10.1021/acs.inorgchem.7b02464.s001
Siping Wang
Siping
Wang
Jie Liu
Jie
Liu
Hongmei Zhao
Hongmei
Zhao
Zhifen Guo
Zhifen
Guo
Hongzhu Xing
Hongzhu
Xing
Yuan Gao
Yuan
Gao
Electrically Conductive Coordination Polymer for Highly
Selective Chemiresistive Sensing
of Volatile Amines
American Chemical Society
2017
ligand
conductive coordination polymer
coordination polymer
Electrically Conductive Coordination Polymer
2017-12-27 14:07:21
Journal contribution
https://acs.figshare.com/articles/journal_contribution/Electrically_Conductive_Coordination_Polymer_for_Highly_Selective_Chemiresistive_Sensing_of_Volatile_Amines/5734968
A new electrically
conductive coordination polymer is synthesized using anthracene-incorporated
organic ligand. The compound exhibits a band-like structure and long-range
π–π stacking of ligand. Interestingly, the fabricated
chemiresisitor using this coordination polymer shows selective sensing
behavior for volatile amine detection with characteristics of quick
response, good reproducibility, and room-temperature operation. This
study not only presents a rare example of electrically conductive
coordination polymer but also illustrates the useful application of
coordination polymer for chemiresistor.