|
篇目详细内容 |
【篇名】 |
Broadband ferromagnetic resonance studies on influence of interface bonding on magnetoeletric effects in ferrite–ferroelectric composites |
【刊名】 |
Frontiers of Physics |
【刊名缩写】 |
Front. Phys |
【ISSN】 |
2095-0462 |
【EISSN】 |
2095-0470 |
【DOI】 |
10.1107/s11467-011-0230-z |
【出版社】 |
Higher Education Press and Springer-Verlag Berlin
Heidelberg |
【出版年】 |
2012 |
【卷期】 |
7
卷4期 |
【页码】 |
418-423
页,共
6
页 |
【作者】 |
D. V. B. Murthy;
Gopalan Srinivasan;
|
【关键词】 |
ferrite; ferroelectric; magnetoelectric; ferromagnetic resonance |
【摘要】 |
A systematic study has been carried out on the effects of interface bonding on the strain mediated magnetoelectric (ME) coupling in ferromagnetic–ferroelectric bilayers. The technique used involves the static electric field E tuning of the ferromagnetic resonance (FMR) in yttrium iron garnet (YIG) and lead zirconate titanate (PZT) or lead magnesium niobate-lead titanate (PMN-PT). A broad band detection technique has been developed for studies over 1―40?GHz in three types of bilayers: epoxy bonded, eutectic bonded and YIG films directly grown onto piezoelectric substrate by electrophoretic deposition. The strength A of the converse ME effect (CME) defined as the ratio of the frequency shift δf in FMR in E, A = δf/E, varies over the range 0.8 to 4.3?MHz·cm/kV, and is the highest for eutectic bonded samples and is the weakest for epoxy bonded bilayers. The results presented here as of importance for dual electric and magnetic field tunable ferrite–ferroelectric microwave resonators and filters. |
|