The influence of applied electric field, temperature variation rate, and free charge carrier density on the hysteresis of dependence is investigated on ferroelectric ceramic capacitors. The measurements were performed on the ceramic capacitors of containing 12 wt % of Mg complex additive and the ceramics. The investigations were directed to study of electrocaloric response of ferroelectric ceramics. Various mechanisms of temperature hysteresis are discussed.
REFERENCES
1.
A.
Smolenskiy
, V. A.
Bokov
, V. A.
Isupov
, N. N.
Krainik
, R. E.
Pasinkov
, and N. S.
Shur
, Ferroelectrics and Antiferroelectrics
(Nauka
, Moscow
, 1971
).2.
M.
Lines
and A.
Glass
, Principles and Applications of Ferroelectrics and Related Materials
(Clarendon
, Oxford
, 1979
).3.
Ferroelectrics at Microwaves (Segnetoelektriki v Tehnike SVCH in Russian)
, edited by O. G.
Vendik
(Sovyetskoye Radio
, Moscow
, 1979
).4.
E. A.
Nenasheva
, A. D.
Kanareikin
, A. I.
Dedyk
, and Y. V.
Pavlova
, Solid State Phys.
51
, 1468
(2009
).5.
B. M.
Golzman
, A. I.
Dedyk
, V. V.
Lemanov
, L. T.
Ter-Martyrosjan
, and S. F.
Karmanenko
, Pis’ma Zh. Tekh. Fiz.
38
, 2493
(1997
).6.
B. M.
Golzman
, V. V.
Lemanov
, A. I.
Dedyk
, S. F.
Karmanenko
, and L. T.
Ter-Martyrosjan
, Letters to PZHTF
23
, 46
(1997
).7.
A. I.
Dedyk
, S. F.
Karmanenko
, A. A.
Melkov
, M. V.
Pavlovskaya
, V. I.
Sakharov
, and I. T.
Serenkov
, Ferroelectrics
286
, 267
(2003
).8.
K. H.
Yoon
, J. C.
Lee
, J.
Park
, D. H.
Kang
, C. M.
Song
, and Y. G.
Seo
, Jpn. J. Appl. Phys., Part 1
40
, 5497
(2001
).9.
H. -D.
Wu
and F. S.
Barnes
, Integr. Ferroelectr.
22
, 291
(1998
).10.
S. F.
Karmanenko
, A. I.
Dedyk
, N. N.
Isakov
, A. S.
Gordeichuk
, A. A.
Semonov
, L. T.
Ter-Martirosjan
, and J.
Hagberg
, Zh. Tekh. Fiz.
71
, 136
(2001
).11.
A. I.
Dedyk
, E. A.
Nenasheva
, A. D.
Kanareykin
, Ju. V.
Pavlova
, O. V.
Sinjukova
, and S. F.
Karmanenko
, J. Electroceram.
17
, 433
(2006
).12.
A. I.
Dedyk
, A. D.
Kanareikin
, E. A.
Nenasheva
, Y. V.
Pavlova
, and S. F.
Karmanenko
, Zh. Tekh. Fiz.
76
, 59
(2006
).13.
A. S.
Starkov
, O. V.
Pakhomov
, and I. A.
Starkov
, JETP Lett.
91
, 507
(2010
).14.
A. S.
Starkov
, S. F.
Karmanenko
, O. V.
Pakhomov
, A. V.
Jeskov
, D. A.
Semikin
, and J.
Hagberg
, Fys. Stat. Sol. (ΦTT)
51
, 1422
(2009
).15.
J.
Hagberg
, A.
Uusimaki
, and H.
Jantunen
, Appl. Phys. Lett.
92
, 132909
(2008
).16.
17.
S. F.
Karmanenko
, A. I.
Dedyk
, N. N.
Isakov
, V. I.
Sakharov
, A. A.
Semenov
, I. T.
Serenkov
, and L. T.
Ter-Martirosyan
, Letters to PZHTF
25
, 50
(1999
).18.
B.
Su
and T. W.
Button
, J. Appl. Phys.
95
, 1382
(2004
).19.
O. G.
Vendik
, A. I.
Dedyk
, R. V.
Dmitrieva
, A. J.
Zaionchkovski
, Y. V.
Licholetov
, and A. S.
Ruban
, Solid State Phys.
26
, 684
(1984
).20.
M. V.
Pavlovskaja
, V. A.
Balakin
, A. I.
Dedyk
, S. F.
Karmanenko
, V. I.
Sakharov
, and I. T.
Serenkov
, Integr. Ferroelectr.
61
, 149
(2004
).© 2011 American Vacuum Society.
2011
American Vacuum Society
You do not currently have access to this content.