Fundamental study of reaction mechanisms in solid-liquid electrode surfaces

发展了电化学反应过程中固-液表面的原位观察技术。为了了解界面结构，设计了具有电化学反应的原位中子反射室。并观察了实际电极的界面结构变化。测定了电极反射率分布的变化，这些变化与电极中锂离子含量的变化相一致。

The in situ observation techniques of the solid-liquid surface during electrochemical reactions were developed. To understand the interface structure, the in situ neutron reflectivity cells with electrochemical reactions were designed. And interface structures changes of the actual electrode were observed. The changes of reflectivity profile were determined and those changes were consistent with the changes of the amount of lithium ions in the electrodes.