YAMADA Tadashi | Divison of Wood Physics, WOOD RESEARCH INSTITUTE, KYOTO UNIVERSITY

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概要

• YAMADA Tadashiの詳細を見る
• 同名の論文著者
• Divison of Wood Physics, WOOD RESEARCH INSTITUTE, KYOTO UNIVERSITYの論文著者

関連著者

• YAMADA Tadashi

  Divison of Wood Physics, WOOD RESEARCH INSTITUTE, KYOTO UNIVERSITY

• Yamada Tadashi

  Division Of Wood Physics Wood Research Institute Kyoto University

• Norimoto Misato

  Division Of Wood Physics Wood Research Institute Kyoto University

• Nomura Takaya

  Division Of Wood Physics Wood Research Institute Kyoto University

• Aoki Tsutomu

  Division Of Wood Physics Wood Research Institute Kyoto University

• Nomura Takaya

  Divison Of Wood Physics Wood Research Institute Kyoto University

• Ohgama Toshimasa

  Division Of Wood Physics Wood Research Institute Kyoto University

• Sumiya Kazuo

  Division Of Wood Physics Wood Research Institute Kyoto University

• MORI Mitsumasa

  Industrial Research Institute of Hyogo Prefecture

• Yamada Tadashi

  Divison Of Wood Physics Wood Research Institute Kyoto University

• Sumiya Kazno

  Division of Wood Physics, WOOD RESEARCH INSTITUTE, KYOTO UNIVERSITY

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著作論文

• Crystallinity Change in the Growing Stage of Bamboo (Phyllostachys mitis)
• On Relationship between Dielectric Properties and Crystallinity of Cellulose
• The Dielectric Properties of Wood VI : On the Dielectric Properties of the Chemical Constituents of Wood and the Dielectric Anisotropy of Wood
• The Dielectric Properties of Wood V, On the Dielectric Anisotropy of Wood.
• The Dielectric Properties of Wood IV : On Dielectric Dispersions of Oven-dried Wood
• A Consideration on Stress Relaxation of Wood Cell Wall
• Some Physical Properties of Wood and Cellulose Irradiated with Gamma Rays
• Small Angle X-ray Scattering of Woody Plants
• On the Discrete Diffraction of Small Angle X-ray Scattering of Bamboo (Phyllostachs mitis)
• X-ray Analysis of Tyrosine in Growing Stage of Bamboo (Phyllostachs edulis A. & C. Riviere)
• Porous Structure of Wood and its Relaxation Modulus, II
• The Viscoelastic Properties of Wood Used for the Musical Instruments I
• Effect of Indole-3-Acetic Acid on Stress Relaxation of Japanese Black Pine Seedling

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