FLATISCHLER Kurt | Tokyo Institute of Technology, Department of Textile and Polymeric Materials

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概要

• 同名の論文著者
• Tokyo Institute of Technology, Department of Textile and Polymeric Materialsの論文著者

関連著者

• Kondo Katsumi

  Tokyo Institute Of Technology Department Of Textile And Polymeric Materials

• Kondo K

  Hitachi Ltd. Ibaraki

• TAKEZOE Hideo

  Tokyo Institute of Technology, Department of Organic and Polymeric Materials

• FUKUDA Atsuo

  Tokyo Institute of Technology, Department of Organic and Polymeric Materials

• KUZE Eiichi

  Tokyo Institute of Technology, Department of Textile and Polymeric Materials

• FLATISCHLER Kurt

  Tokyo Institute of Technology, Department of Textile and Polymeric Materials

• SKARP Kent

  Tokyo Institute of Technology, Department of Textile and Polymeric Materials

• Takezoe Hideo

  Tokyo Institute Of Technology Department Of Organic And Polymeric Materials

• Skarp Kent

  Chalmers University Of Technology Physics Department

• Fukuda Asuo

  Department Of Kansei Engineering Faculty Of Textile Science And Technology Shinshu University

• Kuze Eiichi

  Tokyo Institute Of Technology Department Of Textile And Polymeric Materials

• Kondo Katsumi

  Tokyo Institute Of Technology Department Of Organic And Polymeric Materials

• Fukuda Atsuo

  Tokyo Institute Of Technology Department Of Bioengineering

• Flatischler Kurt

  Tokyo Institute Of Technology Department Of Textile And Polymeric Materials:chalmers University Of T

• Miyasato Keita

  Nagasaki University Faculty Of Liberal Arts

• SATO Yuzuru

  Tokyo Institute of Technology, Department of Textile and Polymeric Materials

• MIYASATO Keita

  Tokyo Institute of Technology, Department of Textile and Polymeric Materials

• Sato Y

  Nagaoka Univ. Technol. Nagaoka Jpn

• Sato Yuzuru

  Seiko Epson Corp. Research And Development Div.

• Sato Y

  Department Of Metallurgy Graduate School Of Engineering Tohoku University

• Sato Y

  Ntt Microsystem Integration Laboratories

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著作論文

• Surface-Induced Helix-Unwinding Process in Thin Homogeneous Ferroelectric Smectic Cells of DOBAMBC
• Helical Pitches and Tilt Angles in Room Temperature Ferroelectric Chiral Smectic C Liquid Crystals, MORA n and MBRA n
• Magnetic Field Effects on Preparing Thin Homogeneous Ferroelectric Smectic Cells for Electro-Optical Microsecond Switches

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