Special Issue: New Development of the Environment and Energy Related Materials Using Particle Processing for Green Science

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New Development of the Environment and Energy Related Materials Using Particle Processing for Green Science

Chairperson:Kenji Iimura(University of Hyogo), Tomoya OHNO(Kitami Institute of Technology)

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[5-1A] Preparation and Transition Temperature Control of Vanadium Dioxide Naono-particles by Microemulsion Method from Molecular-Designed Precursors

〇Hisao Suzuki¹, Takahiko Kawaguchi¹, Naonori Sakamoto¹, Naoki Wakiya¹, Takashi Arai³, Shigeto Hirai², Tomoya Ohno² (1.Shizuoka University, 2.Kitami Institute of Technology, 3.Numazu College)

[5-2A] Improving the mechanical strength of BaZrO₃ ceramics by water vapor streaming

〇Yuya Miyamoto¹, Shinya Kondo¹, Takashi Teranishi¹, Akira Kishimoto¹ (1.Okayama University Graduate School Graduate School of Natural Science and Technology)

※This presenter is a candidate for the Student Award for Outstanding Presentation.

[5-3A] Enhancement of mechanical properties and insulative properties of non-firing porous silica

〇Hiroyuki Kato¹, Hideaki Kawabata¹, Masayoshi Fuji¹, Chika Takai² (1.Nagoya Institute of Technology, 2.Gifu University)

Session information

New Development of the Environment and Energy Related Materials Using Particle Processing for Green Science

[5-1A] Preparation and Transition Temperature Control of Vanadium Dioxide Naono-particles by Microemulsion Method from Molecular-Designed Precursors

[5-2A] Improving the mechanical strength of BaZrO₃ ceramics by water vapor streaming

[5-3A] Enhancement of mechanical properties and insulative properties of non-firing porous silica

Authentication

Session information

New Development of the Environment and Energy Related Materials Using Particle Processing for Green Science

[5-1A] Preparation and Transition Temperature Control of Vanadium Dioxide Naono-particles by Microemulsion Method from Molecular-Designed Precursors

[5-2A] Improving the mechanical strength of BaZrO3 ceramics by water vapor streaming

[5-3A] Enhancement of mechanical properties and insulative properties of non-firing porous silica

Authentication

[5-2A] Improving the mechanical strength of BaZrO₃ ceramics by water vapor streaming