In azo-acrylate liquid crystal elastomers, photostress is dominated by direct contractile stress from the azobenzene shape change when the dye is crosslinked at both ends, not by the conventional order-parameter change mechanism.
R´ eflexions Sur Un Type de Polym` eres N´ ematiques.CR Acad
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The effects of network architecture on the photomechanical performance of azo-acrylate liquid crystal elastomers
In azo-acrylate liquid crystal elastomers, photostress is dominated by direct contractile stress from the azobenzene shape change when the dye is crosslinked at both ends, not by the conventional order-parameter change mechanism.