le discours de defkalion est plus rationel et simple a comprendre, sans être plus précis.
leur description est compatible avec Widom-Larsen et d’autres similaires, mais pas avec Rossi (qui semble indiquer une fusion directe et par des désintégration/absorbtion)

About the reaction :
Defkalion’s scientific R&D team have successfully managed to trigger and monitor Chemically Assisted Low Energy Nuclear Reactions caused by Nickel and Hydrogen nuclei. Following extensive experimentation on the preparation, cleaning and degassing of Nickel clusters and atomic Hydrogen systems, valuable knowledge has been gained. The data was obtained from conventional, non-specifically designed for LENR instrumentation, such as mass-spectrometer, gas-chromatographer, Wilson chamber, SEM spectra and others.
Such measurements of phenomena gave us strong evidence on the activation mechanisms of Nickel that allow the nuclear capture of Hydrogen (the “breaking” of the Coulomb barrier), as well as the thermalization mechanism in a dynamic system of multi-stage set of reactions. Due to the elapsed time between the phenomena and their measurements using the above mentioned instrumentation, an incomplete proof of theories still exists. However, the obtained data provide us with a solid basis to control the triggering and termination conditions of the Ni-H reactions within Hyperion reactors, as well as the necessary conditions for stable performance.
As a result, the above mentioned efforts led to the design of safe and stable Hyperion pre-industrial product, following the specifications described in this document.
Defkalion GT is an industrial company and not an academic or research institute with a role to state, prove and reject theories ; as such, we recognize that products do not need to be based on theories. However, we do recognize the importance of scientific knowledge for further scientific research and product development. For this reason, we have decided to invest on a new series of on-line real-time mass spectrometers, designed specifically for LENR and Hyperions, that we are developing and testing in Greece. It is our intention to publish all relative measurements in scientific journals and events, when our tests are finally concluded.