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IP AWARD

Hidekazu TANAKA

  • Department of Chemistry, Graduate School of Science and Engineering, Shimane University
Jan 1972 Birthday month
Mar 1999 Ph.D. in Industrial Chemistry, Tokyo Metropolitan University
Apr 1999 Research Fellow of the Japan Society for the Promotion of Science, Osaka University of Education
Apr 2000 Research Associate at Department of Chemistry, Shimane University.
Sep 2006 Associate Professor at Department of Chemistry, Shimane University
Aug 2014 Professor at Department of Chemistry, Shimane University

Achievements:

Prof. Hidekazu Tanaka has been studying the synthesis of highly functionalized inorganic particles by control of the particle morphology and modification of the surface structure focusing on the surface functional groups. Also, he has recently developed the outcomes to the field of corrosion engineering and has been working on elucidation of atmospheric corrosion mechanism of steels and development of high corrosion resistant steels by artificially synthesized rust particles. These researches contribute to development of fundamental research and industrial chemistry. He is active not only in his own research activities but in the academic societies such as the Society of Powder Technology, Japan. In addition, he has contributed to activities including a councilor of Society of Powder Technology, Japan, an editorial board of international journal of Advanced Powder Technology, an organizing committee of conference and a lecture of introductory seminar on powder. A winner is promoting interdisciplinary collaborations with the researchers and engineers in various fields of academia and industry. His effort is expected to make him to be one of the researchers to lead further advancement of powder technology as well as industry.

IP AWARD WINNERS

No.
(year)
Name Organization
(Post at time of award)
Achievment
29
(2017)
Hidekazu Tanaka Department of Chemistry,Graduate School of Scuennce and Engineering, Shimane University (Professor) Functionalization of inorganic particles by morphology control and surface modification and its application to corrosion engineerng
28
(2016)
Hiroyuki Shinto Department of
Chemical Engineering,
Fukuoka University
(Professor)
Outstanding fundamental research achievements on the mechanism and modeling of soft particulate materials such as interfacial structures, surface forces, particle dispersions, and cell-particle interactions.
27
(2015)
Hiromitsu Yamamoto Department of Pharmaceutical Engineering, School of Pharmacy,
Aichi Gakuin University(Professor)
The winner of this award has addressed the design of polymeric nanoparticle for drug delivery system based on the powder technology and particulate design engineering.
26
(2014)
Ryoichi Kurose Department of Mechanical Engineering and Science, Graduate School of Engineering,
Kyoto University(Associate Professor)
Outstanding basic and applied research achievements on the mechanism and modelling of particle dispersion in turbulent flows for environmental and energy problems
25
(2013)
Hiroya Abe Joining and Welding Research Institute,
Osaka University
(Associate Professor)
Design and development of powder processing technology for enhancing performances of materials, including energy and environmental related materials
24
(2012)
Kunihiro FUKUI Department of Chemical Engineering, Graduate School of Engineering, Hiroshima University(Professor) Outstanding basic and applied research achievements to establish the fundamentals in powder technology, and to solve the energy problem and the environmental issues from the viewpoint of powder technology
23
(2011)
Hideki ICHIKAWA Laboratory of Pharmaceutical Technology, Faculty of Pharmaceutical Sciences, Kobe Gakuin University Prof. Hideki Ichikawa has been working on" nanostructure designs" for the functionalization of pharmaceutical preparations composed of nano- and micron-sized particulate systems and the development of the novel particulate DDS (drug delivery system).
23
(2011)
Junya KANO Institute of Multidisciplinary Research for Advanced Materials, Tohoku University The winner of this award has addressed the establishment of a new simulation method for media behavior during ball grinding precisely, and the development a new and novel method to predict the particle diameter of powder in grinding process.
22
(2010)
Yoshiyuki
SHIRAKAWA
Department of Chemical Engineering and Materials Science
Faculty of Science and Engineering
Doshisha University
(Professor)
The winner of this award has addressed the process development for fabrication of composite materials consisting of nano-particles, and proposed new and highly sophisticated unit operations
21
(2009)
Toshiyuki
Nomura
Department of Chemical Engineering
Graduate School of Engineering
Osaka Prefecture University
(Associate Professor)
Study on (1) the clarification of the mechanism for particle electrification, (2) the particle formation and growth by a build-up process, (3) the clarification of mechanical behavior of aerosol particles and (4) the research on the industrial use of microorganisms
20
(2008)
Satoru
Watano
Graduate School of Engineering
Osaka Prefecture University
(Professor)
Analysis of particle dynamic behavior in supercritical and high centrifugal force fields and study on design and production process of fine particles with several smart functionalities
19
(2007)
Tatsushi
Matsuyama
Department of Environmental Engineering for Symbiosis
Faculty of Engineering
Soka University
(Professor)
Study on dry powder handling operations. Especially establishment of the precise experimental methods for impact charging of a single particle.
18
(2006)
Kuniaki
Gotoh
The Graduate School of Natural Science and Technology
Okayama University
(Professor)
Study on The Evaluation Methods of Powder Handing Characteristics and Systematization of Designing Procedures of Powder Handling Unit Operation Based on The Evaluated Characteristics
17
(2005)
Masayoshi
Fuji
Ceramics Research Laboratory
Nagoya Institute of Technology
(Associate Professor)
Development of the powder surface studies on (1)Surface characterization of inorganic powder (2)Adhesive force of contaminative Particles(3)Wetting dispersability of inorganic powder (4)Functionalizing inorganic powder using surface modification
16
(2004)
Toshitugu
Tanaka
Oosaka University
(Professor)
 
15
(2003)
Makio
Naito
Oosaka University
(Professor)
Development of the new hybridized particles based on pulverizing technology and the research of high performance and high value added particle systems based on synthesizing technology
14
(2002)
Syuji
Matsuzaka
Kyoto University
(Associate Professor)
Development of the evaluation method for particle adhesion, continuous micro-feeder using ultrasonic vibration and electrostatic measurement system of simultaneous phenomenon of particle flow rate and electric charge.
13
(2001)
Hidehiro
Kamiya
Tokyo University of Agriculture and Technology
(Associate Professor)
Development of the evaluation method for particle adhesion, continuous micro-feeder using ultrasonic vibration and electrostatic measurement system of simultaneous phenomenon of particle flow rate and electric charge.
12
(2000)
Toshihiko
Myojo
National Institute of Industrial Health
(Head Researcher)
Development of filter collection efficiency with dust load, measurement and estimation for deposition of fibrous aerosol and evaluation method of dust-proof mask
11
(1999)
Hisao
Suzuki
Shizuoka University
(Associate Professor)
Processing of Fine Oxide Powders and Films by Chemical Solution Deposition, Coagulation Control of Ultra-fine Particles for Ceramic Processing
10
(1998)
Yoshio
Otani
Kanazawa Univserity
(Professor)
Evaluation of collection performance of various particle separators, and contribution to contamination control by clarifying the deposition mechanism of fine particles and developing its countermeasures
9
(1997)
Makoto
Ohtsuka
Pharmaceutical Univserity
(Associate Professor)
Powder Technological study in Pharmaceutical Field, - Evaluations of Pharmaceuticals for Mechanochemical Reaction during Grinding, Dissolution Behaviors and Tabletting Compression -
8
(1996)
Hirobumi
Takeuch
Gifu Pharmaceutical Univserity
(Associate Professor)
Design and development of new pharmaceutical particles
7
(1995)
Michitaka
Suzuki
Himeji Institute of Technology
(Lecturer)
Experiments and numerical simulation of particle configuration of packed bed
6
(1994)
Shigeyuki
Endo
Agency of Industrial Science & Technology MITI
(Chief Researcher)
Produce of ultra fine particle by laser
5
(1993)
Minoru
Takahashi
Nagoya Institute of Technology
(Associate Professor)
Basic study on material manufacturing processes
4
(1992)
Hideto
Yoshida
Hiroshima University
(Associate Professor)
Computer simulation of particle classification by cyclone and measurements of contact electric potential between particles and metal
3
(1991)
Fumikazu
Igasaki
Agency of Industrial Science & Technology MITI
(Section Manager)
Interdisciplinary study on particle technology and chemistry
2
(1990)
Ko
Higashitani
Kyushu Institute of Technology
(Professor)
agglomeration and dispersion of fine particles in liquid
1
(1989)
Kikuo
Okuyama
University of Osaka Prefecture
(Associate Professor)
Study on nano-sized aerosol particles

Last modified on 29,Aug.,2014

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