A model recently proposed to account for cold fusion processes on the basis of a lattice collapse in the host metal is developed. A deuteron drag phenomenon, which considerably enhances the neutron yield, is described. Quantitative estimates for the neutron emission are given as a function of thermodynamic parameters of the metal-deuterium system.
Displacement flow and deuteron drag in a metal: a path towards cold fusion / Eugenio, Tabet; Tenenbaum, Alexander. - STAMPA. - 24:(1989), pp. 175-183. (Intervento presentato al convegno Understanding Cold Fusion Phenomena tenutosi a Varenna nel 15 - 16 settembre 1989).
Displacement flow and deuteron drag in a metal: a path towards cold fusion
TENENBAUM, Alexander
1989
Abstract
A model recently proposed to account for cold fusion processes on the basis of a lattice collapse in the host metal is developed. A deuteron drag phenomenon, which considerably enhances the neutron yield, is described. Quantitative estimates for the neutron emission are given as a function of thermodynamic parameters of the metal-deuterium system.File allegati a questo prodotto
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