The increasing demand for energy storage systems calls for the exploration of innovative lithium-ion conductors with a high ionic conductivity. In this context, the class of lithium phosphidotetrelates was recently introduced, which comprises various promising candidates. Within this work, the synthesis and characterization of several lithium phosphidotetrelates, which feature high ionic conductivities is reported. In addition, the focus is on the elaboration of structure-property relationships between the lithium-rich materials.
«
The increasing demand for energy storage systems calls for the exploration of innovative lithium-ion conductors with a high ionic conductivity. In this context, the class of lithium phosphidotetrelates was recently introduced, which comprises various promising candidates. Within this work, the synthesis and characterization of several lithium phosphidotetrelates, which feature high ionic conductivities is reported. In addition, the focus is on the elaboration of structure-property relationships...
»