SCIENTIFIC ABSTRACT VASILYEV, A.I. - VASILYEV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858820006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Asj-(' NR-, AT6011934
cLro-rnotors. A detailed exposition of the mechanical characteristics of the motor is followed
-F--.'6-fabl ent of pertinent equations of motion, a description of the procedures for the
euv.z4APAhmesbwf-~ptimurn control systems, and the application of these procedures to the case
of optimum control In the presence of a variable coefficient of viscous friction. Orig. art.
hab-, 30 formulas, 1 figure, and 2 tables.
SUB CODE: 09,13/ SUBM DATE: 29Nov65/ ORIG REF: 003/ OTH REF: 001
Card 2/2

A, . . redaklor
AlakBey Ivanovich;
[store fresh cabb ge u. lil V-e next harvest] Svezhu,u !:50-.1stu
khranit' do nov;7o Go!i.izd-vo
1956. 7
(Cabbage-44torai,e)

AISTOV. I.M.; VASIL' YJIV, A. I., rodaktor
ommmwuwwlaz~
[Storago Of POtBtOGBJ 11hranenie kartofelia. Xookva, GOB. izd-vo
torg. lit-ry, 1956. 18 p. (MLRA 10:2)
(Potatoeo--Storage)

LACrMIN. Ivan Alekeandrovich; VASILIYURY rodaktor; HAKSIMOVICH, A.I. t
redaktor; SUDAK, D.M~q tekh --re-cl9ktor
[Gathering and processing of mushrooms] Zagotovka i pererabotka
gribctv. Pod red. A.I.Vasilleva. Moskva, Gos. izd-vo torgovoi lit-ry
1956. 36 p. (KLRA 10:1)
(Mushrooms)

I- - . __ I-, ~I.I-
USATYUK, Makeim Klement 'yevich; BAWOVs Ivan Favlovich; VASILIM ., A.I.,
red.; YAXSINOVIGH, A.Go, red.; ROSLOT, G.I,, takhd: red, --
[Pickling fruits and vegetablesI'Marinovanie plodoy i 6voshchol.
Pod red. A.1. Tasillev'a. Izd. 3., dop. i parer. Nookwa, Goo.
i z d-vo torge lit- ryo 1956. 38 p. (min 1138)
(Ganning and preserving)

ijA I J'R I Vt; V A LY , ~-,e mn ii Pe t rov I ch ; li% 6 i 1 ., y V .INN 1., 0t u r - (.Rk U'Vlo " YA , I . i . ,
reda;ct or; RU~Wl, G. 1. , f~ .. . :~ rik t ') r
C?ickl.inp: and ~-'-,al,-,-,,,i,-i i k~,ranenle krjouRty.
Pod red. torg.lit-ry, 1c)56. 52 p.
~ Cabbage- Ireserwi ~ ioa) (MLiA 10: to)

-- -_ I I
I
TARJMIXO. Vladimir Danilovich; VASILOYEV. A.1.. radak-tor
[Storage of onions and prllcl Khronente lub i chesnoks. Kookys.
dooJid-vo torgovoi lit-ry, 1956. 54 p. (KIRA 10,B)
(Ouions--Storage) (Garlic--Storage)

SOV/19-58-6-648/0'85
AUTHORS: Pivovarov, A.T., Aristov, D.V., Shapiro, I.Ye., and
Vasillyev, A.K.
TITLE: A Machine for Packing Objects Into Cellophane and
Similar Packets (Mashina dlya upakovki predmetov
v tsellofanovyye iot.p. pakety)
PERIODICAL: Byulleten' izobreteniy, 1958, Nr 6, pp 143-144
(USSR)
ABSTRACT: Class 81a, 7 Nr 113972 (559273 of 18 Oct 1956).
2K
e Committee for Inventions and Dis-
Submitted to
coveries at the Ministers Council of USSR. A ma-
chine for packing objects into cellophane bags;
consisting of a feed device for a cellophane band,
a device making a longitudinal seam on the cello-
phane band and so forming a cellophane pipe and
at the same time putting the objects to be packaged
into this pipe at set intervals, a device for viak-

b ing transverse seams to form closed bags and cutt-
ard 112 ing them across the separate single bags; the seams
.

SOV/19-58-6-648/685,
-A Machine for Packing Objects Into Cellophane and Similar Packe-s
are made by electrically heated rollers.
Card 2/2

YEFRDIOV, Tamir Filippovich; SITSHCIIINSKIY) Mikhail Mikhaylovich; VASILIYET,
I A.K., inzh.., retsenzent; DUGINA, N.A., tekhn. red.
[The KAVZ-651A motorbus; construction and operationj Avtobus KAV7,
651Aj ustroistvo i ekspluatataiia. Moskva, Cos. nauchno-tekhn. izd-
vo mashinostroit. lit-ry, 1961. 350 P. (MIRA 14:11)
(Motorbuses)

N - -
, 1 --0 1 E11 1 AI
\ V\ -, ~ VI
BALLBUXHA.D.I.; VABILIM.A.L.
Relay proteation of galvanometers. In,tokh,no,,4136-37 Jl-Ag 155.
(Glavanometer) (MIRA 8:10)

VASILIM, A.L.
Nomograms for the determination of geometrical characteristics
of transverse sections of box-type and undulated bulkhead
corrugations. Trudy LKI no.16:87-95 155-
(MIRA 13:4)
1. Kafedrs, konstruktaii sudov Imeningradekogo korablestroitelf-
nogo institutao
(Bulkheads (Naval architecture))

Name: VASILIYEV, A. L.
Dissertation: Experimental study of the transverse shear strain of a
bulkhead with U-corrugation
Degree.-
r-
6P Date.,, Place:
Cand Tech Sci
Leningrad Shipbuilding Inst
1956, Leningrad
Source: Knizhnaya Letopis', No 51, 1956

VASIL'YEV. A.L., inzhener; GUMIAV, M.K., inzhener.
Testing corrugated bulkheads in use.Sudowtroenie 22 no.9t2l-Z4 5156.
(BuDdiands (Naval architecture)) OLFLA 10W

18(5,7) SOV/135-59-6-9/20
AUTHOR: Vasillyev, A. L., Engineer
-------------------
TITLE: The Effect of Clearance Size in Welded Angle Joints
on the Depth of Venetration
PERIODICAL: Svarochnoye Proizvodstvo, 1959, Nr 6, pp 30-33 (USSR)
ABSM1CT: According to the instructions for ocean-liner building,
an additional quantity of weld metal is necessary, be-
sidas the calculated weld metal, for the clearances in
angle joints. i4c-cording to his experimental investiga-
tions, the author denies the need for an extra quantity
of weld metal for clearances. A special scrics oE in-
vestigations has been carried out at-the Ship-building
Institute, Leningrad, under Candidate of Technical
Sciences, Lecturer V. D. Matskevich, on T-beam-models,
size of sides: 200 mr., size of belt: 300 nun. Alto-
gether there have ')een constructed 9 T-beams aith I mro-,
2 mm and 3 mm. clearances. T-beams Nr 4 and 6, in the
form of steps, have been welded semi- automatically, the
Card 1/2 others by hand welding-torch. The hand welding has

SOV1135-59-6-9120
The Effect of Clearance Size in Welded uigle Joints on the Depth
of Penctration
been acco-,-.plicheol UONI-13/45, diameter; 4 mm, accord-
ing to GOST 2523-51, a-Lid the semi-automatic welding by
electrode-i-rires of a small C-hydrate percentage under
OS-224-flux. Table 1 gives a detailed description of
the welding conditions. The results of the experimert
prove that an additional quantity of weld material is
not necessary. There are 14 graphs, 5 diagrams and 1
table.
ASSOCIXMII: Mnincrradskiy kor able stroitel I nyy institut (Leningrad
i_~ 0
Ship-building Institute)
Card 2/2

VASIL'YEV, A.L.
Intersection joint of bottom lonpitudinals of tankers with
transverse bulkheads. Trudy LKI no.32:19-34 160. 15;2)
1. Wedra konstruktsii sudov loeningradskogo korablentroitellnogo
instituta.
(Hulls(Naval architecture))(Tank vessels)

VASILIYEV, Alokney Loonidovich; Noiroy Kalultylovich;
PAvffl-oV--A-',- Y-,e"v-*g,-e-r--i-,y-a-,-Alekseyevna; FIMIFEE0, Maks-;-
Valentinovich; GC-'-'bERG, Ye.!-'.) -*Lnzh., ret-Senzent;
KOROTKIN, Ya.1 . and. tek 1.
. k hn. nauk, retsenzent;
KONTOROVICH, B.M., nauchn. red.; KLIORDIA, T.A.,, red.
(Ifigh-otrent,th corrugated ship bulk-heads] Pi-ochilyu su-
dovye gofrirovamVe pereborki. (By] A.L.Vanillov I dr.
Leningrad, Sudostroenie, 1964. 315 P. (1-',IRA 18:3)

DOIMUWOY, Mark Pavlovich; VASILIYNV,A.M., redaktor; TEMOVINA,T.M.,
redaktor; LXDN2VA,N.V-.,--t'~VEffftW3'MftY redEactor
[Introduction to the theory of transmitting information through
electric communication channels] Vvbdenie v teoriiu p3redachi
infornataii po elektricheskim kanalam eviazi. Xoskya, doo.izd-vo
lit-ry po voprosam eviazi i radio, 1955. 125 p. MMA 9:3)
(Tale oomm=icati on)

Subject
Card 1/1
Author
Title
: USSR/Electronics
AID P - 4537
Pub. 90 - 10/10
Vasillyev, A. M.
Geometrical derivation of a formula for the capacity of
a noisy communication channel connected to a special
receiver.
Hadiotekhnika, 2$ 77-79, F 1956
Periodical :
Abstract : The author presents a geometrical (vectorial) derivation
of a formula for the capacity of a noisy communication
channel connected to a special receiver. He applies
the Shannon theorem for the capacity of a channel. Two
references (1953-1955) (one Soviet).
Institution None
Submitted D 9$ 1955

,,, VASIL I YAV A-tMjL--.
Noiseproof features of a receiver with final recovery time.
BlektrosylazO 11 uo*3:3-7 Mr 157o (Kiak 10:5)
(Blectric cabljo-Noloo)

JA- -, i I "', --,-) A r~f
'y~
!,,UTHOR: VABIL'YEV,A.M. PA - 2294
TITLEs __TH_e-P`r6ra-b1T1ty of Signal Reception by Means of a Receiver with
Finite Time of Regeneration. (Veroyatnost' priyihaa. signals. priyibnikcm,
obladayushchim konechnym vremenem vosstanovleniya. Russian)
PERIODICAL. Raaiotekhnika. 1957, Vol 12, Nr 2, pp 28-38 (U.S.S.R.)
Received: 4 / 1957 Reviewed: 4 / 1957
AMTRACT.- An impulse connection line, which is subject to the influence of dis-
turbanoe, is investigated. If a relaxation generator is used at the
output of the receiver or on the occasion of the reception of strong
signals which overtax the receiver, it is necessary to take finite re-
generation time into account. The equation for the density of the
probability p(t), which determines the probability of signal reception
within the period of time of from t to t+dt in set up. A second equation
detexmines the required density at the moment t. A general solution for
the equation of the moment t is now derived, and it is shown that for
the most interesting case, where ?r (t) - a periodic function (presence
of a signal) and where the regeneration time of the receiver T is less
than the period T , conputation of the requirfd probability Pk( t, 'C )
according to a formula derived here must always be carried out by means
of numerical integration. As the here derived general solution is of
minor value in practice, another form of the equation for the density
of the probability of signal reception at the moment t is derived. This
Card 1/2

PA - 229k
The Probability of Signal Reception by Means of a Receiver with
Finite Time of Regeneration.
is attained by considering that, in the case of a great t, tranhi-
tion is ended and the solution becomes "stabilized", i.e. becomes
infinitely near a certain function p OD (t). This function is de-
scribed as stabilized solution and is derived here in the next chap-
ter. An stabilized solution is also found for a case, which ia of
praoti oal int e res t , if A t = L T , T = 2 A T and T = 3 A T
The theory expounded here can also be used for the evaluation of the
immunity from disturbance of a receiver with finite regeneration
time. (No illustrations).
ASSOCIATICK: Not given
PRESENTED BY:
SUBRITTzD: 11.6.1956
AVAILABLE: Library of Congress
Card V2

AUTHOR: Va3illyev, A. Y1. 108-1-7/10
TITLE: Effect of an Arbitrary Volti!ee on a Slovi-Acting Relay
With two Stable States of Equilibrium (Vozdeystviye
sluchaynogo napryazheniya na zhdushcheye rele s dvumya
ustoychivymil sostoyaniyamni ra-,rnovesiya)
PERIODICAL: Radiotekhnika, 1958, Vol. 11, Nr 1, pp. 69-76 (USSR)
ABSTRACT: 'With the same assumptions as in refs. 2 and 3 the author
investi-ates the Pffect of an arbitrary voltage on the slow-
acting ~clay with two stable states of equilibrium. As an
exanple of its use in practice the author points at the use
of such a relay within the scheme of the demodulator at an
pulse tranomission line -.-rith phase iiodulation (ref. 5).-
Thc: author first Cives the mathematical formulation of the
problem subject to certain assumptions. The mathematical
problem consints of the deturmination of the functions
pl(t) and P2(t) accord-in~; to the given intunsities of the
pulse flows
i, (t) and
2(t)'
Card 112.

Effect of tin Arbitrary Volt-lge on a Slo-x-ActinC Relay With 106-1-7/10
two Stable States of Equilibrium
The functions pl(t) and P2(t ) denote the voltage at the
output of the relay, which can take only two values
+1 and -1. F11(t) and -2(t) denote the arbitrary voltages
applied to the first or second network, respectively. The
equations obtained make it possible to find the functions
completely deternininG the arbitrary process at the output
of the relay. The mathematical expectation value and the
correlation function of the output voltage is computed.
Finally the case of an effect of steady interference on the
relay is &iven as an exanple.
There are 5 references, 5 of uhich are Slavic
SUBMITTED: August 15, 1956 (initially) and November 13, 1957 (after
revision)
AVAILABLE: Library of Congress
1. Pulse transmission lines-Detectors 2. Mathematical analysis
Card 2/2

66310
SOV/162-59-1-3/27
AUTHOR: Vasillyev, A.M.
TITLE: The Application of the Theory of Brownian Motion for
Investigating the Noiseproofness of Tracking Devices
in Pulse Radio Engineering, I
PERIODICAL: Nauchnyye doklady vysshey shkoly, Radiotekhnika i
elektronika, 1959, Nr 1, pp 16-25
ABSTRACT: The mathetical equations describing the motion of a
Brownian particle located in an external power field
are used for analyzing the noiseproofness of tracking
devices, using the automatic range finder of a radar
station as an example. The premises of the Brownian
motion theory are outlined, ie. brief explanations of
the Langevin and the Einstein-Fokker equations are gi-
ven under consideration of boundary problems. The ana-
lysis of tracking devices leads in many cases to non-
linear differential equations with random disturban-
ces which are completely analogous to the equations
Card 1/3 found in statistical physics for describing the moti-

66310
SOV/162-59-1-3/27
The Application of The Theory of Brownian Motion for Investigating
the Noiseproofness of Tracking Devices in Pulse Radio Engineering,
I
on of Brownian particle located in an external power
field. This analogy permits an entire series of re-
sults and approaches to be used for studying the noise-
proofness of tracking devices. Equations of radio engi-
neering problems are often of an order higher than the
second, or additional conditions are not met. It is
possible to find for these equations corresponding
Einstein-Fokker equations, although great difficulties
are encountered in solving the latter. The, practical
apDlication is discussed by an example, in which the
problem is reduced to a solution of an Einstein-Fokker
equation, ie. there is a Langevin equation, but the
conditions for using the Einstein-Fokker equation are
met. The functioning of an automatic range finder is
described briefly and the equation of the range fin-
der is derived, which may be converted to a form ana-
Card 2/3 logous to the Langevin equation. Finally, the steady
Uk",

66310
SOV/162-59-1-3/27
The Applicntion of the Theory of Brownian Motion for Investiga-
ting the Noiseproofness of Tracking Devices in Pulse Radio
Engineering, I
state distribution is diecusned under the assumption
that the object to be tracked moves very little du-
ring a time interval. There are 1 block diagram, 2
graphs and 8 references, 2 of which are American and
6 Russian.
ASSOCIATION: Kafedra fiziki
.ta (Chair
ring.,Institute)
SUBMITTED: May 24, 1958
Moskovskogo energeticheskogo institu-
of Physics of the Moscow Power Enginee-
pt-
Card 3/3

6(4)
06387
SOV/170-59-2-5/23
AUTHOR: Vasil'yev, A.M.
TITU: Analysis of One Method of Reducing Interferences in Impulse Communicatior
Lines
PERIODICAL: Inzhenamo-fizieheakly zhurnal, 1959, Nr 2, Pp 32-43 (U-9SR)
ABSMACT: In this paper the operation of a device is theoretically analyzed,which
switches off a receliver for time intervals between incoming signal pulses
and switches c4, again at the instant?, of their arrival. This metliod makes
it possible to reduce 'the effect of interferences in communication lines.
The author analyzes the application of this device in the case of stationary
interferences of low intensity at the presence of regular signals follow!mg
each other after an Interval of time denoted by T. As a result of his ana-
lysis he comes to the conclusion that the application of the above mentioned
device is expedient in cases when the following condition is fulfilled.-
2qT (I - Q) 2-C~5: I
where q is the intensity of interference, or the average number of inter-
ference pulses with an amplitude exceeding Uo; Q(n) is the probability of
Card 1/2 output voltage excetding Uo at ar. instant when the n-th pulse arrives at

06387-4
WIMP-59-2-5/23
Analysis of One Method of Reducing Interferences in Impulse Communication Lines
the receiver. The author illustrates the application of his theoretical
formulae by a particular example for which the values of several charac-
teristic factors in dependence on q, interference Intensity, are presented
In graphical form in Figure 1.
There ares 1 graph and 5 Soviet references.
Card 2/2

9(2) SOV/170-59-4-5/20
AUTHORs Vasillyev,-A.M.
TITLEt The Transformation of a Stochastic Succession of Impulses by
Means'of Inertia Relay With Two Steady States (Preobrazovaniye
sluchayqoy poeledovatellaosti impullsoy pri pomoshchi inertsion-
nogo role s dvumya ustoychivymi sostoyaniyami)
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 19r-19, Nr 4, pp 28-37 (USSR)
ABSTRACT: The author considers the problem of determining stati3tical
characteristics of the output voltage of an inertia: 'yelay
subjected to the actiono-f aatochastic succession of impulses.
This problem presents considerable difficulties for an arbitrary
voltage. Th 'erefore the, author restricts himself to considering
the case under the following assumptions as to relay functioning
and the properties of stochastic voltagest the voltage at the
output can assume two valuess 0 (relay,in state 1) and "a"
(state 2); thL- transition from one state into another occurs in-
stantaneously as soon as the voltage at the second input exceeds
the value of prescribed functioning E. The inertia property of
the- relay manifests itself in that the inverse transition from
Card 1/2 the second state into the first is possible only after e certain

SOV/170-59-4-5/20
The Transformation of a Stochastic Succession if Impulses by Means of Inertia
Relay With Two Steady States
time interval elapsed since the transition from the first into
the second state. As to stochastic voltages it is assumed that,
they may be considered as equivalent to stochastic successions
of short impulses exceeding the value of functi.oning E. The
solutions of the problem is obtained for two particular casest
thq,effect of stationary interference, and the effect of a re-
gii1ar periodic impulse signal superimposed on stationary in-
terference.
There are: I graph and 4 Soviet references.
Card 2/2

AUTHOR: Vasillyev, A.M. sov/log-4-6-5/27
TITLE: Synchronisation of a Relaxation Oscillator by a Random
Volta,ge (Sinlchronizatsiya relaksatsionnogo generatora
sluchaynym napryazheniyrm)
PERIODICAL: Radiotelchnilta i elektronika. 1959, Vol 4, Nr 6,
PP 942 - 950 (USSR)
ABSTRACT: The problem is formulated as follows. A relaxation
oscillator, e.g. a multi-vibrator, has two inputs. If
no voltages are applied to the inputs, the oscillator
generates a periodic voltage at its output. The resulting
waveform contains a sequenre of positive and negative
rectangular pulses whose duvations ave T 1 and T 2 --
respectively. If signals are applied to the inputs of
the oscillator, the system can be synchronised. These
signals are assumed to be in the form of non-stationary
random sequences of short pulses. The probability that
during an interval from t to t + dt the voltage applied
to the first input has a value such that the oscillator
changes itsstate, is denoted by ly(t)dt The analogous
Cardl/If I

sov/iog-4-6- -/27
Synchronisation of a Relaxation Oscillator by a liandom Voltage
probability for the second input is denoted by Tto2(t)dt
Thus if, for example, a train of periodic synchronising
pulses and stationary noise is applied to the first input,
the probability is given by:
it M = I? + 7 q6 (t - n0)
n
where 6 (t) is the delta function and 9 is the
repetition period of the pulses; q is the probability
that during the appearance of a synchronising pulse, the
total voltage of the pulse and the noise is sufficient
to switch over the oscillator. Two further probability
functions are of interest. The quantity p 1Mdt is
the probability that during the interval from t to
t + dt I the oscillator changes over front its first state
into the second; the quantity p,(t)dt gives the
probability of theascillator changing over from the second
Card2/4 state into the first state during the interval from t to

SoViog-4-6-5/27
Synchronisation of a Relaxation Oscillator by a Random Voltage
t + dt . It is now necesz3ary to derive equations relating
the functions p 11 P2 with the given functions 1~1 and
The required relationships ar--~ reprezented by
Eqs (3). The system represented by Eqs (3) can be reduced
to a systerl of differential equations with a delayed
argument; the theory of these is known and is given, for
example, in Ref 5. Eqs (3) are employed to investigate
three special cases. If a relaxation oscillator is subject
to the interaction of a stationary noise alone, Eqs (3)
can be written as Eas (9), wh3re t 0 is the instant of
the inception of the oscillator operation. Eqs (9) can be
-solved by using the integral Laplace transformation. The
solutions are represented by Eqs (10). If the input
voltage of the oscillator is a slightly rion-stationary
function, such that tile probabilities IT, and re,2 are
given by Eqs (14) and tile functions p, and P2 are
represented by Eqs (15), their solution is in the form of
Card3/4 Eqs (16). When T, = T 2 = T and T~ ~- tt'2 = -11' and if

SOV/109-4-6-?/27
, V lt
Synchronisation of a Relaxation Oscillator by a Ran~om o age
IY is a periodic function having a period T , Eqs (3)
can be represented by Eq (17). The solution of this is
given by Eq (19). There are 5 Soviet references.
SUBMITTED: May 3, 1957
Card 4/1,

VASILIYET A.M. (14oskva)
Invariant affine connectivitlea in a opace containing linew *4dwnte.
Mat. obor. 60 no-4:4-U-424 Ap 162. (NOW:4)
(Groupsy-MgMT of)

L 10,394-66 EWT(l), IJP(c) AT
ACC NR: APS026903 SOURCE CODE: UR/0109/65/010/010/1839/1844
AUTHOR: Vasil
yev, A# Mo
ORG: none
TITLE: Transient processes in late ral-photoeffe ct cells
SOURCE: Radiotekhnika I elektronika, v. 10, no. 10, 1965, 1839 -184 4
TOPIC TAGS: photocell, photocell transient
-,,,ABSTRACT: Based on G. Lukovsky's equation for the inertia of a lateral-
,iij photoeffect cell (J. Appl. Phys., 1960, 31, 6, 1088) and on a simple equivalent
S-5-circuit (emf generator, internal resistance, and capacitance - all in parallel), a
Jurther theory of the photocell behavior under dynarnic conditions is developed.
An integral formula for the photovoltage is derived on the assumption that the
photocell Inertia is largely determined by the capacitance of its p-n junction and
Card I /Z UDC: 6Z1. 383. 5

L 10394-66
;ACC NR: AP5OZ6903
':base layer; a certain law of the point-spot movement over the photocell x,(t) is
I
:assumed. Too cumbersome for practical purposes, this integral formula can be
I
considerably simplified when x,(t) is specified as a periodic function with a known,
,period. The photovoltage in this case consists of a number of harmonics with
,phase shifts among them. Orig. art. has: 3 figures and 30 formulas.
!SUB CODE: 09 SUBM DATE:
l3jul64 ORIG REF: 003 OTH REF: 004
Crd 212"

T
A
7
i.arid srnanl,
TITLE: F'hctocells with longituijill-
ow
SOURCE*-Radioteklmika i e. ktranika, Y, 5, 138
TOPIC TAGS: photocell, photoelectric effect
ABSTRACT: The equation for potential difference across an infinite p-n junction
set up by G. Lucovsky (J. Appl. Phys. 19(0. 13 1, 6, 1066) is adapted, in t~ie
present article, to the case of a photocell. Boundary conditions; for
o I v-* - 3-.. allc--van( !hat part -,f he p-
mg thf- ft-)r., t
junct:--)n
ho "ar a',,

L 31041-6~
ACCESSION NR., AP5002909
compared with AkT/q - 30-50 mv, where A is the parameter of the current-
voltage p-n-junction characteristic, k is the Boltzmann constant, T is
temperature, and q is the electron charge. An equivalent circuit of the photocell
is suggested, and conditiot-is of indepe-yidence bt~.twccn photo-e mi;'s of both p-,:rs of
contacts are furrnclat,~-d. LX 0 P rI-I i7, t 11 t 3 F P r e D o r, e d w I ih ;i : i i
with Dhosphuriis-doped hj~7,h- x F-n)
ti r -) v ! Fn, r,n
a
light spct posifinn on trie, 1 C' -C I S 7 P fl 7-1
al-t. has: mr,
0 ctirv-s Grip rn i a;;.
S UB bvU T T ED: Z7Sep63' 5(-,'B CODE.
DjO REF SOV: 0 0 ?, 0 1 H P R~' 0
Ca'C! 2 / Z

4 (),Q
A C C- F-S, S I( N N FA P;-"-.
7 - P. h
'P 't)n4.!r 21 3:.
AUTHOR: Bordina, N. M., Vasil'yev, A. M., Zaytseva, A. K
LAndsman, A. P
TITLE: Effect of the spreading resistance on the load characteristic of a silicon
photocell having various takeoff contacts
SOURCE: Radiotekhmka i elektronika, v. 10, --io. 4, 1965, 727-7135
TOPIC TAGS: -semiconductor, photocell, silicon photocell, spreading resistance
ABSTRACT: As in practical silicon photocells, the re(4,irt;on of the olit,),it voltaize
'i _4 A r, PP r~j
Card 112

L 49802-65
ACCESSION NR: AP5010106
botindary cf-nditlons are gupplied which permit determining the connecTitive terms
of tiiis series,. Us-.ng -a zi-,rmpipst ph ...... -11 ;:;s dn -xamiple. :t Is shc--,AfT,. that . ~n the
fir8t approxi-i-,at:cm. he M B. Pr,"l .rt, ii! ~J. Appi Phys. !')5,,
z6, 5, 534) is valid. Formulas are also dcrtv,!d f.-)r a contact arrangcd al--ig the
J hP n 2- 1 . -3 . i4 r fi h a p, ri an(' V r
9 ha p a A k. It! i r-ni nat ri L,
fl-ix
lairip
ir~, 101CIArs
ag r ec rn r i art tia s i v,i rs a;-,,~ a 3
A SSOC LAT ION' V s e s, y, i tn vy institut "Stochnikov toka
jAll-Union S( ienti;-.( Reeearch Pwxtr P inatitutt-)
SUBMITTED: 07Dec63 ENCL: 00 SUB CODE: EC
NO REF SOAr.- 001 OTHER. 003
C.,d

111YUKHOVI"T~'I Dmitriy Fedotovich;
_VASILIY'Vj, A.M., kand. tekhn.
nauk, rc-t::en7ent; MASIWO~i, D.P., nauchn. red.;
LNI Mll, -SKAYA J, O.M., red.
[Assembling and testing motor vehicles, tractors and
u-,:)tor(:yeIo,fl 3boita i IttipyLanlin iivtomohlloi, trukt,orov
i mototolklov. Mo:jkva, Vyashala pat-tiinaia shkola, 1965.
361 P, (MIIU 18:9)

Lw
P
ACC
AUTHOR: Bord1nap N. M.; V~.Bilyev.* A. 14
Popov,, D. A. 6
ORG: none
TITLE: Influence of internal field on,diffusion in semicot4uctors
SOURCE: Fizika tverdogo tela., v. 8,, no. 7., l966., 2248-225o
TOPIC TAGS: physical diffusion,, semiconductor impurity, impurity level., semiconducto
carrier., carrier density
ABSTRACT: It is shown that certain observed peculiarities accompanying diffusion in
be attributed to the influence of electric fields. It is proposed
w*tbat the field can be assumed homogeneous., and a rule is given for the determination
6t this field, AetvaLly, however, the field is inhomogeneous and it is more correct
-i6 use a different appr6ximation. For concreteness., diffusion of donors in an in- -
iiinsic semiconductor.is considered. The differential equation of donor diffusion id
obtained for a field determined by the Poisson equation, under the assumption that th,
-il4ctrons and holes are in equilibrium during diffusion. The expression for the dif-
fudion is obtained in terms of a fictitious surface density and is found to agree wel
..Vith experimental data. When the surface density of the diffusing impurity Is sm&13.e
:tha4 the density of the intrinsic carriers, the diffusion has in first approximation
the'usual character. When the surface density exceeds the intrinsic wauej, there ex-
isti a gently sloping region vhich corresponds to diffusion with a dual diffusion co-

7 1
L 05629-67
ACC NRs
Ap6o245ol
efficient. Where the two densities are commensurate., a transition to the second dis-
tribution takeis place. Orig. art. has: T formulas.
SUB CODE: 2D/ sm DATz: i6Aug65/ ORIG REF: 004/ OTH MW: 005
-A,
Cwd

L 04622-67 EWT(l Q/,:TJ 1X!(c) j T
AM NR, AP6033258 SOURCE CODE; UR/ 109/66/011/010/1846/1855
AUTHOR; Vasillyev, A. M.; Lisin, A. S.
ORG: none
TITLE: Dynamic characteristics of lateral-photoeffect silicon photocells
SOURCE: Radiotekhnika i elektronika, v. 11, no. lo, 1966, 1846-1855
TOPIC TAGS: photocell, silicon photocell, MUM photoeffectj pllora-i rC7,ele- eR41-,
" COW
ABSTRACT: A theoretical and experimental investigation of the dynamic characteristics
of lateral-photoeffect cells is described. A periodic law of light-spot motion is
selected; the cases of step, linear, and sinusoidal motions are considered, and
formulas describing the output voltages necessary for realizing these motions are
derived. In the experimental part of the investigation, the vibrator and the optics
of an electromagnetic oscillograph were used to produce f4riisoidal moverrent of tile
light-spot, at a frequency under 5 kc, over a silicon photocell. The effects of
frequency and load on the output-signal phase were determined. It was found that
the silicon . cell can be re arded in the first approximation, as a linear circuit
with distributed parameters Re~2d. anA c2b, when i0 -~p 1. and 10 -3.po 1ph ; here Re is
the lateral-laVer resistancep 2d, the cell length, 2b, the be.11 width, io, a conditional
parameter, 4,de saturation current, Iphl the fntegral photocurrent. , To obtain.

- L 0462Z-57
1 ' I ACC NRt AP6033258
6
qudek response In a silicon cell, the time constant of cell unit area should be
reduced, the load resistance should be kept low, and the photodiode-type operation
should be used. Orig. art. has: 8 figures and 37 formulas.
SO C*DZt 09 / SUBK DOEt O8Mw65 / ORIG REF. 005 / MR REF: 006 / ATD PRESS: 5100

17 L
ACC tat__566~~74 SOURCE CODE: UR/0109/66/011/007/1285/1294
AUTHOR- Averbukh, T. G.; Buzanova, L. K.; Vasilsyev, A. M.; Gliberman, A. Ya
ORG: none
TITLE: Electric modulation of lateral photoomf
t
SOURCE: Radiotekhnika i elektronika, v. 11, no. 7, 1966, 1265-1294
TOPIC TAGS- photo emf, photoelectric effect, lateral photoelectric effect
UU,
ABSTRACT: So far the lateral-photoeffect cells have been investigated under the
conditions of a constant signal; G. Wallmark (Proc. IRE, 1957, 45, 4, 474) mentioned
a possibility of obtaining an alternating lateral photovoltage. The present article
describes a theoretical and experimental investigation of a lateral-photoeffect ce
modulated electrically by superposing an external alternating voltage on the
p-n-junction voltage; weak illumination is assumed (AkT/q -_30-50 mv). It is found
that - ( 1) The exper iments have shown that the parameter X = 1,, (p / W) / (A k T
should not exceed 2.5-3 (for the photocells having R = 20 kohms and A . 1-7) in
order to warrant the validity of the reported formulas; (2) The plot of light-spot
coordinate vs. lateral modulated emf is linear, within Wo, when the spot moves away j
from the photocell center by a distance under 0.5 d; at 0.8 d, the nonlinearity is
IZ; (3) The photoc6ll sensitivity is proportional to the square of the photocell-

ACC NR, AP6023874
layer resistance; a formula for the sensitivity in terms of no-load voltage is
ouggo3ted. Orig. art. han, 5 figuos and 53 formuliw. [031
-5UB CODE: 20, 09 SUBM DATE: 06Feb65 ORIG REF: 003 OTH REF: 003/ ATD PRESS:
Card 2/2\~

1 *177- ~1 -
tz IV -A. A a-
-a-, A
-L"p-1 "Off
PIOCRIPS AND SOC016fIff I.&II-A-
00
Goo
sea
000
Pseudoesudy soils and the Inettiods for their deter.
minsition. A. At. Va%il!y,
_,!~wjtj (;n,1. 1940. NuA. . , it,
7-44.--Dafa on't1w"j)1iliv. proprrfirx, rspecL-ally aq ,
l1larticte Mir. swrIfing with 11#0 an4,1 capillary me
1, vity, of vatioui clays mir Kivvn. P. I Rathfilann
611.61LA OCIALLU66KAL LITERAT401 CLAIWICATON
$10lood "at omf Gal
9 Alo, 00 A$ it t
u is 0 It IN 4
0 0 0 0 * * 0 0 0 : ~
0 0 0 a * 0 0 * 0 0 0 0 0 0 0
filial
0 0 1 IN 111 0
0 0 0 0
: : :1* 0 0 a a
1-00
-00
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-00
.00
a
coo
tie*
Coo*
WOO

VASILIYEN, A. M.
Science
Study of the physical wopertie2 of the soil, Kishinev, Go;Iizdat Moldavii, 1952.
Monthly List of Rua3lan Accessions, LibrarZr of Congress, Decnmber 1952. Unclassi-fled.

VASIL'YEV, A.M., kandidat geologo-mineralogichaskikh nauk.
[Fundamentals of contemporary methods and technique for laboratory determina-
tion of physical properties of soils] Osnovy sovremennoi metodiki i tekhniki
laboraiornykh opredelenii fizicheakikh svoiaty gruntov. Izd.2., ispr.i dop.
Xoskya, Gos.izd-vo lit-ry po stroitel'styu i arkhitekture, 1953. 215 p.
WaA 6:8)
(Soil phyBics)

t W
15-57-4-5386D
Translation from: Referativnyy zhurnal, Geologiya, 1957, 14- 4,
P 184 (USSR)
AUTHOR: Vasillyev, A. M.
TITLE: Classifications of Bearing Soils and Foundations for
the Industrial, Civil, and Hydrotechnical Structures
(Klassifikatsiya gruntov-osnovaniy promyshlennykh,
grazhdanskikh i gidrotekhnicheskikh soorazheniy)
ABSTRACT: Bibliographic entry on the author's dissertation for
the degree of Doctor of Technical Sciences, presented to
the Vses. n.-i. in-tosnovaniy i fundamentov (All-Union
Scientific Institute of Foundations and Substructures),
Moscow, 1956.
ASSOCIATION: Vses. n.-i. in-t, osnovaniy i fundamentov (All-Union
Scientific Institute of Foundations and Substructures)
Card 1/1

VASILIYICV, A.M.. at geologo-mineralogicheskikh nauk.
"Od
Brief review of Russian and foreIgn classifications of soils for
building foundations. Trudr NII osn.i fund. no-29:4-55 156.
(KLRA 10:5)
(Boil mechanics)
(Soils-Classification)

SOV/1 24- 57-4 -4784
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 4, p 130 (USSR.,,
AUTHOR: Vasillyev, A.M.
TITLE: A Penetration- cone Method for the Determination of the Strength of
Plastic Clay Soils in a Natural and a Disturbed Formation (Konusnyy
metod opredeleniya prochnosti plastichnfth glinistykh gruntov v
yestestvennom i narushennom slozhenii)
PERIODICAL: Tr. N.-i. in-ta osnovaniy i fundamentov, 1956, Nr 29, pp 56-68
ABSTRACT: Bibliographic entry
Card 1/1

14(6)
SOV/112-59-5-8752
Translation from: Ref erativnyy zhurnal. Elektrotekhnika, 19 59, Nr 5, p 47 (USSR)
A -
TITLE: Construction Classification of Foundation Soils
PERIODICAL: Sb. N.-i. in-t osnovaniy i podzemn. sooruzh. Akad. str-va i
arkhitekt. SSSR, 1958, Nr 33, pp 5-27
ABSTRACT: Bibliographic entry.
Card I/ I

A,
28-4-5/35
AUTHORS: Vasillyev, A.M., Candidate of Technical Sciences, and Kali-
shevskiy, V.L., Engineer
TITLE% Revision Principles for Standards of Piston Steam Pumps
(Printsipy peresmotra standartov na parovyye porshnevyye nasosy)
PERIODICALt Standartizatsiya, 1957, # 4, pp 21-25 (USSR)
ABSTRACT: The old standards, rOCT579-41, 580-41,, 582-41, 2834-4 5,
3619-47, covering 100 models of steam pumps and about 30 of
motor-driven pumps are under revision. The author cites a
few examples of inadequacies in the old-
The new roCT 8336-57 "Pumps, Piston, Steam, Horizontal Type,
Basic Parameters and Dimensional' will be put into effect on
1 January 195P, replacing the rOCT 579-41, 580-41 and 28 34-45.
This is for water pumps, dark petroleum products of up to
1100 BY viscosity and 1000C, and other like fluids, with steam
work pressure of 16 kg/cm2. The pumps are direct action, two-
cylinder, 4 stage. The number of models is reduced from 100 to
30. The accepted pressure gradations and feed limits are
Card 1/2 given in a chart (table 1). The series is built on feed stages

Revision Principles for Standards of Piston Steam Pumps 28-4-5/35
in geometric progression with a denominator of 1.778 (based
on the 40th series of roCT 8032-56). It is stated that the
weight of pumps, as they are given by the new roCT, does not
exceed the weight of similar foreign pumps. Of all the pumps
being produced at this time, only 9 fully conform to the new
rOCT , 12 require modernization, and 5 have to be completely
worked over.
Modernization is needed mainly to decrease weight. As the
production of steam pumps is scattered through 14 plants, the
modernization should be done by one head organization. Produc-
tion should be concentrated at one or two plants, to make
possible the unification of the existing pump nomenclature.
There are 2 tables and 1 graph.
kVAILABLEt Library of Congress
Card 2/2

VASIL'TEV, A.M., Icand.takhn.nauk
Suction capacity of screw pumpa. Trudy VIG14 no.22:138-152 1 58.
(MIRA 11:11)
(Pumping machinery)

VASILOYEV. A.M.. nd.t.3kbn.nauk
Calculating the efficiency of oil screw pmp with cycloidal
gear system. trudy VIG14 no.24:125-135 '59- (HIV. 12:8)
(Pumping r~achinerv)

ACCIZSSION ~5e'; 114013530 S101811614/006/002/0619/0624
AIMIGH: Vasillyev, A. 1-1.
TITI.'7: Spin lattice rela:mt-ion of F centers in alkali halide crystals
SOURCE: Fiz:Lka tverdogo tela, v. 6, no. 2, 19654, 619-62h
TOPIC TAGS: spin lattice relaxation, F center, alkali halide, contact interaction,
relaxation tima
ABSTRAGr: The effects of spin sa'vuratiun and relaxation of F-center electrorX
durin- rulaxation at contact intoraction of the electron urith the surrounding
vacancy of the F-conter nuclewAiTere exanLinod. Rrom a consideration of theSG
,ahenomena at levels such that the contact interaction is inuch greater than purely
nuclear or purely spin rela"xatlion time, it is concluded that changa in parama.f-natie
relaxation ti;7,e is nractically deterinzxed by tho contact interaction. For satura-
tion of parania-inctic resonance, when the tirae exper-Aed for saturation is large,
the loral zufficient for sa-i'Uration is de'verrii-ined by othar than contact mechani3zi.
When steady conceitrition density has been established during saturation, subse-
quent relaxation time is also deternined by some thachanism different from contact
Ca, d 1/2

interaction. III= the satuxation state was not maintaincl sufficiently long (loss
than contact" relaxation tire), the I-ollowing relaxation time is determined by
contact interaction, The author concludes that horizontal processes carLnot be
the leadirig factors in the relaxation of F centers. Vertical processes may be
more effective than contact interactions. One possibility is relaxation by
parafliagnotic impurities. Orig. art. hav: I figuro and 2 formulas.
ASSOCIATION: Vse3oyuznyoiy nauchno-issledovatell3kiy institut istochnikov toka,,
Moscow (All-Union Scientifie.Research institute of Current Sources)
SUBMTTM: 20MaY63 DATE ACQ; O3Mar64 Fl,,CL: 00
10 W SO V: 003
SUB CODE: SS OTHER: 004
Card 2/2

ACCESSION XR: AP4034574 S/0076/64/038/004/0845/0849
iAUTHOR: Vaell'yevo A. M. (Moscow)
iTITLE: The width of EPR lines of the Mn (11) ion in aqueous solution
as a function of concentration
SOURCE: Zhurnal fizichaskoy khlmll, V. 38, no. 4, 19641 845-849
TOPIC TAGS: EPR line, spin lattice interaction, manganous sulfate,
ielectron paramagnetic resonance, spin spin Interaction
jt~ ABSTR&OT: In this study measurements were made of the width of the
when the con-~
EPR line at 1010 cps frequency in solutions of MnS04
icentration of the latter was varied from 2 to 0.001 moles/l. The
;obtained experimental data are compared with the theoretical cal-
culations. Spin-lattioe interactions result from the interaction
!~of Mn (II) ion with the electric fields of the surrounding H20 mole-
;.cules, thus they are Independent of concentration. Spin-spin lnte3~-
,~actions, on 41.-ile other hand, lead to line 'broadening which is directly
proportional to the concentration of Ma (11). Consequently, the
line width in dilute solutions is equal to 24 gausa and it charact-
iin-lattice Interactions. Subtracting this value from the
,zes

1ACUSSIOU RR: A1140345T4
remaining part of the line width should characterize the spln-spin
interaction and It must be proportional to the concentration. The
deviation from direct proportlonality In an BPR spectrup. of Mn (n)
as a function of concentration Indicates some other mechanism of
relaxation, completely explainable on the purely geometric basis
~of the interposition of several Lorenz lines on one another. It
been shown that to-king into account the mutual repulsion of Mn
'(II) ions the agreement between the theoretical and experimental
data has been considerably improved. Orig. art. hass 4 figures.
ASSOOIATION: Nauohno-issledovatellolkly Institut IstoohnikovItoka
it (Scientific Research Institute of Gurrent Sourceo)
SUMITTEDS 30J&n63 DATZ AOQ: 2OM&y64 31OL: 00,r
SUB-CODN: ..NP NR REP SOV: 006 OTHMU 003.
LI-A, 2/2
Card

11594--66 EWT(1)/EWT(m)/EWP(t)/ET1 IJP(c) AT/JL)
ACC 'i4R, M602546 SOURCE CODE:
AWHOR: Vasil'M,, A- M-; Truscv,p L. I.
ORG: All-Union Scientific- Research Institute of Current Sources.. Moscow (Vsesoy=zWy
rmuchno-iosledovatellskiy institut istochnikov tow -
TITIE: Contribution to umk1app processes In intervalley transitions and absorption
by free electrons in n-Si 'Vi
SOURCE: Fizika, tverdogo tela, v. 8, no. 6, 1966, 1823-1833
TOPIC TAGS: silicon semiconductor, semiconductor band structure, carrier scattering,
semiconductor carrier, electron interaction, phonon interaction group theory
ABSTRACT: To check on a hypothesis first advanced by W. lfari:~son (Phys. Rev. v. 104,
i2Bl
,, 1956) that the mobility and scattering of the electrons in silicon are governed
primarily by the umklapp processes and by intervalley scattering, the authors evaluate
the contribution of the umklapp processes by determining the matrix elements for
electron-phonon interaction that leads to the umk1app processes and to the intervalIg
transitions. The valleys; from which transitions are possible by means of a selected
re~iprocal-lattice are determined# and the matrix elements for the transition from
the given initial state to the given final state, in terms of different reciprocal-
lattice vectors, are written out. The possible corresponding transitions are tabu-
lated, and group theory is used to separate the nonvanishing matrix elements and to
ascertain the oscillations that cause the scattering leading to intervalley transi-

-L 41594-66
AP6018546
tions and to mmk1app processes. The calculations show that the umkiApp contribution
is commensurate vith the contribution from the intervall~y electron-phonon scattering.
Origo art, hass. 2 figures,, 32 fonrjlAaj, and 4 tables,
SUB CODIS 2D/ suam DATz: llNov65/ , oRm Rzr: oo2/ o7H mr: oo5
card

,.,!ASILITXV9 A.M., iuzh.;:GARS,BURG9 B.H.o insh.; BONDAR', Te.P., In2b.
Using assambly-lins, methods in asBembling construction elements of
a 2800/1700 sheet rolling mill. MoDt.i spets.raV.v stroi. 22
no.4:10-14 Ap 160. (MIR& 13:8)
1. Tr$Bt Stallmoutazh-54 Proyektnyy instit-at Promsta,11konstruktaiya.
(Assembly-line methods)
(Rolling'mille)

VAS~L~r LIAnM--
Application of the theory of Brownian movement in the investigation
-of interference rejection of radio pulse servo systems. Nauch. dokl.
vys. shkoly; radiotekh.-i elektron. no.2:3-13 '59. (KLM 14:5)
1. Kafedra fiziki Mosko!qkogo energetichesko o inatituta.
(Pulse techni ues-(Electronics)) Nrownian movements)
Z'Servomec'hanisms)

S/181/60/002/009/030/036
B004/ D056
AUTHOR: Vasillyev, A. M.
TITLE: The Fine Structure of the Paramagnetic Resonance Spectrum
of the Chromium Ion in Chrome Alum in Consideration of the
Higher Terms
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 9, pp. 2252-2263
TEXT: The author discusses the effect of an electrostatic field upon the
4P state of the chromium ion. The crystal field has an intensive cubic-
symmetric component with the potential 1 1 - k(x4 + Y4 + Z4) (2) and a
weaker trigonally symmetric component with the potential r2 - M(xy + xz
+ ZY) (3). The cubic component splits the sevenfold degenerate level into
three: the lower level is singly, the two higher levels are triply
degenerate. The trigonal component splits up each of the triply degenerate
levels into two% a singly and a doubly degenerate one, so that, in the end,
two aingly and two doubly degenerate levels exist above the singly
Card 1/3

The Fine Structure of the Paramagnetic S11811601002100910301036
Resonance Spectrum of the Chromium Ion in Chrome B004/BO56
Alum in Consideration of the Higher Terms
degenerate ground level. It was the aim of the author to explain the
part played by the higher terms in the fine structure of the paramagnetic
resonance spectrum of Cr3+ in chrome alum. The possible states of free
Cr3+ are discussed, and for the d3 configuration the terms 4F4P;
2H 2G2F2D2D2P, for the d 2s configuration the terms 4Fj4pj ; 21112 G?2F92 D' 2pq t/
are written down. The ds 2 configuration and the configurations with 4P
electrons are so high as regards energy that they, as also the doublet
terms, may be neglected. For the fine structure, only the states
4p, 4P, 4P' and 4P1 need therefore be taken into account. The waves
functions of these states are written down, using the calculations given
in Ref. 10, and the influence exerted by the cubic and the trigc~nal fields
as well as the spin-orbit interaction are investigated. The result is
that the ground level is split into two doubly degenerate levels, the
initial splitting A being expressed by A - E - E 8~2fjl _F
_1)2
1 2 /(E-2
3 , only the
- 1/E2' - F-A (14). Of the numerous higher terms o Cr
Card 2/3

The Fine Structure of the Paramagnetic S/181J60/002/009/030/036
Resonance Spectrum of the Chromium Ion in Chrome B004/BO56
Alum in Consideration of the Higher Terms
4F1 term of the d 2s configuration acts upon the initial splitting of the
ground level. This action, however, manifests itself only in the form of
a purely quantitative correction (reduction of initial splitting by the
second term of the expression in brackets (14)). The small influence
exerted by the 4F' term is due to the fact that in the cubical field, the
levels of the 4F1 term are higher than those of the 4F term. If the term
of eauation (14) corresDondin.7 to the 4PI term is assumed to be greater
than that corresponding to the 4F term, the experimentally observed value
of the initial splitting may be explained. Here, &< 0, whereas, according
to Ref. 9,6 > 0. There are 11 referencess 3 Soviet, 7 US, and 1 Dutch.
SUBMITTED: February 3, 1960
Card 3/3

VARENTSOV, Vladimir Semenovich, dots.; LAZAREV, Aleksandr Vasillyevich,
dots.; BRAGIRI, N.A., inzh., retsenzent; AKSENOV, Te.A., dots.,
reteenzent; YASIL-UZ'J,-A-M-, dots., retsenzent; NIKIFOROV, V.A.,,
dots., reteenzent; PIMENOV, M.P., dots., retsenzent; SHADURSKIY,
P.A., dots., retsenzent; SEMENSKIY, Ye.P., dots., retsenzent;
FRIDKIN, L.M., tekhn. red.
(Technology of the production of milled peat]Tekhnologiia pro-
izvodstva frezernogo torfa. Moskva, Gosenergoizdat, 1962. 335 P.
(MIRA 15:12)
1. Kalininskiy torfyanoy institut (for Varentsovv Lazarev). 2.
Belorusskiy politekhnicheskiy institut (for Aksenov, Vasillyev,
Nikiforov, PimenovI Shadurskiy).
(Peat)

VASIL'YET, A.M.
Standards for and methodo of industrial water supply and dr-.(-
ing of lowland peat bogs treated by the excavator method. Sbor.
nauch.trad-Bel.politekh.insfi. no.65:69-82 '59.
(MM 13:5)
(Peat industry)

EVI
FHASE I BOOK EXPLOITATION SOV/3727
Rasshireniye vozmozhnostey primenenlya plastmass v konstruktsiyakh
mashin (Widening the Possibilities for Using Plastics In
Machinery Components) Moscow, Mashgiz, 1959. 183 P. 8,000
copies printed.
Reviewers: N.V. Popov, Engineer, and P.Z. Petukhov, Doctor of Techni-
cal Sciences; Ed.: N.I. Suslov, Engineer; Tech. Eds.: N.A. Du-
gind and A.F. Uvarova; Exec. Ed. (Ural-Siberian Division, Mashgiz):
T.M. Somova, Engineer.
PURPOSE: The book is intended for engineers and scientists engaged in
the study and manufacture of plastics and plastic machine parts.
COVERAGE: The chapters of this book were written 'by different authors
Indicated in parentheses after each chapter in the table of contents.
The chapter n the use of plastics in non-Soviet countries includes
data on the gkoda. Works in Czechoslovakia. A number of Soviet manu-
facturing tstablishments are mentioned. Equipment using plastic
parts is described and evaluated. Considerable attention is paid
to nonferrous and chemical enterprises, as well as tb.the problem
of substituting plastics for critical materials in types of equip-
Card 1/6

Widening the Possibilities (Cont.) SOV/3727
ment subjected to wear or to corrosive, abrasive and chemical in-
fluences. Brand designations, properties and uses of
a number of Soviet-made plastic materials are given. It is thus
a survey of modern Soviet plastic materials grouped according to
their spebific application In industry. The au 'thors rely heavily
upon*the experience of Ural plants, especially those specializing
in electrical apparatus, automotive equipment, and measuring in-
struments. No personalities are mentioned. There are 37 referarces:
31 Soviet, and 5 German.
TABLE OF CONTENTS:
Foreword 3
Ch. I. Plastics in the Automotive Industry (V.Ye. Oklddnikov and
A.M. Vasi Ivev) 5
Re o p astics in automobile aid motorcycle parts at the
Irbitskiy motozavod (Irbit Motorcycle Factory) [Sverdlovskaya
Oblast'.] 5
Card 2/6

Widening the Possibilities (Cont.) SOV/3727
2. Prospects for using plastics at the Urallskiy avtozavod
[Uralzis) (Ural Automotive Works) [Chelyabinskaya oblast')
I 12
Ch. I I. Parts Made of Plastics (A.Ya. Bayer, V.K. Solov'yeva,
V.N. Zhuravlev, V.~. Bankovskaya, and N.F. Plislennikov) 17
1 Textolite-surfaced guides for heavy machines 17
2: Properties and application of laminated wood-base plastics
IDSPI 21
Laminated wood-base plastics DSP 21
Wood floiAr 27
3- Parts made of asbestos-baBe plastics 28
-
4: Use of acrylics at the Chelyabinskiy~zavod izmeritelinykh
instrumentov (ChelyalAnsk Measuring Instrument Plant [ChIZI) 33
5. Use of plastics at some industrial enterprises in the Kuz-
netsk Basin 38
Bearings made of plastics 38
Electric drives for belt conveyors with plastic parts
(description of an experimental model) 39
Plastic bearings for machines used in mineral-wool manufac-
ture 41
Card 3/6

Widening the Possibilities (Cont.) SOV/3727
Parts made of faolite 41
Caprone cog driving belts 43
Ch. III. Plastics in Electrical Machinery and Instruments (G.V.
Puylo, L.T. Ponomarev, and V.N. Samaryanov) 44
1. Plastic parts in electrical maohinery 44
2. Escapone Jcopojymei~s of a Soviet type of synthetic rubber)
and escapone insulation 47
Esdapone pblymers 49
Escapone compound 52
Escapone lacquers 52
Escapone finishing of cloth made of paper or textile fibres 53
Technology of manufacturing eacapone-iMpregnated glass
fabricilacquer-coated escapone-impregnated glass fabric, and
glass-escapone adhesive tape 54
Properties of electricalinsulating materials made of esca-
pone plastics 57
Economic efficiency of electrical insulation made of escapone
plastics 62
card 4/6

Widening the Possibilities.(Cont.) SOV/3727
3. Use of plastics for instrument components at. the Chelyabinsk
"Teglopribor" Plant 63
Ch. IV. Plastic Articles for Corrosive Media (B.P. Mastikov, A.I.
Kazak, P.N. Berezkin) 11 68
1. Centrifugal pump made of voloknite" [a phenol-formaldehyde
resin with cotton filler]
2' Pump parts and linings made from abrasive materials 71
3: Vats-made of vinyl plastics 74
Ch,. V. Use of Plaitics in Foreign Countries (A.A. Domashnev and
F.V. Krayzinger) 77
1. Use of plastics in machine and instrument elements [abridged] 77~
**2,, Use of plastics in Czechoslovakian plants 109
Appendixes (4.K. Mettikh, I.B. Plesskiy) 114
I. General Characteristics and Fields of Application of Plastics 114
II. Mechanical Properties of Plastics 150
Card 5/6

Widening the Possibilities (Cont.) SOV/3727
II1. Physical Properties of Plastics 160
IV. Insulating Properties of kastics 171
Bibliography 181
AVAIIABLE: Li~rary of Congress
AC/rem/ b
-Card 6/6 7-12-90

VASILIYEV, A M t-kand.takhn.nauk; PLEYKINq AN. inzh.
More att,~ntion to the development of equimpent and means of
automation for the chemical industry? Mekb. i avtcm. proirr. 15
no. 3 -1-3 Mr 161. - (MIRA 14:3)
(Aaomation) (Chemical industries-Technological innovations)

ICEI MR: AP40056D2 S/02W/63/000/022/0054/CO55
GL7.'b=btqju,jE!~ G.; Alferov, V. V*;,Vq;iIIyeY,, A, Mo; Posternak'
Iev:Lr., L. B.; Umaov, V. F.; ' Koloskov, 1. A.
uletho& for cauputing arrival time and phase of seismic waves for
tzz-i.~Cnic digital coaWater Vroewslz*,. class 42, ZIOS 158732
Byul~ izobret. I tovara. zaa: ov no. 22
196% 54-55
DiGS; seismology.. seismic wave,, autcmatic date processing,, data processinc,
*;=ic data, camprter analysis, - :tic recording,, eloctronic camputatica scimic
linear interpolation, arrival t.*'.Li--, 3phaae
MOT: A methoil 1(3 described for ca*uting arrival time and phase of sei.-z-4c
Z5Z
for processing time Into a digital conputer fran multichannel correlated
3,-imcGrams obtained by the oscillographic method or by an inked graph. Variable
transport mechanism speeds are -inlmi zed an a zeadout accuracy factor by
Tploying, rzcpietic material to make the strokes mairking both time and the arrival
=-es and pbases. 7hese strokes are,read out by magnetic heads, the number of
pulses corresponding to the strokes for the I-Im marks Is su=ed, and with the
.:ard 1/2

-ex-mo-Lou a: AVwo6w
entrance of a pu3se for the a=-Ival or pbase of a vave a 2inear interpolatica
is -&4 In each of the chomiels cC the distance between the two c3mest titio
=a--k -,MLUOS.
sma=.- 31SOPQ DATE ACQ: OV=4 EWL: 00
SUB CME: AS NO MF SOIN . 000 000
C"d 2/2

ACCESSION NR% AP4009460 S/0051/63/015/006/0772/0780
AWHOR: Vasil'yev, A.M.; Ye;vdokimv, V.M,
TITLE: influence of.an electric field on NMR in gases and liquids
SOURCEI Optika i spektroskopiya, v.15, no.6,,1963, 772-780
TOPIC TAGS: XUR, MIR splitting, chemical shift, nompherical nucleus, quadrupole
",moment, quadrupole coupling constant, symmetri-cal top molecule, linear molecule
ABSTRACT: The influence of an external electric field on the splitting of the nud-
car magnetic resonance spectrum of nuclei with a quadrupole moment has been consid-
cred by one of the authors in an earlier paper (A.M.Vasillyev, ZhLTF,43,1526,1962).
In the present paper, the problem is treated quantum-mechanically taking into ac-
count the orientation of the molecules in the applied electric field. It is as-
sumed.that the nuclei have a non-zero quadrupole moment and are bound in a molecule
with an electric dipole moment. The initial equation is the quadrupole interaction
Hamiltonian of Landau and Lifshits (Kvantovaya melchanika (Quantum mechanics],M.-L.
1948). The wave functions are derived for an qxially symmetric top molecule. In
addition, the case of a linear molecule is considered. The final equations charac-
Cardl/2

ACC.NR: AP4009460
terize the spectrum of resonance frequencies that should appear in lieu of the sin-
gle NMR line. Tho possibility of measuring the splitting experimentally for the
purposo of evaluating the quadrupole coupling constant is discussed. It is con-
cluded that measurement of the line broadening should be feasible undeitho appro-
priate experimental condittna. Orig.art.has: 65 formulas.
ASSOCIATION: none
SUBMITrM-- 049arG3 DATE ACQ: 03Jan64 ENCL: 00
SUB CODE: PH NR REY SOV: 004 OTHER: 004
2/2
Card

3/05 6210431CO41052IC61
B1 04YI31 a6
AUTHOR Vasillyev, A. M.
TITLE: The effect of the orientation of liquid molecules in an
electric field on nuclear magnetic-resonance
PERIODICAL: Zhurnal ekszerimentallnoy i teoreticheskoy fiziki, v. 431
no. 4(10), 1962, 1526-1528
TZ-'XT: --clecules of liquidspossessing an electric dipole moment orient
themselves partly in an external electric field. A quadrupole splitting
of the nuclear magnetic resonance lines is likely to be observed when
these molecules contain atoms whose nuclei possess qua:drupole moments.
'The extent of this si-litting is here evaluated. The quadrupole interac-
ti4n is determined with the aid of the Hamiltonian
YQ
ti
(J!~ D. Landau, Ye. 9. Lifshits, Kvantovaya =ekhanika (,:quantum Z.Iechaznics)
Goitekhizdat, 1948). The components of the tensors I and (VE),
% are:
041rd 1/4

The effect of the orientation ...
S/C-56/0-2/043/004/052/C6l
B104/Ble6
Qf) 2.3eQ
21 (:-'1 - 1)
Q~j 311Q seQ (2),
L'.1 (21 - 1) (U, + - : P :
'I C2, =
1) t
(VE)n 1.12 62(p/az2, (V E)�, d2(plox oz = O(ploy Oz,
(V E)�.. 1/, (a2~plaX2 - Ap/Oyl =F 2 OVlax dy),
where x, y, z are the coordinates in the laboratory system. For a
rotating molecule of this type the probability that the dipole moment lies
within the solid angles C$- 0 + d# and -Y -Af + dy and that the angle of
rotation lies within I - f + dl becomes equal to
d W ;z: C exp PE Cos 0 ) sn 0 d,& d'P d'P (4).
P kT 2 2:1 2-t -
PE Cos 0 + I ( PE )2 COS2 0 -- -N -"n 0 dO
kr 2 W 3 2 2it 2A
The products a ik a jM of the direction cosines of the system are avera,-Ied by
Card 2/4
i

S/C56/62/C43/GO4/C52/G61
The effect of the orientation ... B104/B186
using (4) and the field so averaged is found to be axisymmetric with its
axis of symmetry directed alone the electric field. The matrix elements
of read:
3eQ' a 1W
(m I arQ i m,)
Several resonance frequencies occur instead.of one yH if the electric
field is parallel to the magnetic field;
I 3eQ
wm = TH -r - -I- 12m + 11. In < J.
11 (21 - 1) 2t,
The frequency splitting W. cjm+l am is therf given by
bw 3eQ a e'qQ t pE
2 1 (21 - 1) A TT-)
According to data obtained2by Ch. Tauns and,~.tShavlov (Radiospektroskoplya.
IIL, 1959), the value of e qQ varies from 1 o I mc/sec
(P - 10- 18 CGSE units). For p - 6-10-1a, one obtains e2qQ - 40 me/see
Card 3/4

. S/056/62/043/004/052/Col
The'effect of the orientation ... B104/ 12 186
and I - 3/2. conclusions: At T - 300*X and -4 . 100 kv/cm, one obtains
6L). 3 kc/sec. in the case of quadrupole relaxation, the line width can
be estimated from L6)- .1 n2(e2qQ/.K)2Ir , where T is the correlation time
11 5 C C
(r,J10- sec). 6(j. 12 kc/sec is obtained. 'Hence, a splitting or at
least a b--oadening of the lines of nuclear magnetic resonance can be
observed in strong electric fields.
SUBMITTED: May 18, 1962
Card 4/4
i

L l3o27-6~ EPF(c)/EWT(1)/BDS AFFTCIASDIF.SD-3 Pr-4/Pi-4 Ijp( o/dr,
ACCESSION NR: Ap3ooo627 S/0181/63/005/005/1430/14A-3
AMOR: VaSiltyev, A. M.
ar resonance
TITLE: The effect of an applied electrical field on nucle
SOURCE: Flzika tverdogo tela', .V. 5, no. 5. 1
963, 1430-1443
TOPIC TAGS: nuclear resonance, electron shell, quadrupole moment) sodium
chlorate, sodium borate
ABSTRACT: The author has used the positive Ion of sodium as an example in eammining
t one method by which an applied electrical field may affect the frequency of ruclear
resonancet He employs a number of mathematical approximations and concludes that
the applied field polarizes the electron shell of ions in the crystal. In the
second approximation, involving the theory of excitation, the value- of the quad-ru-'
pole bond changes, and this leads to a change of frequency. For a field of 10
kv/cm) the frequency at cos Theta sub E - 1 is 140 cps. A shift in frequency of
this magnitude is apparently-not d-Ifficult to detect experimentally, especia-1.1y
if a variable electrical- field Is used, leacung to frequency modulation of tbe
quadrupole-resonance.signel. NaC10 sub 3 and IA'aSrO sub 3 might be suitable
crystals for observation. Orig. art. has: 29 formulas, 2 tables, and 1 JIL'igure.'
Card I IgI

KUZP.TSOV, A.M.; VASILIYEV, A.M.
Securing the precision of part shapes in circular center grin-41ng.
Avt.prom. 30 no.2:12-35 F 164. (KRA 17:41'
1. Moskovskiy avtomakhani-.heskly institut.

VODYAKOV. L.T.;-VASILYEV, A.P., prof.
Composition of mineral pigments from Bartsevo ore field and
prospects for their use. Trudy MITI no.14:111-115 149.
(MTRA 12: 11)
(Burtaevo pigmenta.(Tatar A.S.S.R.))

VASILIYICV, L.H.; LINDVAL', R.V.
Simple laboratory apparatus for the purification of organic r"gents
by sublimation. Trudy r no.16:23-28 '51 [Publ. '521-
(HIRL 12:12)
(Chemical tests and reagents) (Sublimation (Physical sciences))

VASILIYEV,
P.M. Plavitakii. Trudy I no.13:3-13 148.
(MM 12:12)
(Flavitskii, Flavian Mikhailovich, M~1917)

KUROV,S.A.; TITKOV,A.I.; VASILIYEV A.M.; GLADYSHEV.G.I.; SHAPSHJU,B.G.
I ~ A
BLYAKHNAN,D.S.; BOGACHEVA,-9.-k.~;,~'iomilf,v.m.
Critical notes on a reference book ("Tractors and Automobiles."
rU.A.DomatOVBkii, I.I.Trepenenkov. Reviewed by S.A.Kurov). Avt.
trakt. prom. no-5:32 My 155. (MIRA 8:8)
(Tractors) (Automobiles) (Dolmatovskii, W.A.) (Trapenenkov,1.1.)

BASHUNg M.I. VASILI-M A.M.: anySHEV9 G.I.; RYCHKOrV, B.V.; SMIRNOVp V.S.1
.LL v
FISJiBWt.-Y.-;r., ~i=~.tredb'j ARTYUKW# V.A.v red. izd-val UVAROVA,,
A.P.9 tekhn.-red
[Cata3.og of-spare part o for the ZIS-5, UriaZIS-355i UralZIS-355B and
Ura:LZIS-355M,zotortrackel Katalog zapasnykh abastei avtomobilei ZIS-:5.,
UriLUIS-355,-Ure-UIS-355D i UralZIS-355M. Mook7a, Gos. nauchno-tekbn.
lzd-vo machino-Aroit. 3.i*--ry, 1961. 354 p. (MIRA 21+:S)
1, Urallskly avtomobillrjyy zavod imeni V.I.StaUm. 2. Rabotniki Otdela
f.laknogo kormtruktora Urallakogo avtomobillnogo zavoda imeni V.I.Stalina
for all except Fishbeyng ArtyukhI4.UVarova)
(Motortrucks-,40atal6g's)

MASLOV, D.P., kand. tekhn. nisuk, dots.; GURIN, F.V., kand. tekhn.
nauk, dots.; KUZNETSOV, A.M., inzh.; VASILIYEV,- A_,M.. :Lnzh.;
LYKOV, A.G., insh., retsenzent; PINSKER, A.L., En-zh., red.;
LESNICHENKO, I.I., red.; MWELI, B.I., tekhn. red.
[Technolog7 in the motor-vehicle and tractor industr7]Tekhnologiia
avtotraktorostroeniia.(By]D.P.Maslov i dr. Hoskvap Mashgiz, 1962.
432 P. (MIRA 16;2)
(Motor vehicles-Design and construction)
(Tractora-Design and construction)

VASI.LIYE%, A.M.) dul-tor tuklLi. nauk-, red.; SirY-iF~, A. L. , kand.
khlri. naO, rf.d.; Yu.A., kani. nau~,
red.; KIMSIKAY4, 27J.., P.-:
[Informational SYSLeMISJ Informatsionrge :alntevor. ',',u-,kv?i,
In-t nauchn. info=tsli, 3`164. 176 [,. 1-1:12',
1. kkadon.iyu nauk InzAittit wivichnuy JrXorrratsil.

VASiLtYE%-', A.M., vulaor tkjklui. iiauk, rod.; SEYr-Di.. A.L., !~i,nd.
nic". nau~, r(A.; Y-u.A.,
,I I , "! ~ . ? T - -
red.; Y~, ~o~ '. - ~, ., -.-, ..
[Informationtil ayotexa] Infol-rult."Oormyu Ao~,Ollv. 'I! L 3,; k-v? i ,
In-t nauchn. infonnatsiij., VIE! 176 r l7tL-"i
1. kkadorl,:Iya hh11ChflL,-Y

AVIMUlp M.L.p red.; VASIL'YEV,-' red.-O SMENKO, G.I., red.;
SINDILEVICIi,'-L-.'9'.-, 'ri-ed.
(Reading machines; papers presented at the conference on the proces-
sing of informationt machine translation, and automatic reading]
Chitaiushchie ustroistva; sbarnik dokladov na Konferentaii po ob-
rabotke informatsii) mashinnomu perevodu i avtoraticheakomu chte-
niiu teksta. Moskva, 1962. 186 p. (MIRA 15:6)
1. Akademiya nauk SSSR. Institut nauchnoy informatsii.
(Reading machines)