SCIENTIFIC ABSTRACT SINYAKOV, V.I. - SINYAKOVA, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550810017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ublk.)Wtua 'SO-.-WM- U(IMI).-Typical '-coIlOMOCPtUC--
reniform or tnulthyei%rhythink-, hIghl( finL-,cryst. agtrL-
gates are Commonly dcscribcd as Wag ormcd by pptn. r---
actions fr6tn aq. solus. Absolutely identical aggregations;,
however., may also om-ur from heterogeneous Cus reactions.
with volatile reageritt. S. describes the volatilization of
riac to Oe wmte gases, of a blast furnace from which, In the
upper zqnes zincite Is deposited at temps. of the gascs below
300* and down to 33400', in fin"ryst. wall deposits of typical
'-cnjInm(]rphoUS,* rtruct~res. 'Parillcl to the ps current
the Z Of arranged In clougated aggregates which. however,
in a oss section show a beautifully developed c-3nctntric-
rhythfule festoon-like lay" structure. The polished and
etchco sections (etchi.-d with coued. IICI for I min.) show
the inarks at "cGlIamorph!c" depositloi. The analysis
Show's 78-98"76 ZnO. 1.1-1.2% Zq, and other accessories
(chi y coke fragments, magnetite), among whfcfx FeO
r1mlach 7%. Hardness 4 W4.5; d. 4.7. The reffecOon
power of the zincJte to somewhat: tower than that of mrtguz-.
x VMVM-- - -. - - - - .." -.
tite. The -my dhi is Kentieml With7viruite-frunt-
Franklia Furnace; U.J. Andogous T
or* are not known in nature.
X

SINYAKOV, V.I.
Angular unconformity in Ordovician deposits of Gornaya Shoriya.
Izv. Sib. otd. AN SSSR no..3.C19-2.5 '58. (MIRA 11:9)
l.Sibirskiy metallurgicheskiy institut.
(Gornayn Shoriya--Geology)

Geology and mineral composition of ores of the Lespromkboz
deposit In Gornaya Shoriya. Geol.rud.mestorozh. no.4:37-53
Jl-,Ag ? 611. OURA 1440
1. Sibirskiy metallurgicheskiy institut., Stalinsk,
(Gornaya Shoriya-Ore deposits)
.i.

.-SINYAKOV, V.I.; CHIGHKOVA, T.A.
Large plate of native copper from Gornaya Shoriya. Zap.Vses.min.
ob-va 90 no.3.-282-283 161. (14 M. 14:101)
1. Sibirskiy metallurgicheskiy institut i Geologicheskiy muzey
Zapadno-Sibirskogo geologicheskogo upravleniya.
(Gornaya Shoriya-Copper ores)

SINYAKOV, V.I.; SINYAKOVA, N.M.
Monticellitite skarns in Gornaya Shoriya. Zap.Vses.min.ob-va 90
no.6:720-727 '61. (MIRA 15:2)
1. Sibirskiy metallurgichoskiy Institut, Novokuznetsk.
(Gornaya Shoriya--Skarns)

SINYAKOVP V.I.; FEDYANINA, Ye.S.
Lower Ordovician sediments in the Kaz iron-ore deposit of Gornaya
Shoriya. Mat.po geol.Zap.Sib. no.63:41-55 162. (MIRA 16:10)

SiNrAKOV.0 V. I.
Bruc:ite from Gornaya Shoriya. Zap. Vses. min. ob-va 9.1 no.3:
358-360 '62. (MIRA 15:10)
1. Sibirskiy meta.Uurgbichookly institut.
(Gornaya Shoriya-Brucits)

SINYAKOV, V.I.; NOVOZHILOV, V-I-
Gomparative study, of the microhardness of galenites from complex
metal deposits in the filtail eastern Transbalkalla, and the Mari-
time Territory. Geol. I geofiz. no.10:169-17i 164. (MIRA 18:4)
1. Institut geologii. t geofiziki. Sibirskogo otdejeniya, AN SSSR,
Novosibirsk.

- SINYAKOV, V.I.
Ferruginosity of monticellites. Zap. Vses. min. ob-va 93 no.3:
357-360 164. (MIPA 18:3)

slhw.yl(jv, V.10
Dependence of the microbardness of magnetite on the conditiow
governing its formation. Geol. i geofiz, no.2:32-1+0 165.
(MIRA 18:9)
1. Institut goologii. i geofiziki Sibirskogo otdeleniya AN SSLSR,
Novosibirsk.

ARKHANGIMI~XIY, P.Yo.; RXRNSHTRYN. A.M.; BYKOY, M.A.; BLUGACH. M.L.;
ILIT-ASHHVSKIY, Ys.A.; KIRILLOV, A.A.; KOZLOVSKIY, A.S.; KRYLOT.
N.V.; IJWV, N.M.; MARTYNOV, P.T.; HIKAHMOV, B.I.; PARUNIN,
V. Ye. ; RUDANOV, M.L. ; "IjLn~MOVV K. ; FAL I KNER, 0. G. ; P3TRYAff ,
A.I., red.; 'BATIOD, A.I., tekhn.red.
[Kanu 1 on the construction of farm buildings] Spravochnik po,
aeliskokhoziaistvennomu stroitel'stvu. Koskva, Goo.isd-vo
selikhoz.lit-ry, 1960. 7o4 p.
(Farm buildings) (KERA 13:12)

KIRILLOV., A.A.,, kand.teklin.nauk; BERGER, F.Ye., inzh.; KORIMLITSYNY R.R.,
inzh.; SINYAKOV, V.K.-, 144-4-
Adhesion of freshly placed concrete to "oldn concrete. Gicir.stroi.
32 no,7:28-29 J-1 162. (MA 15:7)
(Concrete construction)

KIRIJLOV, A.A., kar-d.tek-lin.nauk, dotsent; ~;IITYAKOV, V.K., kfiLnd.tekhn.
nauk; DAVYDOV, Yu.S.,, inzh.
Steepness of slopes of underwater trenches. Izv. TSKHA no.3:195-
199 163. (MIRA 16:9)
(Hydraulic structures)

SINYAKOVy.-V*K., inzh.
. " z-11-1. ~
Experimental studies on the stability in assembled reinforced
c;crete supports of tubular section. Izv. TSKhA no.6tI99-
2 -~16la (KM .16:8)
(Reinforced concrete construction)

KIRILLOV, A.A.; SINYAKOVP V.K.1 DAVYDCV, Yu.S.
Determining the slope of e=b&n)=entv of underwater pepeline
trenches In loose soils. Stroi. truboprov. 8 no.8:14-16
Ag 163. (KM 16:11)

GAAB, M.T.; VARNAVSKIY, M.G.; TUKANOV, A.F.; SINYALDY. N.; SONOKATOV, X.A.
%"~W J.
N[amsures for mintaining prezz-!re in petroleum strata. [Suggested by
Gnab,.M.T.; VaimaTskly, M.G., Tumanov, A.F.; SinyakOT,'J.11.,
Sonomatov, N.A.] Prom.eneror. 12 no.10:22 0 '57. (MIRA 10:10)
~~)il field flooding)

S/219/62/053/005/004/004
AUTHOR: Sinyakov, V. S. 1015[1215
TITLE: -)G -ultra!io~ic-~~p-aratus for the determination of the size of individual organs in the
living organism
PERIODICAL: Byulleten' eksperimental'noy biologii meditsiny, v. 53, no. 5, 1962, 132-134
TEXT: The apparatus is built according to principles developed by R. F. Rushmer et al. (Circulat. Res. v. 4,
1956, 684). A short ultrasonic impulse (0.5 microsec) is imparted to the organ and the time passage of this
impulse through the organ is measured by piezometers located counterlaterally. The ultrasonic carrier frequency
is 2.5 megacycles /sec and the impulse frequency is 1000 cycles/sec. The apparatus was tested on dogs with
induced aortic insufficiency. The accuracy of determination as well as the minimum measurable size depend
mainly on the ultrasonic carrier frequency.
ASSOCIATION: Laboratoriya po razrabotke biofizicheskikh metodov issledovaniya (zav. V. S. Sinyakov)
Instituta normal'noy i patologicheskoy fiziologii (Dir. - deystvitel'nyy chlen AMN SSSR
V. V. Parin) AMN SSSR (Laboratory of Biophysical Research Methods [headed by
V. S. Sinyakov]) Institute of Normal and Pathological Physiology [directed by V. V.
Parin, member of the AMS USSR] AMS USSR) Moscow
PRESENTED: by V. V. Parin, member of the AMS USSR
SUBMITTED: May 11, 1961
Card 1/1

of
(-vial. -18:10)
o c r~ L- 114 SS R,

SINYAKOV., V.S.
Small-sized 2-channel trans is torized,s tiradator for the electrical
stimulation of biological objects. Biul. eksp. biol. i mad. (i.e.531
no.3:1.17-120 Mr 162. (MIRA 15-4)
1. 1z laboratoz-ii o razrabotke biofizicheskikh metodov issledovaniya
(zav. V.S.Sinyakov5 Instituta normallnoy i patologicheskoy fiziologii
(dir. - deystvitelInyy chlen AMN SSSR V.V.Farin) AMN SSSR, Moskva,
Predstavlena deyritvitellnym chlenom MI S3SR V.V.Parinyra.
(ELECTROPH~SIOLOGY.--EQUIPME!-?r AM SUPPLIM)

SINIPLYOV) V-1-11,
Method of continuous rec,~I-dLrig of the thickness of the myocar-
dium in exper-Imemts or, animals. Bi-til. eksp. blol. i med. 55
/Le. 56/ no.l(%I114-;l16 C?63 (MIRA 17:8)
1. Tz laboratorii po razrabotke bioflzicheskikh metcdoc issledo-
vaniya (zav. - V.S. Sinyakov) Instituta nomallnoy i patologi-
cheskoy fiz-iologii ( dlr. - dey-st-vitelinyy chlen AM SSSR prof'.
V.V.r'arL-j) AMI SSSII. FredstaViena deystviottlInym chleziom AMN
SSSR V.V. Parinym.

SIITAKOV, Ye. V.
"On the Nature of Additional Conductivity of Di-Electrics in Strong Fields," Zhur.
Eksper. i Teoret. Fiz., J-1, 'No. 4, 1941. I-Ibr., Dnepropetrovsk State Univ., -1940-.

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raill flit of dieverrot IV he. A ~,< tit -0. A X tit
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MU/21ectriefty 'DIelectrics Doe 51
"Effect of Diiplacing ?ield on Magnitude'of
Dielectric Peraiiability and Dielictric Losses
in,BaTiO 3) " Ye V. Sinyako-~, Ye.* A. Stafa*y-
chuk, L. S. Sinegubova, Dnepropetrovsk State U
"Zhur Eksper i Teo~et Piz- Vol xxi, No 1~, Pq
1396-1402
Study of thermal behavior of dielec perme-
ability and losses of BaTiO under effect of
aisplacing''elec field sh6ve~ shift of-Cur.i6
point toward high6r'tiemp. Found sharp'drop of
tangent of angle"'of dieled losseb'and sm6othing
oi its characteristic max under superposition at"
USSR/Electricity - Dielectrics -Dec 51
(Contd)
strong displacing field. Observed distortion of
hysteresis loop under displacing field effect.
Submitted 27 Jan 51.
198T13

SINYAKOV, Ye. v.
USSR/Electricity - Dielectric* Fob 52
"Potential Distribution in Barium Metatitanate wA
in Other Ceramic Dielectrics," Ye. V. Sinyakov, B. X
Chernyy, Chair of Electrophys, Dnepropetrovsk State U
"Zhur Tekh Fiz" Vol XXII, No 2, pp 265-267
Test results proved that potential distribution in
all tested materials TiO2, (Ba - Sr) T'03 and BAT'03
remains linear in a wide range of temp afid is inde-
pendent of time during which sample is exposed to
elec field. These results agree with conclusions by
Ksendzov (cf. "Zhur Tekh Fiz" 20, 117, 1950) stating
that titanium dioxide consists of a dielee and a
semiconducting phase. Received 29 May 51.
209T53

ir c, e o
9. Monthl List of Russian Accessions, Library of Congress, :)2ceL'22'r 1951, Uncl.
2

Usca/Physics Seignette's ceramics
Card 1/1 Pub. 22 - 13/52
Authors I Sinyakov, E. V. and Izhak, I. A.
Title I Effect of mechanical pressure on the dielectric constants of
segneto-ceramics.
Periodical I Dok. AN SSSR 100/2, 243-2461, Jan 11, 1955
Abstract I Experiments with Seignette's ceramics are described. The experiments
were conducted for the purpose of finding out the effect of mechanical
pressures on the dielectric constant of Seignette's ceramics. The
dependence of the Curie point on the pressure is also established.
Four ref.~rences: 3 USSR, 1 USA (1945-1951) Graphs; table.
Institution Dnepropelrovsk State University
Presented by Acadendcian A. F. Ioffe, September 10, 1954

-vr

USSR Radioph3,sics T
A2 Jour Ref Zhur Fizika, No 11, 1957, 110 10035
Author :_fLinyakov, E.V., Galpern, VS.
Inst :-Dn-e-p-fb-pe-tP5V-.~3k~niversity, USSR
Title : Investigation of the Dependence of the Dielectric Constant
and the Tangent of the Dielectric Loss Angle of Barium Ti-
tanate on the Intensity of the High Frequency Electric
Field.
Orig Pub : Zh. eksperim. i teor. fiziki, 1956, 30, No 4, 675-680
Ostract *. A method is described for the investigation of the dependen-
ce of the dielectric constant and the tangent of the dielec-
tric loss angle of barium titanate on the electric:field in-
tensity at various temperatures with the aid of a measuring
circuit, containing a linear variable capacitor, whose rotor
is driven by electric motor at 1.,500 rpm. During one half
of the period, the capacitance varies linearly, and during
the second half it diminishes. Over this cycle, upon suita-
ble choice of parameters, the circuit is -hfice in resonance
with the generator, and the resonance is fixed on the oscil-
logram in the form of two resonance curves. By connecting
Card 113

USSR / Radiophysics
Abs Jour : Ref Zhur - Fizika, No 4, 1957, No 10035
Abstract : the tested capacitor in parallel the peaks of the resonant
curves are shifted by an amount proportional to the capa-
citance connected; the shift serves as a measure of this
capacitance. Heating of the specimen upon application of
a high field (up to 3.2 kv/cm) is prevented by the short ti-
me of application of thehigh frequency field (0.1 seconds).
The maximum error in the measurement of capacity is esti-
mated at 2%, an d in the measurement of the tai gent of the
loss angle at 25%.
The tangent of the dielectric loss angle is determined by
the method whereby the circuit is detuned as the voltage is
measured wiih a vacuum tube voltmeter.
It is shown that the non linearity of C = f (E), the tem-
perature behavior of the capacitance, and the tanFent of the
loss angle for barim titanate at high frequency and in strong
fields all have a character analogous to that observed in weak
Card 2/3

USSR / Radiophysics
Abs Jour Ref Zhur - Fizika, No 4,, 1957,, No 10035
Abstract fields. At a frequency of 1 Mc the capacitance is less and
the nonlinear properties are less strongly pronounced than at
a frequency of 50 cycles- In addition, the tangent of the
loss angle depends weakly on the field intensity. A mare
pronounced manifestation of the nonlinear properties of ba-
rium titanate in the region of the Curie point is attributed
by the authors to the fact that the rotation of the moments
under the influence of the external field is facilitated in
this region.
Card 3/3

M

537.226/.2'27: 5-46,431.824-M W.-)
InvestiZa;ion, of the Dependence of
and the Tangvnc -of
.!Iectr*
the M Ic LM A.,J. of Irarlum
-4 jir~afe on -he Strength of a-1-11ghj_ t

!9-56. of. 301, No. 4, Pp. 6715--ijab.) R-sui%..;
J is.,i ~pcrinxcntui mv~_tigauutt show that
(a) the mnfirtcac juopcvh-_ ef-ihi- mmwic..'
arc Icm pronounced at a frtiqimacya t _'LfCft
t,
han .1 10 r/s. fb~ d)( nonlinear cffect; arc
nvwito,i :,.-ar uh, Curi, i,inpera- t,

t!p i" a-u;
2T,- pv~, rt-I grapllf'.111~

SINYAKOV, Ye.V.1 CEMRNTY, B.K.
X-ray diffraction study of the system BaTiO 3 - N10~4r02,
Piz. tver. tela 1 no-2:352-354 7 '59. - MIRA 12:5)
l.Dnepropetrovskiy gosudarstvannyy universitet,
(Systems (Chemistry)) kl-ray crystallography)

2- 4, 7c1 o 0
AUTHORS:
S/SW60/000/01/015/041
E201/E491
Sinyakov, Ye.V.j Avramenkoj-V.P,, Kudzin, A,Yu. and
-ZuYWV-,-A.P.
TITLE: Investigation of Magnetic Properties of Certain Mixed
Ferrites -~~
PERIODICAL%Izvestiya vysshikh uchebnykh zavedeniyj Fizlka,
196o, Nr i, pp 8o-86 (USSR)
ABSTRACT: The authors investigated magnetic properties of the
following mixed ferrite systems3
nNiA1204 - lOONiFe2O4 (I) nCoA1204 - lOONiFe2O4 (II)
nNiMn204 - lOONiFe2O4 (III) nCoFe2O4 - lOOMnFe2O4 (IV)
where n = 0.51, 1,, 3i 5, 10, 15, 20, 30, 40 and is the
molar ratio. In these systems one of the components is
non-ferromagnetic (NiA1204, CoA1204 and NiMn204)i
except in the case of IV where both components are
ferromagnetic. Samples were prepared employing the usual
ceramic techniques; oxides or carbonates of "pure" and
Card 1/3 11pure for analysis" grades were used, Samples were I Y

69441
S/139/60/000/01/015/041
E201/E491
Investigation of Magnetic Properties of Certain Mixed Ferrites
annealed at 1380*C for two hours or at 14203C for one
hour. X-ray diffraction patterns showed that all
ferrites had spinel structure and were solid solutions
(Table 1). The following properties were investigated:
the temperature dependences of the initial permeability
~109 of tan 6 and of spontaneous magnetization;
the dependences B = f(H), and U =-f(H); the coercive
force and the Curie point. The concentration dependences
of p0 of the saturation magnetization B and of the
Curie temperature (0) are shown in Fig I and 2 for
systems I and II respectively. Fig 3 shows the
temperature dependence of the Q-factor of coils with
toroidal cores made of system I ferrites. Fig 4 gives
the temperature dependence of' Ii, for system Ill.
Fig 5 and 6 show the concentration dependences of lio,
of B and of 0 for systems Ill and IV respectively.
It was found that introduction of a non-ferromagnetic
component lowers the Curie temperature, reduces the
Card 2/3 saturation magnetization B and raises the coercive

694111
S/139/60/000/01/015/o4i
E201/E491
Investigation of Magnetic Properties of Certain Mixed Ferrites
force. These results can be explained using the
theory of antiferromagnetism. For system IV ferrites
(with both components ferromagnetic) the law of
additive variation of properties with concentration
was obtained. The losses in all ferrites were due to
magnetic polarity reversal. There are 6 figures,
I table and 12 references, 5 of which are Soviet,
English and 3 translations from English into Russian.
ASSOCIATIONgDnepropetrovskiy gosuniversitet (Dnepropetrovsk
State University)
SUBMITTED: September 19, 1958
Card 3/3

,~2
AUTHORS:
TITLE:
S/181/60/002/01/18/035
B008/ "014
Sinyakov, Ye. V., Stafiychuk, Ye. A.
Ivi
Solid Solutions of Niobates and Tantalateslof Transition
Elements Formed on the Basis of BaTiO 3 V1
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 1, PP- 73-79
TEXT: The authors examined niobates and tantalates of Mn, Co, and Ni
as well as their solid solutions on the basis of BaTiO 3* The samples
were prepared by the usual ceramic procedure. The authors prepared
compounds corresponding to the formulas AB 20 6 and A2B 207 (A = Mn, Co, Ni;
B -Nb, Ta) and their solid solutions ranging from 0-5 to 7 mole% InBaTW 3.The
dielectric constant of compounds of the types AB 2 06and A 2B207 within
the range of -195 to +1950C was found to be independent of temperature.
The quantities E and tan 6 are indicated in Table 1. The compounds
mentioned are not piezoelectric. Figs. 1-2 illustrate temperature
dependences of r for systems of the type BaTiO 3-AB206- Addition of more
Card 1/3 Lr

Solid Solutions of Niobates and Tantalates of S/181/60/002/01/18/035
Transition Elements Formed on the Basis of BaTiO 3 B008/BO14
than I mole% of AB 206 to BaTiO3 causes the piezoelectric properties of
barium titanate to vanish. Solid solutions of BaTiO 3 with pyroniobates
and tantalates of Mn, Co, and Ni (Figs. 3-7) differ greatly in their
properties. A strong shift of the Curie point toward lower temperatures
may be observed in all compounds of BaTiO 3-A2B 207under consideration
(Fig. 8, Table 2). All solid solutions of the systems BaTiO 3-A2B207 are
piezoelectrics. Some of them have hysteresis loops of a marked
rectangular shape and a non-linearity exceeding largely that of BaTiO 3*
A comparison of the electric properties of the systems under review
reveals that AB20 6-BaTiO3 and A2B207-BaTiO 3 differ very much in their
composition. It may be assumed that the addition of AB 206 to barium
titanate leads to structural deformations. This was established on the
basis of strongly blurred lines on X-ray pictures of the samples and on
the basis of a strong deformation of the samples after sintering (Fig. 9).
Presumably, this deformation may be considered to be the reason for the
Card 2/3

Solid Solutions of Niobates and Tantalates of S/18 60/002/01/18/035
Transition Elements Formed on the Basis of BaTiO3 B008YB014
disappearance of piezoelectric properties. On the strength of X-ray
analysis and the shift of Curie points, the authors detected the form-
ation of solid solutions of the second type in BaTiO 3-A2B207 systems
throughout the range of concentration. The results obtained here differ
from data published in Ref. 8 on the effect of barium niobates and
tantalates on BaTiO 3* Presumably, the differing properties of the
BaTiO 3-AB206and BaTiO 3-A2B207systems are due to the existence of
compounds of transition elements in the various compositions. The samples
were prepared in collaboration with L. Kolomiyets and Zh. Bichuch. There
are 9 figures, 2 tables, and 11 references, 4 of which are Soviet.
ASSOCIATION: Dnepropetrovskiy gosudarstvennyy universitet
(Dnepropetrovsk State University)
SUBMITTED: April 6, 1959
Card 3/3

AVRAMIMKOp V.P.;ARRARX..~V- (Syniakovp O,V.1
Investigating the electric properties of certain mixed ferriteo.
Ukr. fiz. zhur, 5 no.6:791-798 N-D 160. (MIRA 140)
1. %epropetra .vskiy gosudarstvannyy universitet.
(Ferratea-El6ctric properti*es)

0 Boo6/BoU
AUTHORS: Si5 Solok, A.
Zakovp 1:=.k., M.
TITLE: Relaxation Polarization of the System SriI4 nMnO
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960, Vol. 24#
No. 2, pp. 132 - 135
TEXT: The article under review was read at the Second All-Union Conference on
the Physics of Dielectrics (Moscow, November 20 - 27,..1958). In c ntinuation of
the studies made by G. r.- Skanavi and others concerning relaxation losses, the
authors conducted relevant investigations on ceramic samples of SrTiO 30 hNnO of
different compositions.This system was chosen in order to investigate the in-
fluenoe of manganese ions on the dielectric polaTization of strontium titanate.
MnC03 is dissociated on heating the atmosphere in KnO and C02 ; on further
heating, MnO is oxidized to "kurnakite", hausmannite, and other oxides. Hence,
the occurrence of relaxation polarization is to be expected in the presence of
ions of trivalent manganese in SrTiO,0 The composition of the samples in-
vestigated is given in Table 1. a and tan-?% were measured at 1-5 and 12 Ne/Dec
S/048160/024/02/03/009
Card 1/3

Relaxation Polarization of the System SrTiO 3* nMnO S/048/60/024/02/03/009
B006/B014
by using a Q-metor of the type KV-1 in a wide temperature range. Results are
given in two diagrams and a further table. Fig. I shows the temperature de-
pendence of a and tan2A on samples with 97 SrTiO 3 + 3 MnO at different fre-
quencies. The maximum of the temperature dependence on E in found to shift
toward higher temperatureswith rising frequency. The existence of this
tenperature maximum and its shift are indicative of a relaxation polarization
;.n this system. To clarify the structure of these samples, an X-ray structural
analysis was made, the results of which are discussed and given in Table 2.
Fig. 2 shows the temperature dependence of a and tan-aA in samples of the system
Bi2030 ano (n - 1,20). In this sjrstem, e is very strongly dependent on
temperature. Its values at three different t mperatures are given in Table 3,
as well as the values of tan?/g for the oompo:itions (100-n)SrTiO 3 -n(Bi203 AnO)
for n w 19 3, 59 and 10. In conclusion, it is stated that (1) the introduction
of manganese oxides into SrTiO 3 leads to the appearance of ionic relaxation
polarizationj (2) relaxation polarization also occurs in the system Bi 2030 nMnO,
in which the relaxation of weakly bound electrons is possible in consequence of
Card 2/3

Relaxa'0ion Polarization of the .01-stem S:rT.'0YnJEnO S/04SJ60/024/02/03/009
B006/BO14
1 -, , ... ,, +
the simultaneous presence of bivalent and trivalen'.: 1.%3., Yzi . ~ ~i-A
transitions are possible; (3) simultaneous presence oi weakly bound ions and
electrons in possibl* in the system SrTiO Yn(Bi2030 fto). There are 2 figure99 1~
3 tables, and 4 Soviet references.
Card 3/3

fi/ 3 7, 113 S) //'/-3)
85on
S/04 60/024/010/020/033
BOI 3YBo63
AUTHORS: Sinyakov, Ye. V. and Chernyy, B. K.
TITLE: The Problem of the Electrical Conductivity of Barium
Titanate and of Some Solid Solutlions on Its Basis
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960,
Vol. 24, No. 10, pp. 1255 - 1258
TEXT: The authors studied the activation energy of alkali earth perov-
skites. Table 1 lists values for the activation ener
,gy of alkali earth
titanates on the basis of Ref.1 and measurements of"(BaZrO 3 and SrZrO
Table 2 contains the activation energies of solid Ba(Ti,Zr)O 3 and
)~n)O solutions with an increase of the concentration of BaZrO
13 3
and BaSnO ".according to data from Ref.3. These data indicate that the
conduction band in barium titanate is formed by the levels of titanium
ions. The investigations described in Ref-5 and in the present paper
show that a jumplike rise of electrical conductivity occurs at the
Card 1/3

850
The Problem of the Electrical Conductivity S/04M60/024/010/020/033
of Barium Titanate and of Some Solid B013/BO63
Solutions on Its Basis
Curie point. Fig.1 shows the functions of logo - f(I/T) for barium
titanate with or without admixtures. The percentual content of admix-
tures in BaTiO 39 the Curie points, and the values of resistivity for the
compositions under consideration are specified in Table 3. It is noted
that the increase of electrical conductivity in the region of phase
transition is primarily due to a re-formation of the lattice and a
lowering of the conduction band. The electrical conductivity of solid
(Ba,Ni)(Ti,Zr)O3 and (Ba,Co)(Ti,Zr)O 3 solutions was studied between
260 and 500C within a field of 0.55 kv cm-1. The dependence of elec-
trical conductivity at 1810C and of the activation energy upon the com-
position is illustrated in Fig-3. It was found that in the system
(Ba,Ni)(Ti,Zr)O 3' the decrease of electrical conductivity in the region
of formation of solid solutions is related to the substitution of barium
ions by nickel ions. Substitution of barium ions by cobalt ions in the
system (Ba,Co)(Ti,Zr)o 3 leads to an increase of electrical conductivity.
A reverse effect of nickel and cobalt ions, observed by the authors, is
Card 2/3

85011
The Problem of the Electrical Conductivity S/04 60/024/010/020/033
of Barium Titanate and of Some Solid B013YJ3063
Solutions on Its Basis
probably related to the fact that the electron shells of these ions are
filled (14i 2+_ 3d8; CO 2+_ 3d7). The thermo-emf was measured on the same
samples as the electrical conductivity. The coefficient of the thermo-
emf as a function of log I for the system (Ba,Co)(Ti,Zr)O3 is illustrat-
ed in Fig-3- It may be seen that the-relation a - A, - C log d (Fig.3)
which is well known for impurity semiconductors is valid in this case .
a is the coefficient of the thermo-emf+, a the electrical conductivity,
and A and C are constants. The value of C determined for (Ba,Co)(Ti,Zr)4
is similar to the theoretical value (200-4). In the case of barium
titanate and solid solutions of (Ba,Ni)(Ti,Zr)O 3? C is three or four
times greater than the theoretical value. The present paper was read
at the Third Conference on Piezoelectricity, which took place in
Moscow from January 25 to 30, 1960. Tge-re are 3 figures, 3 tables, and
10 references: 8 Soviet.
Card 3/3

85884
9,21,90 S/046/60/024/011/020/036
2 2 00 00 113 V 3) B006/BO56
AUTHORS: Stafiychuk, Ye. A. and Sinyakov, Ye. V.
TITLE: The Electrical Conductivityl f solid solution 'of Niobates
Basis
and ~antalates of Mn, Co, and Ni on a BaTiO....
-A -1 - '-~- I - 7
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960,
Vol. 24, No. 11, PP. 1380 - 1383
TEXT: The present paper is a reproduction of a lecture delivered on the
3rd Conference on Ferroelectricity, which took place in Moscow from
January 25 to 30, -196o. The authors investigated the dielectric proper-
ties of polycrystalline samples of solid solutions of Mn-, Co-, and
Ni-niobates and -tantalates on a BaTiO 3 basis in variable electric
fields, and give a report on the results obtained with respect to the
temperature- and concentration dependence of the electrical conductivity,
the thermo-emf,as well as of the influence exerted by Mn 2+_ , Co 2+_ , and
Ni 2+-ions upon the electrical conductivity of BaTiO,,. ;he production of
Card 1/6

85884
The Electrical Conductivity of Solid Solutions S/048/60/024/0',1/020/036
of Niobates and Tantalates of Mn, Co, and Ni B006/BO56
on a BaTiO 3 Basis
the samples had been described in Ref.l. On the disk-shaped samples,
platinum electrodes were fixed by means of cathode sputtering. The in-
vestigations were made within the temperature range of 50-2000C and with
fields of the order of 20 v/mm. The most important results of the mea-
surements are given in Tables 1 and 2. The "compounds" given in the form
"A 2B 20711 showed a break in the curve log d = f(l/T). The temperature
at the break, the activation energy (calculated according to the formula
6 = a 0exp(-u/2kT), and the resistivity increase during the transition
from M-,-.~ Ni. The results obtained by investigating the influence exert-
ed by the various ions upon the ferroelectric properties of BaTiO 3 are
g..Lven in Table 2. The temperature dependence of the thermo-emf a is
shown in the three diagrams of Fig.2 for the solid solutions of the kind
BaTiO 3 - it A2B2O 7 11 for various concentrations of the additions. The
a(t)-curves take a considerably different course and partly also differ
considerably only in the case of different additional concentrations.
Thus, e.g.$ BaTiO 3 with I mole% "Mn 2Ta 20 7*1 shows a a decreasing
Card 2/6
The Electrical Conductivity of Solid Solutions S/048/60/024/011/Q20/036:
of Niobates and Tantalates of Mn; Cot and Ni B006/13056
on a BaTiO Basis
3
exponentially with temperature, and with 0.5 mol~%o, a increases ex-
ponentially with temperature (between ib and 1500C). There are 2 fig-
ures, 2 tables, and 4 references: 2 Soviet and 2 Japanese..
Ta6anqal
Tablo I
0 Oil 14r.
TA 149%
"7a"
Coeannenue U. ev. Cm COCAUffelate Typa nano.
e 9) ex

Z
.3 -m
.
Table I
MnTa%04 1,84 1,03-1011 tMn2TaI07# 0,54 1,02 115 6.106
CoTa2O6 1,7 3,57-1011 tCo2Ta2070 0,62 1.16 '127 2-107.
NMA 1 08 3.101o 9NI2T8207* 1,92 1,56 153 4.1010
INInNb,0. 1:08 2,49-109 OMINN078 1 38 1.6-101
CoNb2od 1 56- 2,99-1010 ,
4C02NbzO7* 1:46 1,76 M 5,2.107
NjNb:0,' 4:74 7,7.10L1 4NI,NbIO71 1,62 1,19 150 6,2. i0l'
Legend to Table 1: 1) Compound; 2) U, 3) resistivity at 1490C, 4) com-
pound, 5) U1, 6) U 2, 7).temperature of the breaking point, 8) resistivi-~
0
ty at 149 C.
Card 3/6
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~4 "It 0 cd
u

85885
S/04 60/024/011/021/056
B006YB060
AUTHORS: Sinyakov, Ye. V. and Stafiychuk, Ye. A.
TITLE: Properties of Some Solid Solutions of the Type
-A ~~-"A 2B207" in Strong Electric Fields
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960#
Vol. 24, No. 11, pp. 1384-1386
TEXT: This is the reproduction of a lecture delivered at the Third
Conference on Ferroelectricity which took place in Moscow from January 25
to 30~ !960. The authors exaTined specimens of compositions AO - B205'
'V
2AO _ B205' where A:-A;&i,-'Co,fti and Bkb or'lTag as well as their
solid solutions on BaTi03 basis. The compositions 2A0 - B205 proved to be
a mixture of meta-compounds with oxides of bivalent metals and are called
11pyrocompounds". The nonlinear properties of the specimens were measured
at 50 cps with an instrument described in Ref. 6.at temperatures which
were about equally distant from the Curie point. The measurement results
are graphically shown in Figs. 1,2 and numerically compiled in a Table.
Card 1/3

85885
Pr-.perties of Some Solid Solutions of the 3/048/60/024/011/021/036
Type BaTiO,_11A2B2071# in Strong Electric Fields m_,ro6/BO60
Position and height of the peaks of the F,(E) curves are greatly dependent
on the addition; BaTiO 3 - 11Ni2Ta20,11 has, e.g., for 0 and 1 mole% addition
about the same f,(E) curves, while at 2 mole%the maximum lies at smaller
E and is considerably higher, and at 3 mole%the F_(E) curve is
considerably lower, the maximum being small and appearing only at large E
,,alues. Fig. 2 shows the effect of additions upon height and position of
the maxima of the e-(E) curves. Investigation results are in good
agreement with X-ray and high-frequency experiments. It was found that the
tntrcduction of bivalent cations of transition metals causes the
tetragonality of unit cells to drop considerably and that the Curie point
is markedly shifted toward low temperatures. The greatest nonlinearity is
found ir) guch compounds as exhibit the least tetragonalities, i.e., those
with Ni2+ ions. Although the ionic radii of Mn2+9 C02+, and Ni2+ are not
differing appreciably, they still have quite different effects upon the
properties of solid solutions on BaTiO3 basis, which fact is explained
by the different filling of the 3d subshells of these ions. There are
2 figures, 1 table, and 7 references: 5 Soviet, 1 British, and 1 US.
Card 2/3

85885
Proporties of Some Solid Solutions of the. S/048/60/024/011/021/036
Type'!BaTiO A B 0 in Strong Electric' Fields B0061BO60
3 2 2 7
I Mon. % '2 mop. % 3 Mon.
C/a
0,-6 k C Ik rn
V CH-9 Vem-
~kv
CNIn2NNO70 90 7 10800 1,007,- 35 3,3 16000 -25 12 5100
-tCo2N"D-_07# 82 5 12000 1,005, 22 2,2 208W -70 8,6 7340
4Ni2Nb-.0?* 13 4,3 9750 1,003, 1- 1,09 32400 -95 6,86 MO
tAlnja207s 82 7,6 8100 I,OW& 44 2,98 11000 8 - -
eCosTa207s 85 6,18 12800 1,004, 7 1.95 IC400 -76 9,23 5200
4NIeTaO-:# 66 3,2 14900 1,0041s -7
1,45 28000 -108 4,14 8040
Legerid to the Table: Nonlinear properties of the solutions of the
BaTi q%3 - AOAB 2 06 type. 1. Addition. The subscript m denotes the Value'at.
the i(E) curve maximum.
CardW3

20U6
1.,V300 ~9~(d 116T S/181/61/003/00211/014./050
, / / q7) B102/B204
AUTHORS: Sinyakov, Ye. V. and Avramenko~ V, P.
TITLE: Investigation of the electric properties of some mixed
ferriteo in variable electric fields
PERIODICAL: Fizika tverdogo tela, v. 3. no, 2, 1961, 411-415
TEXT; Though ferrites are being more and more used in industry, their
electric properties, especially in solid solutions of ferrites, have been
insufficiently investigated, The electric properties of ferrites have
some peculiarities, as e.g. the high value of 1~, at low frequencies;
e decreases with increasing frequency. Whereas, the high 6-value and
its frequency dependence is explained by many authors by the kind of
crystalline structure, V. A. Ioffe et al. were able to show that tho
behavior of -the )t of ferrites does not depend on the crystalline structure
but is due to relaxation processes- As a contribution to this set of
problems, the authors investieated the temperature dependence ofE and
tang of mixed ferrites, the mechanism of polarization and dielectric
losses, as well as the dependence of 'these rharacteristic;s on the
Card 1/5

20116
3/181/61/003/002/014/050
Investigation of the electris B102 B204
composition of the following four systems of ferrites
(100 n)NiFe 20 4'- nCoA!204 ~ (100 - n)N'Fe204 - nNiAl. C14 '
(100 n)NiFe2 04'- nN_,11n204 s (100 - n)CoFe 204 - nZnFe 204 9
n = 0-5~ 1, 3, 5, 10, 11 ';, 20j 30, 40 mole-'. The specimens were
produced in the same manner that is usual in semiconductor ceramics.
They had the shape of 1.5-2 mm, thick disks (35 mm diameter). The
temperature dependence of ~ and of tan,~ was measured by means of
Q-meters of the type V_F-5-1(KV-1) and VV-1,(UK-1.) between 20 and 2600C
and 10 6_ 10 7 cps. Measurements were carried out of some specimens also
down to nitrogen temperature, The cooiing rate was I deg/min within
the range of from 20-2600C. in the low tpmperature range 1.5 deg/min.
Temperature measurements had an accuracy of up to f 1.50C. The results
obtained by the investigations are all graphically represented. Figs. I
and 2 show E(t) and tanA = f(t) of the system (100 - n)NiFL- 2 04 - nCoAl 204'
Analogous curves were obtained also fcr orner systemse and tan
generally decrease with increasing number of additional components,
Card 2./5

20116
S/ 181 /6 11003/002101 A 1050
Investigation of the electric B102/3204
with the exception of the system (100 - n)NiFe 20 4 -nlNi~,Ln2 049 wbere
tan ~ increases with increasing n,. Also ele.-tric ocnductivity decreases
in all systems, with the exception of the aforementioned, with increasing
n. For the purpose of investigating the character of the losses,
tan6 was calculated by the formula tan ~ = 1.8,10 12 r3A f, and compared
with the measured values for the system-(100 - n)N-LFe2o 4 - '111iYM20 4'
The measured values at low temperatures (-- 8U'-C) are somewhat higher.
At low temperatures, the curves tan,4- = f(t) have a maximum, which
proves the relaxation character of the losses. A comparison of the
activation energies calculated from the temperature functions of i
and tan !J indicate that electron relaxations are concerned. This was
proved by direct measurements of log(tan--') = f(1 '/T). Thus, all result
confirm that the dielectric polarization and the losses of these ferrite
systems have relaxation character and are caused by ele--tron exchange
between 2- and 3-valent metal ions.. which are located in the same lattice
sites. There are 6 figures and 7 referen:~es: 3 Soviet-b-loc and
4 non-Soviet-bloc.
Card 3/5

2011-6
Investigation cf the electric o"
ASSOCIATION. Dnepropetrovskiy gosudarstvennyy
elektrofiziki (Dnepropetrovsk
Department of Electrophysics)
SUBMITTED: April 23, 1960
S'/18 61/003/002/014/050
B702/3204
universitat Kafedra
S~ate University.
Card 4/5

20.Lib
S/181/61/003/002/014/050
Investigation of the electric ... B102/B204

SIV,

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14 - go
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300- x

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Card 5/5 80 160 Z40 0 80 /so 240
7' TIMM -z'-

SINYAKOV Ye V AVRW'ENKO
.1 V. P.
InveStigLting the electrical properties of some composite
ferrites In alternating electric fields. Fiz. tver, tels, 3
no.3:411-415 F 161. (MIRA 14:6)
1. Dnepropetrovskiy gosudarstvennyy universitet, kafedra elektro-
fiziki.
(Ferrates--Electric properties)
(Electric fields)

S/181/62/004/010/052/063
B102/B104
AUTHORS: Sinyakov, Ye. V., and Dudnik, Ye. F.
TITLE: Seignettoelectrical properties of SrNb 206-0.5 YbFeO
PEHIODICAL: Fizika tverdogo tela, v- 4, no. 10, 1962, 2971 - 2972
TEXT: A new compound showing at the same time seignettoelectrical and
ferrimagnetic properties was synthesizedi SrNb 206-0-5YbFeOY The
temperature of preannealing was 1100 0C, that of final annealing 1270 OC.
A proper choice of the final cooling rate is of great importance to
ensure the desired properties in the ceramic. The seignettoelectrical
state was verified by measuremer~ts of :-~(t) between -160 and +1600C and of
6(E) between 0 and 12 kv/cm, the magnetic properties by determining the
initial magnetic permeubility at 7-8 Vc/sec. This was equal to 5 at
room temperature. There are 2 figures.
ASSOCIATION: Dnepropetrovskiy gosudarstvennyy universitet
(Dnepropetrovsk State University)
SUBMITTED: May 21, 1962
Card 1/1-

'011 b 0 U1 1
113 /~ "' 1,!C'~'5/ 031
r ri Al -1 7,~'-'A
Kolomoytsev, F. I., KodzheaDirov, F. F., Yakunin, Ya.,
and Sinyakov, Ye. V.
~77TLT-': Some Dossibilities of improving the quality of superhigh-
frequency ferrites
FE"RIODICAL: kkademiya nauk SSSR. Izvestiya- Seriya fizicheskaya, v. 25,
no. 11 , 1961 , 1422-1426
T-EXT: Ferrites with the composition MgAl 0.3 Fe 1.704(Ref. 1: Smolenskiy
G, A., Gurevich, A. G., Poluprovodniki v nauke i tekhnike (Semiconductors
in science and engineering), v. II. Izd. AN SSSR, 195~; Refs. 2 and 3:
see below) were examined. These ferrites were prepared from the oxides
b.y the usual technique, namely, at different temperatures of preliminary
annealinl- T pre and of final annealing T fin* Experiments showed that the
ma-i--e'tization of a single formula unit of ferrite changes in the range of
E74 F,",