Multifunctional materials enable the integration of multiple physical signals in a single device for seamless integration,offering new opportunities in areas such as modern smart devices.For the needs of flexible devi...Multifunctional materials enable the integration of multiple physical signals in a single device for seamless integration,offering new opportunities in areas such as modern smart devices.For the needs of flexible devices,molecular functional materials are highly preferred due to their structural tunability,environmental friendliness and easy film formation.However,designing such multifunctional materials suitable for thin film devices has always been a huge challenge,especially semiconducting switchable dielectrics.Considering the unique structural properties and mechanical flexibility of plastic crystals,we have successfully designed an excellent multifunctional material,(N,N-dimethylpiperidinium)3Bi2Cl9,which shows outstanding dielectric switching and semiconducting behavior comparable to ZnO.展开更多
基金the National Natural Science Foundation of China(Grant 21991141,21771037,and 21805033)Natural Science Foundation of Zhejiang Province(LZ20B010001)Zhejiang Normal University。
文摘Multifunctional materials enable the integration of multiple physical signals in a single device for seamless integration,offering new opportunities in areas such as modern smart devices.For the needs of flexible devices,molecular functional materials are highly preferred due to their structural tunability,environmental friendliness and easy film formation.However,designing such multifunctional materials suitable for thin film devices has always been a huge challenge,especially semiconducting switchable dielectrics.Considering the unique structural properties and mechanical flexibility of plastic crystals,we have successfully designed an excellent multifunctional material,(N,N-dimethylpiperidinium)3Bi2Cl9,which shows outstanding dielectric switching and semiconducting behavior comparable to ZnO.
