SCIENTIFIC ABSTRACT VASILYEVA, M.YA. - VASILYEVA, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Release Date: September 1, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

E.S. -..NR:. 12315 PP~~i-42r/z-,W,02 C44,' W~, OM/
C SION AP5404 I" a~, S011
AT,--
Kay~qev A-. As
TITa: -Plasma noise of a high-freqii-nr-y discharge in a mqgaetic fipld
7, no. 5# 1964p 8114-81*7
TOPIC TAGS: plasma osciUation, h-l;Fh frequency plassma, high fri-qiien-y div-hax~e
ABSTRACT! The authors ,)resent data on noise arising In a high- frequency iischarge
ir a mag:netic f.'eld. The discharge was ex-Ited in a glass -ylindri-al tub, with
inrif~e diameter Z.~ cr. and vith 72 cm between electrodes. A flat va-LI prob,! waA
placed in the oentr::Ll pert of th(, t-tr- I-ho a1tprnntinw. vr)1tk)_vf- wi t. h.
r ~rr
ta Thr Pis.
xAiP rnrA Hg. ieaX Y~Llvv w4s
A
mainLaln the gas presauye congtrunt 1 rth- -x por i mpnta-1 tube. rhp noi8c w~jr, rr---
gist-red vitt- EL hij#i-frequency Apiert- M' FQ du~'~
pftbe
Card- ].,/g

the- Woe - -The-experiments haVes-slud-~M t1fat__Weh__the etic field
magn
riGes abave a critical value, noise Gets in abruptly, vith a spectrum ranging from
several dozen kilocycles to several mpracyrles, The noise upectrim has a pent at
low fr-querv~ies, with a iridt~, -v~-[L *.Pnt'IE ~r a Meqa~,Y-lp. 7hp ma--irrim
'hr -r!ti-a,
crease in voJLZ,&ze -ausps a sudr*en in the -riti a-1 raafm i ri-11. Tale
It
r-!..., ir~ ~-, -P -~ h P c-.;,v '
d i F; SP. t ; tr - ~ n S t aI ~ Y &n ' r-h mpgr P t p ~ risma ro,~S; -1,V
- - ; . , - , i G _" , ~,i- i _-~ ;,ii~ j. z_;z i - buwiu uo c i -"at i ov a e,,7 reas e aurig. az-t. nas.-
1 figure and 2 tables.
ASSOCIATION: Moakovskiy gosudarstvenny-y universitet (Moscow State univerai-,4)
GURU= - 27J wi64 Elicl,: 00 CUB CODE, Mk;
UR REF SOV., OOF- "I=

240) SOV/48-23-8-13/25
0
AUTHORS: Vasillyeva, M. Ya.,_.Zaytj3ev, A. A., Andryukhina, E. D.
TITLE: Waves of Charge Density Oscillations in a Cylindrical Plasma
PERIODICAL: Izvestiya Akademii nauk SM. Seriya fizichookaya, 1959,
Vol 23, Nr 8, PP 995-998 (US,511)
ABSTRACT: For acoustical waves which may develop in an ionized gas and
for the associated electrostatic oscillations of positive
ions, equation (1) is given in order to calculate the frequency
of ionic oscillations. As shown by the present puper, wavelike
processes may be observed in the plauma of the positive column
at low gas pressure migrating from the cathode to the anode.
Ionic oscillations may be observed only if anode oscillation
is absent. The following problems are discussed here: 1) Does
a low limit of pressure exist where no anode zone is present?
2) Does any form of wavelike processes exist in colunns without
anode zone? If at all, of what kind is their characteristics?
The experimental arrangement is shortly described to determine
th~ oscillations by means of a photoelectronic multiplier and
an oscilloscope. It was found that the anode zone in helium
Card 1/3 disappears spontaneously at a pressure of below 0.9 torr and

, 1 30V/40-23-6- 13/21,
Wtiven of Chnr#ro Donvity Oticillations In a Cylindrical Plasma
at currents of less than 60-120 ma. The dependence of the
brightness oscillation amplitudes in the positive column on the
frequency may mean the presence'of a resonance frequoncy
(Fig 1). Table 1 showo the length and r(juonance of tho z~)nvu
and, by calculation 'rom them, the propagation velocities of
the anode zone in helium at different pressures and for dif-
ferent tube diameters. It was found that for defined conditions
in helium (0.01 torr) the positive zone expands throuehout the
tube, and wave processes may be observed wh'.ch migrate from
the cathode to the anode. The results of meauurement summarized
in table 2 show that frequency enlargening diminishes the
length of the cathode zone. The temperature of 205.103 OK in
helium at a pressure of 0.01 torr and a current of 30 ma was
determined by means of a Langmuir search electrode. on the
basis of these data the velocity of waves was calculated.
Finally, similar experiments on argon and xenon are described
with the disappearance of the anode zone at prei;sures of
3-4-10- 3 torr. The temperature amounted to 84-10 5 oK under the
Card 2/3 above conditions. There are I figure, 2 tables, and 6 ref-

5OV/48-23-3-13/25
Waves of Charge Density Oscillations in a Cylindrical Plasma
erences, 2 of which are Soviet.
ASSOCIATION: Moskovskiy gos. universitet im. M. V. Lomonosova,Fizicheskiy
:akulltet (Moscow State University imeni M. V. Lomonosov,
Department of Physics)
Card 3/3

21(7)
AUTHORS: A. A., Vasillyeva, M. Ya., SOV/56-36-5-58/76
Zaytsev
,
Inev, V. N.
TITLE: On a Possibility of Determining the Potential'in the
Plasma Space From the Characteristic of Noises Occurring
in a Gas Discharge (0 vozmozhnosti opredeleniya potentsiala
prostranstva plazmy po charakteriatikam shumov,
vozbuzhdayemykh v gazovom razryade)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheakoy fiziki, 1959,
Vol 36, Nr 5, pp 1590-1591 (USSR)
ABSTRACT: As the usual probe-method by means of which potential
determinations in the plasma t.re carried out is connected
with numerous difficulties, tha authors of the present
"Letter to the Editor" suggest that the noises occurring
in a gas discharge be recorded and that conclusions be
drawn from their characteristic as to the course of the
potential. In gas-filled tubes with a glow cathode noises
with amplitudes of up to 1 v occur with discharges in wide
frequency ranges (kilo-megacycles). The authors carried out
noise measurements in the probe-cathode range in cylindrical
Card 1/2 tubes with oxide cathode by using the noise meter IF-12M.

On a Possibility of Determining the Potential in the SOV/56-36-5-58/706
Plasma Space From the Characteristic of Noises Occurring
in a Gas Discharge
As filling gas krypton was used within the pressure range
of from 0.01 to 1 torr; the discharge currents were between
6 and 140 ma. Figure 1 shows a typical probe characteristic
and the corresponding noise curves, figure 2 Bhows potential
distribution along the discharge axis determined by the
usual as well as by the "noise" method. There is good
agreement between the curves. There are 2 figures and 4
references.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow State
University)
SUBMITTED: January 14, 1959
Card 2/2

24-0), 90) ,)OV/20-127-1-16/65
AUTHORS: 7,aytsev, A. A., Vasillyeva I
Ya.
TITLE: The Investigation of the Formation of Mobile Layers by the
Method of Perturbations (Issledovaniye formirovaniya
podvizhnykh aloyev metodom vozmushcheniy)
PERIODICAL; Doklady Akademii nauk 333R, 1959t Vol 127, Ur 1, pp 63-66
(USSR)
ABSTRACT: For the investigation mentioned in the title the positive
column in the transition state from the homogeneous to the
layer-like shape must be investigated. In a previous paper
by A. A. Zaytsev (Ref 1) it was shown that by the superposi-
tion of oscillation from without over the steady discharge
(which, in the case of a lacking foreign interference, is
characterized by a homogeneous positive column), artificiall.,
mobile layers can be caused and maintained. This is, however,
possible only if the positive column, due to the peculi-ariti-03
of the proceasaa tnkinj-, place in it, has a tendency to fray
out. The mobile layers may be formed by a 9in.,le perturbation
of the discharge statot but in that case the layers formed
immediately become blurred and vanish, so that the positive
Card 1/4 column immediately returns to the original (i.e. homogeneous)

:;07/20-127-1-16./65
The Investigation of the Formation of Mobile Layers by the !!ethod of
Perturbations
shape as time prot-,reases. It is upon this fact that the
investigation method employed in this paper in baned, for
the authors uno the method of pule, perturbationi. The
tension pulses (of rectangular shape with a width of 1 4sec
and a frequency of 50 3ec-1) are trnnamitted either on to
cylindrical probe or on to a metal ring (which may be 1if-
ferently orientated with re,3pect to the cathode). The trarisi-
tion processes in the positive column were investil,,-ated b.,-
means of a photoelectronic multiplier and a catho3e oacillo-
graph with "waiting development". Experimental difficulties
are briefly montionod. In helium tind at presourezi of 1 torr
the positive column in of homogeneous shape in the rringfi of
low amperages. Below the critical amperage of 110 ma the
positive column has oscillations of the bri--htneS3 Of
luminescence with decreasing amplitude an a reoult of
perti.irbationo. The degree of oncillation damping dependn
on ampera[;e. The more amperage differs from critical ampera,-,e,
the stronger damping will be. At an amperage of more than
Card 2/4 6 ma, the oscillation amplitude no lonj-;er decreasec to zero

SOV/20-127-1-16/65
The Investigation of the Formation of Mobile Layer3 by the ?Iothol o!"
Perturbations
in the intervals of time between the successive pulses. In
the state which is a near approach to the threshold of the
spontaneous occurrence of mobile layers, oscillations are
damped only very slowly, as Vint, under these condition3,
seconds are necessary for the oscillations to vanish. The
attached figures show varioiis oscillograms. I--mediately con-
nected with the motion of the layers, is an oscillation of
the anode fall with the frequency of the mobile layers.
Therefore, a current oscillation in the discharge circuit
always occurs whenever the positive column contains mobile
layers. The action upon the cathode range is not the basic
condition necessary for the artificial excitation of the
layer-like state. Experiments show that layers are formed
if pulses are applied to Vie probe which is at a sufficient-
ly large distance from the cathode. This is always brou:;ht
about in such a manner that the layer-like shape of the
column forms with some delay towards the side of the anode.
In all cases the velocity of the "stratification wave"
Card 3/4 was greater than the velocity of the motion of layers. The

SOV/20-127-1-16/65
The Investigation of the Formation of Yobile Layers by the Method cf
Perturbations
,, stratification wave" decreases in the order He, 11e+H
Ar+H(;. There are 2 figurea, I table, and 3 Soviet referenceo.
ASSOCIATION: Tylookovskiy gosudarstvennyy universiteta im. 1.1. V. Lomonosolla
(Koacoyi State University imeni M. V. Lomononov)
PRESENTED: March 12, 1959, by M. A. Loontovich, Academician
SUBMITTED: March 11, 1959
Card 4/4

836og
S/056/60/038/005/042/050
B006/BO63
AUTHORS: Zaytsev, A. A., Vasillyeva
LA.-IM
TITLE: The Relationship Between the Vibrations and the Rate of
Loss of Charged Particles in a Cylindrical Low-pressure
Plasma Placed in a Longitudinal Magnetic Field 1~
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki., 1960..
Vol. 38, No- 5, PP. 1639 - 1640
TEXT: The principal purpose of the present work was to investigate the
lasma oscillations of a positive column placed in a constant longitu-
dinal magnetic fie d. Besides, the authors studied the effect of this
field upon the electric field strength along the column and the diffu-
eion current on the walls of the discharge tube. The latter had an in-
ternal diameter of 2 cm, an electrode spacing of 90 om, and was filled
with He (0.2 - 0.05 torr). The plate current could be varied between
50 and 350 ma The gas had an ionization degree of 0.1%. The discharge
tube was placed in a solenoid in such a manner that the ends carrying
the cathode and the anode projected by 25 and 15 cm, respectively. The
Card 1/3

83609
The Relationship Between the Vibrations and B/056/60/038/005/042/050
the Rate of Lose of Charged Particles in a Boo6/w63
Cylindrical Low-pressure Plasma Placed in a
Longitudinal Magnetic Field
magnetic field strength varied from 0 to 295 koe. Without a magnetic
field, the discharge had a noise of 103 _ 106 cps. The magnetic field
increased the noise and affected its spectrum. A critical field strength
gave-rise to sudden oscillations whose intensity was 10 to 15 times
higher than that of the noise level. The pulse height of these oscilla-
tions at the.eleotrodes reaches 7 - 10 v. This critical field strength
is independent of the current but increases with pressure;
p 0.05 0.07 0.1 0 2 I~orrj
Hcr 750 990 1400 1~30 [061 -
Simultaneously with the occurrence of the oscillations, the anode plate
current abruptly drops by 5-8%. Fig. 1 shows the results of measure-
mente of the effect of the field on the electric field strength, carried
out by means of a probe. The results of measurement of the effect of the
magnetic field upon the amperage on the chamber walls are given in
Fig. 2. A few other details of the oscillations are discussed. The au-
thors believe that the kind of oscillations observed and the increase
Card 2/3

836og
The Relationship Between the Vibrations and S/056/60/038/005/042/050
the Rate of Lose'of Charged Particles in a B006/BO63
Cylindrical Low-pressure Plasma Placed in a
Longitudinal Magnetic Field
of the effective rate of the loss of charged particles due to diffusion
are caused by a macroscopic displacement of the plasma filament within
the magnetic field. Thereare 2 figures and 4 references: 1 Soviet,
I US, and 1 British.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow State
SUBMITTED: January 21, 1960
Card 3/3

V"
S/109/62/007/003/025/029
D256/D302
AUTHCRS: Zaytsev, A.A., and Vasillyeva M. va
TITLE: Striated Positive colui.,in of -as disc:arEe in a 31 onr,i-
tudinal -,.agnetic field
U
1`-_"IR'IODICA1j; Radiotckhni'"-a i elektronikap v. 7, no. 3, 1962,
557 - 565
TEEXT: The study was conducted in order to exanine the diffusion
to the vialls in the process of decrease of the nu;:iber of char,~;ed
particles in the plasma. If tziv nechanism of appearance of stria-
'Llions was controlled by the process of diffusion one viould expect
-uo observe changes in the velocity of moving striations of the po-
sitive column and in the character of the stationary striat.-ions un-
der application of the !onzitudinal magnetic field. The following
measureiiients were performed: 1) 'I"he velocity of the striation '-.,.,a-
vel in the position column of helium discharge; 2) The lenGth of
stationary striations in hydrot-en; 3) The length and the f"requency
of non-stationary striations i~ helium and in a mixture of argon
Card 4237

S/109/;f'2/G07/GG7J/G25/1V29
Striated positive column of gas ... D256/DjO2
with mercury vapor. The expe2imental method ,,ias that described pre-
viously. In addition the discharEe tube w..s placed in th~e ma'-ne-tic
field of a solenoid coil and light from the iocal reglion under _Jn-
vestigation was directed on to a phtoelectron-multiplier tube and
recorded. The nagnetic field was varied up to 1200 gauss, and the
pressure from 0.4 'to 1 mm 119. Pulses of 0.2 Ii sec duration -.,ere
14
applied between a rinc, round the tube and thQ c--",I,.ode a' a r
tion rate of 50 1/sec in order to attain tr6ansition from a uniforn
helium colurm to a striated one. The Dresented results reveal a '-.~e-
of the Dattern of the striated discharge upon the magnetic
kield applied; i! was found that thle .-ia~;netic I'Tield increases the
length of the striations decreasing their frequency and velocity.
T.',e results are shown to be in ar-reernent with the nrodiction of an
anDroxinate calcuiation expressin'g' the length of the striations in
Uerms of diffusion. Th.ere are 6 figures, 3 tables and 19 refere-ne-
es; 8 Soviet-bloc and 11 non-Soviet-bloc. '1'he 4 most recent
rences to the English-languar-e publications read as follows: H.
tother, Ann. Phys. 1959, 49 7Y 373; X. Vlojaczek, Ann. Phys., 1958,
2, 1, 2, 68; R. Bickerton and A. Engel, Proc. Phys. Soc. B, 1956,
Card 2/3

~;/l 09
,/62/007/003/o25/029
Striated Dositive colu---. of ~-as D2-6/-j-,G2
69v 4,468; A. Stewart, J. Appl. Phys., 19506p 27, 8, 911.
ASSGCIATION: Fizicheskiv fallculltet 17,'oskovsko-o (:,o*udarstvcnro,ro
universiteta ini. I.I.V. Lor:ionosov,,.,, lcafQdra clektroniki
(Paculty of Physicz; of the Moscow St,,lto University im.
M.V. Lomonosov, Department of E'lectronics)
SUBMITTED; July 14, 1961
Card 3/3

L 3R-100-66 1-:','T (1)
ACC NRo AP6029724
AUTHOR: Zernov. D. V.
Spasskiy. B. I.; Ullan
SOURCE COM UR/0109/66/011/C'05/0966/0967
Timofe-yev, P. V ; Fursoy. V. 9o; Migulin. V.-V G
UWal t
r. R. A.; Grogdover. S. D.; Shema-vey. A. M.; Sol
Te.; DI ininfA,
Ku&oynjkoy. A. A.; Zaytsey. A ".; Vm1j.!;Mya- M. Yap; Mitsuk. V.
Ye. M.; Zholud
ORG: none
TITLE: INikolay Al;-ksandroyich Kaptsovi
SOURCEs Hadictekhnika i elektronika, v. 11, no- 5p 1966p 966-967
TOPIC TAGS1 electric engineering personnelt magnetronp klystront corona disahargep
gas conduction, gas discharge plasma
ABSTRAGT: N. A. Naptsov passed avay 10 February 2966, He was a student
of the famous P. N., IAbedovj, and performed w=t-. fundamental investigations
'in the dovolopmwt of modern oloct-rMiM He ww the creator and leader of
the chair of electronic3 of Moacow State Vni-e ~it # He developed the can-
cept of phase grouping of o1 trons, His ideas are the ba33.j for the dewelop-),
.zent of the klystron 6He developed the concept explaining the
phanomonon of corona discharge. He also developed ideas connected with
.formation of gas conduction and phenomena In a gassou3-discharge plasma.
Kapt4ov served for yeara as the head of the pbjysical laboratoz7 and *on-
sultant to the Mo3cow Bleotron Tube Hg w" the Author of wMarva
books., includin *Pb7sical Phenomena In Vaaw= and in Oamp which w=
.trawlated Into f0reign 2anguagoal be also created md t&A&t wasamom
electronics courses. 1JPRS: 36,5011
SUB COM 051, 09 / BOX DATE: none

ACC NRi AP6002283 SOURGS CODES Uk/0168/65/OW/006/0003/0012
AUrHOR: Vasillyeva, M. Ya.; Zaytaev, A. A.; Miskinova, N. A.
ORG: Department of Electronicap Moscow State University (Kafedra clektroniki
kloskovskogo universiteta)
TITLE- Effect of a readily ionizing gaseous admixture on mobile strata in inert
gases and separation of helium-hydrogen and noon-hydrogen mWures
SOURCES Moscow. Universitot. Vestnik, Seriya III. Fizika, astronomiyap no. 6, 1965#
3-12
TOPIC TAGS: gas mechanics, gas kinetics, gas flow, inert gas, ionized gas, helium.
neong argont hydrogen
ABSTRACT: In order to study the effects of hydrogen admixtures on the existence of_.
moving strata in Ne, He, and Ar, and in binary mixtures of inert gases (He-Ar, He-Kr,
He-No, and Ne-Kr), the authors conducted these investigations, taking Into consider-
ation the fact that such studies are complicated by the separation of the mixture com
ponents. This required additional studies of.the time and rate of the establishment
of a stationarystate of separation In NO-H2 and He-H2 compounds, characterized by the
equi~-ibrium between the direction of motion of ions of the readily ionizing component
toward the cathode and the diffusion which counteracts soparation. The investigation
were conductdd with spectrally pure No. He, Krp and Ar in sealed tubes with an
Card i /2_
UDC% 537.561 533.Z7

VeCN-R-s-A-P-6-0-022-8-3-
,iLidirect heating oxide cathode, and a conical anode. The length of the tubes was
60 cm and the diameter varied from 8 to 28 ram. A hydrogen generator, consisting of a!
nickel cylinder filled with titanium hydride sponge, saturated with purified hydrogent;
supplied the necessary hydrogen. The pressure of the hydrogen reached 1.5 mm Hg. Thel
moving strata were observed by means of a rotating mirror and a photomulitiplier,
whose signal was fedinto an 10-4 oscillograph. A stabilized rectifier, supplied up t
1.2 ampere of discharge current to the tube. The pre3auro of tha basic gas during
the measurements was 1-21 mm Hg. The results showed that moving strata exist in purs
inert gas up to the upper boundary current. The magnitude of this current drops as
the pressure increases, except in No where at a pressure of 14 mm Hg the current
reache3 500 ma. By adding H2 the area of the homogeneous column expands toward the
anode and a further addition of hydrogen makes the column completely homogeneous.
All this is related to the separation ct the Ne-H2 system. The authors conclude that
the addition of hydrogen to helium, noon, and argon eliminates the moving strata.
2-4%*of readily ionizing admixture is most effective for-inhibiting strata in binary
mixtures of inert gases. Orig. art. hast 5 figures and 7 tablesp
SUB CODEs 07 / SUBM DAM 02JunW ORIG REF%'006/ OTH REPI 004

SHVILKIN, B.N.; VASIL'YLVA, !-:.Ya.;
Plasma noise of a high-fre.-l-en,--y
Izv. wjo. ucheb. za-,,.; radir)"',12.. 7
1. Moskovskiy gosudarstverm-,71 univEitsitet.

YERMOLAYEVA, Ye.A.; KOZLOVA, N.A.; BATSKA, P.; SHILOVA, M.A.;-_VASILYEVA,
M. Ye.
------------
Effect of maleic hydrazide on photosynthesis and carbohydrate
metabolism in plants. Trudy Bot. inst. Ser. 4 no.15:120-131
162. (KRA 15:7)
(Photosynthesis) (Growth promoting substances) (Pyridazinedione)

BEMSHITEYN, M. Kh.; YABKO, YaX.; ZAYONCHKOMM, A.D.; VjSjjNEVSKAYA, M.P.;
LEV, M.V.; SIRTS, A.L.; KOChTTKOVA, I.V.; VASIL'YEEVA, M. Ye.
Toe-puffB made from thermoswLting and thermoplastic polymera.
Kozh.-obuv. prom. 7 no. 10:18-212 0 165 (141Tik 19:1)

I -.. -
VASILIYEVA, M.Ya.; ZAYTSEV, A.A.; MISKINOVA, N.A.
Effect of a reaOily ionizable impurity on mobile striations in
inert gases andthe separation of mixtures of helium &nd neon
with hydrogen. Vdat. Mosk. un. Ser. 3: Fiz., antron. 20 no.6:
3-12 N-D 165. (MIRA 19:3)
1. Kafedra elektroniki Moskovskogo universiteta. Submitted
June 2, 1964.

VASIL'YEVA, N.
91ffIiciency promoters exchange frl--,~tices. Pozh.delo 9 no.12:22-23
D '63. (MIRA 17:1)

VASILOYEVA, N., instruktor-letchik
Taking past errors into account. Kryl.rod. 12 no.6:25 Je '61.
(MIM 14: 6)
(Airplanes--Piloting)

VASILITEVA, 11.
'.
Advanced trAining for Personnel working in childrente hooese
Nedesestra 17 no.8:29-~4 Ag 158 (MIRA 11:8)
(ORPMS AND ORPHANAGES)

KOZACHERKOP I.; VASILIYEEVA, N.
Good friendship. Prof.-tekl. obr. 21 no-9:32 S 164,
(Mll R~ 17: 11)
1. Direktor gorodskogo professionallno-tekhnicheskogo uchillshcha
No.4 g. Rostova-na-Donu (for Kozachenko). 2. Pomoshchnik direktora
gorodokogo professionallno-tekhnicheskogo uchiliBhcha No-4 g.
Rostova-na-Donu (for Vasillyeva).

TASILOIZVA,.)i. ..
I.IjlAshkin; 1832-1898. N.Vasilleva. R&b.1 sial.33 no.1:23 J&
157.t*, i-r- (KLM 10:2)
(fRilshkin, Ivan Ivanovich. 1832-1898)

VASIL'YEVA-._N.
Always with the people: on the 80th anniversary of TSiatka'm
birth. Rabi sial. 32 no.7:16-17 JI '56. (MLRA 9,8)
(Pashkovich, Aloiza, 1876-1916)

_-VASILIJNY~t .
'On the roads of Rumaniaw by Z.Khiren. Reviewed b7 N.Vasilleva.
Sov.voin 38 no.17:14 S 156. (MLRA 10:1)
(Rumania-History)

VASILI MIVA, 1.
%..... -.. ~
A groat and usoful friondship. 4y.profoolur 5 no.1,04-35 -Ta '57.
(NLRA 10: 2)
1, MrAoshnik-moilellyer fabriki wSkorokhod.0
(Csockeelevaklew-Shos Industry)

VASILIYEVA, N.
These are our worries. Pozh.delo 8 no.2:3-5 F 162. (MIRA 15:2)
(Fire extinction-Societies)

VASILIYEVAP N,
Coxforence of readers of the journal 'Plastichev3de m2ns7.1
Plant. massy no.11:76 162. (MM 16: 1)
(Plastics-Pariodioals)

VASILIYEVA, N.; KAZIMIN, N.; ULIYANOV, V.
Resolutions of Women's Councils. Fozh.de1o 8 no-3:6-7 Mr 162.
(MIRA 1524)
(Tambov Province. Wo n in public UfO) (Fire prevention)

BOJARCZENKO, Michal [Boyarchenko, Mikhail] (Moskva)i WASILEWA, Natalia
(Moakwa)
High-speed magnetic amplifiers, Arch1w autorat 4 no.3/4-. 243-252
159, (EEAI 9:7)
(Magnetic amplifiers) V b

6' - - - ''. "'. I I --- . , /I T, I "
IDALIJU! # 11 . F- , , A. F- I a-11-1 WI;11. I W77111 "1 111.
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"Daily Periodicity ot Adsorp'tive CaFacity in rlants and Its Connection with the rerme-n-tative
Synthesis of Sucrose," Dok. AN, 57, No. 5, -19,47

h. --d t -11 .4 d

VASILfYEVA, N. A., and ?,(OROZ(Y,, N. S.
"Paleogene Deposits of the Basin of the Bopucharka and Tikhaya 'livers on
the Donts Ripht Bank of the Central Current"
Uch. Zap. Saratovakogo Gos. Un-ta, Vyn. Geol., 19553, 37, 21-25
The author shows that in the region of the ripht bank of the -addle flav
of the River Don lie tranbr,,ressively paleopene deposits upon deposit,-1 of
the Upper Cretaceous (up to the Senonan inclusively). The age of the
deposits is determined according to their stratipraphic position and from
their analogy with the quartz-plauconite sands of the Olipocone of the
Ukraine. (RZhGeol, No 3, 19510
SO: W-3~187, 8 liar 55

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VASILOYEVA, N.A.
The role of b;ypaotic sleep in the cotpound treatment of bronchial
asthma. Soy.med. 21 no-5;9" my '57. (KLRA 10:7)
1. Is propedevticheskoy torapevtichookoy klialki (zav. - prof.
TS.A.Levina) Odeeskogo maditsinakogo institute imeni N.I.Pirogova
(dir. - profs I,Ta*Dayueka)
(ASTRO, ther.
bypnosts)
(HYPNOSIS. ther. use
sathma)

V A S~I L ~I~Av---
Skin reactions in bronchial asthma under compound therapy
including hypnotic sleep. Vrach.delo suuDlement '57:28 (MMA 11:3)
1. Xafedra propedevtiki vnutrennikh bolezney (zav.-prof. TS.A.
Levine) Odeaskogo meditsinskogo institutn.
(SKIff--INMVATION) (ASTIMA) (SLEEP- -TFECRAPEUT IC USX)

G
VAGILYEVA X. A.' MAYDEBOR, V. Ii., MKOLOVISKIY, 0.. V., SHANGTI-1, 11. 14., ALIEKOIE'YEV) F. A.)
=j I
R., SEYFER, V. N.
"Tritium in Underground water Studies."
report presented at -the Conference on Radioisotopes in Metallurgy and Solid State
Physics, IAEA, Copenhagen, 6-17 Sept 196o.

VASILIYEVA, N.A.; SOKOLOVSKIT, E.Y.; MAYDEBOR, Y.N.
Using tritium for studying the flow of injected water. Geol.
nefti i gaxa, 4 no-7:55-59 -TO 16o. (NDU 13:8)
1. Groznenskiy nauchno-inaledovatellskiy neftyanoy institut.
(Hvdrogen--Isotopes)

VASjL'Y-.VA, NI.A., Cand 1!erl Sci -- (diss) "APPlicatio-r,
of suggested sl&en by means of hypnoAt in the cnmnlex
& therapy of bronchial asthrra." Odessa, 191A, li P;.,
I
(Odessa Merl Inst im N.T. Piroj,ov) 200 covies
(KL, ?3-58, 111)
- 123 -

LI[Vn:A, TS.A.. prof., GRUZINA, Te.A.,dots., VASILYEVA, B.A., ROYANOVSKAYA, A.I.,
TAGODKINA, N.I., PAVWVA, O.Y.
Treating stenocardia with, nitranol. -Sov.med. 22.no.8tU9--126.Ag '58
(mm, nao)
1. Is.propedevtichaskoy terapavticheakoy kliniki (save r prof0
Tq;&e.Levina) Odeeskogo meditainakogo Instituta iment I.;I. Pirogova
(dir*' profe',I.Ya. Deynaka).
(AlGrNA, PECTORIS, there*
aminotrate (Run))
(NITRITES, there uie
aminotrate in angirim pectorim (Rue))

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1
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_Qi' st
olsture In the bulk of slowed grain Lgo
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i A. Kileell. N. VsqiI:S.,V3 and C, T%yXjnk')V3. if'-mp"
1
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-Seeds (A a soft variety of spring wheat wcrr iirs" .0
water an a mrainer and allowed to l1ry m a thi, L cuslium
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of VAUSt alld thoroughly 41tiOd ill thrrilonlAts At :.M :I
.
00 in kyrts 4-3 cm. tirk-k. The, expl. wall emidoi-t-1 in A-1. ~99
dasks itisullittj with felt and is] (loth drill Provided wilh .06
woliden lids. A little trititerator *4- dvmvied 1-1 1,.4-

ll through the Bid and cool the vain Ilmally. I fir lid v 1- 400

a pmtked by a thermometer. Tlv- cc*441 tiowtion if the 400

u~ grain 7as isolated in a gauxe Imig imprriputed with par4l.
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00 rest of (be grain by a double-glasli tituff 0~1
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00 to ill cooled portiom. Sniall diflereni-cs in ternp. ittflive 6*0
00 to bring about such tratilibcati,mi emi in ra-i "h,r, I he see
water c0litcut of the grain is elitfruirly Ww. rhe imixf.
lance of this (act for grain storage is Slitiatcd out andalmi zoo
the nmuity of a urtifum tvnp. diroughout its %oL

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