Compounds with magnetic bistability is highly attractive for the construction of switches,thermal sensors,information-storage media and memory devices.Herein,we report a crystalline fullerene radical anion salt[Na(THF...Compounds with magnetic bistability is highly attractive for the construction of switches,thermal sensors,information-storage media and memory devices.Herein,we report a crystalline fullerene radical anion salt[Na(THF)_(5)]C_(60)(1),obtained by the reduction of C_(60) with Na in solution,which exhibits magnetic bistability accompanied with one magnetostructural transition,giving low temperature(LT),high temperature(HT)phases and a metastable phase.展开更多
基金the National Natural Science Foundation of China(Grant 22231005)the Strategic Priority Research Program of the Chinese Academy of Sciences(Grant XDB0610000)for financial support。
文摘Compounds with magnetic bistability is highly attractive for the construction of switches,thermal sensors,information-storage media and memory devices.Herein,we report a crystalline fullerene radical anion salt[Na(THF)_(5)]C_(60)(1),obtained by the reduction of C_(60) with Na in solution,which exhibits magnetic bistability accompanied with one magnetostructural transition,giving low temperature(LT),high temperature(HT)phases and a metastable phase.
