SCIENTIFIC ABSTRACT ZALESSKIY, A. M. - ZALESSKIY, A. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963630006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZAUBSKIYj, A. M.
USSR/Electricity - Personalities
Aug 52
"Professor L. R.'Neyman: on His 50th Birthday," A. A. L~orev, P. N. Goryunov,
I. A Zaytsev$ A. M. Zalesskiy, M. D. hamenskiy, M. P. Kostenko, A. G. Lurlye,
M. M: Shatelen, le. U. Ohramkov
"Elektrichestvolt No 8j PP 92# 93
Reviews Neyman's scientific, administrative, and educational work, and organizational
affiliations. Specifies following as principal fields of his scientific activity:
investigation of phenomena in nonlinear elec circuits with iron; special problems
of elec measurements; electromagnetic processes in converter installations for
tranamissicn of high-voltage dc power; and elec modeling of nor-linear processes
in aerohydrodynamic systems.
235T48

1. ',"A'.' ; 'r,17' A. 11% Dr.
2. US-Qq (600 )
4- Petrov, Vasilii Vla~limirovich, 1761-1202.
7. V. V. Petrcv's priority In discoveri.nr- the electric arc. 'Elektr"It-hes-tvc no. 11. 152.
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

2. (600)
4. Electric Znglneers
1,
7. Prc--ussor A. 1'. Zalesskiy. Cn his 60th birthday anniversary. M. A. Shatelan, and 0t
'~lektrichestvo No. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

Uss--VUE"Ctricit-y - .'-'1c.,.Ontictr, i-'Ou LAw)
In Conzwct' tAth Ma (OUi J'LrUrday wxf 3M Ycar
ion
of fr~icntiffic and Poda.-YoCical Activityp" M. A. Lhat,;lon., 1. A. Zayta,.r,1jq f-
-1
flaymn, A. M. ilaloockly, V. T. :mmc, KOL)ako, j. i,. .1khaylov
T--Ilek-vo, No 2, p 95
Gives brief accomt of 11fo of Mduil RUdmYlovich W12-haylov, barn
2 in -bilici. Speciali3ts in iumilating naterialls, he oartici-atW in
I'll Aiv,, Li9
riul 11ca
, M.- Alon of tW:Vj*a;u) ai h.,mdbw4o uti cjlw 'cinala Lion Wchniquos,, tias 1w),tru-
mutal in tnuitua.- jal"anUst.,i aid and tian auardod 2 nodals, .;lu3
OiUar -.)f Labor .:ud L~-zm-ar wid Order X
; 1A 24,37,30

USSR/Elect?icity - Organizations
M -- r
"Twenty Years of VNITLOE," Prof A. M. Zalesskiy, Dr Tech Sci, and Engr G. 0. Levit;
Blektrichestvol, No 3. pp 91-93
Brief account of the history of VN1TOE (All-Union Scientific and Technical Soclety
of Power Engineers), including history of associations in power eng field which
preceded VNITOE. Notes briefly some of major achievements in different branches
11W
of power enS. Present membership of VN1T0Ej A over 18,000.

ZALMnIY, A.M. I redaktor; ERASNOGORODTSZT, S.A., redaktor; VORONNS-
tekhnicheakiy redaktor.
[Construction of high-voltage equipment; collection of articles]
Vysokovolltnoe apparatostroenie; abornik statei. Leningrad, Goa.
energ. izd-vo, 1954. 303 P. (MLRA 7:10)
Ollectric apparatus and appliances)

AID P - 450
Subject USSR/Electricity
Card 1/1 Pu b. 27 - 13/34
Authors : _Zalesskly, Prof., Leningrad Polytechnical Insti-
tute im' Kalinin, and Bachurin, N. I., Eng.,
It Elekti-oapparat",
Title Method of Computation of Condenser-type Insulation
Periodical Elektrichestvo, 7, 63-67, JJl 1954
Abstra,~ 1: Advantage8 of condenaer type Insulation are Indicated.
The method of calculation of paper-and-oil insulation is
given. The results of tests with an experimental sample
of a current transformer produced in the Plant "Elek-
troapparat" with such type of insulation are presented.
3 diagrams, 3 tables and 1 Russian reference (1946).
Institutions: Leningrad Polytechnic Institute im. Kalinin and
Plant "Elektroapparat"
Submitted Mr 15, lqP14

Subject USSR/Electricity
Card 1/1 Pub. 27 - 23/34
AID P - 654
Author Zaleaskiy, A. M., Dr. of Tech. Sci., Prof., Leningrad
Title Coefficient of recombination of electrons. (Concerning
the article by Ye. M. Tseyrov in Electrichestvo, No. 4,
1953), (Comments)
Periodical : Elektricheatvo, 9, 88, S 1954
Abstract : The author of the letter criticizes the method of deter-
mining the coefficient, which Ye. M. Tseyrov proposed in
Elektrichestvo, No. 4, 1953. Tseyrov's reply to
Zalesskiyls criticism is given.
Institution : None
Submitted No date

AID P - 284o
Subject USSR/Electricity
Card 1/1 Pub. 27 - 29/30
Author : Zalesskiy, A. M., Doe. Tech. Sci., Prof., Leningrad
Title : More about the book HiO Voltage Technics (This
journal, No. 8, 1954) (Book review)
Periodical : Eleictrichestvo, 6, 86-87, Je 1955
Author : The author disagrees with the critical review published
in No. 8, 1954 of this journal. He devotes his review
to the second edition of the book, which was considerably
enlarged and improved. The author discusses all nine
chapters and concludes that the book should be con-
Bidered as valuable and useful. The few remaining
deficiencies which he points out can be easily corrected
in the next edition of the book.
Institution : None
Submitted : No date

AID P - 2949
Subject USSR/Electricity
Card 1/1 Pub. 2T - 14/15
Author Zaleaskiy, A. M., Prof.
Title Conference on electric furnace circuit breakers
Periodical : Elektrichestvo, 8, 86, Ag. 1955
Abstract : The conference was held In Leningrad at the end or
May 1955. Two reports were presented summarizing
operational experience with Soviet and foreign-made
circuit breakers used in electric furances. Of the
Soviet makes, the VM-22, VMO-133, VO-10, and VMB-10
types were discussed. The author summarized the
discussion and resolutions.
Institution : None
Submitted : Not given

, /., /;V
NARTSHKIN,1.1.; SHATRINN,M.A.; NBYXAN,L.R.; ZALIRSSKIY,A.M.; DCKANSKIT,B.I.
USOVOS.V.; RIM,V.T.; ZAYTSEV,I.A.
Professor M.D.Ramenskit. Blektrichestvo no.9:84-85 S155. (MLRA 8:11)
(Kamenskii, Mikhail Davidovich, 1885-)

Subject USSR/Electricity AID P - 4115
Card 1/1 Pub. 27 - 2/33
Authors Za1tsskiX',_A,.&., Doc. Tech. Sci-, Prof., V. S.
-ga-vd-6RY-ki, Kand. Tech. Sci., Dotsent, and G. I. Stepanov,
Eng.
Title Mikhail Andreyevich Shatelen. On the occasion of his
90th birthday and the 65th anniversary of his engineering,
educational, scientific and social activity.
Periodical : Elektrichestvo, 12, 2-6, D 1955
Abstract : The authors give a detailed description of the life and
activities of the distinguished scientl,st and professor.
One photograph.
Institution : None
Submitted 0 31, 1955

AID P - 4143
Subject USSR/Electricity
Card 1/1 Pub. 27 - 30/33
Author
Title
Periodical :
Abstract :
Institution :
Submitted :
Zalesskiy, A. M., Prof.
m of,i6lfa e'distribution on an insulator chain.
(Article by A. A. Voroblyev znd V. S. Dmitrevskiy, this
journal, No. 10, 1954) (Letters and notes).
Elektrichestvo, 12, 78-80s D 1955
The author points to a serious error made by A. A.
Voroblyev and V. S. Dmitrevskiy in the method of
measurements which resulted in an Inaccurate conclusion.
The author explains in what the error consisted and how
the method of computation should run in order to obtain
correct results. Six connection diagrams, 3 references
(1921s 1923, 1941). The editors in a note at the end of
the article confirm the validity of the author's observa-
tions.
None
No date

4 M.
Category USSB/Electricity Dielectrics G-2
Abs Jour Ref Zhur - Fizika, No 2, 1957, No 4118
Author Zalesskiy, A.M.
Title :'Determinatro-n---oT the Thermal Breakdown Noltage of a Cylindrical Insula-
tor.
Orig Pub Zh. tekhn. fiziki, 1956, 26, No 6, 1194-1201
Abstract The thermal breakdown of insulation is calculated using the Fok method
(Fok, V.A., Tr. Leningr. fiz.-tekha. labor., 1928 5,, 52). The boundary
conditions in this calculation allow for the heat flow from the current-
carrying conductor into the first layer of the dielectric. The tem-
perature dependence of the dielectric losses was assumed in the form
p -==po exp a (C~.tj, where po is the magnitude of the losses at a
temperature t9,11' a Is a constant fact 'or. First to be solved is
the problem for the case of a flat dielectric between flat electrodes,
one of which is heated with current, and the other of which delivers
heat into the surrounding medium through a layer of another dielectric-
which is not under voltage. Next, conformal mapping is used to reduce
this problem to that of the cylindrical cable with two layers of
Card 1/2

Category : USSR/Electricity - Dielectrics
Abs Jour : Ref Zhur - Fizika, No 2, 1957, No 413.8
G-2
insulation, one outside and one inside. Taking the dielectric losses
into account in the heat-conduction equation, the author solves the
equation and finds the dependence of'the voltage between the electrodes
on many system parameters, the role of which is evaluated. The
breakdown voltage is determined from the condition of the disturbance
of the thermal equilibrium in the dielectric -- the amount of heat
liberated in the dielectric exceedD the amount of heat dissipated into
the surrounding medium. An example is given of the calculation of
the breaRdown voltage for paper-oil insulation, impregnated w-Ith
transformer oil.
Card 2/2

ZLLIWKIY. A. ,X. -
T~
Letters to thi editor. Test. elektraprom. 27 no.11:72 1 156.
(NLU 9:12)
1. Zaveduyushchty kafedroy slektricheskikh apparatov lenin-
gradskogo politekhnichaskogo instituta.
(Ilectric ene-usering-Study and teaching)

ZAIJSSKIY, A.M., professor; XOG-kN, M.I.. inshener; PTICHKIN. P.N.,
TATTSILI I G#B,, inzhener.
Series of simall-sixe support insulators for Inside Installation,
Yest.olaktropron. 27 no,12:31-33 D 156o (MIRA 10:1)
1. Leningradekly politekhnichookly instituto
(Bleetric insulators and insulation)

ZALISSKIT, Alakeandr Nikhaylovich; USMM, A,Ss, redaktor; ZABRODINA, A.A.,
ok"dmlit-oi.
[High tension electic apparatus] Blektriche8kis apparaty Tymokogo
napriashonlia, Leningrad, GosonergAzd-vo, 1957. 540 pa
. (KLRA 10:5)
(Electric apparatus and appliances)

3-6-9/29
On the Threshold of Great Reorganizations. Reminiscenoos of a -Delegate to
the Conference on the Reform of the Higher Schools.
was taken as to the term for which professorb should be
elected.
ASSOCIATIONa The Leningrad Polytechnical Institute imeni M.I.Kalinin
(Leni#gradskiy plitekhnicheskiy institut imeni M.I. Kalinina)
AVAILABLEs Library of Congress
Card 2/2

ZA , A.M., doktor tekhn.nauk; SERGEM. P.V., kand.takhn.nauk.
,;:SSKIT
Volt-ampere characteristics of d.c. and a.c. electric arcs.
Elektrichestvo no.12:76-77 D 157. (MIRA 10:12)
l.Leningradskiy politekhnicheaki7 institut im. Kalinin& (for
Zalesek1jr). Z.Gorno-metallurgich8gki7 nauchno-iseledovateltakiy
inatitut'AN Kazakhakov SSSR.
(Electric are)

ZALUSKIY, A.M., prof .; POGARSM, N.A., inshener.
Using current converters having condenser insulation as combination
current and voltage converter. Ilsk.sta. 28 no.9:66-69 s '57.
(MIRA 10:11)
(Electric current converters)

ZALESSK1r AOM
Contemporary tendencieR In the development of high-701tagp
electrio apparatus. Izv, vy's, uchebe zav*; elektromekh, 1
no.%j-92 '58. (MIRk 11:8)
(Blectrio
engineering-4quipment and supplies)

AUTHORS:
TITLM
PERIODICAL:
Zaleaskiy, A. If. Professor,
2 -ro-r-oYav, 'V.N. Encinoer
3 Abramov, A. 1. Candidato
105-58-3-24/31
Doctor of Technical JcIences
of Toohnical Soioncen
On the Selection of Toot Voltages for the Winding Insulation
in High-Vol-tage Motors (0 vybore ispytatellnykh na.pryazheniy
vitkovoy izolyatsii v vysokovolltnykh dvigately'akh)
Elektrichestvoi 1958, Nr 3, PP- 84 - 86 (USSR)
ABSTRACT: This is a comment on the paper by A. I. Abramov in the perio-
dical "Elektrichestvoll, 1955, Nr 9 and by Z. G. Kaganov in
the same periodical, 1957, Nr 6.
1) A. I. Abramov points to the fact th~.t the'test voltage,-
amounting to I-0 TT qt 50 cycles is insufficient'for the
intervinding insul"6ion of the machine. This is generally
known, and the controversy is only about the problem by
which voltage it is to be replaced. The method eiven by
Abramov shows an essential deficiency: The test voltage is by
Mm connected with the limiting of overload voltage, without
taking into consideration that the test voltage is destined
Card 1/2 for a separation of useless or inadequate winding coils.

io5--58-3-24/31
On the Selection of Test Voltages for the Winding Insulation in ',i,-11-Tension
Motors
Zalesskiy consented to a proposal by Z. G. Kaganov to test
the minding insulation with a test voltage of 2,5 kV per
winding after the coils have been embedded in the alffla.
2) The recommendations by Kaganov for test voltages are un-
founded. Just as unfounded is the assumption that the surge
front of the cut-off'wave is analogous to the surge front of
the switch-on wave, and that this wave will act in its to-
tality on~the insulation of the winding.
3) Abramov does not agree with the method of the selection
of test voltages and with their values as proposed by Kaganov.
It is shown that at present no convincing reasons confirmed
by experiments can be submitted for an increase of test
voltages above 1500 Vr . There are 1 table and 2 Soviet
avferehde1j iax
ABSOCIATIONt 1)Leningradskiy politekhnicheskiy inatitut im. Kalinina
(Leningrad Polytechnical Institute imeni Kalinin)
2) Zavod "Elektrosilall im. Kirova ("Elektrosila" Plant imeni
Kirov) 3)Moskovskiy energeticheskiy institut (Y-oscow Insti-
tiite for Ponbr Engineering)
Card..?/2
AV

AUTHOR: _Zajtt!j~ ~ , Professor, SOY/105-58-8-12/21
Doctor of Technical Sciences
TITLE: A Determination of the-Value of the Flash-Over Voltage Across
Support and Suspension Insulators (Opredeleniye razryadnogo
napryazheniya vdoll kolonok i girlyand izolyatorov)
PERIODICAL: Elektrichestvo, 1956, Nr 8, pp. 64-69 (USSR)
ABSTRACT: The author tries to develop a method for the calculation of
the influence of guard rings on the distribution of the volt-
age along suspension and support insulators as well as on their
flash-over voltage. First the problem of the calculation of
the voltage distribution along suspension and support insula-
tors is investigated. For this purpose they are represented as
capacitive arrays. Such a calculation can be carried out when
the capacities C I C and C2 (Ref 2) are known. It is suffi-
cient when the two lollowing relations are known: a = Cl/C
and P = C 2/C' It is shown that the distribution of voltage
along the insulators is completely determined by the para-
meters a and P. The use of guard rings reduces the value of a
and P considerably. The investigation of the curves of
Card 1/3 voltage-distribution along insulators of various types shows

A Determination of the Value of the Flash-Over Voltage SOV/105-58-8-12/21
Across Support and Suspension Insulators
that the magnitude of these parameters, when rings are usedp
depends mainly on D/H and h/H. D denotes the ring diameter,
R the total length of the insulator, h the distance of the
ring level from the nearest insulator armature under high
voltage. Based on these relations it can be explained in which
way the measurements and position of the screens influences
the dry flash-over voltage in the case of insulators of various
types. The investigations carried out at the Institute of
Direct Current showed the possibility to check the method
suggested on a wide range of experimental-materials. The in-
vestigations of the long uuspension insulator of the type
VTOT and ']~-8,5 with screens of different size and shape
mounted at a different hight h from the lower string end
showed that their flash-over voltage is determined only by
the distance 1 from the point of suspension to the next screen
point. The calculation of the voltage for the lower insulator
of the string supplied in all cases a value which was smaller
than that of the flash.over voltage of the single insulator.
Conclusion: 1.) The method given offers the possibility of
Card 2/3 calculating the voltage distribution in suspension and support"

A Determinatior. of the Value of I'l-ash-Over Voltajo S OV/1 C.51 - 5 CC - 1,
Across Support and. Suspeasion Insulators
ASSOCIATION:
SUBMITTED:
insulatoi-s whe:-, '-:x-otcc';1.vc screens are used. 2.- The flash
over voltage of suspension umbrellEl-type ins!,,iators is de-
termined by the smallest distance between the screen and the
suspension insulator and can be found accordin& to the curve
for the flash-over voltage between point and Plane- 3.- The
flash-over voltaL~e across, the column of the P-in-type and rod
insulators can be determined accordinp, to the voita,~'e share of
the upper insulator as well as accordin.- to the flash-over
voltagre between the screen and the flan-e of the u por insulatcr.-
U PLI
The latter is determined according to tl,o given curve U'ic a) -
There are fiCures and 3 reforences,921of whic',. aro Soviet.
Nauchno-issledovatells'Kiy institut postoy!,,11nogo toka
(Scientific Research Institute of Direct durrent)
1.71arch 22, 1958
1. Insulators (E.Lectric)--Mathematical analysin 2. Voltage
--Determination
Card 313

~ ---j If 7.-
ZALSSSKIY. A.14.,doktor tekhn.nauk. prof.
Corwiltion of electric Insulation In region@ with polluted air,
Hlektrichostvo no.1002-93 0 158. (MIFA 12:1)
(Mlectrio insulators and 1naulation)

8 (o,) SOV11
AUTHORS: 11 Zaleaskiy, A., L.I., Professor (Lenin,-,rad)
2~ ~Serge
yev, P. V., (Town of Ust'-Kam3nogrorsk)
,
C0110a, V. ,T,;ifrolka, Yn. (CZ001101110vakul)
4 Aronzon, N. Z., Candidate of Technical 'J'ciencer,
TITLE: On a Theoretical Motivation of the frinciple of Minimuri Arc
VolLage (0 teoreticheskom obosnovanii printoipa minimuma na-
pryazheniya dugi)
PERIODICAL: Elektrichestvo, 1958, Nr 11, PP 85-88 (USSR)
ABSTRACT: This is a comment on the article by N. Z. Aronzon, published
in Elektrichestvo, 19c18, Ur 3, pp 56-60. Aronzon attempts
to prove that the assertion which is to the point that the
11minimum principle,, of are vo1tage as advanced by Shteyenbek-
does not represent an exact law, but only an approximatLverule
is erroneous. The solution presented by Aronzon is a sub-
Atnntiation of just the opposite truth. fie showed that the
exact solution by no means validates this principle. This has
moreover been shown by less stringent theoretical derivations
and by many experiments. Aronzon wants to prove the correct-
Card 1/4 ness of this principle under any circumstances. Hence in some

Uv/ 105 - I i
On a Theoretical 11-lotivation of the Principlo of Minlr;onr. hr~;
special cases lie introduces evidently unreal asolimptions ill
order to arrive at a substantiation of the I'minimum principle'?.
These assumptions are subjected to a detailed critical review.
The aummary in to the point that the "minimum principle" is
no regularity corresponding to the basic nature of fact.,3,
but only a rough approximation theory, which in to be dis-
carded. There is no reason to doubt the applicability of the
principle of minimum resistance to the electric arc. in a
general form the principle of least resistance and of maximum
Power dissipation can be formulated as follows: All processes
in nature proceed in the direction of least resistance to the
transformation of energy, or if termed in other words, in- the
direction of maximum energy consumption. The viewpoint adopted
by Aronzon is correct, but lie limits his investigation to the
special case of the energy balance in the arc. His conclusions
do not apply to a power arc. Zalesskiy gives a very inde-
terminate assertion, that the incorrectness of the minir.,ium
principle has beon proved long ago. He nhotild havu gtven an
exact reference to the paper including this stateirrient. Rompe
and Vaytsell suppose that the minimum principle in application
Card 2/4 to a stabilized are nzoves t
-o hold only due to purely acciden-

SOV/105-58-11-21/'20
On a Theoretical Motivation of the Principle of Minimum Arc Voltage
tal circumstances. In fact it could successfully be proved
that this circumstance is not accidental. It follows from the
properties of the differential equation describing the arc
behaviour. The retorts given by Zalesskiy are studied and then
shown to be incorrect. Emphasis is repeatedly placed upon
the fact that no method of an accurate calculation has hither-
to been developed for the calculation of an arc with pre-
ponderating volume cooling and that thus the minimum principle
up till now constitutes the only means of calculating such
arcs. The fact that this principle applies to this case is
substantiated not only in the papers by Kirshteyn and Koppellman,
but also by the well known circumstance that the voltage
gradient across the arc is independent of the current.(This
latter statement is commented in the book by Zalesskiy as
follows: "This result is very interesting and is confirmed
by experimental information.") Sergeyev in his comment does
not touch the minimum principle itself. He raises the question
in what direction the unstable and unsteady arc proceeds to
a stable and steady state operation, and he maintains that
Card 3/4 this always implies a transition to a state with a maximum

SOV/105-58-11-21/2t
On's Theoretical Motivation of the Principle of Hinimum Are Voltage
energy dissipation. This assumption is not true, as, for example,
an are will always try to contract to minimum length, which
corresponds to a minimum of energy dissipation. The remarks
of Cuss, and Tsigelka concerning power arcs are absolutely cor-
rect. There are 2 figures and 2 references#
ASSOCIATION: 4) Energeticheskiy institut imeni Krzhizhanovskogo AN SSSR
(Institute of Power Engineering imeni KrzhizhanovskiyAS USSR)
Card 4/4

8 (2), 24 (3) $/10516 0/000/02/015/024
AUTHORS: Zales H
~ Noiseyev, 1__B~v B007/BOOB
e.
Y
TITLE: investigation of the Heating of Current Conductors in Electric
Apparatus
PERIODICAL: Elektrichestvo, 1960, Nr 2, PP 73 - 77 (USSR)
ABSTRACT: Generators with 200-300 Xw are being built at present and such
with 500-600 Xw are planned. The amperages of such generators,
even with split windings, are 10-14 ka and with unsplit wind-
ings 16-20 ka. Electric apparatus will therefore be needed in
the coming years which are capable of letting pass 11-12 ka.
Some results of the investigation of the heating of current con
ductors in such apparatus are given here. These investigations
were carried out at the LerLingradskiy politekhnicheakiy institut
im. Kalinina (Lo ninarad Polytenhnical Institute imeni Kalinin).
The results 0?-f h-oinvestigation of the heating of current con-
ductors of vario usahapes shown in figure 2 at a current inten-
sity of 6 ka are given. The current density amounted here to
approximately 2 a/mM2 (Pig 4). The investigations showed that
Card 1/3

Investigation of the Heating of Current Conductors B/105/60/000/02/015/024
in Electric Apparatus B007/BO06
the most suitable form of a current conductor for high amperages
is one composed of 2 U-shaped conductors with flanges pointing
to the inside. For this reason such a type was then tested at
12 ka. A current conductor section as shown in figure 5 (box
shape) was selected for technological reasons. Parallel to this
investigation of the heating of current conductors of box-type
section at approximately 12 ka, the heating of the movable con-
tacts of the circuit breaker edges was also investigated. The
fixed contacts and feeder bare were also of the mentioned box-
type shape. The tiiting device is ahown oohomatically in fig-
ure 9. A computation of the temperature of the bar conductor
samples is given. The results of this computation are comparecid
with the test data. It is shown that both agree. The following
is stated in conclusion: At 6-12 ka, the box-shaped profile of
the current conductors with flanges pointing to the inside is
the most suitable one. The box-type profiles with flanges
pointing outward are slightly inferior to this profile. It is
appropriate to carry out the investigation of the heating of
current conductors at 6-12 ka and more in a symmetrical circuit.
Card 2/3 The investigation of the box-type nrofile with a lateral length

Investigation of the Heating of Current Conductors S/105/60/000/02/015/024
in Electric Apparatus BOOVB008
of 405 mm and a wall thickness of 6 mm at a current intensity
of 12 ka showed that this profile is highly resistant to heat-
ing. For such a section the heating of the copper contacts is
lower than usually. The heating can be further reduced con-
siderably by silver-plating the contaote.The nomograph shown
in figure 11 can be used for the predetermination of the
tion of box-type current conductors of the apparatus. There
are 111 figures and 2 reforenoeo, 1 of whioh is Soviot,
SUBMITTED: June 16, 1959
Card 3/3

EESSONOV., L.A.; DGIMKIY, B.I.; DROZDOV, N.G.; DIYACHENKO, N.Kh.;
ZESKULIN, L.A.; ZAYTSEV, I.A.; ZALESSKIY, A.M.; HAMERSKIY,' M.D.;
KOSTENKO, M.P.; LEEMV, A.A.,---VC-MONOSOV, V.Yu.; MITKEVICH, A.V.;
SMIRNOVp V.S.; TOLSTOV, Yu.G.; USOV, S.V.; SHEUMOV, Ye.G.
L.R. Heiman; on his 60th birthday and the 35th anniversary of
his educational work. Elektrichestvo no.6:93-94 Je 162. (MIRA 15.6)
(Neiman, Leonid Roberte'trich., 1902-)

ZALESSM, A.M.., doktor teklrh.nauk; POLTET, A.I., kand.tekhtinauk
Use of electric inmdatIng pass in electrical engineerings
Teet.olektroprom. 33 no.12slO-13 D 162, (MM 15:12)
(Electric Insulators and inmaatica) (Gases)
(KLectric switchgear)
k
I

L 11549-66
ACC NR, AP600~~~~
SOURCE CODE: UR/0105/65/000/001/0090/0090
AUTHOR: Aleksandrov. B. K.: Der;=. B. A.; Drozdcrys N. G.; Dubinskly, L, As;
H, N,4, Kozlov, 14. D.; Lisovskiyj G, S.; Sinelobovo K, S.;
Trebulev, P. V*; Uspenskiyo B. S.; Kheyfitep H. D.; Shvetsov, H. A.
ORG: none
TITLE: Nikolay Nikolayevich Krachkovskiy
SOURCE: Elektrichestvo, no. 1, 19651 90
TOPIC TAGS: electric power engineering, electric engineering personnel
ABSTRACT: : Brief biography or suDjectt a senior scientific associate of
-the institute of Power Engineering AS USSRO on the occasion or his 75th
birthday on 16 Dec 64. He was graduated from the Leningrad Polytechnical
Institute in 1916. Worked for a number of years in the planning, survoy~
ing, construction and.operation of the first HV tranAminsion lines knd
substations. From 1022 to 1096, participated in the planning and construc-
tion of the first Soviet hydroelectric station (Volkov GES im. Lenin) and
110 kv transmission line. In 1927-1932, de igned transmission lines at
8
the GET (State Electrical Engineering Trust) and the Leningrad branch of
Dneproatroy. Chief of electric power and transmission section at Sverd-
lovskv Volgostroy and Leningrad Eaergoproyekt (1932-1936)1 simultaneously
studied 100-cycle current for AS USSR and..Vartii5ipated in planning the
Kuybyshev GES - lto's-c,*o'*w"t*-ran'smissio--n, line*.' Wo.rked at Leningrad .. Gidropr_ciye_'kt' until
1947, and at Moscow Gidrenergoproyek," until 1955. Among the first to Iropose
Card 1/2 ---UDQL- 62 -31
------- - ------------

L 11549-66
ACC NRg AP6005027
converting the Kuybyshev - Moscow line from 400 to 500 kv. An ardent advocate of
d-c for HV and EHV tranmAssion. Authored over 75 scientific and technical articles,
and two inventions. Awarded the Order of the Red Banner of Libor and other
decorations. Orig. art. has: 1 fij CJPR--S-"
gure
SUB CODE: 09 SUBM DATE:. none
Card

U593--'
ACC NRz AP6013000 SOURCE CODE: U1
AUTHOR: Bamdas, A. Me; Bollsham, Ya. Me-, Borchardnov, Go So; Glazunov, A. A.;
Ao Me; Konstantinov, Be A#; Livshits, Do Sol Lychkovsk1y. V. Lo; Hiller,
G. R.; Petrov, I* Is: Plaskov, Ve Io; Samover, M* L,; Syroaqatnikov, I., Ao;
Chilikin. Me Go
,ORG: now
TITIE: Professor,yus, L. Mukoseyev (on the occasion of his 6M birthday)
SOURCE: Elektrichostvo, no. 6, 1965, 91
TOPIC TAGS: scientific personnel, electric power production
ABSTRACT: Professor Yuriy Leonidovich Mukoseyev, 60, chairman of the depart-
ment "Eleiktro-snabzhenlye promyshlennykh predpriyatly I gorodov (Electrical"
Supply of Industrial Enterprises and Cities)" of the Gorlkovskiy politekhni-
cheskly lnbtttut (Gorlkiy Polytechnic InsZitute) began his studies at the
Gorkly (Nizhegorod) University. After several years at the "Krasnoye
Sormovoll plant he Joined In 1935 the Glavelektromontazh system where in 27. 1
years he advanced to the position of chief engineer of the Gorkly section of
the designing Institute Elektroproyekt. In 1951 he published his book
"Voprosy elcUtrosnabzhenlya promyshlennykh predpriyatty (Problems of Electri-:
cal Supply.of Industrial Enterprisen)"; In 1956 at the Moskovskly energetto
Card 4~ UDC: 621*31.1
ill', --s:

~G'n. ~ P i i~_N i, t~ - ------
ACC NRt AP6013000
cheAly Institut (Moscow Power*Instfitute) he defended his thesis "DIstr1--_-_1
bution of Alternating Currents In Current Conductors". He became professor
in-1960, From 1939 he has been continously the vice-president of the Gorkiy
aboard of the Scientific-Engineering Society of Power Engineers (Nm energe-
tIkov)* Recently.9 Yu.jt~MukosVev -J
_parti-cleated in the work of the.Uchebno!
metodkh-askeya -komisillya W~ Oid of the.,-
agogical-Me
, 4 ~ ..PP1Y of
Hinistry of Amament) and of-the SSO (T] USSR for the Electric I-Su
-Indus-t.r-lal Enterpritee afd of.qitieso". Or go art., hast 1 figure. L'J_PR_S7
SUB CCDEt 10 SM DATE: none
Card 2/2_Z4r-_,)

ACC NIt, AP6012968 SOURCE CODE: UR/ol43A5/000/007/0130/01,21
AUTHOR: Smirnov, V. S.; Kostenko, M. P.; Neyman, L. R.; Kostenko, M. V.;
M~p Usov, S. V.; Ayzenberg, B. L.; Dubinskiy, L. A.;
Domanskiy, B. I.; Zalesskiy
A&,
Aleksandrov, G. N.~,~i o~~, L-N.; Gruzdevo 1. A.; Levinshteyn, M. L.;
Mikirtichev, A. A.; Mikhaylova, V. I.; Ruzin, Ya. L.; Stefanovo K. S.;
Khoberg, V. A.; Shcherbachev, 0. V.
ORG: none
TITLE: Honoring the 80th birthday of Mikhail Davidovich Kamenskiy
SOURCE: Izvestiya vysshikh uchebnykh zavedeniy. Energetika, no. 7, 1965, 130-131
TOPIC TAGS: electric power engineering, electric engineering personnel,
hydroelectric power plant, thermoelectric power plant
ABSTRACT: On 19 April 1963 Prof. Dr. Teohn. Sol* Mikhail David-
o*lch Kamenakly celebrated his 80th birthday and the 55th anni-
versary of his active work as a power expert, Mikhail Davidovloh
Is a 1909 graduate of the Peteraburg Polytechnic Institute - since
his graduation he has been associated with this lnstitue,, now
renamed Leningrad Polytechnic Institute, an an Instructor. He is'
a major scientist and specialist In electric power grids wA sys-
tems. He has been a major contributor to the establishment of
the Leningrad Power Grid. and various large thermal and hydro-

L 22149
__ --- A�--- -
ACC NR, AP6012968
electric power stations and an active participant In the design
and construction of h1gh-'and low-voltage power systems In many
cities of the Soviet Union. During the Siege of Leningrad In
World War II he was a member of the Miniolgal Party Defense Com-
mIttee. Sinoe the war Mikhail Davidovich as been head.of the.
Chair of Electric Power Grids and Systems at the Leningrad Poly-
technic Institute and has been working on the methods of calcu_
.1ating the economic regimes of power system operation and on the
Troblems of the present-day development of urban power systems.
M.D. Kamenskiy has published more than 80 works, including both
,original studies as well as textbooks that are popular In the
Soviet Union and abroad. He Is tho.ohairman 6f the Section on
Power Systems and Grids under the Leningrad Division of thu Sol-.
entiflo and Nahnioal DIvislon of the Power Industry and organlzer~
of and participant In may solentiflo-tsohnloal oonferenoes and
meetings* Ole merits as an educator of a now sahool of Soviet
power engineers are.equally large. Orig. art. has: 1-figures EJMI
SUB CODE: 10 / SM DATEs n'aw
I Cmd 2/20CU

L 2:; 4 2 9 - iT ( d E. 1 Pk E -1 P
ACC M., A F6
-6 .jP0*B-6-'!
SOURCE CODE: UR/0105/65/000/01-1/0'0
ATUTH61"t: 'Vol I It. I Dom3nald yt B. Dra~yiikoy, Za1esskiy0,-A--j4-,; j
K, A. 11
Kantar,,*V-.-V'.; ashkarov
G, Yo,i, Kizovetter,
__Pj. 0, o tqpko M. V. ; N H.; av ov, G. 440
'o ij~
1 _~s
__L_ G,
'~o -jq--
Ravdonik, V. S.; 9di 1*-n-,'- Yi,-t Si-d-o y.. Shi k
ORG: none
TITLE: Professor Sergey Vasilly9vich.Uso , on his 60th birthday r1
SOURCE: Elektrichestvo, no. 11, 1965p 86
TOPIC TAGS: acadenic personnel, electric engineering personnel, electric power plant
ABSTRACT: The noted SoViet power specialist Pro'fessor S. V. USOV,
who was 60 years old last; September,* graduated from the LenIngradskI3
elektrotekhnicheskiy Institut (Leningrad Electrotechnical Institiz-te),
In 1930 and then, for the next twenty years, WorRed for the
Lenenergo power system of which he became chief engineer In 1939.
During the blockade of Leningrad he was head of the group which
In 45 days managed to connect the beleaguered city with the
Volkhovskaya hydroelectric station across the frozen Ladoga lake.
He also carried out the adaptation of the boilers of the Leningrad
thermal power plant to consume the locally available fuel. In 1949
he became professor and head of the D-,partment of'Electrie'Stations
621-31-1..,1..

_-L 22429-66
ACC NRi AP6013617
of the Lon1ngrndt,,1c1y politekhnio-her0cly Inntitnt (Loningrnd 'oly-
lia., his friAtful
pedagogical endeavors, he published 50 sclertifle Papers. From
1955 to 1958 fie was a deputy director for soleiitlfio work. n
1964 he was elected Dean of the Electromechanical Faculty.of the"':
Institute. He joined the P.,trty In 1942; from 1943 to 1955 was
deputy president of the central board of the NTOEP fN-auchno-
.tekhnicheskoye obshchestvo energeticheskoy promyshlennosti;
Scientific Engineering Society of Power Industrieg, president of
the section of power systems of NTOEP, and member of numerous
selentific-engineering councils. For many years he was.a member,
of the editorial board of the journal Elektricheskiye stantsil
(Electric Stations). For his contributions In the 1e of power
engineering S. V. USOV was awarded the Order of.-Lenin ',I Order of
..Red Banner of Labor, 0374er of-Red Star, Badge of Distinction, and
..the medalst "For the Defense of Leningrad" and "For Distinguished
Service During the Patriotic War." Orig. art. has: 1 figure. [JPRS
SUB CODE: 10 SUBM DATE: none,
2/2
C
ar

ZALESSKIX,.Aleksandr Mikhaylovich, prof.
[Electrical apparatus; summary, of a special course) Eleetri-
cheskie apparaty; konspekt spetsiallnogo kursa. Leningrad,
Leningr. politekhn. in-t. Pts.1-2. 1964. z v.
(MIRA 18:4)

BORISENKO, N.I.; BUTIT-VIGH, G.V.; VOROVETSKIY, B.B.; VASILIYEV, D.V.;
DROZDOV, N.G.; DUBDISKY, L.A.; ZALESS- I A ;J2, ; KASATM.- , A.S.;
KOSTEENY109 I-I.P.; 02',ET-5017, IMLEBAK-N, V.S.;
L.G.; II-EVNIKOV, N.A.; NEYMAIN, L.P.; PETFDV,, I.!.; F-4BRiOV7cffjp S.I.;
SAMOOVALOV, V.A.; SOLODOVITIKOV, V.V.; STEKLOV, V.Yu.; S)ROIffATNIKOV,
I.A.; FEDOSEYEVI A.14.; CHILIKIN, M.G.; SHATALOV, A,S.; KIEKIMIT, L.A.
Petr Ivanovich Voevodin'. 1884- ; on his 80th birthdpv. Elektrichestvo
no.9t92 S 164. (1-1111A 17:10)

AY7,P,NBF,,'LG, B.L.; ATFKSANDROV, O.N.; GRIBOV, A.N.; GRUZDF.V, I.A.; DOMANSKIY, B.I.;
DUBINSKIY, L.A.)- ZALESSKIY, A.M.; XOSTENKO, M.P.; KOSTENKO, M.V,;
IEVINSHnYN, M.L.- MIFIRTICIM! -A.A.; MIKHAYLOVA, V.I.; INEY-MLN, L,R,;
1 .9
RUZIN, Ya.L.; SMIRHOV, V.S.; STEFAKOV, K.S.; USOV, S.V.; KHOB--RG, V.A.;
SHCHERBACHEV., O.V.
Professor M.D.Kamenskiif on his 80th birthday. Elek-trichestvo no.7g
92-93 11 165. (MIRA 180)

AYZEINBERGI I.S.; ARONOVICH, I.S.; AFAIIASIYEV, V.V.; BRON, O.B.; BUTKEVICH, G.V.;
GOLUBEVAI V.P.; Gn-VICH, V.V.; KL~r4Y, A..M.; Z-AXPAUROV, S.N.;
KAPLAN, V.V.; KOCHENOVA, A.I.; KUKEKOV, G.A.; 1;-,SO'-I, V.Ye.; !-'EDVED-
SKIY, I.K.; MESSEFIWp G,T.; PETROVAs T.G.j FILIPPOV, Yu.A*;
KHOLYAVSKIY, G.B.; SIERAUD, M.Yee; SHKLYAR, B.N.
L.K. Greiner. Elektrote'Achnika 35 no.2:p.3 of cover F 164.
(14IRA 17:3)

KOSTENKO, M.P.; NEIENTIYEV, L.A.; KtlL,17SKIY) I.D.,- ZAlaS.KIY, A.M.; DRILI,
R.Ya.; GCESEKOV, A.S.; SAVASH-IISKAYA., V.I.; D(TIGALI, S.A.; !',CVP.L---V,
N.N.; BOUPTOV.- V.V.; lzcfv, S.V.; GEl=IMCjV, V.F.; SIV,,lKC-,V, Ye.R.;
AVRUYdi, A.Ya.; STARIKOV, V.G.; MIKIIALE-VICH, A.I.
I.V. Gofman; obituary. Elek. sta. 34 no.6:95 Je 163. (mim 16:9)
(Gofman, Igor' Valentinoviell, 1903-1963)

~ALW5XJY, Aleksondr Hikhaylovioh;- BRON, O.B., pror., retuenzent;
KUKKKOV G.A., re .; ZHITNIKOVA, O.S., tekhn. red.
)
(Electric are In switching] Elektricheskaia duga otkliucheniia.
Mookva, Gosenergoizdat, 1963. 265 P. (MIRA 16:7)
(Electric are) (Electric switchgoar)

KOSTENKO M.V.; NEMAN, L.R.; MELENTIUN, L.A.; KAMENSKIY, 2-1-D- ; BOLOTOV,
V.V.; ZALESSKIY A.M..; USOV, S.V.; SHCHEDRIN, II.N.; GEWDIN, V.N.;
DUBi!ISF,ff,-T-.T.-
B.L.Aizenberg; on his 60th birthday. Elektrichestvo no-11:94
N 162. (MA 15:11)
(Aizenberg, Boris Llvovich, 1902-)

SHIMOV, V.S.; KAI-EIISKIY, M.D.; FODFORKIN, V.G.; DUKELISKIY, A.I.;
-.Kq~TEIIKO, M.V.; F-UsIrDOVD-, V.S.;
ITEMIAIT7 L.R P-ILZ'
SECMRBAC =-,-G,.V. ; LOPATIN, 1.4 . ; Makl"CIMFOVA, 1-1-1. ; FIFITU'RETOV,
T
S.N.; OMW, K.P.; SlIELOBOV K.S.; BOSIUIYI VIICH, A.D.;
B'URGSDORF, V.V.; NOVGORODTSEV, B.P.; GOKFB:,-IRG, M.M.; ST-17ANOV, K.S.
Nikolai Pavlovich Vinogradav; obituary. Elektricheativo no.lC:
91-92 0 161. (MIRA 14:10)
(Vinogradov., I-likolai Pavlovich, 1886-1961)

XUHIZRANOVMT, G.W.; SHAZZM. N.A.; VINT3R, A.T.: KOSTINKO. M.P.: POPKOV,
V.I.; NXTK&U, LR.; BOLOTOT, T.V,; KUWSKIT, K.D.; 7AT-11 SKIT, A.M.;
Usov. S. T.
A.A. Norozov; obituary. Alaktrlchestvo no.l2t88-89 1) 156.
(Korozov, Alskeandr Alskmandrovich, d. 1956) (KIRit ITO)

BJWV, IT.H.; BOL'SHAM, Ya.Me; GOIWRYEV, A.N.; GRAGHAV, V.A.; YERMILOV, A.A.;
7AT SKIY, A.M.; KIZBVZTTIR. Ta.H.; KNORRING, G.M.; KOKSTANTINOV,
B.A;~,= -~. 'NV.; WIT, G.O.; KIT-1-10, G.P.; ROMT. M.P.;
MNTMU, A.A.; SIRBIROVSKIT. G.T,; SOKOWV. B.A.; STASIWTM. A.B.1
TAYTS. A.A.; KERAKUSHIN. A.M.
Mikhail Ironstantinovich Kharchev-, obituary. Belov and others. Prom.
energ. 12 no.1203 D"57. (MMA lOtl2)
(Kharchav, Mikhail Xonstantinovich, 1896-1957)

AUTHOR: Zalesskiy, A.M., Professor, SOV/105-58-10-23/28
:-,-o-F~Eor & ~iecnn~icn scienes
TITLE: Insulation in Areas With a Contuminated Atmosphere
(Izolyatsiya v rayonakh s zagryaznennoy utmosferoy)
PERIODICAL: Elektrichestvo, 1958, Nr 10, pp 92-93 (USjR)
ABSTRACT: This is a survey of papers in German and &iglish language
published in the following periodicals (Refs I - 5):
1. H. Gldyer, T. Vogelsang, ETZ, 1957, Nr 7, p 252
2. G. Reverey, Deutsche El., 1958, Nr 2, P 38
3. B. Koske, Deutsche El., 1958, lir 3, P 78
4. H. von rron, -Z-ITZ, i957, lir 23, p 866
5. H. von Kron, CIGRE, 1956, Nr 203
There are 1 table and 5 references.
Card 1/1

ALEKS-477DPOV, R.K.; VITUIAN,
A.i'-I.;
K.S.;
~'JIVETSOV, M.A.
B.A.; MIOZDOV, N.G.; DU13I',.'SKIY, L.A.;
KA!-T:'ISKIY KOZLOV, YI.D.; LISOVSKILY, G.S.;
P.V.; USHENSKIIY, B.S.;
Ilikolai flikolaevi-h Y-rachkovskii, 1889- ; on his 75th birthday.
E-lel-trichestvo no.1:90 Ja 165. (MIRA 18:7)

SMIRNOVY V.S.; K03TENKO, M.P.; NEYMAN, L.R.; K03"TENKO, M.V.; DOMANSKIY~
B.I.; KALESSKU,,,~.J!.; USOV, P.V.; AYZENBERG, B.L.; DUBINSKIVY,
L.A.; ALEKSANDROV, G.H.; GRIJBOVI A.H.; GRUZDEV, I.A.; LEVINSFTEYN,
M.L.; MIKIRTICHEV, P.A.; KIKHAYLOVA, V.I.; RUZAIN, Ya.L.; STEFANOV,
K.S.; KHOBERG, V.A.; SHCHERBACREV, O.V.
M.D. Kamenskii; on hi.s.80th birthday. Izv. vys. ucheb. zav.;
energ. 8 no.7:130-131 Jl 165. (MIRA 18:9)

MEDVO.P-.VF S.F.? lnzhoj KOqTFNKO, Mg, prr G.N., kand.Lakhn,
.1%; ATAKSANDROVO
Pauk.9 doti3entj NUCHIIISKff, G.S.. kand.tekhri.,nauk, dctaentj,~~,FSSKIYP
~.,M,, prcf*
Scae critical remarks on M.G.EsikovIo article ODistribution of the
Intensity of an electric field in a cylindrical condenser.*
&Iektrinhastvo no.10t89-92 0 165. (MIRA 18a10)
1. Chlan-korrespondent JAN SISSR (for Kostenko)e

Alakmandr M1kh--"oyichq d9ktor tekhn. naukl, prof.1 BACHURINg
likolay Ivenovich; AROBOVICH't, I.S.9'inzh., retsaaamt; WMMV
L."Lo inzh., retsenzent; GREYSUKHv M.A., inzh.p rateenzent; KOCRE-
NOVAp A.I.v inzh.p retsenzent; MESSEWAN, G.T., 1-1h., retsenzenti
OOLYAVSKIlp G.B. I inzh. f retsenzent; SHKLYARy B.N. y inzh. p retmazent;
AFAIFASITWi V.-V.-#-,r6d*', $OBOIZVAt TbJ(.,, tekhn. red.
[Insulation of high-voltage apparatus] Izoliatsiia apparatov Vysoko o
napriazheniia. Moskva, Goo energ. iad.,41rop 1961. 258 P. (MIU 14:9~
1. Zavod *314~~roapparatP (for Aronovich, Greyner, Greysukh, Kochenova,
Messerma 11 Kho3,vavskiy, Shklyar).
(Ilectrid insulators and insulation)

ZALIVSKIT, A.. agronom: DMATISILISYr. To.. skonomist
Wficient method for the mechanized cultivation of sugar
bents. HaukR i pered.op.v selikhos. 9 no.9:9-11 8 159.
(MIRk 130)
1. Opornyy punkt Veesoyusnogo nauchno-Issledovatel'skogo
instituta akonomiki sellskogo khotyaystva pri Kotovskoy
remontno-tekhnAchaskay stantsil.
.(sugar bents)

ZALESSIIY, A. (g.Ryllsk, Xuraksym oblast')
Operation of Czechoslovak diesel engines at the Rjrl'sk electric
power plant. Zhil.-kom. khos. 8 no.12:21-22 '58. (KRA 13:1)
I.Direktor Rrllskoy elaktrostantall.
(Ryllsk--Mesel electric power plants)

ZALESSKIY, A.V.
LM R /6 -_'_____Ja_7AuSi
eophysics - Xv~patic Petrography
"Concerning the Ideas of P. I. Lebedev in the Field
of Magmatic Petrography," B. V. Zalesskiy, A. P.
Lebadev
"1z Ak Nauk SSSR, Ser Geol" Nio 4, PP 127-1*229
Authors discuss briefly the main theoretical views
of P. I. Lebedev in the fld of petrogenesis. They
show how widely and diversely Lebedev has conducted
his investigations into many very important prob-
lems of theoretical petrography using as his ex-
ample the most diverse petrographic and mineral.-
petrographic assocna of many different rayons In
the LSM. V-1
LC 188M-31

Iv"
I' Vid i

240)
Authors Ikol. C.P.. -6.4Ld.t. of Phy.1~41- zcy/55-53-2-34/35
me'the-tic.1 zclo.c..
TMILS rv
Gf ftPmr* 1W.A i:oscov,
j
:
..Leaf I La. =- Unka C. C' m ~L PIWO.8 " "'.c- t c
I
jy
"tertal. (Otior daklalov uchonyka --u*,co %nLverat
m .....yuivas ~*~.It4h.Mt 94 ftaLk. -,ni-mykh -t-rto
Pnzomcn. T.VtAli No.k-A.vkoTO ^tmtLk4, wknaniki,
rIatkl, 11r 2.;p '.7-250
AXTRACTo Pro a .5#cosber 6 - 11,1951 thero took V!sco th* fa,.f kit ".nion
Car4rross an kb7s1c. of magnotlo matertalm In Lon'tEral. (7h*
first too "otlUv took pla" 1546 on4 1951 to :vor-Ilovok,
Ito Ibird *-tinr 1956 In lfcf4o.). The corero&4 e&. ors~njsvd
by a Acadox7 of -clences of the V:52, Dv;ar---cn- Cf rhy.ttal-
Jktb."tic 3clntlfic Council on Nn_ft_ftt.I
8

: for 'S.alccr.4.ctar. of the
roli am "I In
P
1
U4L4.OW .1 VSSR mrA C.-JIte. for W.Cn.tlar. -r..rm
~ re "m 12~am 300 rearticip&%or., 59 lectures vere clan,
&-.4 ites III. rolio.Lng j.ctn% or It.. of
the I
I. r 1L.T. T.I.snLn. To.?. Kurlt-fna. Lett--r *~, the
ity z' 3I&O~tiz k*vor.al. of tr.* Forro~aq;netlc&~.
Tel
2. r rosoor I.T. :*145nin, *.'*.I. x4LrhaxIm. Avsstans
g
.0: N.Cetlt rl.ze.ity of
3. pyor~ssnr lt,r. 'roloon-~ q
S. 51,~tk2v. A.pir-AT
;
osrt*ct or rm'ptic Vl..~. tY On Um ?mqu#wY Cbkm,1twrIsCIdi
of worr&te.".
4. 2.T. bearlyar. 1.*cturer "Ver14-ion. of Structure -1 Anti.
ferrZZ.&i.tLe Prop.rti.. of #1 3re. ,
X.A. 00),pwakty. Lecturer. S.Ya. 3rcdakey., unlor 3cioattfi,
Assist"t macrotic Pro;ertles of 1n7**tro;'c ftonvo*,
C.P. :Ivakov. Iecturor "Kaj%st3.trIctI'on Pripertle. of
Ume"
lorokLy. L.7. !~.bole.. A..-.tant
7. Prof poor T .:. fqj~,.
1*1.:Irto
S. =..ior Sci.stifi. Par.an.,.
Aspirant -XsC--otlc Pro;ortlas and Ztr~-twrm 4.1 N&AC%ftese -
J.ro. -
9. N.A. Z'..ior Zc 11 Assistant, t.y. 3.10,
'!IIq
:
.
Froj.rtl.. ~f.Y.rrII
3.4.
T..ct.r.r of 3. r. 0, Y4 r.2 3.
11. X-A :aWks. -j U.I. F-.-, of
F.r;I9.. In It.
12. F-f
'..t.rer. ..-.1 INA.
1.-%
nj

14. T.A. A

$.of It.
x at %.a

'Przf ... z, ',.A. 7-,.
1y tr ...... 7.7.

at.!

OV/120-5~3-4-15/30
AUTHOR:
TITLEE: Using a ' Demountable Strain Gauge: ihi Meias~irihg
Mag,netostrictiDn and Thermal Expansion (Primer-eniye
vynosno-o tenzodatchika dlya izmereniya magnitostri-ftsii i
teplovo-o rass-hireniya)
M31KODICAL. Pribory i 1;oklinika r,11~31-,oriwezita, 19-513, Nr L~, )1 '1- 5
(USSR)
ABSTRACT: In recent years niagnetostrictive effects have been meas-
ca
ured using thin wire strain gauges (Ref 1). One of the
I C.) ej
main disadvanta~o
,en, Df this method is that such strain gauges
cannot be used in a %,jido tonq)orabare intorval. At the
Present time, strain -au:~-es glued '. to specimens cannot be
r Q CI
used -above 2000C. Thils is due to the fact that when the
temperature changes, the properties of the adhesive and the
Cj
support chan--e and this affects the 1:1 correspondence
C) -
between the deformation of the s-oecimen and of the strain
gauge. A further develooment of 'the thin wire strain -au-es
C? 0 - 0 0
in application to measurements of inagnetostriction, is the
so-called demountable thin wire stra- n gaun*e (Refs 2, 3 and
In this method the thin wire strain -au-c is connected
Q ~~
to the slecia~lcn -L-irou-ii a ~4ieclianical link, C.".. , an inter-
Card 1/3 mediate rod. This eliminates the effect*of heating on the

3OV./120-58-4-15/30
Usizig a. Demomutable Strain Gauge in Measuring
F;agaetostriation and Therms.1 Fbqxinsion
clau'lle. zxpariment has Wwtt Uhio mothod may be used
0 U
t;o ititia3ilro not only ,~ia-aetostrictivc effects but also therlial
ex-Eim-ision in a vride tomrarature interval. Thio method is
vory ,.3~2nsitivc in measLtremtln of - 1.)
t _6clative ch-n-es of loriGLh
a-rid the sensit-ivity may roach 10 In t1lic present paj)cr a
dctailaJ description is c-Avon of the experiific;ntal procedure
employed with dOMOWI%ablo strain gau,,,2:0-s. The. autho.0 Itas
aLtei-iq-Aed. to 13:r~eGerve -the simplicity of design' ~-)f t1le.
sause described in Refs (2) and (3) and at the same time
cil C-)
coxrect some oi- the defects which are as follows:
l) stron- sensitivity to external effects such as vibrations
in the air, teikupe rat Lire chanres, shocks, otc.. 2) instalbility
of the brid~,-e circuit in t-4--(, biro. the necessity for prolonged
"heatins" of the brid,-,,~, high sensitivity to chan en i il
c. arren t floxvin- throu-n the brid-,e, 3) insufficient sensiU,i-
vity for meapuring small. ria~~-ietos'U-ric Live effe(-.t~7 (,)--L' the
order of 10-0). A cut-away, M-am SDctlaa drati3g of the endre a5.mmb1y
is shozin in FiS 1 and a--eneral drawi-n- is shown in FIJ_.,S-- 2. A
sriecial fcature of the tensometric head is that all the fou:r
Card 2/3arms of the Wheatstone brid,.)-e are of constantan wire (15 to

Using a Demountable Strain Gauge in MeaBUrlng MaAnetostriction
!And Thermal Expansion I
30 11 in diameter). Two of these are in oppocite 4rins itnd
are mechanically coniia-ct;o: Llio j!jj,.tj ttij L,j
d ~ e, u 3 e 0
two aro j-1-1 Wto 1.,w1t(_,Jj.aLo iici3-1ibourhood of Ulic for!-~,icr
and ura f !: