Development and application of microsphere functionalized ferroelectric liquid crystalline segments

制备了固定化铁电液晶微球，并研究了外电场作用下微球芯材料的磁导率控制。同时具有介晶性和手性的铁电液晶单体对外电场的响应是有效的。微球中的核材料在弱电场下的渗透增强。

Microspheres with immobilized ferroelectric liquid crystalline segments were prepared, and the permeability control of the encapsulated core material was investigated under an external electric field. A ferroelectric liquid crystal monomer possessing both mesogenicity and chirality was effectively responded to an external electrical field. Permeation of the core material contained in the in the microspheres was enhanced under a feeble electric field.