SCIENTIFIC ABSTRACT VINOGRADOVA, M.B. - VINOGRADOVA, M.R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859930001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 59
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7 E, G It".- G, iA *B
USSR/Physics - Wave Propagation Sep 52
"Group Path in a Nonhomogeneaus Magnetoactive Medlum,"
'M. B. Vlnogradova,. Chair of Wave Propagation
Vest Mos Univ, Ser Fizikomat i Yest Nauk, No Q6,
pp 21-24
States that the group path had not been calculated
with the influence of the magnetic field taken into
account. Derives the formula for the altitude z
of the "ordinary" and "extraordinary" ray versus
frequency f. Concludes that one can compute by use
of this formula the half thickness of the ionized
275T99
layer from both the ordinary and extraordinary
branches of the altitude-frequency characteristics.

1. VIITOGRADOVA, 14. B.
2. USSR (600)
4. Radio Waves
7. Group traveling in a heterogenwin, mngneticn~ly tictive medium. Vest.Mosk.un. 'I no. 9,
1952.
9. Monthly List of Russian Accessions. Library of Congress, Karch 1953. Unclansified.

GUSIV, V.D.; VINOGRAWYA, K,-4 ., MACHO, L.A.; HIRWTAII, S.F.
I
Stud7 of the heterogenous of the structure of the ionosphere.
Vest, Mosk.un. Ser.mat.mekh.astron. fiz. khim. 12 no.4:129-136
157. (MIRA l1.-5)
I.Kafedra rasprostrananiya. izlucheniya i kanalizataii
alektromagnitn.vkh voln Hookovokogo gosudaretvennogo universitets.
(Ionosphere)

A
i PV 0
B IL .4-
IL L K-16r.
ML o. s..w-.
I. r. TI..-
It
(~c fo so le
mlL AL rp~
LL 1.
*. R.P--
-PT-
L JL r,,
r-
61
a IL R.-ad
a AL r~
4.o
L JL r)em
1. A. rA-
Is
(c Is jw 22
a A.
P-
P-
P.- a p
n,wt 6.0mosta ow me Owbw.W owtus of wo solossiflo vallmassisal ftowv of
pole mookow"4 smil 216owl"L commodmisms, to. A. 8. Pwff am=,
&IS Jow.

ACTIMS: Ousev~ V. D., Dftob*v. L. A.. Urkotw. S. r., Jereala, In. V.,
Cvlit, T. A.
TIPLEs The Structure and the Nations at Largo-Scalo Ubo=oConottloo
In Me Tomw9hom Layer 7, (3truktura I dvicbmu2ja kruynyth
soodomm"ostay v lono.fernom slaye P 2 )
FMCMICALs Dokl&4Z U.4sall cash Sm. M8. Vol 123. Sr 5. pp SIT-620
C=SR
ASITUCT t The aulbare Invested an Intecral ph&@* method far the to.
SWAIM Of great lah"Deefteltles aal their notions. Thim
in free from the deficiencies of other notbaJa "d am-
.be resordig of the carl.ti.ns of the phase aj
he rot octet signal. Par small the.*
l
Il
:
.
at Imis
we at The wdor 2a. and for Ure.-acale labos-
644411168 - of the ardor 40 - 200 -. -his method has a bleb
pmelelest (.blab "aunts to dozens of &*t"&) &M a high r*-
sel~Lmg paw. This permits the us. of statistical =*tho4s
In %be Investigation of 1"Co-calo The
Cud 1/4 Apparases for the recor4ing of Phase variations consists
The Structure wd the Bailout of Sarge-ScAle MonageAelti- In the
Issesphs" 1,ayor 72
of r*4*tvLmg mW tram.ailtine tv..spbtre stations .1th IlAs.
Ladleatem &wA Pbototndl as torn. The phase waxtatiowe Ore to-
oardod *a a statoolog"phle file. 'he author. u8.1 3 r.aord-
IM alvaratua PI-colift 3 Points Of the Zarin's a-rf--o. to--*
PoLato tars" a triangle of 30 - 40 ka aide length. 1r, each
of %beat points the v~&&%Loaa Of it.* Phase of the reflected
BICE&I we" V.4ord.4. In this my. too authors founi a r.,~L~
smooth curve for rp(t) an *blob r"dou-cmaractor warlatio"
W.A.bloh-wo tma to the Pr-6eA;4 Of LnhQuOC*m4Il.5 "4
ho;z mile" in the lemocphors) are superimposed. -he tam
t,(S) is too to Us variation of the batch% distribution of
the losizatlea at the Ionospheric la"ro from toy to niobt.
A suitable stilisation of the results permits a separation
0, ?, wW ? . (These 2 quantities are not exactly defla.4
U this Paper). As analysis of %bt bot-lw of I(t) nvom
data concerning to. di.o.el".. the shape. &w to mots-
at the 1"aaacoutities. 'he follo-t" par"oter. ore fuunl:
Card 2/4 Tho velocity 14of the harlsental drave In the Sonosphore w4
CV,

SOT/20-123-5-13/5-
Thd SSrVdtUrQ and the Matto.# of Lexaw-Saa2o ZohomoVa.Itles Is the
Ionosphere Wer V2
its direction ehich to determined by the ."1* 0, the aversre
shape of the Ionosphere iAhasoa*m*t%ieo thiab to determined
by the -characteristic ollIps.-I the radius of correlation
Gad the mpsAlal dimanclono of %he imhomAgmaditles A i th-
Use of epresding ae or the parameter of spreading A of the
Dir "alyste at the varlatLoas of the phase
And Of the irate of phase variation the direction of the re-
flected V64109aves could Us determined. Th. correlation func-
119me, care calculated by meam of art eltctroatc computer
of the type 4trat&*. All the 4bove-diecum.ed result. voncora
the layer ? I %bay me" foual true, May 195, to October 1)57.
The large-olols &ahQ.oCwumIti*s have a diallactly aclectrople
shapol The dimensions depend at the 41roctlaa . xqn.rl..1
values are given for the 4im.nalons of the ifthomact.0141.4.
The .61M.0 of V, Or* -Ithtm the 4nt."Al 0 - 40 kul-i-, -4
060% freqtatil the values a - 10 ku/.In arm fount. The blues
Card 314 at V, Increase only alLchtly fro. nteht to day. -*cause of
;1be Structure and the Nations of L~Ls-Ba.l. jahoace.-A.Itt.. Is the
Ionosphere War F,
the present. of lnhcma,~Aaltieo Is %me the normal
to the trust of the reflected eve deviates from the vertical
tiroollom. For 6 and To the *verse. values I - 0.3 (day) bad
& - 0. 58 (vight) WU ';. war. faun 4. ~ her. or. I rt,-V.. I
Ublo,and 6 refor.aa.s. 2 of ttich are 30.1.9.
AS30CIATIOS: tookovskiy, cosudstetven:4.7 untv.rattot In. !'. T. Losonasova
. (lasoa. state ralv4r.Lty I-at K. T. Laz.A.40.)
1PKt%zxTU: Jet.- 19. 1958, by V. X. S.Colyb.v, Alad.sAttem
SUMITM: July 17. 1958
Card 4/4

69783
8/055,/59/ooo/o6/09/027
B006/BOO5
99100
AUTHORS: -Gusev, V. D.,-Vinog radova, M. B.
TITLE: Some Fundamentals for the Experimental Determination of the Law
of Propagationlof a Continuoxis Random Function
PERIODICAL: Vestnik Mookovskogo universiteta Seri a
- matematikit mekhanikil
astronomiit fizikip No- ~t
khimii, 1959: PP* 99 - 105
TEXT: The knowledge of this law of propagation is necessary, for instance# if
ionospheric inhomogeneities are to be investigated the statistical properties
of which may be assumed to be steady. The present paper analyzes the possibility
of determining the laws of propagation of steady random processes if the process
was recorded within a limited period of time. It may be shown that the accuracy
with which the probability density can be determined depends on the ratio of the
registration interval to the correlation radius of the steady random function.
The restriction to be imposed on the extent of interval in the case where the
function in unsteady is also indicated. Estimations of the ratio between the
correlation radius with respect to time and the registration interval, and of
the restriction to be imposed on an interval increase by an unsteadiness of
Card 1/2

69783
Some Fundamentals for the Experimental Determination S/055/59/000/06/09/027
of the Law of Propagation of a Continuous Random B006/3005
Function
the random function.were carried out for random processes with a normal law of
propagationy and also for a special form of the correlation function. The
methods of estimating the accuracy of the correlation propagation laws may be
also used for other special processes. The other form of the correlation func-
tion may lead to an inconsiderable change in quantitative relations. An ana-
lysis of the statistical properties of a signal phase reflected by the iono-
sphere shows that it is possible to use the method developed by the authors
for investigating the statistical properties of unsteady random processes with
indistinct unsteadiness. The results of this investigation may be also applied
to investigations of statistical properties of functions representing the sum
of steady random processes if their correlation radii considerably differ from
each other. There are 2 Soviet references.
ASSOCIATION: Kafedra rasprostraneniya radiovoln (Chair of Propagation of Radio
waves)
SUBMITTED: March 17, 1959
Card 2/2

vo-i 0 G V-01 1-~
BENDRIKOV, G.A.; LIASNUSHXIN, P.Te.,- RETMUDIII, V.V-;
KUSTXLI, Te.R.; RZEMVXIN, K.S.; ITANOT, I.T.; XUARLAMOVe A.A.;
TIKHCNOV. Yu.T.; STRILKOVA, L.P.; KAPTSOT, L.H.; ORDANOTICH,
A.Ta.; XHOKHLOV. R.T.; TORONIN, B.S.; BMSTOVSKIT. G.N.; MSNO-
PJVTSHV, Yu.V,; KINAKOTA, I.I.; TASTREBTSEVA, T.Ne; SZMUOY, A.A,.;
VINOGRADOVA, K.B.; KAMTEV, G.A,; DRACHEY, L.A,; TROFIKOVA, X.B,;
SIZOT. T.P.; RZHUKIN. S.N.; VZLIZHANINA. I.As; NISTZROT, T.S,;
SPITAX, G.V., red.; NOSYREVA, I.A., red,j GEORGIYETA, G.I., takhn.
red.
(special physics practious] Spetsia linyi fisicheakii praktikum.
Moskva, Izd-vo Moskuniv. Vol.l. [Radio physics and electronics]
Radiofixika L elaktroniks. Soot. pod red. G.V.Spivaka. 1960.
600 p.
(MIRA 13:6)
1. Professorsko-propodevatellskiy kollektiv fizichaskogo fakullteta
Moskovskogo universitets im. M.T.Lomonosova (for all except Spivak,
Nosyrovs, Georgiyeva).
(Radio) (Blectronics)

S/194,/61/000/007/064/079
D201/D305
AUTHOR: Gusev, V.D., Vinogradova, M.B. and Gaylit, T.A.
TITLE: Statistical properties of phase of a wave reflected
from the ionosphere
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 7, 1961, 26, abstract 7 1168 (V sb. 100 let so
dnya rozhd. A.S. Popova, M., AN SSSR, 1960, 220-227)
TEXT: The possibility is analyzed of determining the laws of
distribution of continuous random processes from one experimental
recording. The laws are determined of distribution of the irregu-
lar part of the phase related to the ionosphere in homogeneities of
a wave. 8 references. Z_i%bstracter's note: Complete translation-,7
Card V1
Z
k1f)

VINOGRADOVAt M.,B. I-
Radio wave diffraction on a regular phase screen. Geoma i aer
5 no.1290-96 J&-F 165. f" 184)
1, Nbakovokly goeudaratvemvy universitets fizicheskiy f skull tet.

------------ -
;UM-.---Vfnqstrad~~&~ M.
TITLP-, Radio wave diffractiort'On a regular phase screen
SOURCE Ge,~mqgnet zm i 8erono- ;.;A, 1965, 90-96
z
P.a Ea
ABSTRAC-7: -j7he aut~.or ~,a-z a S C a r
as a 7h the 10,1c's?'Iere.
7-~ i
cps-
bom pi mr
structure of the neattered field is determAne;II-Ly Lail Gep~-u
alao d=c-strated that divergence

L
ACCFSSIOII UR, AP5005190
-~Jsno wn-,e or! an
f- L;c roon, ti
Tile I)k!v
j r"C~ I
i's soc !AT 102N F z I r) e 5,1 i
_,,a 1~ E -MO 3 cow sta v e
r) v S i c
SUM= zi: 0 SUB O)DE: Es, Kc
NO REP SOV: 003
Card 212

VINOGRADOVA ar ronislavovna- SEMENOV, Aleksandr Aleksandrovich;
ND, N.A., red.; KLYAUS, Ye.M., red.izd-va; LAUT, V.G.,
tekhn. red.
(Principlbs of the theory of tropospheric propagation of
ultrashort radio waves) Osnovy teorii rasprostranenila
ulltrakorotkikh radiovoln v troposfere. Moskva, Izd-vo AN
SSSR, 1963. 188 p. (MIRA 16:11)
(Radio waves)

0 0 0 0
1111
fitlli 1
1

f 4.. 4 1 VI

Doeterevilsemkoct at snoosa-"dav in ther "thh" sort*&
0
00 A. K. ltuabcntbgVA Aad $1. E. Vlnusr~llsva. t4bils
Anal Khan. 3, ,to
the JINA-1111Y 44 0 VI AJIli Ih4F rAW With WhiCh 11 It 41-111 -111
)
$
4
J f
,4 a .
its lowill 114:1. %%retch 4XII
61 34. -,It -4
A111
t 144
l
lil
. 44
it ilitc, %
lomokp
.1111% fill ., Not. 0-4.1, letters ltll-"1~11 1,116d
V44-11 Omllt,
IjffA I., few twel"MI. It Ow it. 4. 1, 181,1% 1 00
1,,Iw ... PilmomAtrd voith.4, tic-nW,. Isim, i,- o-O.- of I.
Fee
1,11". ind life, I,T Ill I ..p. I, i ill Ill,
.
~
Cl
it
11
l
1
oo
lv..Vts
.
.1filtv
~
4
1 4 0

zoo
,
;40 0
0,0
~ o

too
~18

logo

W-
~

0 R of a It
An 1 0 role 0 Is 1
I
j it

0

!At ~ ~1 - F.
Cholest.orol metabolism intensity In the spleen and muccles
of irradiated rats. Radlobiologiia 5 io.2:218-1120 165.
(MIRA 18:12)
1. Blologicheskiy instiLut Leningradskogo gonudarstvonnogo
universit-eta Imeni Zhdanova.

L _54C41-ti5
AGGESSIGN NR: AP5010341 T,-jl/ij-205/6,e/005/r,-,)?,/021-8/0220
AUTHOR: Vinegradova, M. F.
T IT I SE T- tensity of cholesterol metabolism In tho oploon and
muscles of irradiated rats
~SOURCE:
v 5~ ~o
TOPIC TAGS* anirikal, rat, X-ray irr9diation, single radiation dose,
irradiation affect, cholesterol metabolLsm, spleon, musQle, blood
ABSTRACT: Cholesterol mataboliam inten3itly of tire DTZ)
muscles was In-estigated in X-irradiated rats (500 r done," ar:.11 coi,.tral
animal..9 w1th 11-he u3e of a radioactLve .9),illiri tracer inetnod letalls
p.,jv,3r1 In 11-r oarlier st~,.dy,.
8 ~ 0 C if i0 ac t iv ity and -9,- vc 1 1 .7- " 7, _1 1'~) S o'T Gjid
blood wero mea-lurcid ut reinilpa-, to Z
~oe n, -I- ~!~ c
me'asiwed at the sf_-m_-j per Ir,,-ju -,(, j;c 1-1o ""it-! ~,e I
activit-7. Findinfys show that wit'a Ell 31ngle 9,00 r do3e cftol,33"erol
intenn""Y ant. cholo~it.15r,)! levr-111 i.ncr.,~4vijo In the spleen,
Card I

ACCE35IOll MR: AP5010341
but rmqain relatively unchLanged in ttie mia.3claq. The hi:._7j-,Gr labijlty
of cholesterol metabolism In the spleen than in the muscles is
attributed to the different ftmctional roles of cholesterol in the
two organs. Study r1ata also confIrn the T.osition that radio3ensitlvi-
ty of homopoletic qr~7&ns Is hi7,lie--. Orifr. art. has: 2 tables and 2
f igures.
ASSOCIATION: Blologichenkiy institut Leningradskogo gosudarstvannogo
universiteta imeni A. A. Zhdanova (Biological Institute of the
Leningrad State University)
9uBml=: 15APr63 ENCL: 00 SUB CODE: LS
UR REP aov.~ Q 0, C. =,?, R0 3
jIS rd 2/2

BEYDER, P.Ya.; VINOGRADOVA, M.F.; DERGACHEVA, S.N.
Certain problems In the development of petroleum-pipelline tran.-
portation in the stage of pre-project investigations. Transp. I
khran. nefti no.8:33-36 163. (MIRA 17:3)
1. TSentrallnyy nauchno-issledovatel'skiy ekonomicheskiy institut,
Gosplana RSFSR.

VINOGRADOVA, M.F.
Cholesterin metabolism in the organs of irradiated rats. Nau2h.
dokl. vys. shkoly; biol. nauki no.lj89-91 164. (HITRA 17W
1. Rekomendovana laboratoriyoy radioblologii Leningradskogo
gosudarstvannogo universiteta im. A.A.Zhdanova.

VIN,OGRAPQ3[A-M-R,,--
Effect of X-ray radiation on the renewal rate of lipides
and cholesterol in the liver of rato. Vest. LGU 17
no.3:102-113 162, OURA 15:2)
(RADIATION-EHYSIOWGICAL EFFECT)
LIFIM)
CHOLESTIMOL)
I

11
I-'. M.G.
L.I.; Vl!*(:~C-!-~l)(:`;-l "r p
-c' . - ~- S
r,,,Perer,r;., C-1, -.- e -,im-nd, erlo ~f W-1 . If r,-, . -'s! Z". ~ . no.l.. -- 1 j
11 - ~L ~ r . (giRA 1-7:11')
Jl-Ag 164. ~ tl-

MCGRI.ILOVII AV. 1.
Stakhanov movement and mechanization in the textile industry Ms~-vr , 1939. (Nic 53-117)
Collation of the origir.El: 30 P.
Microfilm AC-100

U.S.S.R. / Human and Animal Physiology. Respiration. T
Abs Jour: Ref Zhur-Bi.ol., Nn 5, 1958, 22244.
Author : 31'nQA-jarIn_yA, M. I.
Inst :Acad Ided. dc-i-e-F-c-e-s US-R. Leningrad.
Title :Stimulation of Efferent Nerves in the Lungs.
Orig Pub; Yezhegodnik. Inst. experim. Ifed. Akad. Med.
nauk SSSR 1955, L. 1956, 113-116.
Abstract: The efferent impulsation of low amplitude (20-
-30 microvolts), of the pulmonary branches of
the vagus nerve in anesthetized cats, was char-
acterized by an irregular order of propagation
of separate potentials in some branches, and
grouping, according to the rhythm of the pulse
and respiration in others. The afferent im-
pulsation increased in frequency during as-
phyxia. The inspiration - "salvos,' - were
Card 1/3

U-3.3.R. Human and i-~nimal Physiology. Respiration. T
Abs Jour: Ref Zhur-Biol., No 5, 1958, 22'244.
Abstract: considerably increased in frequency and ampli-
tude by efferent impulsations at the lefel of
the cervical segment of the vagus than at the
level of the pulmonary branches. In separate
branohes the impulses were grouped in the rhy-
thm of respi.ration. The impulsation, corres-
ponding to the phase of inspiration, precedes
slightly, the onset of the dilatation of the
chest cage. The impulses are depressed by
supplementary distension of the lungs and are
increased by elevation of 002 content in the
inspired air.
The efferent impulsation in the sympathetic
branches of the upper thoracic ganElia of the
Card 2/3 75

U.03.3.R. / Human and Animal Physiology. Respiration. T
Abs Jour: Ref Zhur-Biol., 11o 5, 1958, 22244.
Abstract: marginal trunk is manifested by slow, bi-
phasic summated discharges, grouped in a
complex pulse and respiratory rhythm. The
institution of artificial respiration is
followed by some depression, asphyxia by
marked intensification of afferent impul-
sation.
Card 3/3

7 DI ;cd Circulat--. T
;,bs JQur: Rc;f Zhur-ri.('l., 2(-%,, 19-58, 93180-
,*.ut:..- r V
ins -k-l
Tj.".!Q Tic I.k~;..ptit:Lvc~ cS t7,,L! R'fect In
Stinulation -f PnL:~,-zry Di-andics ;f u".,c Va.,,Us "imenre.
Ori., Fub: Fiziol. z:,,. SSSR, 191~7, 43, m) 6, 517-52',~.
,'.b s t ra cCats anestlictizccl b,%rbitulntc-s recci *vctl sti-.,Uln-
'Uic-..i tc, the puli.o::ary =1 1.~wcr cardiac brmic7i,us of
Vac vc,.(,us ,iorvc:, a:' rl nls,, to receptors of orc (if the
1,~bes of thc: lwiG by -.cans of its bcj.nL; inflatea
, brunc'ws- 7-ic bl,-d pressum , -'- ic c,
tIlmuji thL 6 - I ll - U' ir,,)id
or fu~,.cra-l artrarics ims rec riclud. L-.. s(:,:-c (,f
Card 1/3

and T
G~~,icral Pr,:blc;z.
')3 Jr)ul:: Rc' Y- 2-,, 1958, 93180.
Q:its a reccrd -vv; .;-t;
t':c c trIc ClU In , 'a p~L
f%:-A
r(;fjCY ;V CC:- Z;
(;f By
and freqULI~Cy. .,r
ef hypQrtunsic- 11CLS ibnurvVIL (.IUQ t.) V'.Q ~'L-V(Jt.,~01101A
(T C(..-,-'l)L-tj.tivL; 'L-1 --'. ill the nur.,Q CL-atul:3.
With inflatir;*. ,t c t",c puLi~.miary '.~;bcs "LAur
;s3urc ca" Ito ~i~ rLl thcrQ wurQ ,io a.qjvs of
a prr
ii--,hibi*k-0. t:- ia -flac vascTicLor cu-.,itcr i~or
'l
"YP
2/3
43

Pr--~blc-. -z
.I.bs jour: Ref Zliur-Diol-, 20, 1958) 93180-
was c~cco,-.Tpa',iied by c(~rpotitive '.~ihibltitzi in the
pukiumn-ry rcccpturs t3ii-a-zolvea, but tho llcw of
afforeat i:~p,.Llscs tovarrl t,,,(- vasonutor center cUd
not rc-,c% ~ siolificmt intunsity. -- F.Z. lAcycroon.
3/3

VOOGRADOVA
Influence of closed pnei, thorax on the afferent and efferent pul-
sation in the nerve conductors of the respiratory apparatus. Biul.
eksp. biol. i med. 50 no.10:40-45 0 160. -(141RA 14:5)
1. Iz otdala obshchey fiziologii (zav. - prof. A.V.Rikkll) Instituta
eksperimentallnoy meditsiny (dlr. - chlon-korrospondant AW1 =R
prof. D.A.Biryukov) P1411 SSSR, lAningrad. Predstavlena deystvitellnym
chlenom AW1 SSSR P.S. Kupalovym.
(PMUMOTHORAX) (RESPIRATORY ORGANS-INNEWATION)
(ELECTROPHYSIOLOGY)

SAVCHRNKO, N.A., redaktor; KU(RIKALO, I.A.. -etsenzent. VINOGRADOVA, M.M.
redaktor; GUBARIV, R.I., redaktor; BBGICHBY, M.N., !WRTEM8327"
redaktor.
[The Dnieper river; a guide book] Dnepr; putevoditell. Izd. 2-oe.
Moskva, Izd-vo "Rachnol transpoe..2 1955. 365 p. (KIAL 8:11)
(Dnieper river)
.-",: -.: -f m

V)
82533
S/181/60/002/007/008/042
B006/BO70
AUTHORS: Vinogradova,, M. N., Golikova, 0. A., Mitrenin, B. P.,
SETI - Dans, Io-. S.~ ~1
TITLE: The Mechanism of Carrier Scattering in p-Type Germanium
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 7, PP- 1428-1430
TEXT: It has been shown many times already that the temperature
dependence of the hole mobility of germanium in the range 100 - 3000K
corresponds to the law u~,T-2-3, and this contradicts the theory of
carrier scattering on acoustic vibrations. It was proposed to take into
account also the optical vibrations to overcome this difficulty. If this
is done, the mobility falls rapidly for T 9 can be
made. To be able to determine u directly from conductivity and Hall
constant R. the range of impurity conductivity on the side of high
temperatures must be increased. This increase takes place in more
Card 1/4

82533
The Mechanism of Carrier Scattering in S/18 60/002/CO7/008/042
P-Type Germanium B006YI3070
strongly doped samples. The authors used gallium-doped germanium with a
hole concentration of 2.8-1015 to 8.1016. R was measured at 17,000 oe,
ulPl 1-uhPh -
where Rd = PI+Ph = u, The index 1 refers to light and h to heavy
holes. If it is assumed that the temperature dependence of the mobility
of holes of.both kinds is the same,. U =L f(t) gives a correct
description of the temperature dependence of the mobility of heavy
holes. Fig. I shows u(T) on a logarithmic scale for five samples of
germanium with different hole concentrations (curves'2-6). curve I gives
the straight line corresponding to the T-2*3 law. When the carrier
concentration is increased, the slope of the curve approaches that of
the straight line. Further investigations showed that the carriers of
all samples are in a non-degenerate state at all temperatures. Lower
values of the mobility in samples with high hole concentrations should,
therefore, be explained as being due to the effect of a scattering from
negatively charged acceptor ions whose number N is equal to the number of
holes p. If it is assumed that the total number of collisions per second
Card 2/4

825 33
The Mechanism ol Carrier Scattering in S/181/60/002/007/008/042
p-Type Germanium B006/BO70
rel axat ion t ime, - u is the sum of collisions-with
m
thermal vibrations (Vth) and ions (91), a comparison of two samples with
different hole concentrations may give Vi, mobilities uth and ui, where
Vi - aN (a-sv, s being the mean ionic cross section, and v the mean hole
velocity) and 1 - B aN. FigH. 2 and 3 show the results of the
U-i e
calculations. Fig. 2 shows 1 = f(lgT) for five samplest Fig. 3 shows
u
A (-1) for different pairs of samples. If formula (1): 1/uth=l/u - 1/ui
u
holds for the mobilities, the T-293 law Is obeyed for all samples.
Summarizingly, it may be said that between 100 - 4500K Vi is independent
of temperature (up to an accuracy of 10%), which diverges completely
from the old theory. The mean free path of the carriers (I -'rv) is,
therefore, proportional to v and not to v4, as was assumed earlier.
Taking Into account the scattering of holes by thermal lattice vibrations,
the T-2*3 law is well obeyed in the range of temperatures considered.
Card 3/4

The Mechanism of Carrier Scattering in
p-Type Germanium
82 53)
S/181/60/002/007/008/042
Boo6/BO70
The authors thank I. V. Mochan for advice and discussions. There are 3
figures and 2 tables.
ASSOCIATION: Institut poluprovodnikov AN SSSR Leningrad (Institute of
Semiconductors of the AS USSR, Leningrad)
SUBMITTED: March 5, 1960 1--K
Card 4/4

r~wo 67384
SOV/181-1-9-2/31
AUTHORSs V noaradova, M. W., Golikova, 0. A., Yefixoyaj V. A., Kuta-
-s o ~v, ~,A.,-.~avi bkaya, T. S., Stillbansp L. S., Sysoyeva,L.K.
TITLEt Investigation of the Scattering Mechanism of Carriers in Some
Semimetals
PERIODICAL: Fizika tverdogo tela, 1959, Vol 1, Nr 9, pp 1333 - 1344 (USSR)
ABSTRACTs The above investigations were conducted on lead tellurides and
bismuth, and aimed at the followingt 1) with electrons scatter-
ing on thermal vibrations of the crystal lattice~,l the depend-
ence of the time T required for the traveling of the free
pathlength on the intensity of thermal vibrations and an the
energy of electrons should be determined. 2) In the scattering
on the ionized impurity atoms one finds the dependence of x on
the concentration of the impurities and also on the energy of
the electrons. A qualitative picture of these phehomena should
then be determined on the basis of the quantitative ratios thuB
determined. The investigations were mainly conducted on poly-
crystalline samples produced by powder metallurgy The depend-
ence of T on the energy F_ of the electron and also on the
Card 1/4 intensity of the thermal vibrations is still unclear; these,

67384
Investigation of the Scattering Mechanism of Carriers SOV/181-1-9-2/31
in Some Semimetals
dependences, however, can be separated from one another by
appropriate investigations. Among other things, the folloAin-
holds for lead telluridet u -,, T-5/2 holds throughout the
temperature range investigated for the mobility of a sample
with the concentration of 5-7-10 17. In the case of concentra-
tions of 2,4-,10 18 and 1-5-10 19 u .T-5/2 holds in the range
of high temperatures, and in the case of low temperatures
u T-3/2
holds- The latter sample is already partially
degenerated at low temperatures, and this-degeneration
becomes stronger with increasing concentration of the
carriers. The two-phonon processes are likely to play the
principal part at higher temperatures. The temperature
dependence of the mobility of degenerated and non-degenerated
M
8amples is characterized by the factor T . In this connection
M a - 1/2 holds, which corresponds to the electron scattering
on the acoustic branch of the atom lattice. The dependences of
Card 2/4 the thermoelectromotive force on the temperature and on the

67384-.
Investigation of the Scattering Mechanism of Carriers SOV/181-1-9-2/31
in Some Semimetals
concentration of the carriers are in satiefsotory agreement
with the theory. Also in the came of n-types Bi 2Te3and Bi 28e3
the,dependence of the thermoelectromotive force on the-con-
centration of the carriers is in good agreement with the
theory. This also holds for the temperature dependence of
mobility in Bi 2Te3 with low thermoeleotromotive forces and
with low temperatures. The temperature-dependenoe of mobility
is steeper with weakly degenerated samples of PbTe and Bi Te
2 3
than in the case of the strongly degenerated ones. Precisely
the contrary, however, holds for bismuth sulfide. Next, the
authors inv'estigate the scattering of electrons on the ions of
an impurity for the alloy 80 Bi 2Te3 + 20% Bi 2 Be3on pressed
samples of the n-type. Cu5 (donor) and Pb (accepzor) were
selected as impurities. Mobility drops appreciably with in-
creasing number of ions. In bismuth telluridej with scatter-
ing on the ions of the impurity, the time required by the
electrons for traveling through the free pathlength does not
Card 3/4 depend on energy. Results obtained in the investigation under

67384
Investigation of the Scattering Mechanium of Carriers SOV/181-1-9-2/31
in Some Semimetals
review,agree with Er inso is theory (Ref 5). For Bi 2Te3
1 1 U2 y Here u denotes the theoretical
u(n) 7~~ + SinE, holds.
n 0
0
dependence of u on n for m - 1/2, where n denotes the number
of electrons (and ions) and 3 1 is the transversal cross section
of the ion. A similar relation also holds for the dependence
of the motion on temperature. There arc 19 figures and
6 referencesp 4 of which are Soviet.
ASSOCIATIONs Institut poluprovodnik6v it S -SSR Leningr (Institute of
Semiconductors of thi AS USSR, Leningrad,
SUBMITTED: May 19, 1959
Card 4/4

VINOGRADOVA, M.N.; OOLIKOVA, U.A.; DUBROVSKAYAs I.N.; MOYZHES, B.Ta.
Thermo-e.s.f. in po-type germanium as d"ndent on conoon-
trat,ton and temperature. Fiz. tyer. tela 5 no.6:1657-1667
JS 163. (MIRA 16:7)
1. Institut poluprovodnikov AN SSM, Leningrad.

TINOGRADOVA, M.X GOLIKOVA, O.A.; MITRIMIN, B.P.; STILIRAJTS, L.S.
Scattering mechentsm of carriers In p-germanius. Yiz.tver.tela
2 no.7:1428-1430 JI 160. (KIRA 13:8)
1. Institut poluprovodnikov AN SSSR, Leningrad.
(Germanium)

ENT JILM /B33
ACCESc-10k? 1, PL01 2?,7
57A,667
Vov
AUTMRS, Vinogradova, N1. N.; Golikovj,- 0. A.; Dubrovskay~ij!
M~jy?hqs2_q. Ya.
TITLE: Thermoelectromotive force of p-type ge m
jn relation to concontra-/,,.
tion and temperature
1SOURCE: Fizika t-.,erdocjo tela, v. 5, no. 6, 1963, 1657-1667
TOPIC TAISS: the oelectromotive forcot Ge, Ga, Intrinsic corductivityji Hall
rM
effectp current carriers, Chronic,!, Copel, p-type semiconductor
ABSTRACT: The authors undertook this study-because of lack of data on either
Ip6lycry~taMno material or single crystals!'having high concentrations of =rent
carrj5rs. They investiqated ii- nqIeI crIy-s-t-als in the concentration Interval
7:40 to 74020 per cm- and the temperature interval 300-950K. Specimens were
p6pared by zone refining , during which the Ge was alloyed with Ga.,,;~Concentration
01 current carriers was deterrained by measuring the Hall effect,
A avoid errors
resulting from surface attachment of thermocouples, the thermoelectromotive
force was measured by thermocou les of Chromel-Copel welded to platinum pins
d:7iven into small holes (0.3 mm5 in the specimens. Measurements at high
temperatures were made.in an argon atmosphere. Variations between computed and
!-bard. -1/~-

sa L-1800-1-6-3
AXES310111 NR: ANM122,7
20 3 Or
experimental values were observed for concentrations above 10 per cm at 30
1--and also for lower concentrations at temperatures above 300K. These have been
by deviations from the square law of dispersion with increase of
~1,energy. This explanation is in agreement with the change of electrical con-
.ductivity, the Hall constantt and tho thormoelectromotive force in'the regio
almost intrinsic conductivity. "The authors thank L. S. Stillba-gs for his n Iof
T
interest in the work, A. V. Toffe for making the measur-em-'e-nf6i on thermal con-
,:,.ductivity, and A. V* Petroyjo'r*ldvice on the technique of measuring the thermo-
!'electromotive r
aA, has; 7 figures, I table, and 16 formulass
ASSOCIATION: Institut poluprovodnikov AN SSSR, Leningrad Qr~st
Semiconductors) of Sciences, S SR) itute of
Academy
SURmITTED.- 24Dec62 DATE ACQ: 0lJul63 ENCL: 00
1 SUB CCDEI PH NO REF SOV: 007 OTHM: 015
1 Card-2/2,

t_4029-66 EWT60
'-XCC'NR. -AP60 -15- 7-
/V1 SOURCE CODE: UR/0181/66/008/OOS/1336/1340
AUTHOR: A
yrapetyants, S. V.; Vinogradova, M. N.; Dubrovsk!ya, 1. .; Kolemoyets, N.
V.: RudnA . 1. M.
ORG: Institute of Semiconductors, AH SSSR, Leningra (Institut poluprovodnikov AN
SSSR) 66
TITLX: Structure of the valence band of highly alloyed lead telluride
SOURCE: Fizika tverdogo tela, v. 8, no. 5, 1966, 1336-1340
TOPIC TAGS: valence band, telluride, thermal emf, carrier density
PABSTRACT: An attempt is made to determine quantitatively the parameters of the val-
ence band by studying the electrical properties of highly alloyed lead telluride. The
~'lectrical P p-type lead telluride, having carrier concentrations
~e roperties of of
2-10" to 1.4-10" cm--' (according to the Hall effect), are studied. The energy gap
between the two valence zones is calculated, and the effective mass of heavy holes is
determined. The temperature dependence of the thermal emf is used to determine the
variation in the gap as a function of temperature. As temperature increases, the gap
decreases (AE = AEO-a), where a = 2-10-4 ev/deg. Resultu, which are considered as
interim, show that the valence zone structures of highly alloyed tellurides of lead,
and apparently tin as well, are similar. Comparison with the results of
Card 1/2

T, h6929-66
ACC NRo AP6015447
other authors show a discrepancy for AE and mT The authors thank B.-Ya. Hoyzhe!
for participation in the work and Ye. K. Kamornik and A. G. Orlov for conducting the
spectrum analysis of the sodium content in th-esanplese Orig. art. has: 4 figures.
SUB CODE: 20/ SUBM DATE: 15Jul65/ ORIG REF: 004/ CYTII REF: 006
awm
C d 2/2

ACC NR:
,;a, 6033552 SOURCE CODE: UR/0l8l/66/o08/0lo/2525 2928
;,U-,HGR: Kolo-moyets , AT. V. ; Vinogradova, -M. N. ;~ Lev, Ye. Ya. ; Syj3(rfeva, L. M.
iORG: Institute of SemiconductorsYM-1 SSSR, Leningrad (Institut poluprovodnikov AN SSSR)
!TITIZ: Hall effect in semiconductors with two types of carrier
SOURCE: Fizika tverdogo tela, v. 8, no. 10, 1966, 2925-2928
P'O?IC TAGS: Hall effect,
I semiconductor carrier, carrier density, temperature de-
pendence, semiconductor band structure 11 CAWIWI+ COAA;11 I
ABSTRACTE: The purpose of the paper is to clariPf the influence of the presence of
two types of current carrier of the same polarity on the Hall coefficient when account
is taken of the variation of the energy gap AE with temperature, and to compare the
calculated data with the experimental ones for p-type PbTe and for GeTe. 7he change ini
the Hall coefficient with decreasing fraction n2 of the heavier carriers (holes), due
to the change in the temperature and simultaneous decrease in the gap AE between the
sub-bands is calculate for several carrier mobility ratios (5, 101, 20). The calcu-
lation shows that the Hall coefficient R should go through a maximum at a definite
ratio n2Al, amounting to 0.95 and 0.92 for GeTe and PbTe respectively. RX increases
with increasing temperature (corresponding to an increase in n 2/nl), in agreement with~
the experimental data, but at temperatures above 570K for GeTe and 400-450K for Te L
Fb
Card 1/2

ACC 14R. AP6033552
its experimental values begin to decrease, although theoretically it should reach a
maximurn at higher temperatures. The discrepancy is attributed to the appearance of
carriers of opposite polarity, to a change in the overall carrier density due to the
change in solubility of the doping metal, and to inaccuracies in the determination of
the band parameters. Orig. art. hass 2 figures and 5 formulas.
SUB CODE: 20/ SUBM DAM: 15Feb66/ oRiG REF: oo5/ on nF: oo6
2/2

a rig
1e -an,irr
W n
ku
-L CTdrLer�)' 7,7
*0109! 1') i!,fv a
ft,p,jova),

VINOGRADOVA,-M,~~j NEMYEV, G.A.
Problems in treatment by the drinking of mineral waters. Vop.kur.,
fizioter.i lech.fiz.kullt. 27 no.3:266-272 Yq-Je 162.
(KIRA 15:9)
(MIMAL WATERS)

3u- e
e~ -,reta-
-1 g~s
of tnc 4'
4.r t-ne
in S 0--le Z. ku'l
iop. kur.,
bo"llsm in
TSe-!t-allnogo
anlya (-av.
f Z-- 0~
I.
in- -i ~ut& Irr- ~.A apil
G.11. PQ2pelova)~ "Oskvas

VINOGRADOVA, M.R.
Functional gastric changes in peptic ulcers under the effect of
Borzhomi mineral water and some balneotherspeutic factors. VOPO
kur.. fizioter. i lach.fiz. kul't. 22 no.2:48-53 Mr-,Ip '57.
(MIRA 11:1)
1. 1z otdaleniya lechebnogo pitentya (zov. - prof. Badyllkas
[deceased]) TSentrallnogo instituta kurortologil (dir. - kandidat
maditainskikh nauk G.H.Pospelova)
(MPTIC ULCERS) (BORZHOMI--MIIIWRAL WATERS)

NEVRAYEVj G.A., prof.; "VINOGIO-DOVA, M.R., vrach
,
Batalirwkaya. Zdorovle 6 no.900-31 S 160. (MIRA 13--S)
(PYATIGORSK-MWERAL WATMS t SMXHOOUS)

VINOGRADOVA,g M R 9 kand.med.nauk
,~~~zni~. .!60.
Zdorovle 6 no.12:28 D (KEPA 131.12)
(ARZNL-J4IMEM WATEW)

VINOGRAWYA, X.R.
Influence of some methods of physical therapy and hydrotherapy
on the seerstory function of the stomach in peptic ulcer patients.
Top.kur,,fizioter.i lech.fis.kallt. 25 no-lr7-13 160.
(KIRA 1315)
1. Is otdolentya lechabnogo pitanlya (sav, - prof. S.0, Badyllkes
(deceased]) TSentrallnogo institute, kuortologit (dir. - kandidat
meditsinskikh nauk G.N. Pborpelora).
(PWPT IC ULGIR) (STIONACM-SIM IONS)
(BATHS, HDOR AIM MM) (MI=A WAMS)

VINMIADOVA, M.R.; BOGOSLOVSKIY, A.A.
Effect of Borzhomi mineral water on the motor-evacuatory and
vecratory functions of the stomach (X-ray study). Vop. L-ar.,
fizioter. i lech. fiz. ~ialt. 26 no-5:431-436 S-0 161. (MIIA 14:11)
1. Iz TSentrallnogo instituta kL=tologii Ministerstva zdravookh-
raneniya BSFSR (dir. - kand.med.nauk G.H.Pospelava),
(130MOLf-MINEAUL WATERS) (STOMACH-SECRETIONS)

BADYLIKES, S.O.; VXGODNER, Ye.B.; ViNOGROOVA~-&Ri
Treatment of peptic ulcer byrectal administration of novocaine,
in combination with balneotherapy. Vop. kur.;- fizioter. i lech.
f iv, kul It. 26 no..". ~ 14-218 My-JO 161. (MIRk 14-.6)
l..Iz otdeleniya lechebnogo pitaniya (zav. - prof. S.O.Badyl.1kes
[Aeceased]) TSentrallnogo instituts, karortologii.
(PEPTIC ULCER) (NOVOCAM) (BATHS)

- T -
, -..,i 1"o-7 (clisss) 1101-1 tile, functional chan-es
Vrioc,~i-,iADOVA 1. , Card I * " 12 L a 0
of the stomach in ulcer patients under the influence of !~orzhom mineral
viater, and certain physical and balneotherapautic factors.(In conditions
outside the health clinic)." Moscow, 1957, 16 pages (Central Institute
of Health Resort-Scionce) 200 coDies (EL., 36-572 107)

0o-
. . .. %44~1 (o ~3
I