Research field (3):
Composite materials and interfaces
, Synthetic organic chemistry
, Basic physical chemistry
Research keywords (2):
複合材料・物性・合成化学・物理化学
, 複合材料・物性・合成化学・物理化学
Research theme for competitive and other funds (16):
2007 - 2009 Sintering and Crystal Orientation of Nano-particle with Stacking Disordered Structure
2004 - 2006 Research on Sintering Acceleration with Structural Disorder-order Transformation
1997 - 1999 FABRICATION OF NOVEL INORGANIC MATERIALS AND EVALUATION OF THE HIGHLY RAPID PROCESSING BY HIGHLY EXOTHERMIC AND QUICK REACTION OF COMBUSTION SYNTHESIS
1998 - 1998 傾斜機能材料の物理・化学「傾斜機能材料の傾斜化プロセス」
1997 - 1998 Co_2気体と非鉄金属を原料とした燃焼合成反応に関する研究
1994 - 1995 RAPID SINTERING OF CERAMIC COMPOSITES BY HIGH TEMPERATURE EXOTHERMIC REACTION/DYNAMIC COMPACTION PROCESS
1993 - 1993 燃焼合成法によるセラミックス-金属の瞬間接合とその機構
1993 - 1993 比熱平衡下におけるダイヤモンド包埋炭化チタン複合材料の瞬間燒結
1992 - 1992 超高温セラミックス瞬間合成反応における動力学的解析
1991 - 1991 電解析出法によるセラミックス人工格子の合成
Combustion Synthesis of Ceramic Composites
Physical Chemistry of Combusition Synthesis
Electrosynthesis of Ceramics
ナノセラミックス複合材料
セラミックス複合材料の燃焼合成
燃焼合成の物理化学
Show all
Papers (179):
Yoshihiro Shimizu, Manshi Ohyanagi. Configurational and communal entropies of formation of non-stoichiometric PdHx at the glass transition temperature and the critical temperature. JOURNAL OF ALLOYS AND COMPOUNDS. 2020. 845. 156294-156294
Zuhair A. Munir, Manshi Ohyanagi. Perspectives on the spark plasma sintering process. Journal of Materials Science. 2020
M. Ohyanagi. Simultaneous transformation and consolidation of stacking-sequence disordered SiC without sintering additives. Spark Plasma Sintering. 2019. 127-152
Yoshihiro Shimizu, Moeno Otowaki, Kenshiro Shirai, Manshi Ohyanagi. Consistency between the experimental formation entropy of MgH2 and the spectroscopic entropy based on the third law of thermodynamics (vol 811, 15206, 2019). JOURNAL OF ALLOYS AND COMPOUNDS. 2020. 842