AUTHOR(S): Fulvio Frisone

TITLE Deuteron Interactions Within Microcracks of a D2 Loaded Lattice at Room Temperature 
KEYWORDS Microcracks, deuteronplasmon, chain reaction 
ABSTRACT This paper describes the results obtained analysing the process of deuteron fusion, catalysed by the plasmons (quasiparticle due to collective excitation on metallic lattice) of a metallic lattice with CFC (Cubic Face Centred) structure, on varying the temperature. The increased probability of fusion, a consequence of raising the temperature, promotes the hypothesis that a sort of chain reaction, catalysed by microcracks formed in the structure as a result of D2 loading, may favour the process. In fact evaluating the fusion probability of deuteronplasmon system within microcrack, it has been computed a increasing of fusion probability respect with fusion probability on lattice surface. 
Cite this paper Fulvio Frisone. (2017) Deuteron Interactions Within Microcracks of a D2 Loaded Lattice at Room Temperature. International Journal of Chemistry and Chemical Engineering Systems, 2, 16 