SCIENTIFIC ABSTRACT SAVCHENKOV, I.I. - SAVCENKO, M.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447310012-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION, MR: A.114014947 S/0271/63/000/012/B050/'0056
SOURCE: RZh. Avt., tel...i.vy*ohisl. tekhnika,.Abs. 12B325
AUTHORs,~ Ofengenden, R.G.; Savchenkop Is L".1 Rozentall, 0,. Mal Shalefto, U. As
TITLEt Devices and olements of two-dimensional pulse analyzers
CITED SOURCE: Tr. 5-y Nauchno-takhn. konferentsii po yadern. radioelektronike.
T.'~2. Ch. 2. M., Gosatomizdat, 1963, 108-114.
TOPIC TAGS: pulse analyzer,tv~o-dimensional pulse analyzer, computer circuit
TRA'NSLATION: The authors describe indiv-idual standard circuits with semiconductor
triodes and memory units with magnetic druns which are employed in 2-di-monsionall
pulse analyzers. 'Eno standard circuits, which include tN7o.types of saturated
triggers 7,ri'th actuation frequencies of 250-kc and 2 mc,,and pulse amplieiers using
standard cells vrith a 46 x 91 mm printed'eircuit chassis are used in constructing
,the conversion circuits of triggerreeisters. The dasoribed magnetic druas contain
4, 12, or 70 recording tracks, employ ferrite magnetic heads, and rotate at the
rate,of 12,000 rpm, Six illustrations* Bibliography YrIth orw titloo. 1.,V.
Card 2/2

ACC NR, AP6022000 SOURCE CODE: VAND96 1660[003 7 81
AUTHOR: Ofengenden, R. C.;_$Avclleqkq,,,,)L._At;,Sbaleyko,-M. A.
ORG: Physics Institute, AN UkrSSR, Kiev (Inatitut,fiziki AN UkrSSR)
TITLE: A high speed periodic memory-unit with simultaneous reading. and recording
SOURCE: Pribory i tekhnilra eksperimenta, no. 3, 1966, 77-81
TOPIC TAGS: computerstoragedevice, magnetic drum, computer component, circuit
design
ABSTRACT! A high-speed magnetic drum memory unit is-described in which reading and
recording operations are performed simultaneously from two different addresses. .,The
shift between reading and recording addresses is equal to 16 discrete digits over the
surface of the drum (80 msec). The period of'the mem ory unit is.5 msec (12000 rpm).
The number of tracks is 78, of which 3 are synchronizing, 64 are operating, 6 are de-
signed for dynamic data storage, and the remaining tracks are used for the selection.
of stored data. Twin.heads with,equal:spacings between the leading slots are mounted
on 72 tracks. A twin head represents two heads, i.e., a reproducing head and a re- -
cording head. The spacing between the leading head slots is 4.198 mm. The heads are
_.ma-tually isolated thus permitting simultaneous reading and recording operations. The
ne mm) of the drum is chosenso that a total'of 1024 binary digits~can be,
,,~ers(100
oirer its surface. 'Puls
ce e-amplifiers assure the.formation of short gating
p
c5i~~'d UDe:' 681.142965
C /2

YURIYEV9 V.N., otarshly teklmolog; SAVCIMIKO, I.T., starshiy teplotekhnik

SA1,T171,14KO -rigadAr YURGILEINKO, V.I., red.
b
[Path toward,a world record; our erperience in mastering
the use of coal plm4s) Futt:k mi-rovomu rekordu; nash opyt
osvoeniia ugollnogo struga.,Rostov-na-Donu, Rostovskoe
knizhiloe izd-vo, 1965. 25 P. 18;8)
1. Strtigovaya lava N'o.1006 shakht7 "Yu-,,h--naya No.111 kombimta
Rostomagoll (for savchep-~O).

IOANNISYAN, A.I., prof.; GORINOV, A.V., prof.; AKIMOV, V.I., lmnd.tekhn.
nauk; KANTOR, LI.. kand.tekhn.nauk; KONLRATCHOKO, A,,'r,, kand.
tekhn.nauk; ~kand.tekhn.nauk; TTIRBIN,, I.V., kand.
tekhn.nauk; VLASOV, D.I., inzh., red.; XHITROV, P.A., tekhn.red.
[Problems in the planning of railroads with electric tind diesel
traction] Voprosy proektirovaniia zheleznykh dorog s elektri-
cheskoi i teplovoznoi tiagoi.. Moskva, Goe.transp.zhel-dor.izd-vo
1959. 255 P. (MIRA 13:3)
1. Chlen-korrespondent AN SSSR (for Gorinov).
(Railroad engineering)

DOROCHEIMD, M.G.; SHOKILER, M.Ya.; SAVCHRIKO, Kh.; POTUPIN, A.M.
Our methods for welding and transporting long rail longths. ,Putl
i put.khoz. 4 no.11:20-23 N l6o.: OUU 13:12)
1. Nachallnik RSP-16, st.-Dablyany-Lyashki, I'vovskoy' dorogi (for
Dorochenko). 2. Priyemshchik, at. Lub17any7IqaShki, Livovskoy
dorogi (for Shmukler). 3. G]Avnyy inzh.slu*zb7 pati, g. LIvov (for
Savchenko). 4. Starshiy' inzh.aluzhby puti, g. LIvov (for Potupin).
(Railroads-Rails)

"Some Questions of Nonclassical Celestial "echanics and Cosmogony" Sb. Matem.
Otd. Fiz.-Matem. Fak.-ta. Odessk. un-ta, Vol 5, 1953, 51/1-11+7
The author examines several questions of:thetheory of motion of bodies
with variable masses and the theory of motion of t~e theory.of motion in a re-
sistant medium. These questions are of Importance in cosmogony. The at3M author
considers a special case of.the variable wass three body problem and shows that
the lagrange solution exists if the mass (it ratio of the components of the
system remains constant. He considers the two body problem in a resistant medium.
Appluing these concepts to the theory of motion of the asteroids, he coMes to the
conclusion that the asteriods were for-med after the planets. (RZh1-!6k4_, No 9, 1955),

(INDUSTRIAL E1YGIElEl)

SAVCEMTKO, L.P.
Helminth invasion in the etiology and course of epilepsy in childreZ6
Med. paraz. i Daraz. bol. 27 no.4:414-419 il-Ag 158. (KIRA 12:2)
1. Iz Instituta malyarii i meditsinskoy parazitologii Hinisterstva.
zdravookhraneniya RSYSR (dir. - institute, - prof. S.M. Pokrovskiy) i klini-
ki nervnykh bolezney i neyrokhirurgii Rostovskogo-na-Donu meditsinskogo
instituta (zav. - klinikoy.- prof. V.A. Nikollskiy).
(EPILM-43SY, in infant and child,
caused by helminth infect. (Rus))
(HELMINTH 11MECTIONS, in inf. & child,
causing epilepsy (Rus))

USSR/Cultivatcd Plaits Fruits., Dcrri(~s.
Abs Jour ~,c Q--,ur, -Dial., Y,-,)9 -1c'506
Author Lmina, I.VS, Savchamlzo, L.;~.
Inst Kuban *.,~-icultwal Istitix,',c
-of the Ramvanl 6f Sprauts on thc.TLUE 3-
Title T'he Influence
tr,
OriL; I-Iub S-0. "MCIIII. rabot. Kifbansko s. -1 Id, ~ili-t)'1956 (19,57)) VYI)f
73-75.
Abstract The r=-val of sprouts strawberrics ClarinG* c -wria,21
o,- frilit, be--rinr, contributed t-o `die Gro-w-th'of s1infos mull
la
to the fcrzntion of a L~:cat numbar of "little 1-0
I t1he "Stepilaya" variety Vac aimber, of "hearts" LicreascOL
fro,m 3.1" to 8.5 per 3'irub. Ia whlc IAmmt Kabcani" j--riety
it iacreasad f1ran 2.7 uv ta 4.9, and in the No 1C9-6 -~ra-
rictuy, -Lt went up from 3.5 to 6-3.
Card 1/2

LOSEV, David Platonovich; POLISAR, Grigor-iy Leyzerovich; FILI'MGN(AI,.
Yuriy Polikerpovicli; AFOSHIII, A.H., kand. tekhn.neak.. retsen-
zent; S.,*IVCIMI~.IKO,-,L.'L-.,-inzh-,-retsen-:,ent; SMIRNOVj, A.S., kando
tekh~ ~nauk~,na~abxWy red.; LESKOVA, L.R., red.; YRYAKCV'AJ*D.M.y
telchn. red.
[Elements and networks of contactless remote control devices]
Elementy i uzly besl-.ontaktnykh,teleirekhanicheskikh ustroiatv.
Blementy i uzly beskontaktnykh telemokhanicheskikh ustroistv.
Leningrad, Sudprongiz, 1962. 246 p. (MIRA 15:12)
(Remote control) (Pulse techniques (Electronics))

VERKHOPYATN17SKIY, Pavel Dmitriyevich; SAVCHENKO L.T., inzh.,
retsenzent; TURKIN, V.I., kand. i'~k~n. nauk, retsenzent;
AVERKIYEV, L.S., nauchn. red.; NIKITINA, M.I., red.;
KOROVFTKO, Yu.N., tekhn. red.
(Electrical elements of automatic-control systems] Elek-
tricheskie elementy avtomatiki. Leningrad, Sudpromgiz.,
1963. 534 p. (MIRA 16:11)
(Automatic control) (Electricity on ships)
(Electric apparatus and appliances)

(Electric power plants--Management)

YJPIAN, Marlen Pavlovich; SAVCIMO, L.Ya., red.; STARODUB, T.A., tekhn.

PASECHNIK, Nikolay Dmitriyevich;,�~HEN~KO, L.Ya., red.; MATUSEVICH,
S.M., takhn. red.
[Elementary electrical engineering] Blementarnaia alaktrotekh-
-41-- rv -4. A -A , VA -- f~- -4. -1,1-1 -A - 4- t?420 D I n4'2 ')'3 '1

__ACC__N_,R
Ap6o2go85 I A\ SOURCE CODE: UR/04l3/66/ooo/ol4/al58/
JNVENTOR. Gershkovich, B. M.;_Laycke
tORG: None
TITLE: An instrument,for determining the coefficient of friction.of plastics. Class
42, No.,.140259
1
Izobret prom.obraz tov..zn, no. 14, 1966, 158
TOPIC TAGS: friction coefficient, plastic
1ABSTRACT: This Author's Certificate introduces: 1. An-instrument for determining
the coefficient of friction.of plastics with a measurement parallelogram for the
friction tangent and normal pressure on the specimen. The instruemnt is designed for
accurate readings of the,coefficient of friction under industrial conditions of plas-
tic processingat high temperatures and various rotational velocities of the working
mechanisms. The measurement parallelogram is made with guides a-long which it may be
moved, and a friction disc is mounted on a single axis with a worm wheel for synchro-
nous motion. 2. A modification of this instrument in which a mandrel with the speci-
men mounted on it:and the friction disc are equipped with a heater interlocked with
a thermostat. 3. A modification of this instruemnt.in which the measurement scale
of the parallelogram has a rheostat for automatically transmitting the friction tan-
gent readings to a secondary instrument.
SUB CODE: 14, 20/ SUBM DATE: 24Feb6i
Card

SAVCHENKO, M A
Plan of faulting elements in the Fiagdon ore deposit (central
Caucasus). Trudy Inst. geol nauk. AN MR. Ser. zah. geol.
no.lt143-149 162. (MIRk 16:1)
(Fiagdon.regidn--Ore deposits)
(F.,ag don region-Faults(Goology))

AID F 5492
Subject USSR/Aeronautics -Anstrument landing
Card 1/1 Pub. 135 9/26
Authors Savchenko, M. A., Lt. Col., mil. pilot class I and
Golovfn--, I. M., Major, mil. pilot class I.
Title On the alternate airdrome
Periodical Vest. vozd. flota, 3, 46-49, Mr 1957
Abstract This is the third in the series of three articles which
appear ,in this Issue under the title "On the:Landing
course The author discu53es the problem how the air-
planes should be ordered and guided to the alternate
airdromes when the landing due to.the bad weather con-
.ditions is impossible on the home airdrome. The article
merits attention.
Institution None
Submitted No date

86-12-9/29
Savehenko., M.A-, Lt Gol, Mil Pilot First Class
Landing wi th the Engine Idling (Ra8chet na posadkv. s
ustanovkoy ftigatelya, na kholostoy khod)
Vestnik Vozdushnogo Flota, 1957, Nr 12, pp. 41-45 (USSR)
In this article the author discusses the.factors which
should be taken into account when-the pilot is forced
to land because of an engine failure. According to the
author, young pilots without systematic training become
confused and have difficulties when landing an aircraft
with a dead engine. The author first describes how to
plan the landing with the engine idling and then explains
how to put the training into practice. It is-stressed by
the author that the training of pilots should be carried
out so that the landing planning is exercised systemati--
cally from various altitudes and zones of flight without
permitting any breaks of long duration in such a training.
Four diagrams.
Library of Congress

h1425
S/1112/62/005/004/003/010
E192/E382
-7 1
AUTHORS: Savchenko, M.A. and Shishkin, L.A.
'TITLE: Influence of magne zat'ion fluctuations on the thermal,~.-
noise of a ferrite parametric amplifier of'the electro-
magnetle type
PERIODICAL: Izvestiya vysshi-ldi uchcbnylch *zavedeniy,
Radiotelchnika, V-'5, no. 4, 1962, 454 458
TExT: The paper vra.s read at the Third All-Union Conference
1,1V and SSSO SSSR on Radio-electronics, in Kharlhov, 1960.
The noise in an electrom agnetic paral-iletric!ferrite amplifier
is determined by the m -iergy of
agnitude of the fluctuatilon ei
the field at the signal,frequency, tILe fluctuatlons b elng due
to magnetization fluctuations at the resonance.frequency
coinciding, with.the pump frequency. A simplified model of the
amplifier is considered. A small ferrite sphere is situated
in a constant mamnetic field T1 and in the alternating fields
0
of the signal H(w of an auxiliary signal H(u 'and the
.2
.pump generator 11(w The resulting magnetic fieldt-and the
3
Card 1/4

S/14-2/62/005/004/003/010
Influence of magnetization .... E192/P,382
determine the noise-radiation of a ferrite amplifter based on
a small spherical ferrite element situated in a resonator.'
For this case, the average energy of the fluctuation field is
given by:
4V6
2T
Wir WWI
(Olt - w1r +
(22),
Q'11 VI*
I-L(IHr 'JH2,1~ +2 1 H,~ 1-.1
+
(0)"w
where Cin is, the quality factor of the resonator, V0 is
~the volume of the resonator, - V is the volume of theferrit
e
sample, is the natural frequency of the resonator and
n
is the imaginary component of the tensor of the-inagnatic
susceptibility. It is found from Eq. (22) tW, for a typ~*cal
2
-.,electromagnetic ferrite amplifier W iT 1-0 erg Soc/cm
Card 3/4

S/142/6~/005/005/003/009;
EAOItE135
AUTIMIS: Savchenko, M.A.,and Shishkin, L.A-:
TITLE. Surface spin waves
PEI'IODICAL: otekhnik'
Izvestiya vysshikh uchebnykh zavedeniy, Radi A
V.5, no-5, 1962, 557-560
TEXT: The paper considers electromagnetic-spin waves in,
ferromagnetics which pass into surface electromagnetic waves at
low.frequencies and surface spin waves'at high frequencies. Spin.!
waves due to exchange and magnetic-dipole interactions and
electromagnetic waves arising from eddy-fields a3~e limiting cases
of the same phenomenon. The author considers these for the case
of a ferrite with a cubic crystal lattice.magnetised parallel to~
the surface (ferrite filling an infinite half-space). Real,
imaginary and complex solutions for the.propagation constant
correspond to propagated and attenuated waves, and propagation of
,two forward and two backward waves with periodic redistribution
of energy between individual wave types,,respect:Lvely.
Card 1/2

ACCESSION ?IR:_ AP4019851 S/0181/64/006/oo3/o864/0872
~TITLE: Coupled magnetoelastic waves in antiferromgnetics
~SOURCE: Fizika tverdogo tela, v. 6, no. 3, 1964, 864-872
'TOPIC TAGS: magnetoel-astic Idave, anti-ferromagnetism, mag 'tic-ani otropy, mag.
no s
:netostriction
;ABSTRACT: The author has studied uniaxial,antiferromagnetics for two cases: one
in which the magnetic moments are oriented along the chosen axis., no external field
,being applied, and a secondin which the magnetic moments lie in a plane perpendic-.-
-ular to the chosen axis. For ordered magnetic moments of the sublattices in
'different phases, the Ruthor has found that the coupling parameters of magnetic
(spin) and elastic (srt-.nd) waves depend essentially on the orientation of the
applied magnetic field, and that, with resonance, the values of the coupling
parameters and of the frequency correction are -determined by the transverse or
longitudinal velocitie'~ of sound, by the constants of magnetic anisotropy, and by
.,the maanetostriction of the antiferromagnetic, The examination made in this-work
Card 1/2.

:I&C=ION, NR: AP4019851
be easily extended. to the case when thg wave vector is normal to the chosen
Mqy -
axis. Similar resultsare obtained. 'in 'oncius,ion, the author expresses his
sincere thanks to A. I Akhlyezer and V. G;, Barlyakhtar for s"gesting the topic
ug
aHd for valuable discussioni and to S. V. Peletminskiy for useful remarks4l' Orig,
am. has: 46 fomulas~
Ali "Physicotechnical
~SOCIATICAN: Fiziko-tekhn3J.~heskiy institui AN UkrSSRpKhar!kov(
lifsUiute MN McrSSR)
SMUTTED: 24jul64 DATE ACQ: 3ihar64 EXCL:~
SUB CODE: SS, EC NO REF SOV: ~007 OTHER; oo5
2/2
Cdrd
7 .........

1ACCESSION NRS AP403025 S/0181/64/006/005/1435/WB.
~AUTJIORSt. Barlyakhtar,, V. G.; S,avehenko,, M. A.; Shishkini L. As
ENTITLE: High frequency magnetic susceptibility.of magnets idth spiral ferromagnatic.
Istructure
SOURCE: Fizika tvardogo,telaj Y. 6, no- 5P 1964, 1435-1438
TOPIC TAGSf magnetic susceptibility, spirai ferromagnetic strueture,:ferromagnstic
resonance, atomic spin exchange interaction, susceptibility tensor,, Bohr magnetons
Heisenberg principle
ABSTRACT, The authors worked out the high-frequency susceptibility tensor for
materials with spiral ferro.magnetic structure. As shovm'by B. R. Cooper, R. Io
Elliot, S. I. Nettel, and H. Suhl (Phys. Rev., 127, 57, 1962)
such materials,
unlike the usual ferromagnets$ possess two resonant frequ6ncies. One is compara-
tively small and lies in the frequency range of ferromagnetic resonance; the other.,
'iwhich is the result of exchange interactions of atomic spins is essentially
dependent on the pitch.of the spiral and lies in the optical range. For simplicity
.1;1~ie.authors neglected the effects of attenuation and assumed,that the spin waves

i.ACCESSION M AP4022899 8/6186/64/009/003,/0283/0292' -
U
THORs Savchenko, Me A I Gann, To Vol Ryabko# Pe To
A
1ITLEt Bound-magnotoelastio w&. sin antiferromagnotias
'SOURCE.- Ukrayinolky*y fizyschny*.v zhurnal, ve go no* 3, 1964,-283-292
iTOPIG TAGSs magnetoelastio wave, bound magnetoelaaL wave, antiferromagnetio
substance, magnotostriotion, spin wave propagationo sound vmve propagation, spin--~,'.
wave-sound-wavo interaction, ponderomotive in aofion, mapeto-aooustlo wave
ter
IABSTRACTs The authors determined the absorption coefficients of sound and the,
changes in its velocity duo to magnotostrketion and ponderomotor interaotion.in
aritiferromagnetiou of two typeas type.A, mhen the magnetic momenteare oriented ,
in the.absence of an external magnetic field, along a selected axis, and typo B..
when the ihagnotio momenta lie in a plane perpendicular to the selected axis,
Mith sufficiently'strong external magnetic fields, when the magnetic moments of the-
sublattioes are "overthrown", the resonance coefficients of absorption and the
resonance increments to the velocity of sound depend subaUutially an the external.-
magnetic field*

~A--'da' -, ~ - , -

v: iEa
L
-65
t 34547
ACCESSION NR: AP5000 59: 8/005',6/64/ "7/0 ii,
-9139/104
04 6~/

'7'
L 34547-65
ACCESSION NR: APS000359
teraction energies, and it is shovm that a tianqveii-i---~iav
with polarization vector along the y axis does not: interact
with the two other acoustic waves, and that only this transverse
wave interacts with the low frequency spin waves. Ilie coupling
between the sound and spin waves is particularly large at re-
sonance when the spin wave frequency coincides with the fre-
quency of the sound wave. The experimental feasibility o-'
determining exchange integrals from ferroacoustic resonance in
such substances is demonstrated. 'in conclusion the authors
thank 0. V. Kovalev for valuable discussions." Orig. art.
has:2 figures and 31 fok.mulas.
ASSOCIATION: Fiziko-tekhnibheskiy ins_titut,A.kadeMi:L-'-na1uk UkrSSR
(Physicotechnical Institute, Academy of Scien'ces
SUB141TTED:03Jun64 ENCL: 00
EA OTBER:__'_00L
SUB CODE: NR.-RZF__Z0V.-.:_007.-
''2/2
-.:Card.

V. "4

77-

L 45098-66 EWTW/T IJP(c) - GG/AT.
ACC NR: AP6024886 SOURCE CODE: UR/OG56/667051/001/0250/0257
AUMOR: Bar'yakhtar, V. G. ; Rudashevskiy, Ye. G. ; Swrchenko, M., A. ; Stepapov, K. N.
ORG: PhXsico-technical Institute Academy of Sciences, Ukrainian SSR (Fiziko-tekhni-I
cheskiy institut Akademii nauk Ukrainskoy SSR)
TITW: Interaction between electromagnetic, p1 ma and spin waves in antiferromagndiel
semiconductors and metals
SOURCE: Zhurnal eksperimentallnoy i teoreticheskay fiziki, v. 51, no. 1,.1966, 250-
257
MA re,?,~n i-
TOPIC TAGS: plasma waye spin wave, anti ferromagneticA magnetic- susceptibili
X,15"4 C-C 7-ole 0 "7 o9