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1)
Y.Takao, Preparation of oxide
superconductor by vibro-fluidized bed process, Chemical Engineering,, 40,
463-468 (1995).
2)
Y.Takao, M.Awano and H.Takagi,
Preparation of an oxide superconducting composite using aerosol process
technology, Report of National Industrial Research Institute of
Nagoya, 20 (1995).
3)
Y.Takao,
Report of Business trip of USA, Bulletin, Powder Science and Engineering (Journal
of Association of Powder Process Industry and Engineering, Japan), 28,
No.7, (1996).
4)
Y.Kuwahara, Y.Takao, Pulverization for electrical ceramics, Powder Science and
Engineering (Journal of Association of Powder Process Industry and Engineering,
Japan), 28, No.11, 45-50 (1996).
5)
Y.Takao,
Composite particle preparation by vibro-fluidized bed process, Chemical
Engineering, 41, 246-250(1996).
6)
Y.Takao, Report
of 1997 American Association for Aerosol Research, Journal
of Aerosol Research, Japan, 12, 329-330 (1997).
7)
Y.Takao,
Preparation and application of composite particle by aerosol electrostatic
process. New Ceramics, 11, No.6 (1998).
8)
Y.Takao, Multilayered gas sensor, Bulletin,
Ceram. Soc. Jpn., 33, 10 (1998).
9)
Y.Takao, Preparation of
semiconductor gas sensor, Ceramic Semiconductor, TIC Co. Ltd., p.101〜110 (1998).
10) Y.Takao, Composite particle and microstructure control by aerosol
electrostatic processing, Bulletin, Ceram. Soc. Jpn, 34, 114-17
(1999).
11) Y.Takao, Multilayered gas sensor with high selectivity prepared by an
aerosol electrostatic process, Journal of Small and Medium Enterprise Council
in Aichi Prefecture, 185, 19 (2000).
12) Y.Takao, Evaluation technology for
particle size distribution; solid, liquid and gas phase technology, Handbook
of Institute for Liquid Atomization and Spray Systems in press.
13) Y.Takao, Production technology for ceramics and metals, Chapter 5, Handbook
of Institute for Liquid Atomization and Spray Systems in press.
14) Y.Takao, Alumina, Chapter 2, Fuji-techno system Co. Ltd., Handbook of
Fine Particles in press.