摘要
电解过程中钯电极表面的尖端效应和磁自收缩现象是产生非平衡条件的重要因素.实验表明,非平衡态对于冷核聚变来说是至关重要的.为了有较深刻地理解冷核聚变机制,对氘在金属中的结构和分布、电极表面的电化学双层。
In this paper,the pin point effect and the magnetic self pinch of electrolysis are suggested to be the important factors to produce conditions that are far from equilibrium and are essential for cold nuclear fusion. Further studies of the structural and electronic properties of deuterium in bulk palladium, the behaviours of electrochemical double layer,and the localized emission sites on surface protrusions of the electrode should be extensively carried out for understanding the mechanism of cold nuclear fusion.
出处
《原子核物理评论》
CAS
CSCD
1997年第2期111-113,共3页
Nuclear Physics Review
基金
国家自然科学基金
关键词
冷核聚变
尖端效应
磁自收缩
电解
室温
核聚变
cold nuclear fusion pin point effect magnetic self pinch electrolysis