HE Xiao-zhi， YU Fei-fei， SONG Zi-yan， HU Jian-she. Synthesis and Properties of Liquid Crystal Elastomers Containing Fluorine and Chiral Crosslinking Agent[J]. Journal of Northeastern University Natural Science, 2015, 36(8): 1150-1154.
[1]Brehmer M，Zentel R，Gieβbtelmann R，et al.Coupling of liquid crystalline and polymer network properties in LC elastomers［J］.Liquid Crystals，1996，21(4):589-596. [2]Finkelmann H，Wermter H.LC-elastomer and artificial muscles［J］.Abstracts of Papers of the American Chemical Society，2000，219:493. [3]Papadopoulos P，Heinze P，Finkelmann H. Electromechanical properties of smectic C* liquid crystal elastomers under shear［J］.Macromolecules，2010，43 (16):6666-6670. [4]Kazuyuki H，Kohei M.Shape change and molecular realignment of a two-successive-process-deformed chiral smectic C elastomer［J］.Liquid Crystals，2013，40(5):669-680. [5]徐婉娴，尹若元，林里，等.液晶弹性体刺激形变研究［J］.化学进展，2008，20(1):140-147.(Xu Wan-xian，Yin Ruo-yuan，Lin Li，et al.Stimuli-responsive deformation of liquid crystalline elastomers［J］.Progress in Chemistry，2008，20(1):140-147.) [6]Kramer D，Finkelmann H.Breakdown of layering in frustrated smectic-A elastomers［J］.Macromolecular Rapid Communications， 2007，28(24):2318-2324. [7]Ohm C，Kapernaum N，Nonnenmacher D，et al.Microfluidic synthesis of highly shape-anisotropic particles from liquid crystalline elastomers with defined director field configurations［J］. Journal of American Chemical Society， 2011，133(14):5305-5311. [8]Meng F B，Chen H B，Liu D，et al.Synthesis and characterization of liquid crystalline elastomers bearing fluorinated mesogenic units and crosslinking mesogens［J］. Polymer Advanced Technology， 2008，20(12):972-980. [9]He X Z，Zhang B Y，Hu J S，et al.Synthesis and characterization of side chain cholesteric liquid crystalline elastomers derived from chiral bisolefinic crosslinking units［J］.Liquid Crystals，2005，32(3):299-305.
