Rchr
J-GLOBAL ID：200901024951307003
Update date: Sep. 30, 2022
Ishii Takao
イシイ タカオ | Ishii Takao
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Research field (1)：
Inorganic materials
Research keywords (1)：
無機結晶材料
Research theme for competitive and other funds (2)：
高イオン伝導度を有する酸化物新材料探索
Synthesis and characterization of new oxide material with high ionic conductivity
Papers (50)：
S.Aoyama. Fluxless Fabricatons of Su-Au Solder Microbumps by a Hydrogen Plasma Reflow Techiqu. J. Electronic Materials. 2005. 34. 05. 630
S.Aoyama. Novel Micro-bumps Fabrication for Flip-chip Bonding. J. Electronic Materials. 2004. 33. 11. L21
Kiyomitsu Onodera, Takao Ishii, Shinji Aoyama, Masami Tokumitsu. Controllability of novel Sn0.95Au0.05 microbumps using interlaminated tin and gold layers for flip-chip interconnection. IEEE Microwave and Wireless Components Letters. 2003. 13. 7. 256-258
S Sugitani, T Ishii, M Tokumitsu. Three-dimensional interconnect with excellent moisture resistance for low-cost MMICs. IEEE TRANSACTIONS ON ADVANCED PACKAGING. 2003. 26. 2. 133-140
T.Akeyoshi, K.Onodera, S.Aoyama, M.Tokumitsu, A.Aratake. Monolithically integrated photo-receiver with optical waveguides for future 100-Gbit/scalss OEIC. Proc. Of International Conference on Indium Phosphide and Related Materials(IEEE). 2003. 292
ｍore...
MISC (98)：
S.Aoyama. Fluxless Fabricatons of Su-Au Solder Microbumps by a Hydrogen Plasma Reflow Techiqu. J. Electronic Materials. 2005. 34. 5. 630-634
S.Aoyama. Fluxless Fabricatons of Su-Au Solder Microbumps by a Hydrogen Plasma Reflow Techiqu. J. Electronic Materials. 2005. 34. 5. 630-634
S.Aoyama. Novel Micro-bumps Fabrication for Flip-chip Bonding. J. Electronic Materials. 2004. 33. 11. L21-L23
S.Aoyama. Novel Micro-bumps Fabrication for Flip-chip Bonding. J. Electronic Materials. 2004. 33. 11. L21-L23
K Onodera, T Ishii, S Aoyama, M Tokumitsu. Controllability of novel Sn0.95Au0.05 microbumps using interlaminated tin and gold layers for flip-chip interconnection. IEEE MICROWAVE AND WIRELESS COMPONENTS LETTERS. 2003. 13. 7. 256-258
ｍore...
Lectures and oral presentations (2)：
Ba2In2-xFexO5の合成とイオン伝導特性
(固体イオニクス討論会 2009)
Structural phase transition and ion conductivity of Ba2In2-xFexO5
(17th International conference on solid state ionics 2009)
Professional career (1)：
Doctor of Science (Physical Chemistry) (Osaka University)
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