SCIENTIFIC ABSTRACT VILENSKAYA, YE.L. - VILENSKIY, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859810015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

, ,T- -
V*~'T - - .*.""*" I ! . I., :t. q I.
Technology
New aspect of higlispeed milling, in the Y-trovsk plant. Lenizdat, 1951.
Month List of Russian Accessions, Library of Congress October 52. Unclassified.
-- L-19

1" .: " - - .1 . .I 1-7, I. 11
'~ : - ! , , , , ; ., P~ . II ~- .
Technolo[,7
New aspect of highspeed milling in the Kirovsk plant. Opyt ko:-,I-,leksnoi brigady
tvorcliesko,-o sodruzhestva. (I"'ovatory rroyzvodstva v bor'be za tekliniclieskiy protsess).
0
Lenizdat, 1951.
I-Ionthly List 2f Russian Accessions, Library of Congress October -.1952. Unclassified.

A004/A 127
AU-MOR: Vilenskaya. Ye. L.
ITLE: 14aking tools froz-, plab-0cized blan;iz
SOURCE: Novoye v insTmi:-,enta..''nGm proizvodstve, Comp. by I. G. ?,o~mrac.hev.
(LenJnirrad) Lcmi-zdat, 196,~, 73 - 87
TEXT The arilQic deals wlTh the production of sintered carb'-dle tools
feom piaitlcized blanks. The essential feature of this new method, wrhicrl was
developed by the Vsesoyuznyy nauchno-issledovatellskiy institut tverdykh spia-
vov (V1,,-11T'j) (All-Union Scientific Research Institute of SIntered Carbld-os)
consists in the fact that the bl~Lnks are made from.a fine-grained mixture
Is produced under s,-,ecial c6nditions, while their workability 'Is en;3-.;re(-A' by the
addition of a zer (generally paraffin). These blanks are 3ubjectei. -~o
inechanical working, an(i subser.1-,eAL The s;~ecial methods of
.the ,,,iIxturco and t',.c- :-lasticizer impart such properties to the blanks
that make them, superfor tj u;,d-1narj pressed blanks or blankz pressed with ozner
plasticizers. The au-~hcr .re.ients a detailed description of the production of
Card 1/2

3/7
Ilaking '"ols from, plasticizeci b-'an*.,.s A0041AI'27
these br~--nKs, -vior'Kabi'~'-Ay mac~-Inpblllzy, t*-.c-'-r ~ntl
, arid enu~,-.erato.,, tho vprlz~ut; "Ield's of Of t'-t:7 '- '~'
sinterin,-, I A 1. .. ". A.
particular in -,he miaking of varous cutting tools, the manufac-
ture of which is described In detail. There are 9 figures and 1 table.
Card 2/2

IV" i-71 - II- I.,. . . / . I
SHPIULIGLYAS, A.S.; VILUSUY, A.F.
-
, 'If. ~ - ~ 1. . I
The WK dynamograph for testing agricultural machinery. Izz.tekh.
no.5:62-63 6-0 156. (MM 10:2)
(Dywoometer)

VALOV, P.M.1 SOKOLOVA, V.K.; VlLENSKIY A.G.; VAYNSHTEYN, E.Ye.
Unit for measuring K~asbauer spectra. Prib. i tekh.eksp. 10
no.5tl6l-163 S-0 165. (MIRA 19:1)
1. Institut neorganicheakoy khImil Sibirskogo otdeleniya AN SSSR,
Novosibirsk. Submitted August 22, 1964.

V I UINSKPi _A. ~ . ; KA'~ A. (1) IN, ( 18. 1 . ;,L.I.; k';TA..*1i*-*T-A,
~~j - -: ~
FAZAYOV, A.N., rud. 0
[Fetroloa of' trap int.-usions or, the right barJ- of the
lower reaches of the Venisey River] Petrulogila trappo-
vykh intruzii pravoberezii'la nizhnego techaniia Fni:;ela.
V.oskvay llau~a) 1c)61,. 236 p. (VIRA 17:9)

-, VILINS11Y, A.M.
Regioma "Otamorphism and Its facies In the central part of
the SaUm Ulsdag Range (with sumary In Inglishle Vest.IoGTJ
13 noo3.8s77-87 158, (MIRA ].~:J)
(Watan Ulz"g Range-Geology. Structural)

VILINSKIY, A.M.; KAVARDIN, G.I.; KPLAVTSOVA, L.I.,- STARITSYNA, G.N.
Recent data on ore-bearing trap intrusions of the Siberian Plat-
form. Dokl. All SSSR 148 no.ltl83-186 Ja 263. (MIRA 16:2)
1. lauchno-iseledovatellskiy institat geologii Arktiki. Predstavleno
akademikom D.S. Korzhinskim.
(Siberian Flatform-Ore deposits)

A.M.; KAVAM T."I. yT),Vr,:,r~V!L S TA R V,`l G,N.
Fei~rolog.y c-f trap int,r(zs~on?. Zap. 'oses. ml'n, )I.).-va 92
674-68" 165.
fn5t~,ul genlrGli A-rk!-.-;k-1, Leningrad.
77 -7-

VIIMSM, A. M.: Wster Goolog-Mimralog qcI (dins) -- "The j7,3olop-t and pet-
rography of the central portion of the Fultnniftflng ntTv?,.9". j*)ru-,rr.4.
20 pp (Moscow State U im M. V. Lomonosov), 100 opies (KL, No 17, 1959, 106)

VILENSKIY, A.M.; XRAVTSOVA. L.I.
Structure of certain trappean instrusions in the northwestern
part of the Siberian Platform. Inform. biul. KIrG1 no.17:5-12
'59. (MIR& 13:11)
(Siberian Platform--Geology, Structural)

FOR M-~OWRAEZW%

VILEKSKIY. A.M.
Formation of perthites. Z&p.Uz.otd.Tses.mix.ob-v& no.6:97-108
'54. (MLRA 9:12)
1. Sredneaziatekaya goologicheskays ekspeditsiya.
(Parthites)

VIILI-..I--;--~,7'YJq A.I.:.; rIL'1317UI,
Structure zmd tectcnic control of
.Untrusives in the I:ia--,rka Dasin.
(YiLreyk.a Valle-, -Nickel)
ccne nickel-bearing
Trudy IIIIGA 123:15',*-165 1,61-
(mipjl 34, : 10)

ZIIICZRJI A.M., inzh.; VIUNSKIY, A.N., inzh.; IZ,-'SHCIIIIISKIY, I.I.Yu., inzh.
Device for determining the waterproofness of concrete. Gidr. Btrs' *
32 no.8:1+5--1+6 Ag 162. (MIRA 1'-~:9')
(Corarete-Testing)

BORTFELID, Seraftme Aleksandroma; GOLOVINSKATA, Nadezbda Vasillfevna; V I
,VJ14~ ~IY ~B.S. red.; BLUROVA, T.I., tekha.red.
[Medical gy=astics in-'the restorative period of poliomyelitis
in children] Lechebnaia gimnastika v voestanovitelinon periods
poliomielita u detei. Leningrid, Medgiz, 1962. 63 P. (MIRA 1636)
(POLIOMYELITIS) (EXERSISE THERAPY)

DAVIDENKOV, Sergey Nikolayevich[deceased];_VILENSKIY, B.S., red.;
LEBEDEVA, Z.V., tekhn. red.
(Neuroses] Nevrozy. Leningrad, Medgis, 1963. 269 p.
(HIRk 16W
(NEUFDSES)

ANOSOV, Nikolay Nikolayevich; V1.1444-411,x1,_J~Qr4.s-.5argay*vich; ABRAKOV,
L.V., red.; KHARASH, G.A., tekhn. red.
(Ischemic insultus; thrombosis of the cerebral vessels]
Ishemicheskii insul't; tromboz sosudov golovnogo mozga.
Leningrad, Medgi2, 1963. 286 p. (MIRA 16-1-1)
(CEREBROVASCULAR DISEASE) (THROMBOSIS)

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VILENSKIY, B.
City planning and improvement of outdoor public facilities. Ila
stroi. Ros. no.8:24-25 Ag '61. (MRA 14:9)
1. Glavnyy arkhitektor Instituta vneshnego blagoustroystva i
ozeleneniya Glavnogo arkhitekturno-planirovochnogo upravleniya
Moskvy.
(14oscow--Parks)

BELYMSEV, N.N.
I -------
Semiauto=ti,-. machine for cutting o,l"'.F parts prodt:ced b7
canting. Biul.takh.-ekon.inform.Gos.naiieb.-issloinst.nauch.'A. tekh.
inform. 18 no.9sl3-14 S 165. (MDRA 18:10)

22(l)
SOV/3-59-3-43/48
AUTHOR: Vilenskiy, B.F., b",ember of the KPSS (since 1918)
TITLE: The Student Organization Attached to the Petrograd
Committee of the RSDRP(b) (Studencheskaya organizat-
siya pri Petrogradskom komitete RSDRP(b)
PERIODICAL: Vestnik vysshey shkoly, 1959, Nr 3, pp 82 - 85 (USSR)
ABSTRACT: The author describes the propaganda activity of a
small gr of students which had organized itself
with theR&Pntral Committee of the Russian Social De-
mocratic Labor Party (Bolsheviki) in March 1917, and
assisted the Boitheviks in their revolutionary
work. There are-'5 Soviet references.
Card 1/1

VILENSKIY, B.S.
Prolonged use of anticoagulants in the clinic for nervous diseases.
Zhur.nevr.i psikh. 61 no.10:1482-1488 161. (MIRA 15:11)
(ANTICOAGUIANTS (MEDICINE)) (NEUROLOGY)

VIUNSKIT, Boris Sergeyevich, kand.mad.nauk; ABRUOY, L.V., red.;
.- . - ~ IGULTATEVA, T.S., 't6kbn.red.
(Radiculitin; treatment and prevention] Radikulit. Lechenie
i preduprezhdanie; popaliarnyi ocherk. Leningrad, Goe.izd-vc
med.lit-ry, Leningrotd-nie, 1958, 31 p. (MIRA 13;7)
(NERVES, SPINAL-IDIMUSES)

ANOSOV, Nikolay Hikolayevich; VMENSKIT. Boris Sargeyevich
[Treatment and prevention of thrombosis of the cerebral vessels
V
with anticoagalantol Lechenis i produprezhdonie trombosov
sosudov golovnogo mozga antikosgullantemi. leningrad, Kedgis,
1959. Ill P. (MIRA 13:4)
(BRAIN--DISEASES) (ANTICOANLANTS (MgDICINI))

SOV-4-58-7-10/22
AUTHORS: Tyulyayev, D.V., Shenker, L.Y., Vilenskiy, B.S. , Architects
TITLEj Brussels - 1958 (Bryussel!, 19513)
PERIODICAL: Znaniye - sila, 1958, Nr 7. pp 19-21 (USSR)
ABSTRACT: In this ar ticle, the authors, architects of the Soviet pavilion
at the Bru ssels Fair, describe their impressions of the ex-
position. There are 18 photographs and 12 sketches.
Card 1/1

ANOSOV, N.N.; VILEIISKIY, B.S.
Controversial problems in treating cerebral thrombosis with anti-
coagulatne. [with stlmmax7 In French]. Zhar.nevr. I psikh- 59 no-2:
194-zo2 '59- (MIRA 12:4)
(COMRAL 01BOLISM AND TURONBOSIS, therapy,
anticoagulants (Rue))
(ANTICOAGULANTS, ther. use,
cerebral thrombonis (Rue))

'T'i va I
Z:a
-Ip! rrr"It, a

TTULTATEV, D.T., arkhitektorl SH=M, L.M*, arkhitektor; VILNNSKIT, B.S.,
arkUtektor --
BrusBels - 1958. Znan- oils 33 no.7:19-20 Jy 158. (MIRA 11:11)
(Brussels-Ishibitions)

ANOSOV, N.H., dots., V4LElqsxiy. B.S.. kend.med.nauk (Leningrad)
Gurrent aspects of the use of anticosgulezte in neurapathology.
1lin.med-36 n0.9150-56 S'58 (MIRA 11:30)
(CXRKEffLAL EMOBOLISM AND THROMBOSIS, ther.
anticoagulants (Rue))
(ANTICOAGULANTS, ther. use
cerebral embolism & thrombosis

KULIKOVA-DAVIDMMOVA, Z.F.; VILENSKTY, B.S.
-
Results of proserine therapy of diseases of the nervous system.
Nevropat.polkhiat., Kookys, 20 no.1:64-67 Jan-Feb 51. (CLxL 2o:6)
1. Of the Clinic for Nervous Diseases (Director--S.N.Davidenkov,
Active Member of the Academy of Medical Sciences). Leningrad State
Institute for the Advanced Training of Physicians.

G W. Lyudmila Borisovua; VILENSKIY, B.S., redaktor; RULRVA, H.S.,
tekhnichaskiy redaktor
[The pathophysiological mechanism and clinical aspects of the
obsession syndrome] Patofiziologicheskii makhanism i kliniks sindroma
naviazahivosti. (Iseningrad] Goo, izd-vo mad. lit-ry, Leningradskoe
otd-nie. 1956. 80 p. (MIRA 9:10)
(FIXID IDEAS)

EXCERPTA MEDICA- Sec.12 Vol.U/8 Ophtlwlmoloa Aug57
1341. VILENSKIJ B.C. *Local neurological disturbances and chan-
ges in the optic nerve, accompanying angioneurotic con-
ditions (Quincke's oedema) (Russian text) I.NEVROPAT.
PSIKHIAT. (Mosk.) 1956, 56/7 (536-539) -
Two patients are described. In cases of Quincke's oedema neurologists and oph-
thalmologists must take into account the possibility of disturbances of the optic
nerve. Repeated Quincke's oedemas may cause serious and irreversible changes
in the optic nerve. Hadlfk - Brno (V 111, 12)

See IM
-GEOPHYSICS/SOIL SCIENCES

Physical culture therapy in diseases of the peripheral vessels of
the type of thromboangittle obliterans. Yop.kur.fistoter. i lach.
fiz.kul'5. 21 ho-1:51-54 Ja-Mr '56. OMRA 9:9)
1. Is otdalemiya fisioterapit i lechobnoy fisichaskoy kulltury
Moskovskogo oblastnogo nauchno-iseledovatellskogo klinicheakogo
insituta Imeni N.F.Vladimirzkogo.
(ZMGISX THMUFT) (BLOW VISSM-DISUSES)

VILlP.-,SKIY, D.N.
Clinical variants of the effect of narcotics in a protra,~tei
at,ack of stenocardla. Sov. med. 27 no.1.2,.?9-81 D16.3
(lufu 1:1:4 )
1. 17, Yoskovakoy gorodskoy klinicheskoy bollnitsy No.3.3 i-menl.
A.A. 03troumova (glavnyy vrach P.T. Abashkinap nauchn~-, rnako-
vaditell - prof. D.F. Presn7akor.).

VIT,TN-)KIY, T.r., inzh.; IMCHPLOKOV, Ya.M., inzh.
. ........................... .
Effect of the soiling of screen heating sm-faces on the operation of
boilers. Elek. sta. 36 no.6j85-86 Je 165. (MIRA 18:7)

VOYTSITSKIY, S.F.,, inzh.i,_-VILBNSKIY, E.E., inzh.
Prevention of slag formation In shaft mill furnaces with ejection
port holes. Elek. sta. 33 no.4:77-78 Ap 162. (MIRA 1517)
(Furnaces)

. ". ~ TY ~,, -,
T~-j T;L-, , a
. ,- :5,nXO IT FJT'-CTI .
I I
Sixteen days at the North Fole. Moskva, Izd-vo Jctskoi i.it-ry, : - (51-472,4)
1. flopedits'Lia 85SR na Sevz-~rijyi polius, 1937. 2. Eorth Fole.

VILENSKIY, F.P.
Invnetigating, the most efficient distribution of aottlennnt
joints In and the strength of continuous foundations on non-
uniformly thawing soils. Oen., fund. I mokh.grun. no.6:
9-11 159. (MIRA 13.-4)
(Foundations) (Frozen ground)

VIIENSKIY, F.P.-
Determination of the deflection angles of a footing situated
on an unevenly malting foundation. 09n., fund.i mekh.grun.
4 no.2sl9-20 162. (MIRA 15:8)
(Frozen grolind) (Foundations)

VIIJ-,IIBKIY, F.P.,inzh.
Planning foundntions for buildings on irregulprly thawing frozen
ground. Stroi;prom. 36 no.4:14-17 An 158. (MIRA 11:4)
(Foundations) (Frosen ground)

(diss) "Certain peculiarities
Cand Tech Sci Id
VTLENSK
-an the of~buildlng foundations of I industry)
in the regions of the southern Transbaykal.11 Mos IV).
lu pp %ith dia---rams (Acad Sci US,-:R. Ir
im V.A. Obruchev) 150 c-~rdes (KLI 2t~-592 126)
- h 6 -

VILWISKIY,,F-.P., inzh.
Methods for constructing building-ti and structures In frozen ground
areas. Biul. stroi. takh. 15 no.3:12-15 Mr 158. (MIRA 11:3)
1, Institut morzlotovedeniya AN SSSR.
(Frozen ground) (Foundations)

LIPISY V.B.; VILENSKIY,, G.V.
Investigating the propulsive and manoeuvering qualities of the *Ulgoles*
lumber carrier. Inform. abor. TSNIIW no.75 Tekh. ekspl. zor. flota
no.14:34-48 162. (MIRk 16:3)
(Ship trials) (Ship propulsion)

USSR
338.566.3 : 621,3%.1l
7536, Weds d nualkwar tw1wriles of Ow low-
a ip ou radlowims -L-h-I -YlqKvcll, DOAl.
Nauk SSSH, 92, #0- =,-M, TI) in F'Uman.
Fn$li,h translation, US, Nafiormil Sci. Found.
NSF- Ir-200.
'A mathematical treatment of the effects of.L'w
perturbation of a nonlinear ionosphere; by stron g
TAdiOW;kVC$ on the wam thcmxl%ci. The changa
in amplitude and PhIm of the origimil wave can be
corbidembic, and, in the caw of art amplitude..
inMulited waNv, there 6 also a diange in modutation
&pLh and the apIxaraivoc of higher hurnionks of the
majulal;on frequency. 0. M. 31towN

H) 4-j4
UESSR/Fhyfi i c,- R,.,diowaves In th,-~ iuriosphere
Card 1/1
Author : Vilenskiy, I. M.
Title : Influciico of the Earth's magnetic field un tn,-~ interaction of ra(jio-
waves in the ionosphere
Periodical : '~Iiur. eksp. i teor. fiz. 26, 42-56, Jan 1951'
Abstract : Treats the interaction of radiowaves in the ionosphere taking into
account the influence of the terrestrial magnetic field. ;n e-,:terision
of the author's earlier work, which did not consider such inf'lu-nce
(ZhETF, 22 544.1 1952). Also considers the influence of croso ,.,udula-
tion close to the gyromagnetic frequency. Thanks Prof V. L. Cinzburg
for his interest and advice. Ten references.
Instttution : Physicotechnical Institute of Gorkiy University
Submitted : M-aY 30, 195;-2

V I I :, F; ~ t.TJ, ~L. -I-. .
Dissertation: "Theory of Nonlinear Proce-----es
the Ionosphere." Cand Phys4lath Sci, Gorlkiy
(Referativnyy Zhurnal.-Fizika, 1~ascow, Jun 54)
Occurring During ITopagation of in
Phy3icotechnical "es Th3l, -z,:;rg,;,
SO: SUIM 318, 23 Dec 1954

VILENSKIY, 19 M-
VilenaldL L On the theory of interaction of radio
WaY49-in the-janalaba Akad. Nauk SSSR. Zurnal
Teoret. Fiz. 22, 544-561 (1952). (Russian)
A radio otation may produce a field sufficiently strong 10,
affect tjie velocity of the charged particles in a portion of
the ionosphere, This change in velocity changes the fre-
Mathematical Revieva
1954
Mathematical Physics
quency of collisions between the charged particles and there-
fore, by the magneto-ionic theory. changes the absorptive
properties of the ionosphere. If the signal from a second
station pamm through this disturbed portion of the iono-
sphere, it will receive any modulation present in the signal
of the original station. This effect has been observed and is
called the Luxembourg effect. Starting with some expres-
sions from kinetic theory for the electron velocity distribu-
i tions, the author uses physical arguments and an iteration
method to obtain estimates ot the magnitude of this crow
modulation. If cot Is the frequency of the original station,
us the frequency of the second station, then the modulation
of the original station will be received on the frequency us
and also on the side-bands of frequency tal+24s, and cot- 2u1.
The author also gives estimates of the magnitude of these
latter effects. B. Friedman (New York, N. Y.)

6990
,7,9/00 sov/14l-2-4-2/19
AUTHORS: Vilenskiy, I.M. and Zykova, N.A.
TITLE: - On-the Distortion of Radio WavesoDuring Their
Propagation5Through the Ionosphere
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
1959, Vol 2, Nr 4, pp 543 - 552 (USSR)
ABSTRACT: Vilenskly has discussed the propagation of radio waves
in the ionosphere (Ref 1) and showed that if the wave
is amplitude-modulated at a frequency M then the
non-linearity of the ionosphere leads to an increase
(compared with the linear case) in the absorption
coefficient for the wave, to the appearance of phase
modulation and various other effects. The calculations
were carried out as follows. Using the kinetic equations,
the current set up in the ionosphere by the radio wave
was calculated and the expression thus obtained was
substLtuted into the wave equation. Both the kinetic
equation and the wave equation were solved by successiva
approximations. The non-linearity was allowed for on
a first-approximation basis. Only collisions of electrons
Cardl/6 with neutral molecules were taken into account, since

6990
SoV/141_2-4_~2/19
on the Distortion of Radio Waves During Their Propagation Through
the Ionosphere
it was shown in Refs 2 and 3 that non-linear effects
associated with electron-electron and electron-ion
collisions can be neglected. In the present paper, the
method adopted is as follows. Using the elementary
kinetic theory, the current due to the action of the
radio wave is calculated and then, as in Ref 1, and to
the same approximation, a solution is obtained for the
wave equation. For simplicity, the normal incidence of
a wave on a uniform layer is considered and the non-
linearity is taken into account to a first approximation
only. The magnetic field due to the Earth is neglected.
The incident wave is taken to be of the form Eq (1),
where w is the carrier angular frequency, -0- is the
modulation frequency and M is the percentage modulatioc.
Under the action of this wave, a change takes place in
the average collision frequency between electrons and
molecules. This is estimated with the aid of Eq (2),
in which 6 is the mean relative fraction of the kinetic
Card2/6

6990
sov/14l-2-4-2/19
01-L the Distortion of Radio Waves During Their Propagation Through
the Ionosphere
energy of an electron lost during a collision with a
molecule, %) is the effective collision frequency and
is the electron velocity. The latter is determined
-from Eq (3). It is assumed that 6 is independent of
N)34 0 The effective collision frequency is given by
Eqs11447) where % is the value of the effective
1 0
collision frequency at E = 0 * Then, using the well-
known formulae for the conductivity and dielectric constant
given by Eqs (8) and (9), a discussion is given of the
expression (taken from Ref 2) for the current density in
the ionosphere which is given by Eqs (10) and (11). In
the case of normal incidence and in the absence of the
Earth's magnetic field, the wave equation is of the form,
given by Eq (12), where E 10 and j are the projections
of the vectors B 10 and i onto the x or y axis.
Substituting for I from Eq (10) into Eq (12), one obtains
Card3/6

69947
SOV/141-2-4-2/19
On the Distortion of Radio Waves During Their Propagation Through
the Ionosphere
Eq (13), which is solved by the method of successive
approximations, using the (iYbstituti?yj given by Eq (14)
and neglecting powen of E10 and ~ higher than
unity and their products, The required solution which
satisfies the boundary conditions given by Eq (15) is of
the form given by Eq (16). Using Eqs (4), (5), (6), (11)
and (16), the field at the point of reception is found
to be of the form given by Eq (18), where the subsidiary
quantities involved are defined by Eqs (18a) and (19).
An expression for M 3 is not given. The phase changes
involved are characterized by the quantities a, Ia
and P,,, which are given by Eq (20). These general
formulae have been used to calculate AM as a function
of the distance between the transmitter iknd the receiver,
the modulation frequency -a and the carrier frequency w
Card.4/6 The calculations were carried out for the following model

69947
sov/14l-2-4-2/19
On the Distortion ofRadio Waves During Their Propagation Through
the Ionosphere
of the lower part of the night 9-layer of the konosphex-e.
The layer begins at 80 km, the electron concentration
obeys the law N = N 0 + cz1 where N 0 = 50 electrons/cm 2
and in the electron concentration at an altitude of -4
80-90 km, c is a constant which is equal to 9.2 x 10
electrons/cm-4 9 z I is the altitude measured from the
level at 90 km and the number of collisions follows an
exponential law with altitude, i.e. J =%)Iexp(-z/h)
6 0 0
where V = 3.4 x 10 and is the collision frequency at
0
an altitude 80 km. The results obtained are shown in
Figures 2, 3 and 4. These results show some similarity
with the experimental results obtained.by King (Ref 9).
However, the results of Cutolo (Ref 10) are in disagreurwiii
with the present theory. There are 4 figures and
11 references, 6 of which are Soviet, 4 English and
Card5/6 1 Italian.

69947
sov/141-2-4-2/19
On the Distortion of Radio Waves During Their Propagation Through
the Ionosphere
ASSOCIATION: Novosibirskiy elektrotekhnicheskiy institut svyazi
(Novosibirsk Institute of Telecommunications)
SUBMITTED: November 29, 1958.
After revision: April 27, 1959
Card 6/6

82h47
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E19J/P-62
AUTHORS: Vilenskiy, I.M., Chernyshov, and Sheynman, D.I.
5,7
TITLE: Dis=ortT`ono`fthe Modulation of High-power Radio Waves
During the Propagation~in the Ionosphere (Experimental
Investigation). Part 1.
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizilca,
1960, Vol. 3. No. 31 pp. 367 - 374
TEXT: An investigation of the change of the modulation depth of
an amplitude-modulated wave at the carrier frequency of 200 kc/s
was carried out by J.W. King (Ref 6). It is considered, however,
that the results obtained by J.W. King are not fully satisfactory /1,
since they cannot be used in studying the dependence of the
amplitude distortion on distance. Consequently, a more detailed
study of tile problem was undertaken. The measurements of the
modulation depth were carried out simultaneously at three different
points by means of three specially prepared measurement sets. One
of tile sets was situated in the vicinity of the transmitter and
measured the modulation depth produced by the transmitter; tile
second was situated at a distance of 2 000 km (point 4) while the
third set could be situated at various distances from the transmitter
Card 1/4

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E1~2~Eaffio
Distortion of the Modulation of High-po e a Waves During
the Propagation in the Ionosphere (Experimental Investigation).
Part I.
(points 1,2,3)- Since the antenna system of the transmitter produced
practically no vertical radiation component, it could be assumed
that the receiver situated in the vicinity of the transmitter
received only the surface wave whose modulation depth was the same
as that of the transmitter. In order-to secure the measurement of Vf
the modulation changes with an error of 0.50% it is necessary to
employ the measuring sets of very high stability. The measurement
of the carrier level was performed by means of a linear voltmeter
employing a copper oxide rectifier. The voltage obtained at the out-
put of the rectifier circuit was applied to a 2-stage low-frequency
amplifier, fitted with RC filters. These bandpass filters were
tuned to frequencies of 4o, 80, 160 and 600 cps. The output of the
amplifier was fed to a peak voltmeter which was measuring the
magnitude of the envelope of the investigated signal. The modulation
depth was determined by comparing the readings of the linear and
the peak voltmeters. The experimental investigation of the
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EI&EA85,0
Distortion of the Modulation of High-po e a Waves During the
Propagation in the Ionosphere (Experimental Investigation).
Part 1.
amplitude distortion due to the propagation of the waves in the
ionosphere was conducted during the period from April 24, 1959 to
June 18, 1959. A powerful radio station operating at the frequency
of 236 kc/s was employed as the transmitter, the modulation
frequencies being 80, 160 and 600 cps. The modulation depth was
approximately 80%. During the above period 30 observations were
effected at night-time, the duration of each being 15 minutes
(5 minutes for each audio frequency). All the 30 transmissions
were received at the distance L = 2100 km (point 4). Ten trans-
missions were observed at the distances of 400, 700 and 1500 km
from the receiver. The experimental results are given in Tables 1,
2, 3 and 4 and in Figures 1, 2 and 3. Tables 1, 2 and 3 shows the
average relative values of the modulation changes. From the tables
it is seen that while the modulation changes for any one observation
did not exceed 2%. the differences between various observations
are quite considerable. Table k- shows the average relative values
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Elg~~E~8
Distortion of the Modulation of Hig o er Radio Waves During the
Propagation in the Ionosphere (Experimental Investigation).
Part 1.
of the modulation change for all the observation points. It is
seen that the distortion at points I and 2 was as high as 170/
The dependence of the modulation distortion on frequency is
illustrated in Fig. 1, while Fig. 2 shows its dependence on (i
tance. The nonlinear dependence of the magnitude of the distortion
on the power of the transmitter is illustrated in Fig. 3.
The authors express their gratitude to G.S. Kharitonov,
S.I. Volosnikov, B.I. Podlipalin, L.N. Ruchkan and V.P. Khoroshilov
for their help in the preparation of the measuring equipment.
There are 4 tables, 3 figures and 6 references: 3 English and
3 Soviet.
ASSOCIATION, Novosibirskiy elektrotekhnicheskiy institut svyazi
(Novosibirsk Electrotechnical Communication Institute)
SUBMITTED: December 14, 1959
Card 4/4

39V:
4
s/141/62/005? 003/025
w0 E032/r..514
AUTHOR: Vilens1qY-,-I...M-
TITLE: On the distortion of the modulation of high intensity
radio-waves during their propaZation through the
ionosphere (experimental studies). II
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
v-5, no.2, 1962, 221-233
TEXT: The authors report measurements with allmedium-power"
transmitter at X = 1500 m. Previous work in this series.was
reported in Part I (Izv. vyssh.uch.zav., Radiofizika, 3, 367,
1960). Depth of modulation measurements were qarried out with
the apparatus described in the above paper. One measuring point
was in the immedinte neighbourhood of the transmitter; the
remaining points were located roughly along the longitudinal
circle and were at a distance of 400 M, 800 (11) and 1400 (111)
km, respectively. In each case the carrier was modulated a+-
4o, 8o, 16o and 6oo cps. At point I the original 80% modulation
was found in most cases to decrease to 78-67%. The change in the
modulation at 40 cps was less than at 600 cps. The changes were
Card 1/4

On the distortion of the ... s/14i/62/005/002/003/025
B032/E514
very different on different days. At point II there was both a
decrease and an increase in the depth of modulation; the increase,
occurred at practically all the frequencies for about 30% of all
cases. At point III an increase in the modulation was quite
frequently found at 80, 160 and 600 cps, while at 40.cps there was
considerable demodulation (up to 45%). No clear relationship
between the demodulation and the power of the transmitter was
detected. A further series of experiments was concerned with
demodulation at X = 2000 m. The average values of the-relative
change in the modulation were as follows;
Point I Point 2
Power, F=40, F=80, F=16o, F=6oo,1F=40, F=80, F=16o, F=6oo,
0110 CDs Cos CDs CDs CDs CDs CDs cps
Average)~,Oo ;16.6 13.7 11.3 -2 3 117.0 13.7 10.5
-1 9 1
IM / M 50 :18.1 13.8 2.1 23.9 15.5 16.o
18.9
21.9
Measurements were also made along a meridional route at 140 km
(point 1) and 230 km (point 2) and the average results obtained
ivere as follows;
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On the distortion of the ... S/141/62/005/002/003/025
E032/E514
Point 1
F=30, cps
F=4o,; 1 2 3 4 5 F--16o, F=6oo,
CT)s-- cps CDs
Average'
1 18-3 ;15-0 14-7 13.6 12-5 8-5 9-9 7-5
Point 2
F=80, cps
F=40,' 4 ~F=16o, F=6oo,
Cps 3 5 Cos cps
Average,'
12.8 9.6 9.2 8.2 8.1 8.0 6.5 7 .5
The five results for 80 cps modulation frequency refer to
successive 3 min averages. These measurements were carried.out
after sunset during.the summer months. They were then repeated
under winter conditions (December, 1960) and the results were:
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On the distortion of the s/141/62/005/002/003/025
E:032/r'.514
Point 1
Power,% F=40, F=80, F=16o, F=6oo,
i cps cps cps cps
Average,) 100 19.3 15.7 9.3 5.9
6 Mp'.1 ~
50
15.6
9.9 3.4 2-4
Point 2
Average', 100 14.8 io.4 6.5 3-2
,6- M/211 50 10.9 8.7 5.7 2.7
Point 3
10
Average', 100 -5 8.9 6.5 0.9
A -11/111 50 10.0 5.2 4.6 0-5
Comparison of these results with the predictions of the theory of
nonlinear phenomena shows that thore is good general agreement
between them. There are 8 figures and 4 tables.
ASSOCIATION% Novosibirskiy elektrotekhnicheakiy institut avyazi
Card 4/4 Novosibir�k E~ektrotechnical Institute of
Rm,,iunicat onsi
Sli
U MelITTED July 41 lqtl

VILENSM)'I.m'
Radio wave interaction in the ionosphere, Izv, v7oo uchebo zav; radio-
fiz. 5 no.3:468-472 162. (MIRL 15:7)
1. Novosibirskiy elektrotakhnichookiy-inatitut avywi.
(Radio waves) Iloipaphere)

413q4o--GF E,7T(d)/E-,;1r7)/ET-C k)-2tFCC
ACC NR, AP6026928 SOURCE CODE: UR/0141/66/009/004/0649/0656
AUTHOR: VilenBkiy, I. M.- -5-3
e1'7
ORG: none AF
TITLE: Nonlinear distortion of high-power radio waves propagating in the iono 0
(Experimental investigation). Part 3
SOURCE: IVUZ. Radiofizika, v. 9, no- 4, 1966, 649-656
TOPIC TAGS: radio wave propagation, fti~d%=Lyave propagation, ionospheric propagation
ABSTRACT: The results of three series of tests are reported. The first series
(October-November 1960) included a transmission of 1300-m long radio waves modulated 1
by 60, 80, 160, and 600 cps for a distance of 300 km. The second series (December 1964
was devoted to studying the effect of transmitter power on demodulation and field
strength; transmission distances were 160 and 600 km. The third series (suirmer 1963)
involved 80, 160, and 400-cPs modulated transmissions for 160, 300, and 600 lcm.
Detailed experimental data is tabulated. These conclusions are reported: M ne
nonlinear modulation distortion may reach 20-Wlj; the experiments made it possible
to evaluatesome parameters of the lower ionosphere and revealed an appreciable
variation of the electron temperature under the influonco of propagating radio waves,
the modulation distortion caused by the ionosphere nonlinearity Is of little
practical significance because, apparently, the interforenco distortion plays a much

1 14
ACC NRx AP6026928
larger role in the practical range of audio frequencies and transmission distances;
(2) A nonlinear relation between the square of the field strongth of ionosphere-
reflected waves and the transmitter power was established experimentally, although 1
the experiments should be considered as preliminary; (3) in further experimental i
studies of nonlinear distortion of radio waves in the ionosphere, speclal attention i
should be paid to the route selection; for example, no longer route than 500 or 600 k~
is desirable and the terrain should not be rugged. "The author wishes to thazuk
S. 1. volosnikov, V, As Kochergin, B. I. Podlipalin L. N. Ruchkan, L.-I.-Semenov and'
V. P. Igioroshilov who took part in the preparation and carrying out of measureme~~S.111
Orig. art. hast 5 figues, 4 formulas, and 7 tables. (031
SUB COM 17,, 20 SUBM DATE: 26oct65 ORIG REF- 004 OTH REF. D01/ ATD PRESS:,P6/
141 H
hs
Card 2/2

1, 19LIM13-1 If t
ACCESSION NR: AP5000522 107 2/ 1076
AUTHOR: Vilenskiy, 1. M., Podlipalin, B. 1.
TITLE. The speed of the vertical movement of the lower iong
�phere
SOURCE: Geomagnetizm i aeronomiya, v. 4, no. 6, 1964, 1072-1076
TOPIC TAGS: lower ionosphere, ionosphere vertical movement, spectral analysis,
solar eclipse, ionosphere electron concentration, space wave, ionosphere dis-
continuity, radiowave field tension, radio transmission
ABSTRACT: Spectral analysis of a recorded tension field of certain radio sta-
tions was used to determine the speed of the vertical movement of the lower iono-
sphere during the sunset and solar eclipse on February 15, 1961. The increasing
(decreasing) altitude of the lower ionosphere boundary during the sunset (sunrise)
is accompanied by a changing altitude of electron concentration. The establish-
ment of the dynamics of these changes in the lower ionosphere is very important
for the purpose of elaborating certain problems connected with the propagation
o f-rad iowaves%in::~this - region- Df- -the- ionaphare-and - for
y roprocesses--
--.taking place'--in, -it-, All-- the- spectrograms taken In; the course OU the-experiments,
revIa-1- -that --the---hLghes t-ji-eaks-
than-pointed--iihich is
Card 1/ 2 -

L 1980M5
IACCESSION NP.: AP5000522
I
indicative of the presence of discontinuities and a horizontal component of the
ionospheric movcment6 orig* art. has: 7 formulas, 2 tables and 4 figures.
ASSOCIATIO14: Novosibirskiy elektrotekhnicheskiy institut avyaci QLovostbirsk
Electrotechnical Institute of Communicctions)
SUEMITTED: 16Mar64 ENCL: 00 SUB CODE: ES, EC
NO REF SOV: 000 OTHER: 000
Ca,d 2/2

USSP~Pharmacology. Toxicology. Local "inesthetics V
Abs Jour Ref Zhur - Biol., No 11, 1958, No 51979
Author Blyumin, I.Sh., Vilenskiy, I.T.
Inst
Title Therapy of Extensive Burns
Orig Pub Ekrperim. Khirurgiya, 1956, No 2, 35-43
Abstract The therapeutic properties of a mixture consisting of Belenko
serum, novocaine and penicillin (I) was investigated in 43
dogs with third degree burns. The observations demonstrated
that intravenous administration of I In the form of a 0.5
percent solution in doses of 3 ml/kg had a favorable effect,
oy extending the period of elevated blood pressure and pro-
longing the life of the animals during the phase of exci-
tation only. The admini3tration of I during the Inhibition
phase aggravated the course of the process. I prevented the
development of the burn shock. The mixture was administered
within 1 1/2 hours after the burn and was given again with-
In 24, 48) 72, and 96 hours. The effectiveness of the
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USSR/1,7harmacology. Thxicolaa. Local Lnesthetica V
j'Cbs Jour : Ref Zhur - Biol., Ito 11; 1958, No 51979
considered mixture proved sufficiently high in burn shock
and acute toxemia. -- A.A. Wjazdrikova.
Card : 2/2

BLYURIN, I.Sh.-, VILENSKIY, I.T. (Kuybjohev)
Potentiated anesthesia and hypothsrna.~ in the treatment of traumatic
shock. Eksper, khir, 4 no.6:4&-48 N-D 159. (PaRA 14:6)
zr%
(ANESTHESIA) (HYPOTHERRIA) (SHOCKj

; VILENSKIY,-,LT-.--
Potentiated anesthesia and artificial hypothermia during surgery in
severe shock; experimental study. Vest. khir. 85 no. 7:91-98 Je 160.
(MIRA 14:1)
(SHOCK) (HYPOTHMNIA)

BLYUMM, I.Sh., VII&TSKIY, -I.T.
Treatment of extensive burns; ezperimentrAl investigation Ivith sumaT7
in English]. Nkeper.khir. I no-2.*35-43 Mr-Ap '56 (MrAA 11:10)
1. Iz ekaperimentallnoy lnborntorii Privakhokopo okru-xhnogo vt~wnnogo
gospitalyas
(3URNS. experimentnl
ther. (Run))

USSR/Radio Jan/jr,&b 1948-1
Commiri icat Ions
Bibliograpb.v
ORsTiev or P. 1. Ramlauqa Textbock 'Radlo Engineer-
lug'," K.- M. Vilenskly, Za&-, 5 pp
"Radiotelch" Vol III; No I
,Critl~,,&! reviewqr states that it Is Impossible to
~list all the errors and &iecrapsncies appaarlx~g In
the textbook, 7hat. the figures in the book are dravu
carelessly, wh1oh in themselves lead to errc=eous
(conception of the varl