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Induced Network Structure in Liquid Crystalline Polymer Evidenced from Electrorheological Normal Stress Measurements

It is clarified that the electrorheological (ER) effect of a random copolymer composed of flexible main chain of silicone and flexible side chains connecting mesogens of p-cyanobiphenyl benzoate residue is based on the network structure induced by the electric field. It is also shown that the electrorheological normal stress measurement is useful as a new method for evaluating the ER effects