Condensed Matter

   

Role of PdO Surface-Coating in CMNE D(H)-Gas Loading Experiments

Authors: A.Takahashi, A. Kitamura, Y. Sasaki, Y. Miyoshi, A. Taniike, R. Seto, Y. Fujita

The PdO-coated layer of Pd-nano-particle may arrange fractal nano-dips on its surface when D(H)-gas is charged and de-oxidation molecules (D2O or H2O) are released. Fractal nano-dips may make local deep adsorption potentials, through which rapid penetration of D-atoms (ions) into deeper Pd-local lattice (Bloch potential) O-sites of nano-particle may be induced, to realize full or over-full D(H) loaded state (x>1.0) of PdDx in a short time of the Phase-I process. Formation of D-clusters, such as 4D/TSC on surface may be enhanced at nano-dips. A phenomenological model of quasi-free D-motion under constraint of the Bloch potential within a global mesoscopic potential well is proposed for the Phase-II phenomena, where nuclear heating by 4D fusion reactions may rather steadily take place. Generation of collective mesoscopic potential well (CMPW) will make a Pd nano-particle with PdO working as "mesoscopic catalyst" which realizes very large D(H)-loading ratios and anomalously large chemical heat releases both for H-gas and D-gas loading.

Comments: 18 pages, This is a preprint of our paper to J. Condensed Matter Nuclear Science, Vol.4, to be published in 2011.

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Submission history

[v1] 22 Dec 2010

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