Nishiyama Isa | Materials Development Research Laboratories Nippon Mining Co. Ltd.
スポンサーリンク
概要
関連著者
-
Yoshizawa Atsushi
Material Development Research Laboratory Nippon Mining Co. Lid.
-
Nishiyama Isa
Materials Development Research Laboratories Nippon Mining Co. Ltd.
-
YOSHIZAWA Atsushi
Nippon Mining Co., Lid, Materials Development Research Laboratories
-
Hirai T
Tohoku Univ. Sendai‐shi
-
Hirai Toshihiro
Material Development Research Laboratory Nippon Mining Co. Lid.
-
NISHIYAMA Isa
Japan Energy Corporation
-
Yoshizawa Atsushi
Materials Development Research Laboratory Nippon Mining Co. Ltd.
-
Yoshizawa Atsushi
Nippon Mining Co. Lid Materials Development Research Laboratories
-
Nishiyama I
Japan Sci. And Technol. Corp. Ibaraki Jpn
-
FUKUMASA Mitsuo
Materials Development Research Laboratory, Nippon Mining Co., Ltd.
-
Fukumasa Mitsuo
Material Development Research Laboratories Nippon Mining Co. Ltd.
-
SHIRATORI Nobuyuki
Material Development Research Laboratories, Nippon Mining Co., Ltd.
-
Shiratori Nobuyuki
Material Development Research Laboratory Nippon Mining Co. Lid.
-
Yoshizawa Atsushi
Materials Development Research Laboratories Nippon Mining Co. Ltd.
-
Yamane Mamoru
Materials Development Research Laboratory Nippon Mining Co. Ltd.
-
YOKOYAMA Akihisa
Material Development Research Laboratory, Nippon Mining Co., Ltd.
-
KIKUZAKI Hiroshi
Analytical Research Center, Nippon Mining Co., Ltd.
-
ISE Noriko
Materials Development Research Laboratories, Nippon Mining Co., Ltd.
-
Ise N
Japan Energy Corp. Saitama Jpn
-
Kikuzaki Hiroshi
Analytical Research Center Nippon Mining Co. Ltd.
-
Yokoyama Akihisa
Material Development Research Laboratory Nippon Mining Co. Ltd.
著作論文
- Different Effects of Alkyl Chain Length on Rotational Viscosity in Two Types of FLC Mixtures
- Antiferroelectric Chiral Smectic C Materials Having a 2-Alkyl Alkanoyl Group in the Chiral Part
- Effect of Alkyl Chain Length of Chiral Dopants on Rotational Viscosity of FLC Mixtures
- New Ferroelectric Liquid Crystal with Large Spontaneous Polarization
- Effect of Core Structure on Spontaneous Polarization in New Ferroelectric Liquid Crystals with a Fluorinated Chiral Part
- C-13 NMR and X-Ray Investigations of Phase Transitions in an Antiferroelectric Liquid Crystal