个人简介
东北大学,理学院,博士,副教授。主要研究方向为光功能液晶材料及高分子材料。近年来作为主要参加者参加国家863计划、国家自然科学基金、辽宁省科技攻关项目,作为负责人承担辽宁省自然基金、沈阳市基金多项科研项目。已发表相关学术论文30多篇,其中SCI收录20多篇。
近期论文
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Gao Shang; Liu Ze-Ping; Cong Yue-Hua; He Xiao-Zhi*;Zhang Bao-Yan; Meng Fan-Bao; Jia Ying-Gang Cholesteric fluorescent liquid crystal polysiloxanes with different liquid crystal side chain lengths-Synthesis and properties[J]. DYES AND PIGMENTS,181,2020.
Ma Ya-Ru;Wang Dong-Xue;Cong Yue-Hua;He Xiao-Zhi*;Zhang Bao-Yan;Meng Fan-Bao;Jia Ying-Gang,Synthesis and properties of cholesteric liquid crystal elastomers with selective reflection centred on D(+)-camphoric acid[J]. LIQUID CRYSTALS, 47(11): 1591-1603,2020.
Ya-Ru Ma, Xue-Song Zhang, Xuan Xie, Yue-Jiao Huang, Xiao-Zhi He*, Yue-Hua Cong, Bao-Yan Zhang ;Ying-Gang Jia. Effect of chiral monomer containing D(+)-camphoric acid on the optical properties and phase behaviours of side-chain cholesteric liquid-crystal polymers[J].,LIQUID CRYSTALS,47(5): 702-714,2020.
Liu, Ze-Ping; He, Xiao-Zhi*; Cong, Yue-Hua; Zhang, Bao- Yan; Meng, Fan-Bao; Tian, Mei ; Jia, Ying-Gang,Synthesis and characterization of two series of pressure-sensitive cholesteric liquid crystal elastomers with optical properties[J]. LIQUID CRYSTALS,47(1): 143-153,2020.
Ma,Ya-Ru;Zhang, Xue-Song;Xie, Xuan;Huang, Yue-Jiao;He, Xiao-Zhi*,Cong, Yue-Hua;Zhang, Bao-Yan;Jia, Ying-Gang. Effect of chiral monomer containing D(+)-camphoric acid on the optical properties and phase behaviours of side-chain cholesteric liquid crystal polymers[J]. LIQUID CRYSTALS,48 (5) , 699-712; 2021.
Ma, Xiang-Yu; Li, Qiu-Cheng ; Song, Cheng-Han; Zhang, Hong-Shuang; Zhi, Yuan-Sen; He, Xiao-Zhi*,The effect of different photoluminescent side-chain length on the phase behaviour of chiral liquid crystal polymer; [J]. LIQUID CRYSTALS, 49 (11): 1498-1510, 2022.
Wang, Dong-Xue; Ma, Ya-Ru; Zhang, Hong Shuang; Li, He-Xin; Cong, Yue Hua; Zhang, Bao Yan; Jia, Ying-Gang; He, Xiao-zhi*. Synthesis and characterization of Liquid crystalline Cholesteric polysiloxane derivatives [J], LIQUID CRYSTALS, 49 (13), 1725-1734; 2022.