A dynamical model is proposed to account for cold fusion processes in deuterated palladium on the basis of lattice collapse induced by therodynamic instability. The relevant role of deuteron drag in enhancing the nuclear fusion rate is analyzed. The nuclear reaction yield is explicitly calculated as a function of the palladium-deuterium thermodynamic parameters.
A dynamical model for cold fusion in deuterated palladium / Eugenio, Tabet; Tenenbaum, Alexander. - In: FUSION TECHNOLOGY. - ISSN 0748-1896. - STAMPA. - 18:(1990), pp. 143-146.
A dynamical model for cold fusion in deuterated palladium
TENENBAUM, Alexander
1990
Abstract
A dynamical model is proposed to account for cold fusion processes in deuterated palladium on the basis of lattice collapse induced by therodynamic instability. The relevant role of deuteron drag in enhancing the nuclear fusion rate is analyzed. The nuclear reaction yield is explicitly calculated as a function of the palladium-deuterium thermodynamic parameters.File allegati a questo prodotto
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