SCIENTIFIC ABSTRACT ZHEZHERENKO. L. - ZHGENTI, T.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064720016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Towe~r qenerators f or (cont.) 528
COVERAGE: The booklet*pres'ents the fundamentals of the design
-.0f-inductor type stepped-up*frequency power generators which
are-currently used-in,installations for the induc 'tive heating
of metals, The basic operating characteristics of these genera-
,torsIas well a's the methods used for co-ordinating them with
the loads~are reviewed~--ICfidications and recommendations are
given,for the installation and operation of stepped-up frequency
generators in industry,- The booklet is based on the materials and
experimental.data oftht Nauchno-issledovatellskiy institut tokov
vysokoy chasto Ity imeni ptofessora V. P. Vologdina (Scientific
Research Institxite of High-Frequency Currents im. V. P. Vologdin)
and the Laboratoriya~vysokochastotnoy elektrotermii Akademii
nauk SSSR (Iaboratory of High-frequency Electrothermy of the
Academy of Sciences,USSR). Professor V. P. Vologdin is mentioned
for his achievements in designing and implementing inductor type
stepped-up and h-f generators. There are no references.
Card 2/4

Power Qenerators for (cont.) . 1 528
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___!c;h VITSYN, Mikhail Aleksandrovich, kandidat
-telchnIcheak1kh nauk; A.AOO ekhnichaskikh nauk, re-
kandidat t
daktor; SLUKHOTSKIT, A*To*, kandidat takhnichemkikh nauk, radaktorl
GLUKUNOV, N.P., kauWat takhnichaskikh nauk, redaktor; IUMUHXkA*T*,
Inshaner, rodaktor; SIHONOVMf, 1A., radaktor isdatelletys;-DOWSKOT,
A.V.,. professor, aoktor tekhnicheskikh nauk, retmenzent; SYCHXVA,O.Vo*
takhnicheakiy rodaktoro
[Power gererators.for hIgh-frequency heating] Mshiniyme geldpratory
dlia vysokochastotnogo nagrevat IzA.2-os. ispr. i dop. Po& red. A.A.
Yogelia, ~.Moekva, Goe.n&uchno-tekhn,izd-v* mashinoutroltalit-i7#
1957. 49 p. (Bibliotachka v"kokochastotniks-termistfo A0.6)
(HLRA 10:6)
tInductionheating) Plectric generators)

PA 3111
7AUTHOR: ZIMIZIMIRIN, RjP.~L-XRUPY-3HEVj G.11.p MARTYNOVj A.M. (Leningrad)
TITLE: -1-Ta-rametric Gonerator.:
(Parametricheskiy generator. Russian).
PERIODICAL:' Blektrichestvo. 1957,Nr 5, pp.69 71
Reoeived,.*6 1957 Reviewed: 7 1957
ABSTRAM 3PG gen erator finds its practical application as a
The parametric
, ,
power supply~sourae fo'r radio technical and other installations with
an.,output from sayeral-dozon.to. several hundred watts. It-is an
A.G. machine whose ferromagnetio rotor exhibits its own cogged form.
and which has no,,windings. 'The 3PG generator forms its own group of
machines. The-selfregulation of the generator is investigated and
then the,working.charaoteristioa. The greatest interest for the
practical application of the 3PG is its use as a aingle phase current
source with raised frequency in connection with an effective load.
I
nt is that
The peculiarity of the 3PG with a given torrional mome
by reducing the effePtivejoad P 2 hardly changes its speed at all.
The output,consumed-by the generatorp honeverf appears in itself as
loss. The 3PG.is YerY simple In its construction which guarantees
its dependability in action. It is practical to use the generator
under a work laod an a current source of leas output (10 - 200 W)
with a raised frequency of 400 to 2000 Cycles. A Yaluable attribute
'
'
.,Card 1/2 c..
in conne
of this generator in the possibility of Its application

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S/196/62/009/020/011/021
E294/E153
'AUTHORI, Zhez.herin, R.,P#'
TITLE s :7fndtiECo-r generat
PERIODICALs Referativnyy.zhurnall Elektrotekhnika i energatikas
no. 2o, 1962, 14, abstract 20 1 87 K. (M*-Lvl
Gosenergoizdat, 1961, 319 Pagest-ill-i 97 k)..
~TEXTs state
The book considers the theory of steady-
'~operation of inductor generators, their operating characteristicag
~'and analysis~of their operaiion under:opecial conditions, includingi
..parallel running* The book describes the,construction of various
1.types~of generators it givesdata for the design, manufacture and
.,;.;operation of inductor machines. The b9ok; intended for engineering!
!,.,:and technical staff of electrical engineering'worka and
-i~organizations-that~ume.-induoter generators, can also-be iiseful in
college courses.on the industrial,application of high-fidquency-_
en
erators.
g
0 c"tor's notes -Complete translatio
stra n
.!.:Card 1/1

SoV/llo-59-2-2/21
AUTHORS: Zhezharing R - P--r .-Pindidate of Technical Sciences, and
IGTpyshov,. G,.N,,.,.-ngineer
TITLE:, .A Machine'Type High_-Frqquency~Qenerator with Excitation
01touits (Elektromashinnyy generator vysokoy chastoty s
volzbuzhdayushchimi.konturami)
PERIODICAL: Vestnik Elektroprqmyshlennosti, 1959,Nr 2,pp 4-8 (USSR)
JVZTRACT: Valve type-generators for frequencies of 10 - 30 kels and
~above are very. bttlky and are- difficult to operate 'on
variable loads There is accordingly great need of
machine type g;n9rators for such frequencies. :The authors
have found a,new way,of increasing the frequency
developed.by.a.machiAe without altering the number of
poles an the r6for. With the new generator it is possible
-to obtain-fre#ency tw1o# as high as from machines of the
normal inductor t ribes the
ype. This article dese
construction and opetating principles of the generator
and gives experimental test data. The alm of the tests
was not:to obtain the highest possible frequency but only
to,,verify the principle of the7machine. The machine is
Card 115 illus trated schematically in Fig 1-1 it has a toothed
rotor-like that.of.reactive or inductor machines. On the

SOV/110-59-2-2/21
:.~'.-'_'-A_Madhine Type High-Frequ6ney.Qenerator with Excitation Circuits
..~stator there are tooth which form ridges displaced from
one another by an angle of X/2. So far the generator
construction is~similar to that of a two-phase inductor
machine, Three types of-winding are located in the
stator slots between the ridges, a control winding.with
direct current, a two-phase a.c. excitation winding with
frequency f2 aiad a single phase generated current winding
of frequency.fl+,., It is explained that f - 2f29 To
space thd.control and excitation windi;g can be
combined, and this is the circuit illustrated in Fig 2.
The operating principles~of the generator are as follows:
The d.c. in the.control winding.sets up a magnetio,field
between the stator and rotor, the distribution of which
depends on the position of t~e rotor teeth, As:the rotor
turns there is periodic redistribution of this flux
between the stator tooth and so e.m.f.'s are induced in
the windings just as in a two-phase inductor machine.
The,connections'to each phase are brought out separately,
4ach phase is connected to a capacitor and, therefore,
Card'2/5 CaPacitative currents of frequency f2 flow in the
excitation coils,. The magnetic reaction field set up by

SOV/110-59-2-2/21
A Machine Type High-Frequency.aenerator with Bkoitation Circuits
the capacitative currents is the excitation field for
e m,f.'s of frequency fL-that are set up in each of the
s;~tor coils. The excitation windings are so connected
that the sum of the f4 frequency currents in them is
zero, but in the working windings the e.m.f.'s of
frequency f4 are added together and those of frequency f2
subtracted 'The load -is supplied at a frequency f4 and
is conne.at;d to the generator'terminals,through a series
capacitor ds in Fig 2c or through a parallel capacitor
as in Fig 2b. Tests weremade on an experimental
machine, the main dimensions of which are given. . The
profiles of the stator and rotor stampings are shown in
Fig 3.. Design,detalls of thb windings are given. The
way in which,the no-load characteristic is affected by the
value of.the capacitance in the excitation circuit is
demonstrated graphically in.Fig 1+. The shape of these
curves is discussed. Short circuit curves with various
values of capacitance in the excitation circuit are given
-Card 3/ In Fig-5. .'The~relationship between the operating~voltage.
and the control current is given In Fig 67 with one value.
of capacitance,and several values of active load, If

SOV/110-59-,2-2/21
-A Machine,Type.High-Frequency,,Generator with Exe.itation.Circuits
the load is,too'heavy -particularly if it is Induotivet
..the machine may fai- to' excite. The behaviour:ofthe
generator on purelycapacitative loads is explained with!
reference,to* Fig 7. : Figs 8 and 9 show regulation'
characteristics for-two different values of capacitance
when the.load beyond the series capacitor is pure resis-
tance. The effect of voltage on the regulation character-
istics is Illustrated by the graphs-of Fig 10o The
external,characteristies of the generator are shownin
Fig 11 for three types of load, and in Fig 12 for active
load in the circuit with series capacitor and without it
for two.values of-control current& The generator has
good amplifying-prop6rties combined with low time...
constants of all the circuits. The oscillogram given in
Fig,13 shows the speed at which'the output voltage of the
CaIr d1+15 generator. falls when the control winding is short
circuited. The reactive output of the phase capacitors
u4

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BOYI89-6-3-9129
-AUTHOR: Zhezherunq I. F..
'TITLE: Exp erimental Checking of the Theory of Neutron Diffusion
in a Medium With Cavities (Ekaperimentalinaya, proverka toorii
diffuzii neytronov v arede a pustotami)
.PERIODICAL: Atomnaya energiya, 1959P Vol 61 Ur 3, PP 311 314 (USSR)
"ABSTRACT, For tho computation of nuclear reactors it in cometimes neces-
gary.to know1he influence exerted by cmvitios on neutron
diffusion. Theoretically this problem was. solved by V. S. Fur-
sov and S. L. Sobolev for the,oaue that if these cavities
are represented in the moderator by parallel cylindrical
channels the, radii'of-which are smaller than the scattering
length of thenautrons in the moderator and the arose sections
of which are considerably smaller than the total cross section
of the moderator.'In'this case the presence of the channels
has.almost no effect at all on the neutron field but neutron
diffusion in the parallel and vertical direction to the
channels will bo:'a modified. The theoretically derived for-
mulae are expe Irimentally checked. For this purpoee a ~10dte prism
Card 1/3 of a diameter of 60 60 cm2 and of a height of 125 am
Boom

Experimental Cheaking-'oft-heTheory of Neutron Diffusion SOV169-6-3-9199
in a Medium With Cavities
is.fitted'to the upper reflector of the reactor.described
in refersoe 2. There are.2 parallel channels In this graMto
b3o&jn ths~ohannel precisely in themiddle of the prism 2
indicators,consisting of gold-foils (thickness 0.1 mm.)
are Introduded'at a,distance of 65 cm from the basal surface
Jn alplane which is vertical to the axis of the channel. The
gold foils are~separated by a 0.6 = thick cadmium foil. The
lateral surfaces and the upper surface of the prism are
oovered by I mm thick cadmium foils. If the reactor is in
operation the thermal neutrons diffuse from the graphite
reflector of the r6actor into the graphite prism -the basal
'plans of which represents a plane neutron source. Since the
lower gold indicator-can be activated only by thormal neutrons
coming from-. balow'and the upper indicator only by neutrons
coming f om above,~the difference of activity of the indicators
per I cmi is proportional to the neutron flux. If,the same
experiments are repeated in a way that the channels are
filled,with graphite bars, those figures are obtained which
-hold for a medium without cavities. The activation periods
Card 2/3 and the intensity of the neutron source was the same in both
III i1f I UPI ` il 1! iI'!
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V;

----- - - ---
Zxperimental Checking of the Theory of Neutron Diffusion SOV189-6-3-9129
in a Medium With Cavitios
~test series.and was continuously checked. The found ratios
Are listed ins, table. The following conclusion can be drawn
from the experimento:'The experimental checking of the neutron
diffusion in a graphite medium with parallel cylindrical
channels with a radius
R
R 0.88) the oentera of the channel coincide with the
corners of a quadratic lattice with a spacing
2'
a( IR 2 3.81.10-2) shows that the theoretically derived
formulae describing the effective diffusion coefficients and
the diffusion lengths in a homogeneous an well as in a medium
with cavitiesp are correct# Vo S,.Puraov showed constant
interestin the~present paper. There are ifigurep I table,
and 3.reforen'ceag 1 of which is Soviet.

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ZIIEZHERUII, IoF4; SADIKGV~ I.P*; CHERIIYSWVp A.A.
(Measuring the moderation length of fiveion neutrons up
to an energytof 9.3 ev, in eintered berylliwn oxide] Iz-
merenie d1irW zamdloniia witronov delonlia do energii
ev.~ v opecli6nnoi okisi borillia. Moskvaj In-t atom-
noi energii AN SSSRI 1960. 17 p. (RIRA 161l2)
(Heutro-na-Capture) (Beryllium oxide)

"j, SADIKOVj
I. P.; TARABANIKO, V.A.; GIMUSHOVj,
A.A.
[MeaBuring,the moderation length of fission neutrons in
sintered, beryniumo.xido up to an onorgy of 1.44 ev.
~(resonance,of indium)) lzmorenio dlizW zamedloniia neit-,
ronov delonlia v j9pochennol okisi berilliia do energii

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--I- -4--SADIKOV-I-.P-.-- HERNYSHOV-,-A-.-A
ZHEZHERUN. F ;-,-C
Effect of the temperature and microstructure of sintered
bervIlium oxide on:the scatterine cross secti6n of thermal

S/120/62/0 03/oWoO.
E032/Ell4
AUTHORS: Zhezherun, I.F., Sadilcov, I.P., and Chernyshov, A*A.
TITLE:
A pulsed detector of 0.3 eV resonance neutrons
PERIODICAL: Pribory i tekhnika'eksperimenta, no -47
-3, 19621, 43
TEXT: The detector was designed for measuring the spatial
distribution of slowing-d6wn neutrons. It is basically a
plutonium ionization chamber '.located inside a samarium-gadolinium
filter and isishoin-i:,in Fig.l. The Ni collector carries a layer of
rU02-1120 (0-3-0.5 (.,1/cM2). The chamber is filled with argon +
5-10% C02 at a total pressure of 1 atm. In the absence of filters
the efficiency to 0.3 eV:neutrons w 3' for total amounts
as 1. 5 and 16
of plutonium of 1.8 and 3.6 mg, respectively. The construction of
the filters is-indicated in Fig-3; mixtures of samarium and
gadolinium oxides were employed. There are,6 figures.
ASSOCIATION: Institut.atomnoy onorgii AN SSSR
..(Institute of Atomic Energy AS USSR)
SUBMITTED; 'November 9, -1961
Card 1/3

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A'~', ( ~ ',% -. - - ". ., 4. ~ I ., .4, -, r- r. ),. - i - - a. .N, I . -
SUBMITTED: 16May6Z DATF-A,--tj: ZtAugf)i KNCl- 0'
SUB CODE: NS NO REF SOV: OOZ OTHER: 904
Co,d 2 / 7

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.. j.;

_',~'ACCESSION NRs AP4006630 S10089/63/015/006/0485/0489
AUT H OR Zhezherun, 1.'P.; Saaikov 1, P.; Tarabanlkol V, 'A,j
TITLE: Fission neutron multiplication in,6e'rylliUm
',.-SOURCZ IAtomna 15, no. 6* 1963s 485-489
energiya, v
TOPIC TAGS., beryllium,l noutron'multiplication, multiplication factor,
-:nuol4'&r.rsaet*rj:r&&4tov theory, reactor physics$ neutron moderator
.,ABSTRACT: The multiplication:factor in beryllium has been mea
surad
,by the method of apherical,geometry,* A'n enriched (96% U23~ UH306
enclosed,in a thin-valled'sethispherical 'container used as the
fission-neutron a Iource (coInverter), was irradiated by athermal-noutron
beam-from alreactor.-The relative increase,of:lcha power of the (Laskon-'
neutron,.sourca surrounded bk.&,spherical layer -of beryllium was
neasured. The neutron detectors were located 80 cm from the source
ind could.be shifted around it in a horizontal plane,, Measurements
era' made of the t9tal,countihs rat a for five beryllium and fi ve
r'aphita spheress- Themultiplication factor (ate Figo I of Znclosure)'
It

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-- - - -----------

_L_L8 _50- 6~_ EwT(m)1EPF(c)11;TG1ZP?(n) -21SWO(m) WV
ACCESSION MR: AT5022309 UR/3136/65/000/844/0001/0027
Zhezhe
AMOR.- run.
TITLE, Study of U suj;V'23_5 + Be subcritical assemblie by the pulse method
Soma Moscow#'- -Ins t LtU -Itb~energilr Doklady_, ZAE-844, 1965,
Be poEtri~lef~e--ak-LlFh,-sb6irok~. impul saym -metodod 147
TOPIC TAGS; subcritical reactof,'..thermal neutron$ neutron spectrum, uranium,
berylliun
ABOTRACT: The artLcle.reportelpreliminary results of experiments with various
1~ SUI)critical u235 s Be -assembliesp: performed at the 1AE by the method of a pulsed
nelitron source. The assemblies, made up of alternating flat layers of Be and
U235, were put together without rdflectors in the form of cubes or parallelepi-
peds, The method of a pulsed neutron source was used to measure the coefficient
of attenuation q( of the main neutron density harmonic in over 30 assemblies of
various sizes (from near-critical to deep subcritical). In the large assemblieel
the mean velocity of the Maxwellian part of the neutron spectrum was also
measured, as compared to the man velocity in the lump of pure beryllium. The
experimenta served to verify the methods of multigroup calculationi# and to
Card 1/2

L 1850-66
ACCESSION NR: AT5022309
determine the reactor parameters Urectly Ln the age or two-group approximation.
"The author thanks for assLatance Ln the meA4uremants and the
entire staff attac"d tz the linear accelerator with uhich this vock uas carried
out." Orig. art. has: 8 figures and 2 tables.
Card 2/2

L-ITIT "I'
~;tudylrjg, tka process of ne,itron modr-ratfon In ly!ryl1iUm and
hor7llium oxide using the pulse method. Atom. energ. 18 no.2:
2'
/-135 FA65. (MIRA 18--3)
1
'60

ZHIMUD
kh-nauk,-radalctor.
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~~ZECHOSLOVAKIA/Microbiology - General Microbiology. F-1
Abs Jour Ref Zhur Biologiya, No 7, 1957, 26176
Author Zhezhulkova, M.
Inst --------------------
Title, The Use ofAgar with Maize Extract for Counting Bacteria
Orig Pub Ceskosl. hyg., 1956, 1) No 3) 162-163
AbBt Following the successful use,of bouillon with maize ex-
tract in testing the sterility of biological preparations
(antiviotics,' serums, vaccines and dehydrated blood plas-
MEL)., the author investigated the possibility of using
maize extract as component of solutions for counting bac-
teria in water and soil. For comparative purpoace, 2%
MPA was used. The,composition of the solution contai-
ning maize extract vas;~ 5 grams sodium chloride, 10
grams peptone.. 20 milliliters of 50% maize extract, 480
inillilitere.of distilled water) and 500 milliliters of
meat bouillon. The reagency of the solution is brou&t
Card 1/2

C2ZCHOSLOVAKIA/Microbiology,-,Genera1 Microbiology.
Abs Jour Ref Zhur Biolosiya) lio 7) 1957) 26176
toa pff.of 8.0 by,means of a solution of N&OH. It is
then steam.ed.for an hour, filtered through a double
layer of filter paper. 20 grams of agar are then ad-
ded, and ithe solution is steamed agiLin for 30 m1nutes,
the pH brought to 7.6, and the 30 minutes steaming is
repeated. The hot solution is then filterea through
a thick layer of cotton wadding and sterilized 30 min.
in aln.autovlave at 115 degrees. In both solutions,
counts were taken ofthe absolute.number of mesophyllic,
psychrophyllic and sporulating bacteria from 27 samples
of water, silt and soil with varying waounts of inocu-
late. Theauthor arrives at the conclusion that agar
with mize extract is a'substitute for:MPA in the sani-
tary testing of water and soil, and may also have other
applications In bacteriological practice#
Card 2/2

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K.A.,; TALIGLIM, P.A.
Fastdr mothodis of determining barium In orekz and concentraticn
producto. Trudy 11M no,507-79 163o
fMNU 18i10
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INNIPSUM ME 11. HUM" MIND'I'll 'Big 111-1fl, 111111,

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"Diamerbitions. Deparbwat of WMIMI Sclewesp JUIY-Dea- 1957.
Vest. ~ Ak., Ikuk SWP 195C# fros'.48 ]MV,
At the lnst~-. of Pover Rug~warbiG Im G. U. Krzhithazovskiy the followl0a
diazertatioav for degree of Cx3ad. Timb. Sci. vere def*W*d.
V. ff. AMUM 2tamidasion of. ftAlation 11"t of Doted -Combustion Cuts
In the. Chamml with Cooled waus.
L, N.'ZBM=.- Problems OC the Patexuanatiou of the Optim= %rt-
Cm in ~~Mth Coafta, Utried oUt for YOM.
A. A.- ISULUDYA - Xwestl*+Aoa of the xxodesses In tha $=-D**iag Da-
vices of Different Frult
D. A. X42MMA - 11mblems of the Raergy StWly of the Pastures of the Drive-
to B 0 HOT= -twmUptift of the Gaadynode wA Electric Psweam
AccoupuVing the of the A=, by Air Jat#.
1. X. OVJ31=VZCM CoveriM of the Ent, Hwd~m In the STI a of M&
end ftrameters,
I" M Zmx= - Wableas of tb-- IX-tessUation of the OpUmm ftrts of the
GM In. the ftatm With Contml Carried out for Yam.
AO As ISKWXA -' lavestlptl= of the Theml Ptocesses in the am-brjInC
Devices ofDiffamt rrtdt Struature.,
D. A. XAZBMWA - Pmbleim of the Ruara Sxwly of the ftstwvs of the mve-
CILtUe J32'Ced.

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___ZHGEh'TIj_ ?-. 11.
~211GENTIj P.I. ---Author's Abstract of a dissertation on "Problems of
tI* Specialization of Kolkhoz-Production in Subbropical Regions of
hbst6rn Georgia". presented -toward the Academic degree of Doctor in
Agricultural Sciences. Published by the Georgian Agriculjiural Inst.
Min Higher Education USSR. Georgian Order of Labor Red Banner Ag-
ricultural Inst. Ibilisij 1955& (Dissertation for the DOgree of
Doctor in Agricultural Sciences).
.300; Knizhnaya 1atopis',, No. 2; 1956.

USSR/Farm Animls Mmeylbec
Abs Jour Ref Zhur Biol.; 110 15, 1958, 69428
Author Lekishvili) M,A., Lokabidze, I.M.,
_ZhGqi~ti.L. SJC
-If
7UMUa 6,
Inst Scientific Research Institute ..)f Aninal Husbandry of
Georgian SSR
Title Results of Divestipting the Ecomrdeally Valuable
Properties of F=r Basic P3pulations of Gray High-
Mountain GeorGian Honeybees
OriG, Pub Sb. tr. N.-i. in-t 71iivotaovodstva. GruzSSR, 195T, 2,
243-257
Abstract As a result of three-year investiCpti,)n) it was esta-
blished that the MeVelskaya hoiloybee ban the loiif3eat
IiOan (7.02 rmi), hioiost productiveness, is less incli-
ned to swarminr,, is peaceful, but at the same time is
Card 1/2
63
;,I I 114 U:' 1! 11 111.11

USSR/Farra Aninals Honeybee
Abs Jour Ref Zhur Bial., 110 15, 1958, 69428
less resistant to faul.br3da diseases and is bent on
robbing. The hxicybees of the Abkhazimn breed are less
productive, raore bad-torTered, less inclined to swarming,
wid have a shorter ligula. The Kartaliiiskaya honeybee
nhas a still maller productiveness, rears a (7cater nun-
ber of br~od,is mre re3istant to diseases and Is less
wicked. The Kakhetian honeybee, accardinG to nll ince-
xes~ is inferior to the above-named three populations
of honeybees.
Card 2/2
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