Development of next generation batteries requires a breakthrough in materials.Traditional one-by-one method,which is suitable for synthesizing large number of sing-composition material,is timeconsuming and costly.High...Development of next generation batteries requires a breakthrough in materials.Traditional one-by-one method,which is suitable for synthesizing large number of sing-composition material,is timeconsuming and costly.High throughput and combinatorial experimentation,is an effective method to synthesize and characterize huge amount of materials over a broader compositional region in a short time,which enables to greatly speed up the discovery and optimization of materials with lower cost.In this work,high throughput and combinatorial materials synthesis technologies for lithium ion battery research are discussed,and our efforts on developing such instrumentations are introduced.展开更多
文摘Development of next generation batteries requires a breakthrough in materials.Traditional one-by-one method,which is suitable for synthesizing large number of sing-composition material,is timeconsuming and costly.High throughput and combinatorial experimentation,is an effective method to synthesize and characterize huge amount of materials over a broader compositional region in a short time,which enables to greatly speed up the discovery and optimization of materials with lower cost.In this work,high throughput and combinatorial materials synthesis technologies for lithium ion battery research are discussed,and our efforts on developing such instrumentations are introduced.
