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”After May 10th, 2001, I will upload my Web Site at http://staff.aist.go.jp/yas.takao/indexE.html . Please renewal the bookmark”
Welcome
to Ceramic “Particulate Systems” Engineering, Preparation & Evaluation
Research Group on Tailored Solid Source,
Ceramics Research Institute
National Institute of Advanced Industrial
Science and Technology (AIST)
‘An
Independent Administrative Organization under Ministry of Economy, Trade and
Industry (METI)’
[1. Current Research] [2. Publications] [3. Links] [4. Curriculum Vitae] [5. Collaborators]
Japanese Page 
HOME (Ceramics Research Institute) 
AIST 
METI
Interests are in particle technology and engineering for improving electric material properties; preparation & evaluation. Specific focus is on (1) development & understanding of particle formation and structural growth mechanism for packaging filler & gas sensor materials by aerosol routes; (2) understanding the particle packing structure and its influence on rheological properties for particle-filled resin composite materials.
(Keywords:
powder technology, chemical engineering, aerosol, gas phase,
ceramic, ceramics, powder, particle, filler, aluminum
nitride, aluminium nitride, AlN, oxynitride, AlON, silica, SiO2, silicon oxide, semiconductor,
packaging, package)
[ You are the visitor.]
[1. Current
Research]
Research Outline
(Enumeration of Current Projects)(1)
[Aluminum
Oxynitride Flame Synthesis] “Rapid
Process for Manufacturing Aluminum Nitride and Oxynitride Binary System Powder;
For Refractory, Optical Ceramics & New Semiconductor Packaging Filler” (Coming Soon)
(2)Research Interests “Focal area
of investigation is spherical AlN filler, semiconductor package, composite
particle”
(3)
Flame Synthesis of Aluminum Nitride Filler-powder “Why
‘Spherical’ & ‘Filler-size (0.5-30micron)’?”
(4)
Contribution of Filler-properties to Rheology for
Particle-filled Resin Composite “Why does
filler property play a dominant role in rheology?”
(5)
Particulate-structural Contribution to Rheology
for Particle-filled Resin Composite “New parameter
for understanding the composite property”
(7)Optical Polarization Technique for Observing
Microstructure Formation Process in the Bulk Ceramics
(8)
Multilayered Gas Sensor “High-selectivity Detection of CH4
and CO gases”
(9)Aerosol Electrostatic Adhesion Process
“Quantitative control of adhesion amount of fine particle attached onto core
particle”
(10)Composite Particle Preparation
Method by Vibro-fluidized Bed Process
(11)Multilayer Preparation Method by
Aerosol Deposition Process
(12)Application
of Spray Pyrolysis & Spray Drying
[2. Publications]
Paper, Journal 
Patent 
Chapter in Book 
Collaboration
(Company, National Project) 
Press Release 
Oral Presentations
[3.
Links] Information
Service for References, Web Site, Academic Societies, Administrations,
Companies
Powder
Technology 
Packaging
Material (Particle-Polymer Composite) Sensor, Environmental Issue Administrations, Companies
[4. Curriculum
Vitae] Interests, Professional Experience,
Academic Background, Own Legal License, PhotographsDr. Mutsuo SANDO, Deputy Director, Ceramics Research Institute, AIST
Dr. Masayoshi OHASHI, Leader, Research Group on Tailored Solid Source, Ceramics Research Institute
Dr. Yoshio MURASE, Senior Research Scientist, Research Group on Tailored Solid Source
Mr. Shoji KAWAKAMI, Senior Research Scientist, Research Group on Tailored Solid Source
Dr. Kazutoku OHTA, Senior Research Scientist, Research Group on Tailored Solid Source
Dr. Atsuya TOWATA, Senior Research Scientist, Research Group on Tailored Solid Source
Mr. Keiji KUSUMOTO, Senior Research Scientist, Research Group on Tailored Solid Source
I
would appreciate informing me of any inquiries, comments or requests you may
have.
Yasumasa TAKAO, Dr. Eng. (Specialty=Chemical Engineering), Senior Research Scientist
Research Group on Tailored Solid Source
Ceramics Research Institute
National Institute of Advanced Industrial Science and Technology (AIST)
[ This national institute is reorganized on April 2001 as Independent Administrative Institution under METI, Ministry of Economy, Trade and Industry ]
1-1, Hirate-cho, Kita-ku, Nagoya 462-8510, Japan
Fax: +81-52-916-6992, Phone: +81-52-911-2223 (the switchboard number, +81-52-911-2221, Ext.2251)
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inform it, it should be greatly appreciated.
I welcome any query or requests, and will correspond them,
ASAP.
