Abstract
The Pd-D system was described assuming a two-population model. A `quasi-plasma` delocalized boson gas picture was used for the deuterons exceeding the stoichiometric ratio in Pd-D compounds. A mathematical model, supported by a numerical computer code with distributed parameters, was developed in order to describe the evolution of the deuteron concentration profile inside a Pd cathode under pulsed electrolysis. Several boundary conditions were taken into account. A Thomas-Fermi like interaction between delocalized D atoms was assumed. A strong correlation was found between the model system evolution and the experimental data.
Citation Formats
De Ninno, A, and Violante, V.
Quasi-plasma transport model in deuterium overloaded palladium cathodes.
Italy: N. p.,
1992.
Web.
De Ninno, A, & Violante, V.
Quasi-plasma transport model in deuterium overloaded palladium cathodes.
Italy.
De Ninno, A, and Violante, V.
1992.
"Quasi-plasma transport model in deuterium overloaded palladium cathodes."
Italy.
@misc{etde_10130506,
title = {Quasi-plasma transport model in deuterium overloaded palladium cathodes}
author = {De Ninno, A, and Violante, V}
abstractNote = {The Pd-D system was described assuming a two-population model. A `quasi-plasma` delocalized boson gas picture was used for the deuterons exceeding the stoichiometric ratio in Pd-D compounds. A mathematical model, supported by a numerical computer code with distributed parameters, was developed in order to describe the evolution of the deuteron concentration profile inside a Pd cathode under pulsed electrolysis. Several boundary conditions were taken into account. A Thomas-Fermi like interaction between delocalized D atoms was assumed. A strong correlation was found between the model system evolution and the experimental data.}
place = {Italy}
year = {1992}
month = {Dec}
}
title = {Quasi-plasma transport model in deuterium overloaded palladium cathodes}
author = {De Ninno, A, and Violante, V}
abstractNote = {The Pd-D system was described assuming a two-population model. A `quasi-plasma` delocalized boson gas picture was used for the deuterons exceeding the stoichiometric ratio in Pd-D compounds. A mathematical model, supported by a numerical computer code with distributed parameters, was developed in order to describe the evolution of the deuteron concentration profile inside a Pd cathode under pulsed electrolysis. Several boundary conditions were taken into account. A Thomas-Fermi like interaction between delocalized D atoms was assumed. A strong correlation was found between the model system evolution and the experimental data.}
place = {Italy}
year = {1992}
month = {Dec}
}