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Plenary Speakers

Binner, Jon (UK)
Ikuhara, Yuichi (Japan)
Randall, Clive A. (USA)
Singh, Dileep (USA)


Keynote Speakers
(to be added)

Azuma, M. (Japan)
Bell, A.J. (UK)
Bordia, R. (USA)
Ching, W.Y. (USA)
Fahrenholtz, W. (USA)
Geffroy, P.M. (France)
Graule, T. (Switzerland)
Harris, V. (USA)
Hinoki, T. (Japan)
Ikesue, A. (Japan)
Isao, T. (Japan)
Li, J.G. (Japan)
Liu, J.H. (China)
Luo, J. (USA)
Olevsky, E. (USA)
Reaney, I. (UK)
Reimanis, I.E. (USA)
Riedel, R. (Germany)
Rosei, F. (Canada)
Sun, N.X. (USA)
Szafran, M. (Poland)
Tatami, J. (Japan)
Vasylkiv, O. (Japan)
Vassen, R. (Germany)
Wang, You (China)
Weber, W.J. (USA)
Woydt, M. (Germany)
Yamashita, H. (Japan)
Zhang, Y.W. (USA)




Invited talk
Effect of DC current on creep behavior of ZrO2 for the application to pressure sintering

Koji Morita
National Institute for Materials Science, Japan

Koji Morita is a chief researcher of Research Center for Functional Materials at National Institute for Materials Science (NIMS), Tsukuba, Japan.

He received his bachelor degree from the Kumamoto Univ. in 1992, and his doctor of Engineering (Dr. Eng.) degree from Kyushu Univ. in 1997. After he finished the PhD degree, he joined NIMS as a researcher. For two years from October 2010 to October 2012, he stayed at Darmstadt Univ. of Technology Germany (Prof. Riedel group) as a visiting researcher.

He has studied high temperature phenomena of oxide ceramics, such as superplastic & creep deformation, sintering, transparent ceramics and has published more than 100 papers to international journals. His recent research interest is the fabrication of transparent oxide ceramics by spark-plasma-sintering (SPS) technique, and the effect of electric current on the high temperature and sintering phenomena of oxide ceramics.


Symposium A: Powder processing and forming technology for advanced ceramics



Invited Speakers
(to be added)

Bai, Y.L. (China)
Biesuz, M. (Italy)
Castano, V.M. (Mexico)
Chen, X.M. (China)
Chan, Y.T. (Taiwan)
Cheon, I.C. (Korea)
Cologna, M. (Germany)
Cooper, V. (USA)
Delaunay, J.J. (Japan)
Fan, Y.C. (China)
Feng, J. (China)
Fonseca, F.C. (Brazil)
Furuse, H. (Japan)
Hintzen, H.T. (Netherland)
Hong, J.W. (China)
Jeon, J.H. (Korea)
Jeong, S.J. (Korea)
Jo, W. (Korea)
Kim, B.N. (Japan)
Kim, I.W. (Korea)
Kim, M.H. (Korea)
Kita, H. (Japan)
Koruza, J. (Germany)
Kuo, C.H. (Taiwan)
Lee, J.S. (Korea)
Lee, S.H. (Korea)
Lee, Y. (Korea)
Li, J. (China)
Li, J.Q. (China)
Li, Q. (China)
Liao, T. (Australia)
Liu, B. (China)
Lleonart, J.R.M. (Spain)
Lu, H.Y. (China)
Lu, K. (USA)
Ma, Q.L. (Germany)
Masuda, Y. (Japan)
Mimura, K. (Japan)
Mo, Y.F. (USA)
Morita, K. (Japan)
Mortier, M. (France)
Motz, G. (Germany)
Ni, D.W. (China)
Ogla, F. (Germany)
Ong, T.G. (Taiwan)
Peng, C.H. (Taiwan)
Roy, A.L. (Hong Kong)
Serquis, A. (Argentina)
Shih, T.H. (Korea)
Shklover, V. (Switzerland)
Singh, David (USA)
Song, T.K. (Korea)
Soraru, G.D. (Italy)
Tan, X.L. (USA)
Tao, S.Y. (China)
Tsai, C.L. (Germany)
Vandeperre, L. (UK)
Wang, H. (China)
Wang, J.Y. (China)
Wang, K. (China)
Wang, K.Y. (China)
Wang, R.P. (Japan)
Wu, J.G. (China)
Wu, Y.Q. (USA)
Xiang, H.M. (China)
Xu, K. (China)
Yan, H.X. (UK)
Yang, K.S. (USA)
Yang, W.Y. (China)
Yu, H.J. (China)
Zeng, Q.F. (China)
Zhai, J.W. (China)
Zhang, J.L. (China)
Zhang, K.B. (China)
Zhang, N. (China)
Zhang, S.J. (Australia)
Zhou, S.M. (China)
Zhou, Y. (Japan)
Zhou, Y.C. (China)
Zhu, J.J. (USA)
Zych, E. (Poland)