We present a Monte Carlo study of external field-induced switching in nematic elastomers, employing a coarse-grained shearable lattice model. In large enough systems a full-wavelength Freedericksz effect is observed as opposed to the half-wavelength effect seen in ordinary nematics that clearly reflects in simulated polarized light textures, as well as in deuterium magnetic resonance spectra. The reorientation of mesogenic units is accompanied by pronounced shear deformations.
G. Skacej, C. Zannoni (2006). External field-induced switching in nematic elastomers: a Monte Carlo study. THE EUROPEAN PHYSICAL JOURNAL. E, SOFT MATTER, 20, 289-298 [10.1140/epje/i2006-10020-6].
External field-induced switching in nematic elastomers: a Monte Carlo study
ZANNONI, CLAUDIO
2006
Abstract
We present a Monte Carlo study of external field-induced switching in nematic elastomers, employing a coarse-grained shearable lattice model. In large enough systems a full-wavelength Freedericksz effect is observed as opposed to the half-wavelength effect seen in ordinary nematics that clearly reflects in simulated polarized light textures, as well as in deuterium magnetic resonance spectra. The reorientation of mesogenic units is accompanied by pronounced shear deformations.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
