A realistic estimate of the interionic potential that may account for the experimentally observed fusion rates (? 10-23 deuterium-deuterium fusion/s) in palladium is presented. Moreover, some preliminary calorimetric studies on the hydrogen absorption process in palladium, performed in a cell with pressure up to 20 bars, are discussed. A detailed analysis of the sensitivity and calibration of the calorimetric system is also presented
Theoretical and experimental studies on the cold nuclear fusion phenomena
Palleschi;Vincenzo;Salvetti;Salvetti;Giuseppe;Vaselli;Moreno
1990
Abstract
A realistic estimate of the interionic potential that may account for the experimentally observed fusion rates (? 10-23 deuterium-deuterium fusion/s) in palladium is presented. Moreover, some preliminary calorimetric studies on the hydrogen absorption process in palladium, performed in a cell with pressure up to 20 bars, are discussed. A detailed analysis of the sensitivity and calibration of the calorimetric system is also presentedFile in questo prodotto:
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