In our recent Letter [1], we reported the first time resolved experimental analysis of the electric field induced biaxial order reconstruction in the nematic material 5CB by using electric current measurements. As indicated in the Letter, all measurements are carried out under a polarized microscope and we also observe the texture transmission before and after the electric pulse. Hence we can easily distinguish local transitions by defect propagation from the uniform disappearing of the wall, whose dynamical features are reported in the Letter ...
Reply to the Comment on "Time Resolved Experimental Analysis of the Electric Field Induced Biaxial Order Reconstruction in Nematics"
BARBERI, Riccardo Cristoforo;
2006-01-01
Abstract
In our recent Letter [1], we reported the first time resolved experimental analysis of the electric field induced biaxial order reconstruction in the nematic material 5CB by using electric current measurements. As indicated in the Letter, all measurements are carried out under a polarized microscope and we also observe the texture transmission before and after the electric pulse. Hence we can easily distinguish local transitions by defect propagation from the uniform disappearing of the wall, whose dynamical features are reported in the Letter ...File in questo prodotto:
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