Structure and magnetoelectric property of low-temperature sintering (Ni_0.8Zn_0.1Cu_0.1)Fe_2O_4/[0.58PNN-0.02PZN-0.05PNW-0.35PT] composites

다국어 초록 (Multilingual Abstract)

(1-x)(Ni_0.8Zn_0.1Cu_0.1)Fe_2O_4/x0.58Pb(Ni_1/3Nb_2/3)O_3-0.02Pb(Zn_1/3Nb_2/3)O_3-0.05Pb(Ni_1/2W_1/2)O_3-0.35PbTiO_3((1-x)NZCF/xPNZNWT) magnetoelectric composites were prepared by conventional solidestate reaction method via low-temperature sintering technique. The low-temperature sintering technique can prepare dense composites, where the ferrite and piezoelectric phases coexist in the synthesized particulate composites, and no apparent mutual solubility takes place between the two phases. The (1-x)NZCF/xPNZNWT ceramic composites exhibit excellent integrated electrical properties, where diffused dielectric response peaks, typical P-E hysteresis loops and excellent piezoelectric property can be obtained. The (1-x)NZCF/xPNZNWT composites prepared by the low-temperature sintering process can be electrically and magnetically poled to exhibit apparent magnetoelectric effect, indicating that such technique is convenient to develop excellent particulate magnetoelectric materials in the future.

참고문헌 (Reference)

1 K.H. Shin, 9 : 357-, 2000

2 R. Sun, 44 : 5515-, 2009

3 R.S. Singh, 91 : 567-, 1994

4 I. Kornev, 62 : 12247-, 2000

5 G. Srinivasan, 85 : 2550-, 2004

6 Y.J. Wang, 103 : 124511-, 2008

7 J.Y. Zhai, 99 : 329-, 2003

8 Y.J. Li, 26 : 2839-, 2006

9 J. Ryu, 40 : 4948-, 2001

10 G. Srinivasan, 64 : 214408-, 2001

11 R.A. Islam, 104 : 044103-, 2008

12 J.G. Wan, 93 : 9916-, 2003

13 S.N. Babu, 41 : 165407-, 2008

14 B. Fang, 70 : 893-, 2009

15 F. Gao, 21 : 15-, 2002

16 S.-J. Park, 43 : 3580-, 2008

17 C.-W. Nan, 103 : 031101-, 2008