|国家预印本平台
首页|基于含吡唑的化合物的可逆相变及导电性质的研究

基于含吡唑的化合物的可逆相变及导电性质的研究

he Study on Reversible Phase Change and Conductivity Based on Pyrazole Compound

中文摘要英文摘要

在功能性材料领域,对质子导电的研究由来已久。而将相变材料与质子导电的相结合,可以得到具有对温度敏感的潜在的分子开关器件。在本文中,我们利用吡唑与六氟磷酸合成得到具有可逆相变的化合物。对其进行质子导电测试,发现在相变温度前后,其电导率有明显变化。结合相变以及质子导电的性质,该化合物具有成为对温度敏感的分子开关的潜在应用价值。

he study of proton conductivity has a long history in the field of functional materials. Combined with the property of the phase change materials, proton conductive materals can be potential molecular switches which are sensitive to temperature. In this paper, we obtain a compound with reversible phase change by pyrazole and hexafluorophosphoric acid. Conduntivity measurements reveal the conductivity has obvious change in the before and after the phase transition temperature. Combined with phase change and the properties of proton conductivity, the compound has become the potential application of molecular switch which is sensitive to temperature.

赵海霞、龙腊生、郭江彬、唐雯

化学材料科学电化学工业

无机化学可逆相变质子导电

Inorganic ChemistryReversible Phase TransitionProton Conductivity

赵海霞,龙腊生,郭江彬,唐雯.基于含吡唑的化合物的可逆相变及导电性质的研究[EB/OL].(2015-02-03)[2025-08-18].http://www.paper.edu.cn/releasepaper/content/201502-38.点此复制

评论