SCIENTIFIC ABSTRACT MIKHAYLOVSKIY, V. N. - MIKHAYLOVSKIY, V. T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134110013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PA - 3578
On Co-ordination of the Second 3armonic Magnetic implifier
Effected by a Load.
LSSOCIATIONi
PRESENTED BYi
SUBMITTEDt
AVAILABLE:
(6 illustrations and 4 Slavic references)
Not given
17.4-1956
Library of Congress
Card 212

101-8-318
I. (L I yaw
MIKHATLOVSKIYAL V*N., SPEKTOR, Y?
-F- of -the Theory of ,~"Second Harmomic Magnetic Amplifier@
TITLE Some FFol ems
and Magnetic Modulation Sounds
(Nekotoryye vopromy teoril *Witnykh usiliteley i magmitomodulyatsion-
aykh sondow tips Vtoroy garmoulki0l. Russtan)
PERIODICAL Avtomatika I T*IeW*khanika, 1957# Vol 18, Ir 80 pp 716 - 723 (U.SeSeRs)
ABSTRACT The attempt was made her* analytically to Westigate the function for
the transformation of magnetic amplifiers and sounds of the type Osa-
cond harmonic vibration" with consideration of magnetic reversal and
eddy-current losses. The common system of a two-slament magnetic ampli-
fier (sound) with excitation windings connected in series and measure-
nt windings connected difterentially in series was investigated, It
assumed that the electiomagnetic processes In the0mignifter (sound) ar-
mature proceed according to the outcost loop of the hysteresis, and that
;xcitation of the armature Is brought about by a purely simusoidal cur-
C:nt. The excitation winding produces a homogeneous exciting field ac-
rding to the length of the anchor. From the formulas derived here it
may be seen that the modulus and phase of the Individual SW-components
of the measuring winding depend an the voltages of the exciting field and
those of the =sound field, In the apparatus of the type investigated
here the second harmonic of the EWF of the measuring winding is usually
Card 1/2 used an initial quantitys For checking the theoretical investigations

103-8-318
Some Problem of the Theory of Second Jfw-sonio Magnetic Amplifiers
and Magnetic Modulation Sounds
an experimental analywis was performed the data of which are In good
agreement with the calculated ones. It is stated that the prmence of
loss*@ causes the dependence of the phase of Initial voltage an the
voltage of the.Asasured magnetic field*
(With 6 illustt*tions, and 2 Slavic references).
ASSOCIATION Not given
FRSSENTED B1
SUBMITTED 24.lo*1956
AVAIIABLE Library of Congress
Card 2/2

KIXHAYLOWSKIY. T.M. (KYkh&Ylovs'iCYL, T-H-1
Information criteria for evaluating talemetering systems (with
summary in Znglish). Avtow tyke no. 2:75-84 '58. (KIRA 11:8)
1. Inatitut mashinoznavetva I avtomatiki AN URSR.
(Te lacie tering)

KOGAN. A*V*; MIMYLOVSKIT9 V.D.
Applying radioactive sources for recording in automatic recording
instruments. Avton,kont,i ism,,takh. no.2:86-" 158. (MIRA 11:7)
(Radioactive subs tances-Indue trial applications)

V

L I
Construction
lolle-n-tol, :~y.;ten,,--Il('fdgrl
fplemcterill~~ -'. . -I o
lo! ly~;is d i - iv
ha OFI e

ITAUDY. G.K., kand. takhn. nauk; MIKIIATIOVSKIT. Y.N., kand. takhn.nauk
Measuring the azimuth of und4t-gtiTACdc~al"'g.~a"s"'ification borehole@
In presence of geomagnetic field anomalies. Podzea. gaz. ugl. n*4:
59-62 '58. (MIRA 11:12)
LInstitutmehinevedeniyu AN USSR.
(Kine surveying) (Magnetic measurements)

9(6) , 14(5)
AUTHORSi Mikhaylovokiy, V. N., Svenson, A. 11. S07/1 52 - 5 9- 3-2 3/2 5
TITLEi A Telemetering System for Complex Core Sampling by Electrical
Means on a Single-core Cable 'Teleizmeritellnaya sistema d1ya
komplekenogo karotazha na odnozhillnom kabele) I
PERIODICALi Izvestiya vysehikh uchebnykh zavedeniy. Neft I i gaz, 1959,
Nr 3, Pp 105-112 (USSR)
kBSTRACTi In the Institut mashinovedeniya i avtomatiki (Institute
of Machine Construction and Automation) of the AS UkrSSR
a telemeter was developed with 10 frequency-modulated measuring
channels which can be synchronously connected and which serve
for measuring B-10 different quantities. The synchronization
of transmitter and receiver is c&rr ed out over synchronously
and synphasically operating electrot commutators. The circuit
diagram of the measuring and receiving device is given. An
experimental model will be tested in practice. There are
5 figures and 2 6oviet references.
ASSOCIATIONo Institut mashinovedeniya i avtomatiki AN Ukrainskoy SSR
(Institute of Machinrry and Automation of the
Card 112 AS UkrSSR)

-MIKHAYIOVSKIY, V.11.; SVUSON, A.N.
Multiplex telemetering 97stem for radiation logging. I'v, T78.
ucheb. sav.; neft' i ga2 2 no.6:97-102 '59. (MIRA 12-10)
1.Institut mashinovedenlya AN USSR.
(Oil well logging, Radiation)

BZ MY. Ya.ye.; KIKUYWVSKrY, V.S.; SMSON, A.N.
Knltichannial telemetric device for complex geophysical investi-
gationa of wells. Geol.nefti I gaza 3 no.1:52-55 Ja '59.
(KIRA 12:4)
(Prospecting-Geophysical methods)
(Remote control)

67481
244,22oo SOV/24-59--4-27/33
AUTHORS: Andriyevskiyj Ye9A. and HiPAY-Iovskiv;, V.N.- (Llvov)
TITLE: Influence of Temperature and Externa agnetic Fields
on the Stability of Permanent gnats ade from
Iron-nickel-aluminium Alloys
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniya takhnicheskikh
nauk, Energetika i avtomatika, 1959, Nr 4, pp 210 - 214
(USSR)
ABSTRACT: For most modern high-coercitivity alloys, no information
is available on the limits of linearity and reversibility
of the changes caused by temperature and variations in
the external magnetic field. Therefore, the authors of
this paper have investigated the influence of temperature
and external magnetic field on the magnetic character-
istics of permanent magnets by employing the compensation
magnetometric method, using magneto-modulation pick-ups.
The effect of the investigated magnet on the pick-up,
after the measurement of its remanent magnetisation in
the initial state, was balanced by means of an aux
compensating magnet. This permitted the measurement
Card 1/4

67481
SOV/24-59-4-27/33
3:nnu&me of Tmmporature and External Magnetic Fields on the
Stability of Permanent Magnets Made from Iron-nickel-aluminium
Alloys
tjte changes of the remanent magnetlffatlOn AJ Of the
magnet, while the temperature or the external field was
varied. The measuring equipment permitted the deter-
mination of the temperature and induction coefficients
with an eyror not exceeding 2-4%. The composition of
the investigated materials is indicated in the table on
p 210. The measured s4mples were in the form of cylindrical
rods, having dimen ions 20 x 120 mm. De-magnetIsation
curvos of these samples are shown In Figure 1. The
dependence of the temperature coefficients of the magnets
(of the above six alloys) on the de-magnetisation
coefficient is illustrated in Figure 2; the 'solid'
curves refer to the relative de-magnetisation of 10%,
while the 'dashed' curves are for the 40% de-magnetisation.
The de-magnetisation coefficient N was defined as
N = 4P/(2 - d/1) , where d is the diameter of a magnet
and L its length. The temperature coefficients of
Card 2/4 Figure 2 were determined relatively to the temperature of

67481
SOV/24--59-4 .27/33
Influance of Temperature and External Magnetic Fields on the
Stability of Permanent Magneto Made from Iron--nickel--aluminium
Alloys
20 0C, which was regarded as the standard temperature;
the investigated range of temperatures extended from
0 to 100 0C. The effect of the external field is
illustrated In Figures 3--6. Figure 3 shows the dependence
of the induction coefficient on the de-magnetisation
factor N (10 and 400% de-.magnetisation). The induction
coefficient is defined as NJ = 6J/JAH,3H , where J is
the remanent magnetisation of the magnet, A J is its
reversible change during the interaction of an external
field AH BH on the magnet. (The relationships are linear
but at different slopes for different materials.)
If an irreversible change AJ H of the remanent magnet-
isation is of interest, the effect can be described by the
so-.called irreversible induction coefficient; the
magnitude of this coefficient as a function of the external
Card3/4 longitudinal field is shown in Figure 4. It is also possible
q-'_

67481
SOV/ 21i --5 9-4 -2j~'
Influence of Temperature and External Magnetic 63MIds on the
Stability of Permanent Magnets Made from Iron-nickel.-aluminiuln
Alloys
to define a coefficient of irreversibility
k = A J / JAH2 the dependence of this on N is
If BH
illustrated in Figure 5, The relative decrease in the
longitudinal magnetization as a function of a transverse
magnetic field is illustrated in Figure 6. From the
measurements it is concluded that the steftlity of
permanent magnets made from-Fe-Ni-Al is largely dependent
on their geometric dimensions (de-magnetisation
coefficient) and the degree of initial do-magnetisation.
There are 6 figures and 8 references, of which 1 is
English, I German and 6 Soviet.
SUBMITTED, May 30, 1959
Card 4/4

SOV/49-59-6-8/21
~.UTHORS: Berkman, R. Ya., ~!L"h
TITLE: The Tension Measurements of a Weak Alternating Ma.,,netic
Field of Low Frequency in Geophysical Prospecting.
PERIODICAL: Izvestiya kkademii nauk SSSR, Seriya j,1-eofizicfteL;,,Va,
1959, Nr 6, PP 865-871 (USSR)
ABSTRACT: The improved method of measuring the magnetic field by
0
means of an induction coil is described, the e.;11.f. _)f
is defined by Eq (1). Its maximum sensitivity fur n loa,',,
RH (Fig 1) is calculated from Eqs (2) and (3). The rrietlaod
of measurements is based on the principle of magnetic modu-
lation obtained from an auxiliary field produced by a ferro-
magnetic element (sond). The characteristic of a ma~neto-
modulating gauge, MMD 'Is defired by the function 4) .
where S k - sensitivitj of M-M on the k-th harmonic,
H(t) - tension of the outer field, no - unit vector in
the direction of the M&M axio) (00 - frequency of Uie
generated current in WJD . A typical example of tne secor_!d
harmonic AND arran-ement is illustrated in Fi~4s L and
C3
where a geDerator 1 supplies the current of frequency w 0
Card 1/3 to the bUZ 2 and the phase detector 4 Tne function

3OV/49-59-6-8/21
.The Tension Measurements of a Weak Alternating AlLi;znetie: Fiei~i of'
Low Frequency in Geophysical Prospecting
of the second harnonic 2w0 at the output (Eq -0) of trie
MUD (UA , Fig ~fb) is proporti3nai to the H
(Eq 5) ul' the outer field (Fig 3, a, tnicK line), In )r(.e-
to measure HM and (PH the amplifier seDarate,,, t--,-
signal components 2w0 + and 2u) 0 -U i.e. its fllt,~r-
in,a,, band should be equal to 2w Trie resultant sen-sitiviuy
of the device can be determi-ned from the forinuia (7) --,jLere
H - effective tension, J iensitivity of '.I~D
and k 6 - amplificaticn coefficients of the amplifiers
and 6 respectively, k5 - transition coeffici~~nt of t".(,
filter 5 , k 4 a-r-d k8 - rectificati--)n ----)efficiQnt5
detectors 4 and 6 respectivel.1, Urif, - ljdt~,,t
of detector 8 Tiie maximum sensitivity of twit- :,20 vi i t f,
Card 2/3

SOV/49-59-6-8/21
The Tension Measurements of a Weak Alternating Magnetic Field of
Low Frequency in Geophysical Prospecting
a load, illustrated in Fig 4, can be determined from Eq (8).
The gain of sensitivity obtained by this method can be deter-
mined from Eq (10). This, in practice, amounts to 100 to
10 000 times higher than the sensitivity of an ordi-nary in-
ductive method. This was confirmed by experiments with a
scale model corresponding to the layout (Fig ~~) and tue
Fig 5. The results of measurements are shown in Fig 6 and
the table on p 8?0, There are 6 figures, 1 table and 10
references,, of which 9 are Soviet and I English.
ASSOCIATION: Institut mashinovedeniya i avtomatiki AN US.-)'R (Institute
of Machines Llana.Lrement and Automation, Acadezy of' Sciences,
Ukrainian SSR)
SUBMITTED: June 4, 1958.
Card 3/3

SOV/49-59-11-23/2B
A'J'.-F,_"RS i~':ik_haylovskiy, V. N., and Spektor, Yu. I.
Pii'L~: "r,e Application of a Magneto-Modulation Gauge for the
Determination of Magnetisation of Rock Samples
i,~,hl~jDT"AL- Izvestiya Akademii nauk SSSR Seriya EeofizichesKaya
~V ',',,59, lir 2.1, pp 1702-1707 (USSR5
A ~,eparation of the residual ma6netic field of rock
~:_'imples from the inductive one could b,_- achieved by
~in application of a magneto-modulation 6auge. The
fiffect of a non-uniform magnetic field H-r on the
auge can be defined as Eqs (1) to (3) wFiere hx - consta,,!
)aetic component along the gauge axis, the length of
,,hich is 2t (Fig 1). Thus the magneuic field of a rock
sample can be determined from its position in relation
,.o the gauge axis. Two cases can be distinguished.
L YO - 0; le., the centre of the sample is in line
o,ith the gauge axis (Fig 2 a) The formula (3) in this
c%se takes the form of Eq ~4)*. 2: X - 0 the centre
of a sample is placed on the straI6~? line, perpendiculai
~o the centre of the gauge axis (Fi~; ]~,b) and Eq (5)
ic- applied here. In order to el.4minate external
%fluences, the gauge applied is desit;ned as a

SJV/L~9-59-11-23/28
t-he Application of a Magneto-Modulation Gauge for the Determinatiun
of Ma,,,netisation of Rock Samples
6radient-meter (DG). Its possible pusitions are
illustrated in Fig 3. A layout of the actual measurinF.
apparatus tested in IGPI, Academy of Sciences UkxSSR, is
,,iven in Fig 4, where 1 - AC generator of 1000 c/s,
2 - magneto modulating gauge (gradient meter of the
second harmonic typel 3 - filter 2f = 200C c/s, 4 - wide-
band amplifier, 5 - phase detector. The results
obtained by this method 6ave an accuracy of (20�5)%.
There are 4 figures and 1 Soviet reference.
AS~,_,)CIATIJN: Akademiya nauk USSR, Institut mashinovedeniya i
avtomatiki (Academy of Sciences UkrSSR Institute of
Machine Construction and Automation) V-1
6'dBN1IT2_D: December 13, 1958

IVANOV,, Stepan Konstantinovich; tURKLOWSIX., VWimir Vikolayevigh;
IZRAIMVA j, G.A., red. izd-va; BIKOVA, V.V.9 tokbu. red*
[Now instrudients for measuring deviations of prospecting holes)
Kowye pribory dl1a. izmereniia. krivizzy razvedochnykh akvazhin.
Hoakwav Goo. nauctno-takhn. itd-vo lit-ry po geol. i okhrane nedr,
1960. 32 p. (Boring) (MIRA 14:6)

PHASE I KOK EXPLOITATION SOV/5167
Mikhaylovskly, Vladimir Nikolayevich, and Stepan Konstantinovich
Ivanov
Izmereniye krivizny skvazhInXeasur1ng Well Deviation) Klyev,
Izd-vo AN UkrSSR, 1960. 1 p. 2,000 copies printed.
Sponsoring Agency: Akademiya nauk Ukrainskoy SSR. Institut
mashinovedenlya I avtomattki.
Ed. of Publishing House: N. M. Titova; Tech. Ed.; 0. A. Kadashevich.
PURPOSE: This book Is Intended for engineers and technicians Inter-
ested In problems of the development and application of Instru-
ments used for measuring well deviation.
COVERAGE: The book discusses the theory and methods for measuring
the deviation of wells, considers the basic characteristics of
possible transmission channels of Information from the bottom
face to the mouth of the borehole, and describes the principles of
C a re-_T/7

Measuring Well Deviation
SOV/5167
operation of sensing elements, transducers, and standard Instru-
ments, Intended for measuring the deviation of wells. Special
attention Is given to showing the possibility of using natural
communication channels, magnetomodulation transmitters (fer-
rosondes), and indirect methods for measuring the deviation of
test wells running in ferromagnetic media. Chs. I - III and VI
were written by V. N. Mikhaylovskly, Chs. IV, V, VII, and X by
S. K. Ivanov, and the introduction and Chs. VIII and IX by both
authors jointly. A number of personalities are mentioned in the
text. There are 106 references: 92 Soviet, 11 English, and
3 German.
TABLE OF CONTENTS:
Introduction 5
Ch. I. Use of the Fluid Filling the Well as the Channel, and
the Elastic Waves as the Agent of Transmission of
Information 12
1. Theoretical concepts on Internal energy losses of
Card-2/1-

OR
Tj
.3
'till

S/19V61/000/007/009/079
D201/D305
AUTHORS: Bragin, A.A., Mikha~yoygkiy. I and Svenson,
TITLE: Non-linem- parameter RC-integrators
PERIODICAL: Referativnyy zhurnal . Avtomatika i r~_dioelei-tronika,
no. 7. 1961, 7, abstract 7 B42 (V ab. Vses. Me--hvuz.
Iconferentsiya po teori i metodam r&9cheta nelineyn.
elektr. tsepey, no. 2-1, Tashkent,-1960, 46-53)
TEXT: The principles are described and mathematical relation-
ships given for integrating circuits vith a controlled time constant
for operation trith the radioactive particle counters. In the first
of the described circuits, the non-linear component of the inteL~ra-
ting circuit, to which the dosimeter applies a fixed charge for
every pulse, consists of a diode-connected triode, biased near Oie
cut-off. In the second circuit the non-liitcar resistance in con-
stituted from linear passive reniators and diodes with resistive
loads 3 f1crures. 5 referenccs. CAbstracter's note: Complete
transiati 0;~7
Card 1/1

S2~~JZ/61/000/009/019/053
D~09/D302
AUTHORS: Bragin ' A A Lisitskaya, I.N., Mikhaylovskiy, V.N.
and Svena;n*,'A.N.
TITLE: Multichannel g ra-spectrometer with a time analyzer
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 9, 1961, 20, abstract 9 V171 (V ab. Avtomat.
kontroll i izmerit. tekhn., no. 4, Kiyev, AN USSR,
1960, 124-132)
TEXT: A measuring apparatus in the form of a multi-channel
amplitude analyzer with a time selector is described. It measures
the intensity, energy and time of the radioactive radiation, and is
utilized in radioactive sampling. The under5round instrument con-
sists of an impulse neutron tube; a radioactive radiation indicator;
an electronic control switch operated by synchro-impulses from the
neutron tube; a frequency modulator. On the surface a frequency
discriminator, a multi-channel amplitude analyzer and a conversion
Card 1/3

21377
S/194Z61/000/009/019/053
Multichannel gamma-spectrometer... D209/D3O2
block are placed. The communication between the bottom and the our-
face instruments is achieved by means of a single channel telecommu-
nication system. The block diagram of the instrument is given. The
main circuits of most characteristic units and blocks are analyzed.
1) An electronic switch consisting of three cathode repeaters passes
through an impulse which appears during a given time interval and
stops all remaining impulses, including those that appear during the
given interval, but arrive after the first impulse. A protection
against the effect of splitting an impulse is provided. Instability
of the transfer characteristic of the switch is I - 1.5%, nonlinear-
ity 3 - 576. 2) A multichannel amplitude analyzer consisting of
shaping blocks, a pre-discrimination and an impulse sorter with
several channel outputs which have a recording counting system con-
nected to them. The operation of the impulse sorter is described in
detail. The circuit of the counting block of the recording system
is provided. The counter consists of a solid state binary counting
circuit with a mechanical counter at the output. The position of
Card 2/3

21377
S/194J61/000/009/019/053
Multichannel gama-spectrometer ... D209/V3O2
the trigger units is fixed by means of indicating lamps connected
via polarized relays. 4 fiallres. 8 references. f~bstracter's
note: Complete translatio~T
Card 3/3 A

Y,AMTMK-LOTOTSKIT, R.Ts.; KIMAYLOVSKIT. V.N.
Keasarement of magnetic gradients. Avtom.kont.1 izm.teeh. no.4:
140-156 6o. (Kr_U 13:8)
(Vagnatism, Terrestrial)
(Prospecting--Geophysical methods)

S11151601000101010221028
9, &900 B021/BO58
AUTHOR: Mikhaylovskiy, V. ff.~_
TITLE* "Evaluation Indices and the Possibility to Raise the
Quality of Telemetric Systems"
PERIODICAL- lzmeritellnaya tekhnika, 1960, No 10j p 6,
TEM The application of information-theory t fundamentals is studied
for solving individual problems of telemetry A series of information
indices of discrete telemetric systemsaare menttined It is shown that
the quality of the telemetric system can be evaluated most thoroughly
and objectively through information indices An analysis of the terms
of i-nformation indices permits to clarify the possible ways for raising
thft quality of telemetry and telemetric 8ystems.
123,
Card 1/1

S/552/60/000/027/008/008
HOOO/HOOO
AUTHORS: Berkman, R. Ya., and V. N. Mikhaylovskiy
TITLE: Measuring the intensity of alternating low-frequency magnetic
fields by double signal conversion.
SOURCE: Prikladnaya geofizika (sbornik statey), no. 27, 1960, 212-222
TEXT: The method of double conversion of signals for measuring intensity
of alternating low-frequency magnetic fields is schematicaRy described and
its advantages over ordinary self-induction methods are outlined. The
method utilizes the investigated field itself to magnetically modulate an
auxiliary high-frequency field excited in a ferromagnetic element (sonde).
This is accomplished by a magnetically modulated pickup (MMP). whose
output voltage, proportional to the external fieldts intensity along the pickup
axis, is itself one of tne harmonics of the excitation current. This signal
Cardl/3

Measuring the intensity (Cont. S/552/60/000/027/008/008
HOOO/11000
complete automation of measuring operations, and possibly make telemetering
feasible, has been experimentally tested in a model device for measuring mag-
netic susceptibility and electrical conductivity of specimens. The design and
electric parameters of the model are given, and results of tests of threshold
intensity and of the system's sensitivity and zero-point stability are summarized,
There are 5 figures and I table. There is one English -language reference, wnicn
reads as follows: Guelke, R. A., "Geophysical Prospecting Instruments Using
Alternating Current of Audio Frequency", 1. St. Instr. , v. 22, no. 8, 1945.
Card J/:j

MIKMLDVSKIY, Vladimir-,14ikolayevichi SMSONO Aleksey Ilikolayevich;
. MATOSEVICH, S.M., tekbn. red.
[Electronic co=utators] ElektronrWe ko=utatory. Kiev, Gos,
izd-vo tekbn. lit-ry, 1961. 138 p. (MIRA 14: 10
(Co=utation (Electricity)) (Switching theory)

. 31J460
S/65 61/000/005/003//009
-3 D209XD505
AUTHORSt Ye.A. Andriyevskiy, and V'.N. Mikhaylovik_43
TITLEt Certair. problems of temperature compensation of maeneto-
meters with magneto modulation transmitters and compen-
satine~,* permanent magnets
SOURCE: Akademiya nauk Ukrayinslkoyi RSR. Instytut mashynoznav-
stva i avtomatyka, LIvIv. Avtomaticheskiy kontrol' i
izmeritellnaya tekhnika. No. 5, Kiev, 1961, 7v - 87
TEXT: The authors describe two methods of magnetometer temper-
ature compensation, One of the causes of the variation of magnetic field
intensity of the permanent magnet which produces the required reference
field in the magnometer, is the ambient temperature fluctuation which af-
fects the magnetic moment of the compensating magnet and its distance
from the transmitter, The authors give an expression for the mean inten-
sity of the magnet of a given configuration and derive expression
Card 1A

IJA60
S/65 1/~1/000/005/00 /009
Certain problems of D209/D303
4r2
0
4
'2)
inst M r 2
go
for the temperature coefficient of the instrument, wherett( tempera-
ture coefficient of the instrumentA M - temperature coefficient of the
compentiating magnet; 0( r and~j/' 1 - temperature coefficients of linear ex-
pansion of the instrument support and transmitter bars respectively; r -
distance between magnet and transmitter center; Igo - length of transm?t-
ter bars. In order that the field intensity should remain unaffected by
temperature either the above expression must equal zero or V MOO(r and
0(1 must equal zero. Certain magnets with appropriate shape have posit-
ive temperature coefficients and, therefore, they are suitable for this
apFlication since with the proper choice of magnet the temperature effect
on the field intensity can be eliminated. The compensation obtained by
Card 2~1

31460
S/651/61/OOC/0051/M 009
Certa.in problems of D209/D303
this method is not always complete Lind, therefore, a sulTlementary tem-
perature compensation may be required. The method of calcul,itinr the per-
manent magnet parameters based on thig princille is fully described. An-
other method or temperature compensation to based on thermomal,netic com-
pensation, wherby thermomagnetic shunts are used to eliminate thf, temp.
coefficicrit of the compensating maoinet. In case of cylindrical mi,gnets
the shunts are in the form of rings fixed over the cylindrical m;,4rnpt.
In this case the expression for the temperature coefficipnt of thc, mag-
net with thermal shunts becomes
4r2
3Q - 4 0 (6)
inst M r 2 r 1) 0'
go
It also follows that in order to obtain thermal compensation the follow-
ing expression must be satisfied
4o( M - 0( 0( M - -dinst
Card 5/ 4

31h6o
S/651/61/000/005/005/OCf)
Certain problems of D209/D303
This magnitude is used In calculating thermal compenqati,,n, The authors
determined experimental relationships betweeri the temperature coefficients
of magnets and the dimensions of shunts. The shunts are made of the fol-
'Lowing alloys 64,1 % Ni; 29.6 % Cu; 6.37 % Fe. They produce temperat-
ure compensation in the temperature range between - 200 C to 600 C. The
method of calculating the shunt dimensions is described. It is based on
emuirical relationships given in graphical and tabulated form. In the
auihors' opinion the method of using magnets with positive temperature
coefficient and supplementary compensation Is preferable. The application
of the above method to magnometers developed by the Institut Mashinoved-
eniya i automatiki AN USSR (Institute of the Science of Machines and Au-
tomation AS UkrSSR) resulted in the reduction of temperature error from
10 - 15Y-/cC to 0.5 - lt-10C. There are 5 figures and 5 Soviet-bloc re-
ferences
SUBMITTEI)i August 20, 1959
Card 4/4

HIKIUYLOVSKIY, V.11.,- TSYKHAN, A.I.; SELASTELPINIKOVA, E.A.
Designing a hydraulic turbotachowter. Avtom.kont. i im-tekh-
ne.5:159-161+ 161. (ME-U. 14: 1-1;
(Taohometer)

11 ~J6 3 0_0 AM4 S/10 61/022/008/013/015
Z. L L)274YL)302
JU IT HO 1, S iielen'kiv, Ya Ye and Mikhaylovskiy, V.N (L,vov)
T IT L~~. : iast multi-rhannel Lransistor-clistributor
1"*_IIICOijI,",-,t.. tivtomatika i telemehhanika. v 2z, no. 8. t9ol'.
1117-1122
IT"'T: The use of muiti-phase muitivibrators as distributors is
advantageous both teennicalLy and economically. ihe operation is
considered oE a muiti-phase lelt-triggering, multiviDrator, incor-
norating p-n-D trpnsistorA 1) Yrie ~_Iistrioutor can De used
as a conuiutator in mutti-channel telemeterinR systems (in both
receDtion and transmission); in master coder,;: as start-stooper,
in digital- a-ad puise-code systems of remote control, and in general
in pulse devices which require a pulse-sequence whirh is time-srift-
ed % comi:)arison sho-ws that muLti-phase nultiviDr.-itors are more
stable th,--in ordin;iry bi-stable multivibrators, :)y a factor of 2-3
apDroximatc, ly fa , ltslgkoki (Ref 5: ItapuL'snyyc ustroystva
(Pulse Devicesi Jzd-vo oov,Lskoye radio, 1959) Ihe steady-state
Gard 1/4

S/103/01/022/008/013/015
I-ast multi-cliannel.. U274/0302
process of the multivibrator is described. 'I"he multivibrator can
nave many cascades An initial Dositive pulse, applied to the base
of the firqt transistor, closeA it and opens the next transistor in
the circuit: a series of puLses is generated tne numDer of wnich
equals the number of cAncades After the generation of the last
oulse. the voltage at the base drops to zero, tne first transistor
is opened and the circuit becomes stable, The mathematical analysis
of the operation ot tne distributor is baseo on a linear aD.roxima-
tion ot the open-triode ch,,iracteristic, whereby the transistor sch-
eme reduces to the tuix scheme. I'he duration ot the generated
pulses, urith the conclition rkM-ro,. is given bv
T k2a2(l al, , k [al - a2 (e 1)]
k a2 ka2 (e 2)
where
rbc k al a2 e 1~x
It
rk
is found by experiment; it varies between U..e 5; ~L T is the
Card 2/4

2111P.41), S/103/61/022/008/013/015
Fast multi-channel ... D274/D302
amplification factor, and Rit - the inner resistance of the equiva-
lent circuit. The formula shows that by varying the paramettr's of
the RC-circuit it is possible to alter the duration of the pulses;
hence it is possible to obtain a non-symmetric multi-phase multi-
vibrator with pulses of pre-assigned duration. The multivibrator
can be readily synchronized by marker pulses in the nonTtriggered
state and by sinusoidal and pulse voltages in the triggered.state.
The suchronizin~ voltage Uc is applied to the common emitter cir-
cuit see Fig. 1 ; this makes it possible to fix the duration of
each pulse by means of the external voltage. In the multiphase
multivibrator, the pulses are of more stable duration (as compared
to ordinary multivibrators); this is due to a larger angle between
the control voltages. With regard to temperature stability; taking
optimum parameters of the multivibrato-D, the error in pulse dura- '
tion is of the order of 10516 for a temperature range of +15 to +550C.
Such temperature stability is not -always satisfactory in practice;
therefore a method is described which improves it by stabilizing
the frequency of the multivibrator by introducing a selective cir-
cuit into the common emitter circuit. There are 3 figures, I table
Card 3/4

Fast multi-channel...
and 9 Soviet-bloc references.
SUBMITTED: July 21, 1960
S/103/61/022/008/013/015
D274/D302
Fig. 1
Diagram of multivibrator
Card 4/4
_04.

DRAGAN, Ya.P. [Drahan. IA.P.1; MIKHAYLOVSKIY,, V.N. [Mykhailovs'kyi, V.M. I,
A case of the amplitude error of discretion. Dop. Ali URSR
no.12:1578-1582 161. (MIRA 16:11)
1. Institut mashinovedeniya i avtomatiki All Ukr6SR.
2. Chlenkorrespondent AN UkrSSR (for Rikhaylovskiy).

SHUMILOVSKIX, N.N.1, akademik, otv. red.; 1.',IIGWWVSKIY, V.N.,-~.
otv. red.; GIAUBMAAN, A.Ye., cf(o'ktdr--ft-z-.----m-a-t. -n-auk, ri;d.;
Smsoll, A.11., kand. tekhn. nauk, red.; BEREZIIISKIY, V.P.,
inzh., red.; SABA1137M, it.D., nauchrqy red.; LDM-YXi,
T.R., tekhn. red.
[Instruments for geophysical
mothoda; transactionsjPribory
vanii nkvazhin rndloaktivnymi
Akad. nauk USSR, 1962. 190 p.
studies of wells Uy radioactive
dlia goofizichenkikh issledo-
motodami; trudy. I'devo Izd-vo
(14IRA 15:9)
1. Vseso3-uzTr,-y seminar po primeneniyu r,-.dioaktirnykh izotopov
v izmeritelincy .ekhnike, LIvov, 1960. 2 AAP-(IeLdya nauk Kirgizakoy
SSR (for Slnzilovskiy). 3. Chlon--korrespondent Akademil nauK
Ukrainskoy SSA (for Mikhaylovskiy)
(ladioactivo prcspecting- Equipment tindsupplies)

KuRSIN, S.A.1 MTSIV-SHUMSKIY, L.F.;,KM TS& V.S.
-H&= U.__
Air proomme losses in the ompeasators duricg the drill-tzg c.'
wells, Av-tomokont*i Im.takh. no.61184-191 062*
(KIRA l6t2)
(Oil well drilling)

KIU;'Y'N, Ye D. ~ III KH A YLOI!,Y, 1Y. V.N' I TY'. , ~ ~ N ~.
.I pc t! cn o~ 1--ne f -,-~ -y c.~ le,~ * ir n a ~f re .,p
Interference re
control devices for 11str-lbuted Vop. pprel. inform. 1
116-12-4 '6,. (KIRA
(P-!!-" ,, r

MIKHAYLOVSrIY, V.N,
IOperating fra,j~,ency band aryl lnformatl~.n parameter ,f
of the hydraulic tacnoaetpr of a turbine dril.1 tele=etptrinc sislez.
Vop. pored. inform. 1:111-135 'o-). ;MRA lb:c~'
(Telemetering)

KURSIN, S.A.; LUTSIV-aHUMKIX, L.F.; HIMYWVSKIY- V.N.
Gmaerning the form of a preamwe pulse vhen covering a pipeline
with a gal.-, Artom.kantei isn.takho no.6&192-195 162. (MIM 16t2)
(Pipelines) ( W rodynamiev)

DRAGAH, Ya.P.; DUBROV, Ya.A.; MIKHAYLOVSKIY, V.N.
Some general properties of linear converters. Vop. pered. inform.
2:5-28 163.
Analysis of linear systems and nonstationary processes.
Ibid.t29-43 (MIRA 16:12)

14IKHAYIDVSKIY V.N.- PERVUSHIN, V.N.
Photoelectric storage method for improvLng noise
Vop. pered. inform. 2:129-133 '63. (MIRA

BRAGIN, Aleksey Alekseyevich; I-IIKIIAYLOVSKIY VlaAimir Nikolayevict.;
SABANEYEV, R.D., -, ---. -
V
[TolemeterinF~ of radioactive radiations] Telei=,erenle ra-
dioaktivnykh izluchenii. Kiev, Izcj-vo AV USSR, 1963. 153 ~.
(MIRA 17:3)

BIAZRKEEVICH, B. I., kand. 1'r-khn. nauk, otv. red.; MIKHAYLOVSKIY,
V.H.,, red.; "VENSON, A.N., kand. tekhn. nauk, redi.;
MIZYUK, L.Ya.# kand. tekhn. nauk, red.; KIJZOVKIN, S.K.,
glav. inzh., red.; BELICHENKO, A.I., ved.inzh., red.;
SABANEYEV, R.D.v red.izd-va; RAK11INA, N.P., tekhn.red.
[Apparatus for electric prospecting by air; its design
and operation) Apparatura aeroolektrorazvedki; proekti-
rovanie I ekopluntatniia. Kiev, Izd-vo AN Ukr Mt
1963. 155 P. (MIRA i7:21~
1. Akadei-,iya nauk URSR. Kiev. Instytut mashynoznavstva
ta avtomatyky, Lvov, 2. CYden-korrespondent AN Ukr. SSR
(for Mikhaylovskiy).

ACCESSXnN NR: AT4001243 S/2900/63/000/002/0005/0028
AUTHORSt Dragan, Ya. P.1 Dubrov, Ya. A.1 Mikhaylovskiy, V. N.
TITLEs Certain general properties of linear transformations
SOURCE: AN UkrHSR. Insty*tut mashy*noznavsta i avtomaty*ky*. Llvivo
Voprosy* peredachi informataii, no. 2, 1963, 5-28
TOPIC TAGS: linear transformation, linear information system* non-
stationary processes, Sturm Liouville differential operator, opera-
tor expansion in eigenvalue
ABSTRACT: The purpose of the article is the derivation of a general
mathematical formalism for the analysis of linear systems with vari-
able parameters in response to nonstationary signals. A generalized
shift operation corresponding to a second-order differential equa-
tion is introduced and its properties described. Expansions in
eigenfunctions of a second-order operator are then treated and vari-
ous general properties of the transformations defined by such an
operator presentedo It is claimed that the general properties are
derived here for the first time, since there is no systematic do-
Card 1/2

ACCESSION NR: AT4001243
velopment of the theory of general spectral expansions in Hilbert
space. The application of this formalism to analysis of linear in-
formation systems and other stationary processes will be treated
in future articles. Orig. art. has: 36 formulas.,
ASSOCIATION: Insty*tut.mashy*noznavstva i avtowaty*ky AN UkrSSR
(institute of Science of Machines and Automation,,AN UkrSSR)
SUBMITTEDs 20Feb62 DATE ACQs 03Dec63 ENCLs 00
SUB CODE: CO NO REF SM 0016 OTHERs '0023

MIKHAYLOVSKT7. ".!j. n "! 'j '.
[Mikhallovs "Kyl. V.,',I. 1; PI-MVUSHrN - 'I.N. [ P,,:--. i,V. - -
CTS:~zhfLn, 0.1.1
Acoustic methods of mine geoph7si,,,EL! a, I . A!.~
URSR no.(,*.757-7(k tO -~ ': I
1. Institu~ ' mashlno-.,PdP.-'ya i avtcmaf'L~.' V; !ril,75SR. '.
respondent AN UkrSSR (f -,r 1,11khaylovi,kly).

AFANASENKO, M.P. (LIvov); EERKMAN, R.Ya. (L'vov); MKHAYWVSKLX,,._y.N,,
[Yqkhailovalkyl, V.M.] (LIvov); SPEKTOR, W~ )
Speci4 teaktures of the operation of magnetic modulator transducers
with output on higher even harmonies. Avtomatyka 8 no.3:9-15
163. (MIRA 16:7)
(Transducers)

07_
Alb Irr. 22 gay
CONVERE14CE ON MAGNETIC ELEMEM FOR AUTOMATION. TELE-
MECHANICS, MEASURINGAND COMPUTER ENGIDIEERING (USSR)
MikhVIOMML V4. N. Akademiya nauk UkrSSR. Dopovidi, no. 3- 1963,
.418. S/021/63/060/003j0211022
From 10 toll.6 September 1962, an All-Union scientific and technical conference
was held in Lvov on magnetic elements used In automatic control, measuring.
tda=lnzics, and computer engineering, Over 500 representatives from 163
scientific research institutes, schools of higher education. and industrial es-
tablishments from.32 cities in the Soviet Union attended. The main task of
the, conference was to review new results In the field of magnetic elements,
i.e., developmentof a theory, methods of design and manufacture, andap-
plications. The conference heard 120 papers dealing with the following topics:
magnetic amplifiers and mo4ulators, Including magnetic- modulation pickups;
Card 1/2

AID Mr. 974-12 22 May
coll*=XCE Ott Wram= z= SIM/63/00010031=/022
magnetic elements of digital computers; magnetic memory devices and prob-.
lems of magnetic polarity reversal; magnetic rcatterials and cores; and mag-
netic converters..., including frequency converters. Special 'attention was given
to improving the metrological characteristics of magnetic- modulation pickups,
modulators, amplifiers, and converters, and to the economics and reliability
of magnetic elements. Parametrons, elements with perforated cores, cryo-
trons'and variconds.were also discussed., The conference was sponsored by
-the Com
mittee on ContbLetless Magnetic Elements,' Academy of Sciences UkrSSR.
the Scientific fnstrurnentation Section of the State Committee for Coordination
of Scientific Research, the Institute of Machine Building and Automation of the
Academy of Sciences UkrSSR, and the Institute of Automation and Telemechanics.
(AS)
Card 2/2

'L. 16625-.W EE0
Wr(1)/EE0--4/EF.D6-2/EWA(h) Pn-4/Peb/01-4 ME11(i)
ACCESSION-"Re; AT40401151, P/2519/64/000/005/0518/0522
AtiTHOR: K! k6aylovskly, V* N.(L1vov),Nrvuaoin,'V. X. (Llvov)
Z~/
TITLE.. A nonlinear photoelectric method for Increasing immunity to Interference
SOURCU Akademla Nauk. Instytut Podstawowych Problemow Technlki. Zagad-
nienla deja.h.~nlallnlowych, no. 5, 1964. OrUaa Komferencja Organ NISlinlowych
----(Second--Conf trence-6n-Non- !-I nea-r-T! brad ons-5,yaj~sawj, Sept. 18-21, 1962, 518-522
.TOPIC TAGS% ..interference Immunity, weak signal reception, production noise 1~~
magnotophoheo loop oscillograph, emulsion photosensitivity, cathode ray tub
Talbot l,aw,,qeoacouWcs
ABSTRACT:.' A gebacoustic investigation was made Into the possibility of Identifying
and recording a weak signal, reflected from a discontinuity, against the background
of Intense production noises. The signal-storage method was selected as the
simplest and..most practical. for the purpose of recording and eventual Interpreta-
tion of signals r6cel.ved under varying -conditions of Interference. The basic-
characteristics 0-r the signal-transformation process (usable signal plus Inter-
ference) should be taken Into account when determining the best signal volume re-
quired for obtaining a fa,ir amount of information. Mathematical analysis shows
that the- relationship between the optical -density of the film blackening and the
Card. 1/2

L 16625a-(4
ACCESSION Nk: ..AT4049215
OVI-Ight.1ijillig- on-the-flim coating determines-the major characteristics.
of the photoemulsion, *such as photosensitivity,- contrast~and the width of the cout-a
I ng_. The brightness distribution on the screen of a cathode ray tube must be de-
-.termined before a practical analy2is of the above-menttoned film method can.be
undertaken'O.' The luminosity distribution along the, vertical screen axis,. according
to-thL- Talbot Law, will coincide with the probable distribution of the signal
---under Investigation. - Orig. art. has: 5,-formulas,and 3 figum.
ASSOCIATION-. In-stltut Kashinovedenlya I,-AvtomatIkI, Akademlya Nauk-Ukr* SSR------
_R"r Inlan Academy of
Llvov (Institute'of-Machine Technology and AutomatLo!j,
Sciences)
_SUBMITTEW-'~'_2lSep62'_.,__ ENCL: 00- SUB CODE: EC, ES
No REF 5 611 000 OTHER: _000
Card. 212

MIKIIAYLOVSKIY P V.N. [1-~ykliailorva Ikyl, V.N. j
All-Union Scientific anz! Techno1ogical Corderence on !kgiatic
Memento of Automt1on, Tolonechunica, MBasurind wml Oalcu~lnting
Tedhniques. Dop. AN UILAC no.31418 163. 011L~ IItic))

MIZYUK, Leonid Yakovlevich; VELICHKO, Yu.T., prof.p retsenzent;
.MIYJWLOVSKIY, V.N., otv. red.; YEVSEYENKO-MlaURENKO,
I.V., red.
(Input converters for measuring the intensity of low-
frequency magnetic fields] Vkhodnye preobrazovateli dlia
izmereniia napriazhennosti nizkochastotnykh magnitrykh
polei. Kiev, Naukovii dumka, 1964. 166 p. (MIRA 17:12)
1. Chlon-korrespondent AN Ukr.SS? (for Mikhaylovskiy).

E SX'-
DWAF Wi~ (P)
�3D/AFA/ASDA-5/AM
N-'
ACOFSST.ob 1.'Rt
AUTHOR: Pre ani Ya. P. ~Senior engin"r);,_N~rolv, Ya. As; skiy, V, N.
(Correspon4ing Menber-AN UkrSSR)
TITIZI: The spectral theory of certain classes of random vrocesses
SOMCE i Alt.Ukr$SP..--#iziko-mekhanicheaki~ institut, Voprosy peredachi. in-
formatsii,~.no. 3, 1964, 7-20
TOPIC. TAGS: --.information transfer; comunication theory.. random process, time
variant system, eigen function. exp'ans ion, spectral. theory, word gnalysis
ABSTUCT: The uniform transfer of'i-nformation is best achieved by means of
time invariant transmitting devices. Consequently, in time variant systems,
'harmonic oscillations and uniform pulse sequences are not the most efficient
carriers, of information. The authors therefore develop, 4 general theory of
,Spectral reprosentdtion (eigenfunction expansion) which. is suitable for the
diucussions of "roblems peculiar to the time variant systems, The different
P
qualities Of different instants of time are accounted for by a weight function
a W., The pr*operties of events are determined by the properties
of arthogonalLzed _(relative to 4C (t) ov3r the ) Rt axis) coordinate
functions. which kre 4iewed an being eigenfunctione of the karleman type or the
Card
L

------------
ACCUb* ~NRS:_ AT5001683
or d inary. dif faren'tial 'operatorL __-Varldua-lihieliremi developed in-the,paper
conf Lrm the: assumption (see, e0- g., Ya. P. Drag4h, Ya. 0. Dubrov, V. Mo
Mikhtylovokiy, DAN.URSK, not 9, 1962) that within the time variant linear
systems- the ihformation carriers are represented, by their respective eigen-
----------functions'*-- The carrier- function must agree In an eavential way with the tem-
pora.1-behavior of-the information sys -tijis--if -one-has- to achieve -an op-timum--______
information transfer. The paper concludes with a brief discussion of word
analysis by the human ear andquotes the results of L. Dolansky (IRE Trans. on
--- audio,-vol. AU-!8* -no. 6, 1960). Orig. art. hasf 70 formulas.
ASSMATIONt Mne
SUMITTED..; 00 MCLs 00 9US CODKI DF
NO REF SOV9 011 OTHM to 010
Cord ~2/2

p,
21787-61 U,6-2/EW(d)/SEGA/MM2 Pac.4
AA ~AfM p)/AmrR/&so(o)/E$D(dp)
AMSSION HRs AT5001684 S/3120164/000/003/0028/0040
AIMORS Rragan I&S.P. (Senior angina*); Mhallovski. V. N. (Corresponding
N
meuber-AN UkrSit
_TITIZ,.,,I The efficiency of-two.parmater:phaso-arsplit-ude-pulse modulation
SOURM AN UkrSSR., Fixtko-makhbrAchaskly institut. "Voprosy persdachi
informataii, no.;3, 1964, .28-40
TOM TAGS i communication theory, transmission efficiency, frequency pulse
modulation, amplitude pulse modulation
Thi -basic 1 problem encountered in the'4saign of circuitry earmarked
for _the transmission of --informatioin -is to inersaie-the efficiency while main-
---bl reliability and accuracy. the present investign
__--taining a reasons a -degree oI
ti6n studied the increase in efficiency of a Hifitted bandwidth channel obtained
-by modalating a ireguVar square wave sequence over amplitude and phase. The
system is assumed time-invariant and the totality of input signals having a
given probabilfty distribution are viewed an a stationary random (in a wider
sense) process expressible by
Card:

Si~ASD a)"~iAWAM-(P)-/Ar&RIESD(O)/HSD(dp)/ESUB DM
6
ACCESS109i RR: ---.-AT5001685 S/3120/641000/003/00411
AMOR1. bubroV# Ys# 4 '(porresponding wAmber AN UkrS
A, Mikhaylavskiy, Vo N,
TITLZ: Determining the efficiency ofeertain codis
SOMMI AN MCSSL Fitiko-.mekh&nicheakiy-instiiut.. Yoprosy peredschi. Infomt-
sit, no. 3-:106t `41 46.,
Iropi commun otion'thiory, to e iciency, rewte control, rewto
C
measurement
ABSTRACTt'.-_1t1- is d-L Ef fcul_t -to compare *It thij, -various. of ficiency analyses (see
4.g.- 9- A. ~ tai nstsin-, foundations of-informat b*n theory; R. L Vasillyevo 0. A.
Shaatova,:~Pvradacha talemakhanicheakoy informatsti.-(Transmission of telemechanical,
information), Cosenergoitdat, 1960) due to differences in approach and the'
seumed allowed and imposed conditions. The present article compares the
ffictency of codes used in practice during the very important remote measure-
:
ments and--control operations when the alphabet of the code (elements of informa-
tion, commands) N and the mean probability Ppr Of the correct reception of the
code: letter are given. The problem coneists of finding# under the above
conditions, the most'affective code and Its parameters. The efficiency of the
code-in "asured by the quantity
Card 1/0-

L 2
Accusm fts': Amitas
V
where Land-,A1 are the awmes of information a upp lied to the chatmela input
and lost. within the channel, -reepsctive-ly, --during -the- tim T; T is the-volume of--
the signal (channel cdpacity), and Ir is the amount.of information at the re-
ceiving cod of the channel. Vniform stationary processes and uniform codes are
inventigated, covering the unprotected code, codevith repetitions, code with a
constant number Iof pulseeg code with an even number of pulses, and Hemming's
code with the correction of single errors. The results show that each code has
own condition for maximn.11190 that for N z:4 the unprotected code is the
moot efficient, and- that the code efficiency depends on the muber of symbols
contained.in the code, "The authors tbank M., H, Korostill and L. P. lAmova
Ior their'help during the numierLeal calculations." Orig, art, bass
-11 formulas and 2-tables.
SUMITnMt 00 =CLt 00 SUB CODS: DP
NO RU SOVI 010, OTHERs 003
Card 2/z
W oil nowlim.00.6-

i J
ACCESSION VR' AX5001687- S/3120/64/000/003/00 7/0084
.7
ALFTMO R tBele0kiy,_Yc Ye.,* DobrzhanskLy, R. X.; Olesin, V. R.; Mikhaylovsklys
V. x0i
TMXI An esiimate:of the minimum switching.voltage and the maximum number of chan-
7nele of a matrik semiconductor commutator
SOURCE:, 'AN UkrSSR#- Fitiko-MekhanicheskLy institut. Voprosy.peredachi informateii,
nop -3. 1964, 77.84-
TOPIC TAGSi. commutator, 'matrix commutator, avvitching voltage, commetator channel
number, operating-stability, noise level, remote control., COnt=tlees
distributor
_ABSTRACTv The.-contactless distributors of-multichannel. System Widely used for~-
automation and remote- C-6nar-o-1 use the principle of matrix addition of pulse volt-
~agas, The. a4tbons' investigated the matrix circuits of contactleas distributors
utilizing polyphasic .multivibrators (Ya. Ye* Belen'kiy, V. N. Nikhaylovskiy., Avto-
matika i telamakh4nika$ vol. XXII, no. 8, 1961), The determination of the minimum
switching-voltage is ob A.
tained from the calculations of the commutator circuft
noises. These calculations use the concept of noise temperature (A. P. Belousov,
Card

ACCESSWERt AT5001687
Raschat-koeffitsiyents shuma radiopriye=ikov Voyangiz., M,,s 1959),- Calculations
also.yield formulas which can be used for the calculation (for a given act of op-'
erating parameters) of'tha maxlzoum number of channels (output$) of the above-me-n-
tione d matrix circuit. %ntroducinj the usual range of values for the operating
parameters, the-total number of commutator channels turns out to be be'tween 16 and
-4900. An experimental check was carried out on a 0-channal tra-nsistorized com-
mutator_model, - Circuit noises did -not exceed 1-1.5 gv, and a 3 gv applied signal
could bereliably detected at the amplified output by a phase detector. The sig-
nal freqi~ency.was i500 a/sec. Heating up to IlOC raised the noise level by 10-15%.
The commutator was unaffected by-power supply voltage variations up to il,5%. Orig.
art. has: -16 formulae and3figures.
ASS(JC=ON: None,-
rED; 'i~ 00 SUB CODE: EC, rE
SUB= EXCLtW
NO RE Fsolf. ~.005- - OTHER.- 001
Cz
Cord

aw
rdT(l) /VdT(m) /T A ssr/AnWERMT-0 IJF(C)
CH, HR- AT 5001691 S/3120/64/OW/OC3/0107/0117
AUMO ni---Au.~-A. j- MikhavlovskivV`--Mg-, N.-(Corr4Wndlng x0eAer -AN WSW);
R 2
YOOATJA~j. _M
TITLE V ers
Two-channel.r-adiome-ttg 'ith thermally stabilized a.c1nti.1_1a_ti_c_n_r_o_u_n_t
SouRm. AN.mrs9R. Fiziko-mekbanicheskiy institut. Voprosy_ peredachi informatsii,
no. 3, 1964,107-117
TOPIC TACS.: -radiometers scintillation counter, underground radiation measurement
.remote measurement, radioactive mineral prospecting, dead time, sodium iodide scin-
tillator-
ABSTRACT: 11 The use of scintillation counters for dr_iU_-hQj% f evices\-~,
is usually prevented by the low operating temperatures of such counters. In view
of the operating conditions and the admissible- dimensions for instrumentation with-
in drill;-holes the authors concluded that the introduction of dewar-type thermo-
stata represents tha,only possible approach. The thermally stabilized two-channel
radiometer datcribed ift the paper also takes into account the fAct that the long-
est "dead time" apl~e'ars in the f irst element of the m6asuring circuit. Consequent-
__ly, tho-device contains-stable discriminators having a "dead time" longer than the
time needed for the.transfer and recording of the pulse*-.-This means that slight
CoM 1/2-

L_22125-65~
ACCEt.STON NR: AT56011691
instabilitia-s-in the-subsequent circuit elements .(Such as variations in pulse
lenith in the connecting cables) cannot affect -the counting accuracy of the in-
strument. The description of the thermostatically controlled Nal (Tl) counter -is
followed by.'circuit diagrams and data concerning the underground and surface see-
tions of the radiometer, Tests showed thet a t10% variation Iin the power sup9ly
caused Iess :than -0.5% variations in radiometer readinge'when subjected to Co 0
gamma Irays. The interaction between the Ewo channels at counts of 33,000 and
157-000/nin., respectively, was less than 0.5%. The incorporation of a correct-
ing integrator reduced the nonlinearity of the lead characteristics to less than
120C ---the -va-ria-tiohs-In -radiometer- output--re--
1%. During.a - our operat: J.
inained-bel 100%. -The sensitivity of the device was 600-700 counts/min. per
microroentge'n1houre -Orig, art.-has: 11 formulas and-5 figures.
ASSOCIATIONt --None
SUBMI=.D: :00 E14CL: 00- SUB CODE: INP
002 OTHER: -000 -------
AD RE F4.0V ---------
Cofd 212

IAINI]AY LOVSHJY V 11 Tv. rt-d.; recl.; ILAYAN,
ii.ya., ~.and. tekru~. nxtllf~ red.
tektin. r.LAz,
red . ; J,CH?iBu-
T. K. , red D.M. red
.[Imagnetic ;~errerit3 remo-~C-
11A)USLrement teollri fill, C, -,I: ong'::..,cr !nj-
action3li Vag:-itf;~jre e ll'rra'~J!ty t, ~ k I ,
Y.
Vvcis7yuzr.-,,3,e rinu I ekrj-.1 -ry&
magniu-ym (,lome%',wn av,( ~iw~kl, tolemvkr~an i i zo.tor i -
yO '.H~I.T.Ikl,
tallnoy i V- !elite!,
korres~onc,ent (fjr

L 39072-.66 F?Vd)/FF~1-2
ACC NR, AT6021045 SOURCE CODE: UR/000- 'G5/0J0/UJ0/0j,is,'C,045
AUTHOR iDr8p,4n. Ya. P. (L'vov). Mikhaylovqkly, V. N. (Corresponding member AN UkrSSR;
L'vov)
ORG: none
TITLE: On the possibilities of increasing transmission rate of discrete information
through a limited band pass channel
SOURCE: AN EficrSSR. Metody otbora i peredachi informatsii (Methods of selecting and
transferring information). Kiev, Naukova dumka, 1965, 16-45
TOPIC TAGS: information processing, data transmission ?Pulse code modulation
A
ABSTRACT: The possibility of increasing the transmission rate of discrete informa-
tion through a limited band pass channel is investigated, by trying out various kinds
of codes under two p4rforsiance criteria. Biorthogonal codes with constant and vari-
able rates wore considered. The performance criteria were: (1) the capacity (C) of
a discrete channel (accordins to a basic theorem of Shannon)
C - 11M I" N (7)
. r-. 71- -
where H(T) is the number of allowed signals of duration 7; (2) the specific capacity
Card 1/2
Card 2/2/W

C-e C-
L 39073-66 EYIT (1 ) . "
ACC NR. AT6021052 SOURCE CODE: UR/00Uu/u5/G00/000/0,09/j!"j
AUTHOR: Mikhayl~ ~ki V. N. (Corresponding member AN UkrSSR; L'I'vov); Pervusnin,
V. N. (VV0VJ
ORG: none
TITLE: Information selection methods in geophysical mine prospecting by the sounding
method
SOURCE: AN UkrSSR. Metody otbora i peredachi informataii (Methods of selecting and
transferring information). Kiev, Naukova dumka, 11965, 169-179
TOPIC TAGS: seismic prospect'
4mg. error measurement
ABSTRACT: The formulation of optimality criteria in applying the sounding method in
geophysical exploration is considered. The optimality criterion is generally formulat-
ed as the ratio between the quantity of information obtained and the expenditures in-
curred in the process. The expenditures refer to labor, energy and equipment (number
of -transmitters and receivers used and the cost of each). The main problem is the
formulation of the quantity of information--a factor of the geometry of the region ex-
plored, inhomogeneities inside the region, allocation of equipment and directions of
sounding. A general development of the formula of the quantity of information is giv-
en. Orig. art. has: 8 formulas, 4 figures.
SUB CODE: 127 ~O8 SUBM DATE: 20Nov65/ ORIG REF: 007
Card

A C C N R; AT60201,G7 SOURCE CODE: M1100001651000100010009100!~i
',R: ~,ul'ko, V. F. Wvov); J/,LkkjaYioV_kiy, V. 11. (LIVov)
O-A,]: n oz. 0
,natic field of a straight, infinitely long conducting cable buri-
77.7LE: 7166e electro;ma~
ed in one of t;ic inner strata of a multi -layered medium
SOURCE; 1~'; UxrSSR. Teariya i clementy sisten, otbora geofizicheGkoy infornatsii (71heory
an_~ elements oi: systerz for selecting geophysica.-L information). Kiev, flaukova dwnka,
1~~65 , 9-.L9
TOPIC 'LAGS: electromagnetic field, magnetic field measurement
A3S-RA~': 'I&Ic au-thors derive expressions for thc electric and magnetic field at arty
point of a glven layer (see Fig. 1) ~`or two cases: 1) when all strata are nonconduct-
ors, and 2) vhen the straturn containing the cable is a better conductor than the other
strata. Orig. am. has: 1 figure, 45 formulas.
Card 1/2

ACC NRI A7,6020467
Fig. .1.
- - - - - - - - - - - -
SM-1
SUBM DATE: IONov5L/ OR:G RZF: 002
Card

ACC NI"; A760201tub ~'GugCL CODE:
V. F. WVoV); V. N-CL'-4cv)
ORG;
,=Z: clectro-magnetic :Fiald of a horizontal dipole embedded in an interior layer
of a multi-layered conducting madii.-ii
S~, AN U".-,rSSR. Tcoriya i elemenzy, 5i3tem otbora geofizicheakoy infoma-r.-ii (-,heoz-j
-ar'C' cle-ments or sy:;tems for selecting geophyzical inforniation). Kiev, Naukova dumka,
20-52
IOPIC -,~.GS -. electroma--netic field, d.-*T.)l'e interaction, magnetic field measurement
,US-,RAC?: T.-Ic electric z;-,d magnetic .--ieldG in cach layer of the system in Fig. I arc
calculated. The method o.~ solution consists of solving a system of 4n t La simultane-
ous linear equations satisfying the boundary conditions. Orig. art. has: 40 formulas,
1. figurc.
Card 1/2

A~C CN R'.1- -A-, 6 0 2 0 4 6
Fig. I.
SUB CODE: 2.0 SUBM DATE: ZovW OaIG REF: 002
Corci 2/2

ACC NR: AT7004335 (h) SOURCE: CODE: UR/0000/66/000/000/0172/0182
AUTHOR: Voychishin. K. S. (L'vov); Mikhayll~vskiy, V. N. (L'vov)
ORG: none
TITLE-. Carriers of bio- meteorological information
SOURCE: AN UkrSSR. Metody i aredstva preobrazovaniya. informataii (Methods
and means of information conversion). Kiev, Naukova dumk&. 1966. 17Z-182
TOPIC TAGS: meteorologic observation, biologic research
ABSTRACT: Based on 17 Soviet (1948-64) and 3 Western (1959-63~ published
sources, a brief review is presented of the nature and characteristics of carriers
and propagation channels of meteorological information received by living
organisms; only little reliable data is available. Activity of Misgurnus fishes
(Cobitidae) in two 400 x 150 x4OO -mm aquaria was observed at a laboratory of the
Card I /Z

ACC NR: AT7004335
Physico - Mechanical Institute, AN UkrSSR, near L'vov during Aug-Oct 64; three
fishes in each aquarium were kept under observation. and their activity was rated
(7 times a day) by a 4-point system (0, 1, 2. 3). A clear correlation between the
fish activity and the precipitation within 2 days was established. Experiments
repeated in 1965 at two locations (in and near L'vjv) corroborated the above
result. Details of the experiments and correlaUon-factor' curves are supplied.
Orig. art. has: 2 figares.
SUB CODE: 04. 06 / SUBM DATE. 14Jul66 / ORIG REF: 018 OTH REF: 002
Card 2/2 ___

ACC NRi AT6032744 SOURCE-CODE-.-tii~/0000/66/000/000/0148/0153
AUTHOR: Mikhaylovskiy, V. N.; Pervushin. V. N.
ORG: none
TITLE: Possibilities of increasing the distances at which gcoacoustic methods are
useful in finding nonhomogencities in ro6s in the presence of intense noine
SOURCE: AN SSSR. Institut fiziki Zemli. Geoakustika; ispol'zovaniye zvuka i ul'tra-
zvuka v seysmologii, seysmorazvedke i gornom dele (Geoacoustics; the use of sound and
ultrasound in seismology, seismic prospecting, and mining). Moscow, lzd-vo Nauk~a,
1966, 148-153
TOPIC TAGS: acoustic prospecting, ore deposit, m-hxinu- acoustic noise, seismic method,
,surface wave, free oscillation, acoustic receiver, acoustic shadow, seismic prospecting,
'~) I A-, X, C. e */L'G / A.'J I`
'ABSTRACT: The possible methods of extending the distances at which acoustic methods
are useful in determining the shape and location of inhomogeneities in rocks such as
ore deposits are discussed. The main obstacle in increasing the distance at which
acoustic methods are eff2ctive is the presence of noise. Measurements made in a mine
in Krivoy Rog show that the industrial noise generated in the mine has a range of
frequencles of 12-5 kc. The authors extract the useful signal from noise by storing
the signal on a cathode-ray tube. The second type of noise is surface waves pro-
pagating along the mine faces surfaces. When highly sensitive electrodynamic re-
-Ccrd - 112

ACC NR: AT6032744
cLivers are used, the intense surface waves generate long-period free oscillations in'
the movable part of the receiver. In order not to decrease the sensitivity, the sys-
.tem is damped only during the initial period when the surface waves are registered and
.before the arrival of reflected waves. It is pointed out that the method of inverse
probability is effective in determining the acoustic shadow in the presence of noise.
'Even the simplest approximation of the shape of the shadow makes it possible to deter-
Imine thesbada./s boundaries uslngjusta few trial values for its width, and thus to obtain the
shape of the ore deposit. Orig. art. has: 4 figures and 2 formulas.
,SUB CODE: OB/ SUBM DATE: 2BMar66/ ORIG REF: 009
Card 2

DRAGAN, Ya.P.; MIKHAYLOVSKIY. V.N.
Amplitude error of time discrete signals. Vop. pered. inform. 1:
7-24 162. (MRA 16:6)
(Information theory)

MIKHAYLOVSKIY, V. S.
"Investigation of the Dynamics of the Cerebrospinal Fluld in the Diagnosis
of Brain Tumors." Cand )%d Sci, Sci-Res Inst of Neur our ry, Ministry of
Health Ukralnlan SSR, Kiev, 1953. (R7.hBiol, NO 8, De 54
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
S;~: Sum. No. 556, 24 Jun 55

UXUAWTSM. V'S,
nUgnostic significance of Investigation of dynmlcs of
the cerebrompinal f2mid. In double puncture; ventricular
and carebrospinal. Topr. nelrdkhtr. 17 no.6:28-31
Icy.-Ibc. 1953. (OLKL 25:5)
1, Of the InetItuts of Netwosurgery of the Ministry of
Pablic Health Ukrainlan M.

T, FAYNZILI M. ya.l.
GLUSaKOVA. 1.S., 41KRAYIM
Clinical aspects, diagnosis. and therap7 of severe cerebrocranW
injuries. Top.neirokhtr. 19 no.2:15-22 Mr-Ap 155. MRA 9:7)
1. 1z Instituta neyrokhirurgii Ministerstva zdravookhraneniva USSR.
(HEAD, wcunds and injuries,
clin. aspects, ding. & ther.)
(womms Am rwmixs,
heal, clin. aspects. diag. & ther.)

SIRGITYINKOP T.14.; HIMYLOVSKrT. V.S.
Dynamics of the cerebrospinal fluid in cerebrocranial injur7.
Vop.neirokhtr. 19 no.2:33-39 Kr-Ap '55. (KLRA A:7)
1. Iz Institute. neyrokhtrurgit Hinisterstva zdravookhrananiya.
(C ROSPINAL YLVID. in various diseases.
head inj.)
(EZAD, wouniis and injuries,
CSF in)

SIMITIM, T.H.;NIKOMOVSKIY. V.S.
Technic of kynographic registration of flucttiations of the care
brospinal fluid. Top.neirckhir.19 no.4;18-20 JI-Ag 155 (KLRA 8:10)
1. Is Institute nay-rokhirurgii Htnistersta sdravookhranonlya USSR.
(KTxqnGRAPHY
of CSIr ;ym-lics)
(CXREMSPINAL MHD.
dlynamles, 17angraphy)

BROTKAN, N.K. (Kiyev. Krasnays ploshchad'. d.10. kv.6); KIMTLOVSKIT, F.S.:
PUACH3190. G.A.
Against a prejudiced approach to the problem of intracranial
pressure in concealed brain injuries. Nov.irhir.arirh. no-3:24-29
Ify-Je 157. (Kw 10:8)
1. Institut neyrokhtrurgii Ministerstva sdrevookhrananiye USIR
(nauchnyy rukoyoditall - sael. dayatell nauki professor A.I.
Arutyunov)
(BRAIN--W,OUHDS AND INJURINS)
(GEWROSPINAL YIAJLD)

MIKHAYLOVffff, V.S. E Yqkhal love lkyi. V.S.]
Characteristics of the pain symdrome in gynecological practice. Pod.,
akush. i gin. 20 no-3:60-63 '58. (KIRA 13:1)
1. Ukrainskiy institut neyrokhirurgil (direktor i nauchnyy rukovoditall
zaoluzhennyy deyatell naukt, prof. A.I. Arutyunov) t akushersko-gine-
kologlchesWa )mfedra (zav. - zaaluzheanyy deyatell nauki USSR, chlen-
korrespondent AN USSR prof. O.Yu. Lurlye [decease4l) Klyevskogo ordena
?rudo-ogo Krasnopo Zuameni meditainskogo instituta im. akad. A.A. Bogo-
molltea (direktor - dots. I.P. Aleksayouko).
(PAIN) (CTNECOLOGT)

ZOZULTA, Tu.Ae; MIRIAILOMIL-Lif
Gases, alk-11 reserve and glutathione of the blood and liquor In
brain tumors of varying histastructure. Probl.neirckhire 4:185-208
059, (KIRA 13:11)
(OWATIONt PHYSIOLOGICAL)
(sum-mm)

LOGWIOVA, A.G. [Whunova, A.H.), dotsent; MIKIIAYLOVSKIYO V.S. [MykhajloVSvkyj,
V.S.J* kand.med.nauk
Some data on the action of aminazine in obstetrical and gynecological
practice. Ped., akush. i gin. 22 no-4:54,57 '60. (MIRA 14-1)
1. Kafedra akusherstva i ginskologii (zav. - prof. O.Yu.Lurlye
[deceased)) Kiyevskogo ordena, Trudovogo Krasnogo Znameni meditsin-
skogo instituta im. akademika O.O.Bogomolitea (direktor - dotsent
I.P.Aleksoyonko) i Ukrainskago nauchno-isoledovateltakogo inatituta
neyrokhirurgii (direktor - zasluzhennyy deyatel' nauki, prof. O;L
Arutyunov). (CHLORPRCMAZI14%) (GYNECOLOGY)

MIKUYLOVSKIY, V.S.; SVIRID, L.M., (Kiyev)
... -1 ....I------
Disorders of the cardiovascular function in a painfUl Byrdrome
of the face. Vrach. delo no.7t67-71 J1163. (VIRA 16tlO)
1. Institut neyrokhimrgit Kiniaterstva zdravookhromeniya UkrSSR,
kafedra torapil instituta usovershenstvoraniya vrachey (nauchnyy
rukovoditall - chlon-4torrespondent Al,%' SSSR, Prof. D.F.Chabotarev).
(CARDIOVASCULAR SYST124-DISFASES
OXURALGIA, FACIAL)

ARUTYUNOV, A.I., prof.; MIKHAYLOVSKIY, V.S., kand. m3d. nauk
Anatomico-physiological prerequisites for tractotomy in the zedulla
oblongata In trigeminal neuralgia. Vop. neirokhir. 2F no.1:6-12
Ja-F 1 64. (,,-URA 18:1)
1. 13krainskiy nauchno-isoledovatellskiy institut neyrokhinirgii
(direktor - chlen-korrespondent AMN SSSR prof. A.1. Arutyunov),
Kiev.

MIKHAYLO"MY, V.S., kand.m--l.nauk
Decompression of the gaL~serian Cangl~cn r trea~irg re-jralz!a cf
.ne trigeminal nerv... Vrp,. neirokhir. 28 no.6:27-31 N-D 164.
(M:RA 18:4)
. Ukrainskiy naurhno-isqledovatel'skiy institut ney-rokhirurgil
(dlr. - d0ktor med.nauk A.P.Pzmodanov), Kiyev.

ACC NRI AP6017070 SOURCE CODE: UR/0154/65/000/005/Dili/0117
AUTHOR: Mikheyechev, V. S. (Candidate of technical sciences, Docent)
ORG: Moscow Institute of Engineers of Geodesy, Aerial PhotogrNiphy and Cartography
(Moskovskiy imstHut-inihenerov geodezii-, aerofotos_ryem~i i kartografil
TITLE: Increasing the precision of compact optical range finders
SOURCE: IVUZ. Geodeziya i aerofotos"yemka, no. 5, 1965, Ili-117
Z/
TOPIC TAGS: optic range finder, Kerr cell, diztwuee measuring 4qdi60=&rft
ABSTRA(ri : The Prc-1, E.,* rdrige capabt! --,oasur
100 m to several km with a mean square error not exceeding t1 in 100,000-is (ffscussud.
The light range finders developed by Froom (1961) and in the German Democratic Repub-
lic (1965) are briefly described. The mean square error (mD) of tne distance measune-
ments is
D'[ + rn-' + M" -+-- M~
M D_ i I f A? 6
where D is the distance, u is the velocity of light, f is the modulation ---f
light, M., ml. fn,,, Mg, and mc am the mean square errors -in deternining tre %,t' civ
of light, frequency modulation, phase difference, constant of tie apparatus, und
_V,', - ___ __ LJDC. -52b-
cqLd

ACC NR: AP6017070
orientation, respectively. The analysis shows tt,at the construction of a morf~- I-n-r.~Le
range finder necessitates the use of an objective detector, e.g. a pY)otoel(,-ctror;Ic
amplifier and frequency modulation of light not exceeding 108 cps, which cin I-e
achieved by using the Kerr cell. A range finder developed in the German Democratic
Republic, using modulation frequencies of 54 x 106 - 60 X 106 cps, permits the meaSlIrle-
ment of distances 1-170 m and above with mean square errors of 25 mm. Orig. art. ;.as:
1 6 formulas and 3 figures.
SUB CODE: bt~W SUBM DATE: 28May65/ ORIG REF: 004/ OTH REF: 006
Card 212,,-',z-1'

SOV/177-5P-2-21/21
17
AUTHORS i WlildiaZlovskiy V.T. Colonel in the Medical Sorvice, Agafonov,
X- 9
V.I., Lieutenant Colonel in the Medical Servicp, Docent
TITLE: A Collection of Scientific Works on Natural-Dreeding-Ground and
Intestinal Infections in the Urals
PERIODICAL: Voyenzio-meditainakiy zhurnal, 1938, Nr 2, pp 92-96 (USSR)
ABSTRACTs The article is a detailed review of this collection of articles.
Card 1/1

14DMYWVSKIY, V.T.. gonernl-mnyor mad. a luzhbY; AGAFOMOV. V.1., polkovuik
dots.
Some anpeats of the prevention of influenza among troops of the
Soviet Army In 1957. Voen.-med. thur. no.6:53-59 Je '58. (KIRA 12:7)
(DIFLU252A. prevention and control,
Asian. In armed forces personnel (Rua))
(ARM FORCICS PIMOMIL, d1s.
Asian influansa, prey. & control (Ras))