Abstract The book is an analysis of large-grain dispersion
material. The reviewers consider the book as a t5uely
contribution to Soviet science, although it is not
devoid of some small errors.
Institution None
Submitted No dat6

[Heat conauctivity testing of patnts for molds] lopytaule kokillnykh
krasok a& teploprovodnoet'. Moskva. Maebgis, 1936. 231 p. (KLRA 9:12)
(Rea t-Traw-miss ton) (Founiling)

VWNIK Allbert lo-jifovich; OUKMUR A.A., professor, doktor fisiko-
matematichaskikh nauk, redaktor. SUSHKIN, I.N.. redaktor izdatelf-
stva; RiMWV, A.P., tekhnicheakil redaktor
[Technical thermodynamics atA principles of heat transmission]
Tbkhnicheakaia termodinamika i oenovy teploparedachi. Pod red.
A.A.Gukbmana. Moskva, 4:Ds. nau-nhno-tekba. isd-vo lit-r7 po chernoi
t tevetuoi matallurgii; 1956. 448 p. (MLIA 9:9)
o (Thermodynamics) (Heat-4ransmission)

D-3
UdsR/,*Ato/m)ici~id Molecular Physics- Statistical Physics
Thermodynamics
Abs Jour Ref Zhur - Fizika, No 1, 1958, 719
Author
Inst
Title Concerning the Non-Equilibrium Nature of Thermodynamic
Processes.
Orig Pub Tr. Mosk * tekhnol. in-t pishch. prom-sti, 1956, vyp. 8,
233-236
Abstract The author introduces a criterion of non-equilibrium in
thermodynamic processes k PIP,7 1, ,where
P :~~P- -P,-is the deviation of the potential ?- at a
certain point from the alverage value P-~ taking over the
volume, as well as a non-.Itatic criterion K6 - ,~t P/Pi