冷聚变的全原子论

早在1989年我首先就以原子分子物理和晶体物理为基础,提出了一个冷聚变机理的初步理论.按照此理论,在晶体中两个氘核可以实现冷聚变,产生超热和聚变产物~4He.在此理论提出后,我们在实验研究中观测到以Pd或Ti为阴极电解重水过程中产生的明显的超热效应与聚变产物~4He.这表明我们提出的理论预言是正确的.但在过去长时间里,仍有很多学者对冷聚变产生的机理一直很不理解.为了对冷聚变机理有一个更清楚的解释,使其易于被理解和接受,我们在过去的20年中进行了反复深入的理论与实验研究.经过进一步深入分析,我们发现晶体中的冷聚变实际上是两个氘原子以全原子状态相互作用而产生的.因此提出了冷聚变的全原子论,并在本文中详细阐述.按照此理论进行分析,发现我们还可以用冷聚变的办法,得到~3He产物.这是很重要的发现,因为我们可以在地面上人造出核能原料~3He,就不一定要跑到月球上面去开采~3He了.

Full atomic theory of cold fusion

A primary theory for the cold fusion mechanism is proposed early in 1989 by me based on atomc, moleculer and crystal physics. According to this theory, the cold fusion of deutorons may be arised in crystal with produce of excess heat and fusion products ~4He. After this theory, the remarkable effects of excess heat and fusion products 4He were observed during the electrolysis of heavy water with Pd or Ti electrodes in our experimental researchs. This results indicate that the prediction in our theory is valid. In order to get more clear understanding for the cold fusion, the futher theoretical and experimental research has been studied repeatly by us in the past twenty years. Through a deep analysis, we find that the cold fusion is arised from the interaction of two near full atoms (contain nucleus and valence electrons) of heavy hydrogen in the interstitial position of crystal. This full atomic theory will be discussed in detail in this paper. According to this theory, we find out that 3He may be made from the cold fusion of heavy hydrogen and hydrogen atoms.