SCIENTIFIC ABSTRACT SVERDLOVA, F.A. - SVESHINA, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001654120004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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SVERDLOVA, F.A.
Oxidntion of keto- nnd dicsrboxylic acids during protein deficiency in
the food of young animals. Vop.med.khim. 3:257-262 151. (MIRA 11:4)
1. Otdel fiziologii TSentrallnogo nauchno-isaledovateliskogo pedintri-
cheskogo institutR Ministerstva zdrsvookhrsneniyp RSFSR, Moskvn.
(ACIDS, ORGANIC) (PROTEIN METABOLISM)
(OXIDATION, PHYSIOLOGICAL)

SHTEMLER, M.Ye.,- SVEHLOVA, G.M., redaktor; DVORKINA, B.A., redaktor.
[Aviation industry in foreign countries; a collection of transla-
tions and references] Aviatsionnaia promyshlennost' zarubezbnykh
stran; abornik perevodo,r i referatov. Bostavil M.E. Shtemler.
Pad obshchei red. G.M.Sverdlova i B.A. Dvorki.na.En.p.] Izd-vo BNT
No-5 fEconomic aspects of transport planes] Problemy ekonomich-
nosti transportnykh namolotov. 1946. 57 P. [Aicrofilm] (MLRA 8:9)
1. Russia (1923- U.S.S.R.) Ministerstvo aviatsionnoy pronyahlen-
nosti. Byuro novoy tekhni.ki.
(Aeronautics, Conmercial)

TSEYTLIN, Roza Davydovna; NEMIROVSKIY. S.A., otvetstvanny7 redaktor;
SVERDLOVA, I.S.. redaktor; B SLAVSXAYA, L.Sh., tekhnicheskiy
redaktor -- -- -
Deading fitters and soldereral Feredovye montery-spaishchiki.
Moskva. Goo. izd-vo lit.-ry voprosam oviazi i radio, 1956. 18 p.
(Solder and soldering) (XLFA 9:12)
(Telephone)

SIZIMOV) Innokentiy Innokentlyevich; F-HOLOVA,-Lyudmila Gurlyevna;
GOLUTSOV, I.Ye., otv. red.; red.;
SLUTSKIII, A.A., tekhn. red.
(Relay-terminal rural (IrAS-2C(4) automatic telephone exchange
with a capacity of twenty numbers- a collection of articles with
a supplementary schematics folderiSeliskaia relainaia oko-
nechnaia ATS emkostliu 20 nomerov (ATS VRS-20M); informatsionnyi
sbornik s prilozheniem allboma skhem. Moskva, Gos. izd-vo lit-
ry po voprosam sviazi i radio, 1961. 127 p. _[Album of
diagrams for the information collection on communications
technology] Allbom skhem k informatsionnomu 8borniku po tekhnike
sviazi. 23 P. 1961. (MIRA 15:3)
(Telephone, Automatic)

MOROZ, Nikolay Andreyevich; TOIVACHEV, Yuriy Aleksandrovich; KONIKOV, V.I.f
otv. red.; pERR~OVAZ_I.S., red.; SHEFER, G.I., tekbn. red.
(Repair of telegraph apparatus and automated attachments] Remont tele-
grafnykh apparatov i pristavok.avtomatizatsii. Moskva Gos. izd-vo ,
lit-ry po voprosam sviazi i radio, 1961. 239 IMIRA 14:3-1)
(Telegraph-Equipment and supplies~*

KANTOR, L.Ya.; GUMNLYA, A.N.; ROZENBERG, Ya.G.; AFARASIM. A.P.;
SAMORUKOV, D.A.; GUSBV, S.S.; DOGADIN, Y.H.; RAMEMMILB.g.;
~,SUM~DLOTA, red.; KARABILOVA.S.F.,
PIONTKOVSKIYI B,~~ -
tekhn. red.
[Electric communications and wire broadcasting] Hlektriche-
skaia sviaz' i radiofikatsiia. Moskva, Gos. izd-vo lit-ry
po voprosam sviazi i radio, 1961. 607 P. (MIRA 14:5)
(Telephone) (Wire broadcnsting)

SEMENOV, I.I.; KUTASHOV, P.D.; GOLUBTSOV, I.Ye., otv. red.;
.~)(ERDLOVA,J.S., red.; SHEFER, G.I., tekhn. red.
[New equipment for rural automatic telephone stationij No-
voe oborudovanie dlia sellskikh ATS; informatsionnyi sbornik.
Moskva, Svializdat, 1962. 62 p. (MIRA 16:5)
(Telephone, Automatic)

FROLOV, Pavel Alekseyevich; TYUINAM, A.R., otv. red.; _.~jVMRDIDIIA,_
red.; SLUTSKIN, A.A., tekhn. red.
(Small coaxial communication cables IMalogabaritrVe koaksiall-
rqe kabeli sviazi. Moskva,, Sviazlizdat, 1962. 76 p.
(MIRA 15:9)
(Coaxial cables)

UDOVICHENKO,, Anatoliy Matveyevich; VOROTSKAYA, Z.A.J. otv. red.;
SVERDLOVA I S., red.; M-ARKOVH, K.G., tekhn. red.
(Principles of radio communication and wire broadcasting
techniques]Osnovy tekhniki provodnoi i radiosviazi. Moskva.*
Sviazlizdat, 1962. 366 p. (MIRA 16:2)
(Wire broadcasting) (Radio)

KANTOR, L.Ya.; GUMELYA, A.N.; ROZENBERG, YA.G.; AFANASIYEV, A.P.;
SAMORUKOV, D.A.; GUSEV, S.S.; DOGADIN, V.N.; RAMENSKIY,
B.N.; kARAsIK,N.S.; PIONTKOVSKIY, B.A.; Prinimal uchastiye
MEDOVAR, A.I.; 4VERPLOVAI I.S., red.; ULANOVSKAYA, N.M.,
red.; MARKOCH, a. U.- I -MuDa. %d. -
(Electrical communications and wire broadcasting] Elektri-
cheskaia sviaz' i radiofikatsiia. [By] L.IA.Kantor i dr.
Izd.2., dop. i ispr. Moskva, Sviazlizdat, 1963. 672 p.
(MIRA 16:8)
(Wire broadcasting) (Telecommunication)

LOGINOV, Anatolly Georglyevich. Prinimal uchastiye KAiLkSIK, N.S.;
KGIISHARSKIY, N.S. dots., retsenzent; 3MIDLOVA, I.S., red.
(Organization, planning, and design of rural telephone
systems] Organizatsiia, planirovanie i preektirovanie
se-11.9koi telefonnoi sviazi. Mosk-va, Izd-vo "Sviaz"ll
1964. 147 p. (111IRA 17:7)
1. Laningradskiy elektrotekhnicheskiy in-st-1-tut ovyazi im.
I.I.A.Bonch-Bruyevicha (for Koksharskiy). 2. Starshiy inzhe-
ner Glavnogo upravleniya gorodskoy i sellskay telefo-- -
svyazi i radiofik-atsii Ministerstva svyazi SSM (foi Karasik).

YUHASIM, Suren Goorgiyovich; SIMIJBI 'K, Eduard Stanislavovich;
,~XA,r-Mw4*~j nauchn. red.; GIAZUNOVA, Z.M... red.
izd-va; SHERSTIEVA, N.V.~ tekhn. red.
[Principles of planning, accounting,- and business ac-
counting in designing and engineering research organiza-
tionsl Osnovy planirovaniia ucheta I khozrascheta v pro-
ektny~h i izyskatellrjykh organizatsiiakh. Moskva, Gos-
stroiizdat, 1963. 338 p. (MIRA 16-.12)
(Construction industry-Accounting)
(Architecture-Designs and plans)

BONFELID, Semen Markovich, uchitell fiziki, izobretatell; SVERDLOVA, O.G.x
red,,j KAZAROVA, A.S.0 tekhn.red,
(Start of the future innovators in industry; from the #=tic* of
teachiAg pbysics] Nachalo puti budushchikh novatorov proiz- '
vodstva; iz opyta prepodavaniia fiziki. Moskva,, Izd-vo "Znanie~'
1962. 47 p. (Novoe v zhizni., nauke, tekhnike. XI seriia:
Pedagogika,, no.5) (MIU 15:5)
(Pbysics-Stud~r and teaching)

V,bectionlE absorption spectri, of bonz-rp and Its nrlutica's-,
-
'
'
in ethanol &nd hexana. V. Aftidt
n
ov
skit, T. G. hfthter,
and 0. V. Sverdlova.
Sm'~ ~_ ~tot. No. J. 12.3-7(19,M); cf. C.A. 49,
13776i.-The position and half-width of 2 bctlz~ne absorp-
tion bands (ri - 39,225 and ~n - 38,295 cm.-I) were
studied as a finiction of the (Knica. of bc:tmne in two dif-
ferent types nt solvcllt. RIM slid hexalic. The cottens.
-vatied from 0.0013% to 100",'l- Both bands, In both S,)I-
Vents, -show it gradual pos. p4~A-frtq4cncy shift tip to a disc
placelliclit. of about 120 elm-, for Concits. (ItcrCasing front
100% ti) about 5%. After this the rmition. of both bands
realaitiscollst. 'rite half-width of W'de-mases by about 100
cm.-', and that of Pi dccrcases by about SO cm-3, for both
solvents, with tll,-- sanic conw. depcridence as for the fre-
qucticies. Thefec plicnavictia are. explained on the basis of
the vibrational structure of tile electronic bands, by sag-
gesting that tile contour 61 the bands, In tile main. is detd.
'by the strong vibrutional "breathing- frequendea of ben-
.
zene. A,variation in conen. effects a redistribution of vi-
lbraiiorud wansition probabilities, and'thus a change in the
band -contours. Sincethe changes were approx. tile- sa c-
in 'both solvents, it Is Postulated that tile greatest inile-L- I
tions giving rise to band contour changes take place between
the excited and unexcited benzene mots., rather than be-
tween solvent mots. and bvicenc This alto "ptains the %
constancy of frequencyand band width at the lower conctis.
For instance, the av. sepn. of benzene molecules at it 17o'
conen. is about 25 A. R. D. Kross
46

SOV/51-6-3-11/28
AT)THOR.- Sverdlova, O-V-
-ronic Absorption
TiTLE.- On the Effect of the Solvent on the Bleat
Spectra of Benzene and Chlorbenzene (0 vliyanii
rastvoritelya na elektronnyye spektry pogloahcheniya
benzola i khlorbenzola)
PERIODICAL: Optika i Spektroskopiya, 1959, Vol 6, Nr 3, pp 349-353
(USSR)
ABSTRACT: The author studied displacement of the absorption bands
of benzene and chlorbenzone in the region of 2500-2700.ao
in a large number of solvents. Benzene was used because
its molecule is neutral and non-polar, because it dissolves
easily in a large number of organic solvents and beeause its
absorption bands in the near ultraviolet region are sufficiently
narrow for abservation of their shift. Chlorbenzene was
investigated in order to find the effect of substitution and
the dipole moment so produoed on the interaction of chlor-
benzene with solvents. The absorption spectra were obtained
using a quartz speetrograph ISP-22. A laWton lamp
GSVD-120 was used as the sourae of light. Positions of the
Card 1/4absorption bands were determined with respeot to the mercury

SUV/51-6-3-11/28
Or, the Effect of the Solvent on the Electronic Absorption Spectra of
Benzene and Chlorbenzene
(Fig.2). In each case depend6nee between the wave number
of the absorption band and (n2 - 1)/(2n2-V 1) of the
solvent can be expressed by means of a straight line. This
linear dependence indicates that the effect of solvents on
the positions of the eleotron absorption bands of benzene and
chlorbenzene is a polar13RtiOn shift with the solvent acting
as a continuous polarisi-rig medium, i.e. each molecule of
benz~ene or cJilar'benzene Is acted upon simultaneously by a
large number of the solvent molecules. Looal interactions
between solvent and solute molecules produce departures from
the linear relationahips shown in Figs.1 and 2. Fig.3 givestu
dependence of the width of ~he 38250 am-1 absorption band
(n2 -')/12U ~T 1) of the solvent. The
of benzene on - .L ~
results of Fig.3 show that 'the absorption band width increases
with increase of the refrac;tive index of the solvent.
Acknowledgment is made to V.M. Chulanovskiy who directed
this work. There are 4 figures, 1 table and 10 references,
Card 3/4 of which 3 are Soviet, 3 English, 1 German, I French,

080 8 0
09 .2 v
ARA s
0
jig A; 8
4 OAS
2 q

IOFFB, Boria Veniaminovich; Prinimali uaheatiya: TATARb%IY, Y.B., prof.;
FRNNM't S*Yaog starahiy nuuchnyy cotrudnik; RYSKIN, Ya.I.,
nauchnyy sotrudnik; SVERN alodahiy nauc'hnyy sotrudnik;
&U#A.Y,L
RAVDMI, A,A,, red.-,-~fM-INA, G.A., red,; JMM, Ye,Ya.,
takhn.red.
[Rafractometric methods in chemistry] Refraktometrichookis matodY
khimii. Leningrad. Gos.nauchno-tekhn.izd-vo khim,lit-ry, 1960.
382 p. (Kim 14: z)
1. Leningradskiy universitet (for Tatarskiy). 2. Institut vysoko-
molakulyarnykh soyedineniy AN SSSR (for Frenkell). 3. Inatitut
khimii silikatov AN SSSR (for Ryakin).
(Refractometry)

SVMMOVA, Roza Harkma; SMCHAKRANSKIY, Viktor Timofeyevich; KUMMSOV,
A.T., red.; TURETSKiT, Sh.Te., red.; ISMOVA, A.K., red.;
HABICMA, V.V., tekhn.red.
[Retail prices for textile notions and goods] Roznichnye t9eny
na tekstillno-gslanterainyo tovary. Pod red. A.T.Xuzueteova i
Sh.IA.Turetakogo. Moskva. Gos.izd-vo torg.lit-ry, 1960. 47 p.
(miRA l4a)
(Notions (Merchandise)--Prices) (Textile fabrics--Prices)

SVIRDLOVA, Sh.1 (Tartu, Bstonalmya SSR)
Tenth anniversary of the Tartu Republic Secondary Medical School.
Med.sestra no.5:31 W 155. (MLRA 8:6)
(TARTU-MMICAL COLLIGNS)

-G
SVERDLOVA, 3. 1%
IfThe Clinical Aspects un,,, Thcrzi-,y of Diphtheritic Paralysis", Pediatrics, Ila. 2,
?,,Ierve Clinic, CentzLl Sci. Res. Pediatric Inst., Min. Public Healtb

KRIGER, Yu.A.; SVERDLOVA, Ye.A.; VAYNSGN, I.A.
Change in the phpicochemica-1 propeTties of aTythrocytes
causad by heating. Nauch. doklo v7s. shkolyl biol. nauki
no.3t76-81 164 (MIRA 17t8)
1. Rekomendcrvana kafedroy biofiziki Moskovskogo gosudarmtven-
nogo universitetae

1 5 160/003/0713/07116
4
f ravq and vi~-r,-,,r ion -)n the pir.-;ical ind ---iemical nature of
~OUIRCF: AN SSSR. Doklady, v. 160, no. 3, 1965, 713-716
-nf'Tr TAf-q' vibrati-n. gamma radiation, bielop:ical effect, hernolynamics,
c-r,hrrryte, rsmotir resistance, cation baI.atice
exrerip~~ was to investizate the influence of gamma
I ma i~ n i
r; -PS ALId an. imp i'-Lido
j,j r r - f,~ 4 -r. 11 remaining mer3surempnLs
7'
R~! I -qi ~:-e -,;,i -4C t~ reveal --'-e Tnax-
T,
a~ i ac i t~-. -i a _q ;-un~ that neither PO '-r
Card

ACCESSIUN NR: AF5005902
nor subsequ-2nt vibratir,n affected the dielectric or osn~-.tic nature of human blood.
The J tr,jp f-,i samples exp,--;t~d cc, simultaneous radiat"'on and vibration.
Meas,iT-n.ent~ tht~ T-'ease ;~f ca lcium erythrocyces 5-7 hr after irradiation
5 L, b S e 7! -n t.4~,ra~ian (I-hr ir,teival) revealed that
r, r~~,P -an !--.c rease 4r~ --i' it,m release . Vibra-
t--,e! imental -,r -.-ntrol
c; i,)owpc tr~ a, suc r,sf a? -n,~re le - e rus - f Ert on irrad'ated
r e ~z 1~ St a n ~, c .3 f e ry t hv t e s
J,
t~~ -~ w h t ~ie s
H! w --le
phv-;f(,Iogt,-al solution was lowere d upon exposure to ttie same dose . This was prob-

qt
e s n a :g E- d 3q a radioprotective egent.. Vibration did
7 7 :i :ie r rr,' ervtnrocvtes.
CD
A N Mosk;-Ivsk4", gOs-L;(ia-q I-:t-:=,;-, jniverqi~et ime-.; 4 V. Lomonosova (Moscow
State University)
S:~7MYT F-FD: 25Xay64 E14CL 00 SUB ---ODE LS
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Card 2/2

keill
KRIGER, Yu.A.; SVERDWVA, Ye.A.
Dynamics of the change in properties of photosensibilized
erythrocy-tes. Biofizika 20 no.1:176-178 165.
(MIRA 18:5)
1. Moskovskiy gosudaretvennyy universitet imeni Lomonosova,
Moskva.

0066a=
II KRIGER, Yu.A.; qyIERD-WVA,, Ye.A.
II Effect of gamma ra,-s and vibration on physicochenLieal properties
of red blood corpuscles. Dokl. AN SSSR 160 no.3:713-716 Ja 165.
(MIRA 180)
1. Moskovskiy gbsudarstvennyy universitet. Submitted May 26) 1964.

IYAMIN, Tu.; UTKIN, E.; -�~IX~Bb.; AKOSTA, S.; BFWVA, A.; BAIJ)TGA,N;
GOLID, A.; ZVEZD1116.. A.: PASEGMTIK, N.; SMUUUZ, S.
Revolving credit. Den.1 kred. 17 no,.4:5i-61 Ap '59.
(MIRA 12:8)
(Credit)

MRDRUP I A~- -
Cooperation of the Scandinavian countries in the field of scientific
and technological information. NTI no.9:46-48 163. (KRA 16:12)

SVMPA, Otakar; DOKSANSKY, Vladimir
Use-~FcajciUM45 for examination of deposits prppipitated from
steel corrosion in water. Jaderna energie 8 ziP*.12:434-436 162.
1. Statni vyzkumny ustav ochrany materialu O.V.Akimova, Praha.

SVERGUNY I.P.
Tula Forests. Priroda 52 no.8-60-61 Ag 163. (MIRA 16:9)
(Tula Province-Forests and forestry)

SVERGMT, I.P.
U--velopment of Quaternary relief and the problem of the geomor-
phologicaJ regionalization of Tula Province. Biul. 1401P Otd.
geol. 40 no. 6,.108-112 N-D t65 (MIRA 19:1)

FM(a )/Ar-.,TR/AP0G(b)/FSD(gs~
U9 4, 1211215 6 / Z 16 5
AUTHOR: Agabekyan, A. S., Grasyuk, A. Z., Zibarev, 1. G., S.vergun, V. I.
Orayevskiy, A. N.
TITLE: Stabilization of unstable conditions in a tvro-level quantum generator
SOURCE: Radioteklinika i elektronika, v. 11, no. iz, 1964, 2156-Z165
TOPIC TAGS: quantum generator, quantum generator stabilization
ABSTRACT: Two methods of stabilizing autamodulation conditions in a two-level
quantum penerator are theoretically considered: '11) Locking-in of the unstable
generaLur by - iow-power constant -amplitude genf.-rator.- (?Z) StabilizaLlon by
means of a resonator-Q negative feedback. The effect of a constant -amplitude
external force on the stability of the amplitude of oscillations is mathematically
investigated. To stabilize automodulation conditi,ins, the magnitude of the
external force should exceed a certain threshold which depends on the paramete.x~e~-
Card J/Z

SOV/123-59-16-64677
Translation from: Referativnyy zhurnal. Mashinostroyeniye, 1959, Ur 16, p 143 (USSR)
AUTHOR: Svergunenko, A.A.,
TITLE: Corrosion Protection of Equipment for -ffie Production of Ethyl Benzene and
Isopropyl Benzene
PERIODICAL: Byul. tekhn.-ekon. inform. Sovnarkhoz Stalinskogo ekon. adm. r-na, 1958,
Nr 10, 14
ABSTRACT: The technology of using an anticorrosive bakelite coating with gauze for
the corrosion protection of the inner surface of alkylation towers for-the
production of ethyl benzene and isopropyl benzene is described. The
service life of the towers is increased from 45 to 90 days.
K.S.A.
Card 1/1

85732
S/17Y60/003/007/015/018/XX
/0 1 Boig Bo67
AUTHOR: Svergunenko, L. A,
TITLE: The Problem of the Effect of Heat Conduction on Sound
Absorption in Crystals ?i
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1960, Vol. 3, No- 79
PP- 117 - 120
TEXT: In the present study, the author uses the deformation tensor u ik
and the temperature T as thermodynamical variables. The free energy per
unit volume of the crystal may then be expanded in a power series of
u andO=T -T iF(T, u )=F(T ) +.!,,,. u u +a u ()+-ire (1)~
ik 0 ik 0 2 iklm ik 1M ik ik
Here.9 F(T0) denotes the free energy of the sample without sound disturb-
ances. For irreversible processes, the following thermodynamical formula
is obtained: 0 = -x-1(8 (3), where W is an equilibi-ium value of 0 for
given values of the deformation tensor. By introducing a new variable
Card 1/2

SVERGUNENKOp L. A.
11 Effect of thermal conductivity on sowid absorption in defect
crystals."
Report presented at the let All-Union Conference on Heat- and Mass-
Fxchange, Minsk, BSSR, 5-9 June 1961.

4-
C,
28436
S/18 61/006/002/008/020
0 0 C) -TI D210YD304
AUTHOR: Sverhunenko, L.O.
- -----------------------
TITLE: Thermodynamic theory of sound absorption in crystals
with defects
YERIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 6, no. 2, 1961,
197 - 201
TTM: Existing thermodynamic theories of sound absorption in so-
are based on adiabatic assumptions, and suffer from the lack
of detailed knowledge of the factors representing the sound absorp-
t'Lon due to plasticity. The author used a thermodynamic relaxation
method to obtain a general expression for sound absorption in cry-
stals with defects which reduces to the existing expression, with
corresponding assumptions. The free energy of a crystal in which
a sound viave is propagating was expanded into
2F(T, llik,-rl)=2F(TO,Co)+~ikllllkt~l.+Y()"+P.'il+2,altUlf,()+
'If (1)
Card 1/6 . 1. !~; + 281mul.-q + 2AC,71,

28436
S/185/61/006/002/008/020
Thermodynamic theory of sound D210/D304
N1 number of defects formed; U 0 - energy of one defect; N - number
of atoms in the crystal; 9 - density; ji - mass of one gram atom of
the substance. The time vairation of 8 and -q were represented by
a, (3)
al, (8 - a.,,, (-q
where 6 and'~ are the equilibrium values corresponding to given va-
lues of the Variable Pik' On applying a number of transformations
P was obtained in a.new form which vras then differentiated with re-
spect to the strain tensor to obtain the stress tensor o.k' The
I
displacement vector for the sound deformation was expressed in the
form 0 44
um = UM cos (wt - kr), 1, 2, 3) (19),
and the strain tensor in the form
Card 3/6

28436
S/185/61/.006/002/008/020
Thermodynamic theory of sound D210/D304
of an isotropic medium, where the correlation between temperature
and concentration can be neglected (small deviation from equili-
brium), the absorption coefficient is given by
I f (a')2K2T . wlve +!ce')2K[L wIT, (28)
I+ w2lc pRT
~pr."
+
K - buik compression modulus; T temperature relaxation time;
- concentration relaxation time. The first half of this equation
coefficient
represents the temperature 'IT which reduces to the
standard equation
TI (OCT)2K2,.p W2 Y1 (30)
T 2 c5c2
v
when 'r. = c2cv /w25, and w-r. ~>l. There are 7 'references: 5Soviet--
bloc and 2 non-Soviet-bloc. The references to the English-language
Card 5/6

SVERGUNENKO, L.A.-
Effect of electrons and quasi-particles of the lattice on the
dbsorption of sound in solids. Izv.vys.uchozave; fize no.4:4&*53
1620 . I (MIRA 15:9'1
1. Dnepropf3trovskiy meditsinskiy.institut,
(Crystal lattices) (Absorption of sound)

On z-',-,e absorption of sound waves ...
syst-em of equ~Ftions
= -~L (i = lt
i bpi
,uriere 2T, = ZLikFipkI
S/185/62/007/005/008/013
D407/D301
29 .*.f n)
(1-3)
"k = ~C3' 1
.5k
(1-4)
Lj, denoting the tensor of kinetic coefficients. Syst-em (1-3) cor-
responds to the an-proximation of irreversible thermodynamics. Afte:'
calculations, one obtains for the acoustic-absorption coefficient:
1111110.k1k,
't (1.20)
2; (II'MY
or, (setting
(1.21)
where P and the elements aik of the matrix -2Z are the coefficients
in the exnression for the free energy, ki are the components of the
Card 2/4

S/185/62/007/005/008/01-5
0
n U
-the absorDtion of sound .,,,aves-... D407/D301
wave vector, and -L. is the rela.,-r.ation-time ratrix, Formulas (1.20)
(1-21) can be used in actual calculations for any number of pa-
=ete--s and any an-isotropic medium; thereby it is reouired to know
h e ~'_ U
~-ee onori:,:y of 'he specimen under acoustic perturbations. These
f as are no v. 'eve.- rather cumbersome. Hence, tI-,e autAor derives a
simpler formula, by setting L ik and aik
ecual to zero. The above.
formula3 Lare 'Li::'ied for calculating t
.L the acousti'c-absor-ition coeffi
cien-4,; ir_ binary solid solutions. A subs t1litulional solid solution is
co-nsidered, whLch is of P-brass type and can be ordered. Thereby
the free enernr is writ-ten in the Gors1kiy-Bragg-Williams approxi-
Eau- q. Fo.-riula
Ho, Cs are obtained for the sound absorption in such solu-
tions. These formulas are used in the analysis of'sound absorption,
due to the relc~xation of the degree of lon,3-ra-,ige order r,# -,'or two
1. i rj -I- -, nases (when the narameter % approalches zero and r'unityy re-
C
_U_ Q
spect,
'ively). r2he absorption maximum was observed at a temperature
T = 3150C, by settini-I the maximum damping--decrement 5.2
M max
1o-3. The calculated and experimental values of the decrement
viere of the same order of magnitude. Formulas are obtained for the
4- eM
U ,perature dependence of the sound-absorption maximum and for the
Card 3/4

42768
S/185/62/007/010/010/020
D234/D308
JWTHOR: Sverhunenko, L. U.
TITLE-'; Effect of adding a third element on the absorption of
sound in binary alloys
PERIODICAL: Ukrayins';cyy fizychnyy zhurnal,.v. 7, no. 10, 19629
1110-1116
T--.'XT: Usin-T an expression for sound absorption obtained by him
previously ~Ukr. fiz. zh., 7, no. 5, 1962), the author considers
the case when the atoms of the third element, C, are situated at
the lattice nodes of binary alloys A-B having equal number of nodes
of both kinds, Uhe nodes of each kind being surrounded only by
those-of the-other. The free energy is taken in an approximatibn
accounting for correlation in tile dis-Uribution of the atoms. Assum-
in,r that the distant order in the distribution of 0 atoms remains
Aearly unchanged during the propagation of a sound wave, it is
concluded that there is at least one absorption maximum near the
temperature of transition fro m order to disorder. The temperature
Card 112

S/165/62/007/010/010/020
Effect of adding ... D234/D303
at which this maximum occurs is different for the A-B alloy with
and without addition of C. The author also studies -the case when C
atoms are at the octahedral.insterutitial points of the A-B alloy
having a body-centered cubic lattice of 3-brass type. The free en-
~;rgy is taken in an approximation not accounting for correlation.
The presenCE! of C atoms does not affect the sound absorption at all.
If the rediE,tribution of 01 atoms is oaken into account, the ab-
sorption due to it is equal to zero in the case of small concentra-
tions of C, the C atoms being situated at interstitial points of
one kind only. The author thanks ei.' A. Kryvohlaz for advice.
ASSJCLLTION: Diiiiropetrovslkyy medychnyy instytut (Dnepropetrovsk
Medical Institute)
6-6.6ZITTED: February 26, 1962
Card 2/2

ACCESSION NR: AR4046011 S/0058/64/000/007/EO75/EO75
AUTHOR: Sverqunenkol.,L. A.
SOURCS: Ref. zh. Fizika, Abs. 7E577
TITLE: Contribution to the theory of internal friction in metals
and alloys in the presence of several relaxing parameters
CITED SOURM Sb. Relaksats. yavleniya v. met. i s lavakh. M.r Metal-
P
lurgizdat, 1963, 40-45
TOPIC TAGS: internal friction, relaxation kinetics, kinetic equa-
tion, specific heat, ordered alloy
TRANSLAT103; The author points out the expediency of analyzing in-
e-
ternal friction (IF) within the framework of a theory with many r
laxation parameters. Relations are presented, describing the mag-
nitude of the IF in an arbitrary anisotropic medium in terms of its
Cord i

P,CCESSION NR: AR4046010 S/0058/64/000/007/EO67/EO67
SOURCE: Ref. zh. Fizika, Abs. 7E514
AUTHOR: Svergunenko, L. A.
TITLE! On the influence of electrons and quasiparticles of the
lattice on the internal friction in metals and i~'Iloys
CITED SOURCE: Sb. Relaksats. yavleniya v met. i splavakh. M.,
Metallurgizdat, 1963, 53-54
TOPIC TAGS: internal friction, crystal lattice structure, kinetic
equation, relaxation kinetics, electron phonon collision
TRANSLATION: Formulas for estimating the influence of electrons and
quasiparticles of the crystal lattice on the internal friction (IF).
in metals and alloys are proposed on the basis of the thermodynamics
of irreversible processes. The use ofthese formulas is possible if
I Card 1/2

EkT(q)/L?WT(m)/EDS AFv7C/ASD JD1JG
L 3.8o86-63/
ACCESSION NR: AP3005308 S/0181/63/005/008/2052/205
AWHOR: Svergunenko, L. A..
TITLE: Effect of ordering on,.internal friction in alloys of the type Fe3A1~
5, no. 8 1963, 2052-2058-
SOURCE: Fizika'tverdogo tela V.
TOPIC TAGS: ordering, alloy, Fe, Al, transition, relaxation, internal friction,
thermal expansion, elastic modulus
ABSTRACT: On the basis of a theory with many relaxation parameters (L. A.
Svergunenko, Izv. vuzov SSSR, Fizika, No. 4, 46, 1962), the author investigates.~
internal friction in alloys of the Fe3AI type, resulting from relaxation of!-
of higher-order parameters. The relationship thus obtained expresses a value
of internal friction Q-1 through the physical characteristics of the alloy
(elastic modulus, coefficient of thermal expansion, parameters of order) and
permits the calculation of numerical values of Q-1 for various temperatures.
Numerical computations for Fe3AI of stoichlometric composition indicate that at-
the temperatures of transition T, and T2 internal friction may reach values on
Card 1/2

L 18086-63 A
ACCESSION NR: AP3005308
the order of 10-1 to 10-2. Orig. art. has: 29 formulas.
ASSOCIATION: Dnepropetrovskiy meditsinskiy institut (Daepropetrwisk Medical.,
Institute)

SUBMITTED: 29Apr62 DATE ACQ: 06Sep63 ENCL:~ 00
~SUB CODE: PH ML NO REF SOV:
OTHER: i004
006

z
k

A

fit.
2/2
Card

SVERGUNEEKO, L.A. [Sverhunenko, L-.0.1
Characteri.stics of the deformation of solld bodies under the
combined effect of diffusion and heat conecaction. Dop. AN URSF
11
no.4:460-464 165. U,IIR~ 18-5)
1. DnepropetrovBkiy meditsinskiy instilut.

SVERIDENKO, F. A.
IFU'se of the Theory of Rotating Poles to Analyze Asyn'chronovs Machines with Single-Phase
Stator and Rotor", 'Flektrichestvo, No 7, 1948, Prof., Dr. Tech. Sci. Moscow. -C1948-.

SVEMIAI~!~i,ii
Youth reveres the memories of heroes who fell in combat. Voen. znan.
36 no.1-.14 Ja 160. (MIRA 12:12)
l.Sekretarl U11yanovskogo oblastnogo komiteta Vsesoymnogo
Leninskogo Kommunistichasko o soyuza molodezhi.
(HeroM

S/106/6P,/000/005/rjO6/007
Investigation of multilayer shields in coaxial cables A055/AlOl.
thin shields. The shielding factor of the examined three-layer shield, such as
finally found by the authors, is:
S12-3 = ch k1tj chIk2t2 ch k3t3 (1 + ZmI th k1tj th k2' %2 th k
zm2 t2) (1 + zm3 2t~ th k3t)
where K _WLcr,~ are the eddy current's coefficients of the c orresponding
shield layers; t are the thicknesses of the shield layers; Zm it,11-1- are
the wave impedances of the metal of the corresponding layers. On the basis of
this formula, the authors obtain also analogous formulae for t1he shielding fac-
~or of the twro-layer and one-layer shields. The authors next deal with the cal-
culation of the "sh:Velding attenuation" in the case of the three-layer (copper-
steel-copper) shieIds and for different thicknesses of the copper and steel lay-
ers, the total thickness of the shield being constant and equal to 0:2 Mm; this
calculation was made for the 60 - 550 kc/s range. Two graphs are presented,
giving, respectively, the frequency dependence of the attenuation and its depen-
dence on the increase of the thickness of the steel layer. Another graph shows
Card 2/3

S/106/62/000/005/006/007
Investigation of multilayer shields in coaxial cables A055/r",101
the relative importance of the "absorption attenuation" and the "reflection at-
tenuation't in the case of a three-layer aluminum-ste,el-aluminum shield. At the
end of the article, the authors reproduce a table giving the measured crosstalk
attenuation between small coaxial-cables, intended for the h-f multiplexing sys-
tem K-300. The Soviet personality mentioned in the article is V. f4ashkova. There
are 5 figures and 2 tables.
SUBMITTED: December 15, 1961
Figure 2:
WIG
Card 3/3

SRAPIONOVp Onik- Sergeyevich; YERININA, Zinaida Petrovna;
SVERKALOVA, Aleksandra Pavlovna; KIJ21ETSOV, M.A., otv.red.;
'=9ROVK-l,Ye,.D.l red.
(Business accounting within communication system enterprises]
Vnutriproizvodstvennyi khozraschet v predpriiatiiakh sviazi.
Moskva, Izd-vo "Sviazl" 1964. 36 p. (MIRA .17:5)

GRODNEV, I.I., doktor tekhn.nauk; 1,YUBIYDV, K.A., kand.tekhn.nauk;
SVERYAL(TIA, A.P., inzh.
Small-si.wed coaxial cable. Elektrotekhnika 35 no.3:46-47
Mr '64. (MRA 17: 5)

--SVERKO. 7- J. ,
Interdepartmental cost accounting in the Sverma Iron Works in Podbrezova. P. 344
TECHNTOKA PRACA. Czechoslovakia, Vol. 7, No. 8, August 1955
Monthly List of East European Accessions., (RAIJ, LG. Vol. 8, No. 9, September 1959
Uncl. -

SVKRMOV,A.. tekhnik
Scraper conveyer operatiou control. Hast.ugl.4 no.7:20 J1155-
(Conveying machinery) (KLU 8: 10)

SV M UNOV, A.. gornyy tekhnik.
~q
, Cable pusher. Mast-ugl- 5 no.7:21 J1 156. (MMA 9:9)
(Mine railroads)

SVEP gornyy t khnik.
.M,,A. j I e
---AW -
Success of miners of the Darasnn Mining Administration. Gor.
zhur. no.7:63 JI 156. (MLRA 9:9)
1. Vostochnosibirskoye otdeleniye naucbno-tekhnicheskogo
obshchestva tavetnoy metallurgil.
(Darasun--Gold mines and mining)

fSVERKMV, A.I.
I------- - - ---------
V.G. Spisovskii's mine surveying instruments. Bjul.tekh.-ekon.
inform. no.6:8-9 158. (VIRA ll: 8)
(Mine surveying)

SVEMVO.V. A.I.
"Mine surveyor" designed by V.G. Soisovskii. Blul. TSIIN tevet,
met. no. 7:7-9 158. (MIRA 11:7)
(Snrvaying-Instruments)

SvIl"IMINOVI B., propodavatell
When everybody is active. Prof--tekh- obr. 21 no.10:20
0 164. (MIRA 17: 11)
1. Gorodskoye professionallno-tekhnicheskoye uchilishche No.17,
Novosibirsk.

AUTHOR verkunov D. (RAOVAP) 3OV/1 07-.58 -10 - 14/5 5
TITLE. Komsomol Radio-Stat-'ons (Komsc.Tol,skiye radiostantsii'
PERIODICAL.z Radio, 1953, Nr 10, p 12 (USSR)
ABSTRACT: The author describes the growth and work of ultra-short wave
radio stations operated by Komsomol members in Chita,
Card 11/1

MALINOVSKIY, A.G., inzhener-podpQlkovaik; SVEMUNOV, L.P., inzhenar-
mayor
Automation in processift radar information (as revealed by foreign
pre5s data). Vest. protivovozd. obor. no.8:47-51 Ag 161.(MIRA 14:8)
(Automation) (United States-Radar, Military)

SVERILV, Aleksandr Andreyevich., kand. tekhn. nauk, dots.;
(Technology of metals; processes of especially fine finish-
ing of rolling stock parts. Lectures for students special-
izing in "Diesel locomotiNes and their maintenance,"
"Manufacture of railroad cars and their maintenance,"
"Electrification of railroads," and "Construction and road
machinery and equipment"] Tekhnologiia metallov; protsessy
osobo tonkoi chistovoi obrabotki detalei podvizhnogo sostava.
Lektsii dlia studentov spetsiallnostei "Teplovozy i teplo-
voznoe khoziaistvo," I'Vagonostroenie i vagonnoe 1,hoziaistvo,n
"Elektrifikatsiia zheleznodorozlmogo transporta,n nSt-oitell-
riye i dorozhnye mashiny i obarudovanie." Moskva, Vessil
zaochnyi in-t inzhenerov zhel.-dor. transporta,, 1964i '55 P.
(MIRA 1814)

LP"BEN-N, A. 0~~-tvllovo Gortkovskoy oc! svilillwvs N. (K~,,-~ I
- i~-' ie.,: f~ ,
-,b'; . ) ; 1~ TIMANO'VI G. (Tambov; ~.;. - y, ~-bl , )
I
Rep:0-red b~ &mate-urs. Radio no.9.04 S ( ~a EA 17 ~~ 12 '),

EM M ~U- P 7'0P b Pf - PS-4 ISD (a) U' Dij,'10
ACCESSION NR; AT4012710 S/2981/63/000/002/003110040
AUTHOR: Kovr~zhny*kh, V. G.; Ponagaybo, Yu. N.-, Sverlov, V. 1.
TITLE: Technology of extruding large, flat 01 ~07.:rd, SAP bars
S()UR CE: at ey ':,CC an n e -3 v -i*
7 n-j
litscriDe 12 Of or round
-e the extr
J
ile
!c~er
n e
j o' SAP tiars extruded
r;soi ropy and are not affected
1 /2

R OVA XQM'UaiffdlaMZ~D IM'S
ACCESSION NR: AT4oI2710
hy annealing at. ~;OOC for as long as 100 hrs. or ever by being held at 500C under
r Tlie -uf-3,:e of etched
ie
3 par es ini
],,--~d was .i~e the
(--x t r u d e U` 'I f cRii f-ound SAP b Illet:, 'n
arTo 405 '4i de , 135-500 r- in diaeter and
"Pnf:;r--5 Al. M. Baranch1kcrv, V. A.
S Pas-f*nkov V.
t:e '-(2 g
SUB CODE:
E
Card 2/2

~SVI.:iiIA"Ift V.N.; SE,,RYY, N.V.
Umlversal circuit for the control of sprirq load drives. Prom. energ.
19 no.12:15-16 D 164. 18:3)

S11MOV ~. Vladimir Sergeyevich
(Leningrad Sci Res Inst of ExFertise of Work Fitness and Work Organi-
zation of Invalids) - Acader~c degree of Doctor of Pedagocrical Sciences,
based on his defense, 26 April 1955, in the Cowncil of the Inst of
T'sychology of theAcad of Pedagogical Sci RSFSR, of his dissertation
entitled: "Orientation of the Blind."
Acaderac degree and/or title: Doctcr of Sciences
SO: Decisions of VAK, List no. 26, 17 Dee 55, Byulleten' MV0 SSSR,
Uncl. JIFIRS/NY 548

KHAYFETDINOV I.A.; DOKUKIN, G.F.; PROKFOROV, V.G.; ~LVERL=~
9 ~. a.N.
Use of gas testing for prospecting in the fault areas of the
Western Sayan Mounta-Ins. Geol. _4 geofiz. no.-I-00:135-137 165.
(MM M12)
1. Krasnoyarskoye.otdeleniye Sib&-rskogo nauchno-issledovatell-
skogo institute, geologii, geofizikI. i minerallnogo syrtya.
Submitted March 25, 1964.

AID P - 3469
Subject USSR/Aeronautics
Card 1/1 Pub. 135 - 4/2o
Author Sver8hinskiL.J. Eng. Maj.
Title Calculation for altitude in bombing with a radar
sight
Periodical Vest. voz. flota, 12, 17-23, D 1955
Abstract The author discusses a formula established by
Krylov, N., (this journal, No. 11, 1954). for the
determination of errors due to the miscalculation
of altitude. Examples, diagrams.
Institution None
Submitted No date

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1-
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.
41
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ft

Determination of the activity of enzyme PrepAtaitions
in the clarification of fruit and berry Juicell. I )k
*~.
i
ma
a i Pk
hk
K
v
vw
a
x
ov.
-NO-4-14 5 * Chro~. ?title. 1930. 1. 1 AS, .Cf. r. .1. M:
'
niettinals air suggesiod. In the first. 0.0t X.
Two
t
nd
d diktd
1
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e( A
. wa
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In 1
M Itiethylcur little %"%Vtt
To
n Ffietuncyrt llask
l
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n a
s u
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ace
2o cc. of th
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this are scitfeil OZ S. of the prvpn. being tested, 20 cc. of
1-00
1
00 w-ater. and a quantity of paraffin oil and the tlank in placed -
441-2' water bath for at least I hr. A g,xxi irvpn.
a
'1
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