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Electric-field-induced deformation of a chiral liquid-crystal elastomerin smectic A phase
Yuki Aburaya,나양호,Hiroshi Orihara,Kazuyuki Hiraoka 한국유변학회 2012 Korea-Australia rheology journal Vol.24 No.2
Mechanical response to electrical stimulus has been investigated in a chiral smectic A elastomer. During the application of electric field, the two-dimensional strain tensor was precisely measured by tracking fluorescent beads dispersed on the film. It was found that the shear strain is dominantly induced by the electric field and proportional to the applied electric field.
Pressure Eect of Dielectric Property in Solid Solutions (1-x)Pb(Mg1=3Nb2=3)O3 - xPbZrO3
Hidehiro Ohwa,Naohiko Yasuda,Makoto Iwata,Hiroshi Orihara,Yoshihiro Ishibashi 한국물리학회 2003 THE JOURNAL OF THE KOREAN PHYSICAL SOCIETY Vol.42 No.IV
Dielectric properties of the solid solution system (1-x)Pb(Mg1=3Nb2=3)O3-xPbZrO3 have been studied under hydrostatic pressures up to 0.6 GPa. For the concentration of x 0:8, the values of the dielectric maximum and the temperature of the dielectric maximum decrease at the rate of about
Electric-field-induced deformation of a chiral liquid-crystal elastomer in smectic A phase
Aburaya, Yuki,Na, Yang-Ho,Orihara, Hiroshi,Hiraoka, Kazuyuki 한국유변학회 2012 Korea-Australia rheology journal Vol.24 No.2
Mechanical response to electrical stimulus has been investigated in a chiral smectic A elastomer. During the application of electric field, the two-dimensional strain tensor was precisely measured by tracking fluorescent beads dispersed on the film. It was found that the shear strain is dominantly induced by the electric field and proportional to the applied electric field.