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Personal Information
Organization / Workplace
Setagaya-ku, Tokyo, Japan
Occupation
Professor, Emeritus
Industry
Education
About
After-all some 38years chemical engineering and fluidization research, which was of course enjoyable, I found it'd be much more fun and of value if I tie myself realistically to people/nation tackling their socio technological problems. Then I was luckily able to engage in survival science/engineering study and JST-RISTEX's environment/energy/community program and also in teaching at School of Policy Science, Ryukoku University (Kyoto) for five years able to design the framework of my present work.

Presentations(13)Ìý

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New Developments Through Microscopic Reconstruction of the Nature of Fluidized Suspensions 011106 AIChE FlourDaniel lectureship award lecture
New Developments Through Microscopic Reconstruction of the Nature of Fluidized Suspensions 011106 AIChE FlourDaniel lectureship award lectureNew Developments Through Microscopic Reconstruction of the Nature of Fluidized Suspensions 011106 AIChE FlourDaniel lectureship award lecture
New Developments Through Microscopic Reconstruction of the Nature of Fluidized Suspensions 011106 AIChE FlourDaniel lectureship award lecture
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PSRI30yr anniversary lecture on Scaling Law and Agglomeration Issues in Fluidization Technology
PSRI30yr anniversary lecture on Scaling Law and Agglomeration Issues in Fluidization TechnologyPSRI30yr anniversary lecture on Scaling Law and Agglomeration Issues in Fluidization Technology
PSRI30yr anniversary lecture on Scaling Law and Agglomeration Issues in Fluidization Technology
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020703 measurement of stress deformation characteristics for a polypropylene particle of fluidized bed polymerization for dem simulation
020703 measurement of stress deformation characteristics for a polypropylene particle of fluidized bed polymerization for dem simulation020703 measurement of stress deformation characteristics for a polypropylene particle of fluidized bed polymerization for dem simulation
020703 measurement of stress deformation characteristics for a polypropylene particle of fluidized bed polymerization for dem simulation
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