(a)The architecture of the ionic transport characteristics database;(b)the flow chart of the combination of geometric analysis and BVSE method;(c)the architecture of high-throughput screening platform for solid electr...(a)The architecture of the ionic transport characteristics database;(b)the flow chart of the combination of geometric analysis and BVSE method;(c)the architecture of high-throughput screening platform for solid electrolytes.The blue bidirectional lines indicate dataflow Transport characteristics of ionic conductors play a key role in the performance of electrochemical devices[1-2].Any optimization of the performance of the ionic compounds is inseparable from the understanding of the basic transport characteristics.It has been previously established that ion transport properties are defined by framework transport channel geometry,e.g.bottleneck size,and resulting migration energy[3-4].展开更多
文摘(a)The architecture of the ionic transport characteristics database;(b)the flow chart of the combination of geometric analysis and BVSE method;(c)the architecture of high-throughput screening platform for solid electrolytes.The blue bidirectional lines indicate dataflow Transport characteristics of ionic conductors play a key role in the performance of electrochemical devices[1-2].Any optimization of the performance of the ionic compounds is inseparable from the understanding of the basic transport characteristics.It has been previously established that ion transport properties are defined by framework transport channel geometry,e.g.bottleneck size,and resulting migration energy[3-4].
