Chinese Journal of Liquid Crystals and Displays, Volume. 38, Issue 2, 139(2023)
Synthesis and high frequency dielectric properties of low melting point triphenyl dialkyne liquid crystals
Fig. 2. （a）Dielectric anisotropy of different target compounds；（b）Maximum dielectric loss of different target compounds；（c）Phase tunability of different target compounds；（d）Quality factors of different compounds.
Table 1. Phase temperature and optical anisotropy data of target compounds
View tableView in ArticleTable 1. Phase temperature and optical anisotropy data of target compounds
代码 化合物结构 相变温度/℃（∆H，J·g-1） ΔTN/℃ Δn （598 nm） 4a 
Cr 42.1（32.0）N 133.4（1.8）Iso 91.3 0.402 4b 
Cr 34.2（9.1）N 115.1（1.2）Iso 81.1 0.401 4c 
Cr 5.0（5.9）N 120.7（0.9）Iso 87.7 0.398 4d 
Cr 28.4（12.7）N 106.3（1.1）Iso 77.9 0.403 4e 
Cr 29.7（18.1）N 115.4（2.1）Iso 85.6 0.411 4f 
Cr 46.6（56.0）N 116.2（3.2）Iso 88.8 0.385 4g 
Cr 37.8（48.0）N 126.6（3.7）Iso 69.6 0.395 6a 
Cr 96.4（54.4）N 144.0（1.7）Iso 47.6 0.564 7a 
Cr 80.5（20.6）N 176.1（1.1）Iso［12］ 95.6 0.421
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Geng LAN, Yao SONG, Xin-jie WANG, Yong-qiang SHEN, Zhi-yong ZHANG, Xiang-ru WANG, Sheng-li WU. Synthesis and high frequency dielectric properties of low melting point triphenyl dialkyne liquid crystals[J]. Chinese Journal of Liquid Crystals and Displays, 2023, 38(2): 139
Category: Research Articles
Received: Oct. 6, 2022
Accepted: --
Published Online: Feb. 20, 2023
The Author Email: Zhi-yong ZHANG (zzy6211@126.com)
