The study of the structure and the dynamics of the solid binary mixtures of water and molecular hydrogen has large interest, both for the comprehension of fundamental aspects, related to the quantum behaviour of the confined hydrogen molecules, and for applicative aspects, related to the characterization of new compounds suitable for technological applications, among which the hydrogen storage is surely the most suggestive. The purpose of this Ph. D. Thesis is to present the main experimental results concerning one phase of this solid mixture synthesized at 400 MPa and 255 K, and its behaviour when a thermal annealing treatment is applied, up to the complete release of hydrogen gas and to the formation of a new form of ice, named Ice XVII, that surprisingly results to be porous.

A compound of water and molecular hydrogen giving rise to a new porous water structure / Leonardo del Rosso. - (2017).

A compound of water and molecular hydrogen giving rise to a new porous water structure

del ROSSO, LEONARDO
2017

Abstract

The study of the structure and the dynamics of the solid binary mixtures of water and molecular hydrogen has large interest, both for the comprehension of fundamental aspects, related to the quantum behaviour of the confined hydrogen molecules, and for applicative aspects, related to the characterization of new compounds suitable for technological applications, among which the hydrogen storage is surely the most suggestive. The purpose of this Ph. D. Thesis is to present the main experimental results concerning one phase of this solid mixture synthesized at 400 MPa and 255 K, and its behaviour when a thermal annealing treatment is applied, up to the complete release of hydrogen gas and to the formation of a new form of ice, named Ice XVII, that surprisingly results to be porous.
2017
Lorenzo Ulivi
ITALIA
Leonardo del Rosso
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1077368
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