1D14 短冊形液晶分子の相転移のシミュレーション(2004年日本液晶学会討論会)

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概要

• 論文の詳細を見る

• Since a rectangular molecule has lower symmetry than rod-like molecule, it is expected to exhibit different phase transition from rod-like one. A simple simulation model is assumed to be represented by tightly connected rigid spheres. We have been performed Monte Carlo simulations under constant volume on system of 512 molecules consisted of 5×2 spheres. We have found a new biaxial smectic phase in addition to isotropic, nematic and smectic phases. This biaxial phase has never appeared for rod-like molecules. The phase transitions for these systems are known to depend only on the concentration of molecule, but not on the temperature. Possibility of occurrence of ferro- and antiferro-electric phases will be discussed, when molecules have intrinsic dipole moment.

• 日本液晶学会の論文
• 2004-09-26

著者

• 小野 いく郎

  法政大教養教育

• 加園 克巳

  慈恵医大物理

関連論文

• 1D14 短冊形液晶分子の相転移のシミュレーション(2004年日本液晶学会討論会)
• 1A10 棒状分子のSm相における双極子配向のシミュレーション(物理・物性)

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