Cette thèse présente la préparation, la caractérisation et l'évaluation en termes de capacité de stockage d'hydrogène de charbons actifs optimisés pour cette application. L'objectif était de développer des matériaux qui puissent atteindre ou approcher la capacité de stockage visée par le Département Américain à l'Énergie pour 2015, soit 5.5 % en masse du système de stockage. Dans ce but, les recherches rapportées ici se sont focalisées sur : (1) l'étude et la compréhension des conditions expérimentales de préparation de ces adsorbants ; (2) l'optimisation de leur texture poreuse pour le stockage d'hydrogène ; (3) l'étude des corrélations entre capacité de stockage d'hydrogène et paramètres texturaux (aire spécifique, volumes poreux et distr...
Special issue: 2nd World Congress of Young Scientists on Hydrogen Energy Systems.Porous materials ar...
The hydrogen adsorption properties of commercial activated carbon (aC) samples, in particular Nuchar...
Recent developments focusing on novel hydrogen storage media have helped to benchmark nanostructured...
Cette thèse présente la préparation, la caractérisation et l'évaluation en termes de capacité de sto...
This thesis describes the preparation, the characterisation and the performances in terms of hydroge...
Plusieurs verrous scientifiques et technologiques empêchent aujourd’hui de développer une technique ...
Dans cette thèse, les performances d’adsorption d’hydrogène de trois familles de matériaux poreux à ...
In this chapter, we have shown that hopeful hydrogen storage material can be obtained by ordered mes...
12 activated carbons (ACs) were prepared by KOH activation using hydrochars as precursors. These hy...
The commercialization of hydrogen as a clean source of energy is a vital requirement for overcoming ...
There is much current interest in the storage of hydrogen in porous materials for mobile energy appl...
In a previous study, we investigated, at a laboratory scale, the chemical activation of two differen...
4th France-Russia Conference on New Achievements Materials and Environmental Sciences (NAMES), Nancy...
AbstractHydrogen is a promising energy carrier that can potentially facilitate a transition from fos...
Hydrogen adsorption capabilities of different nanoporous carbon, i.e. amorphous carbons obtained by...
Special issue: 2nd World Congress of Young Scientists on Hydrogen Energy Systems.Porous materials ar...
The hydrogen adsorption properties of commercial activated carbon (aC) samples, in particular Nuchar...
Recent developments focusing on novel hydrogen storage media have helped to benchmark nanostructured...
Cette thèse présente la préparation, la caractérisation et l'évaluation en termes de capacité de sto...
This thesis describes the preparation, the characterisation and the performances in terms of hydroge...
Plusieurs verrous scientifiques et technologiques empêchent aujourd’hui de développer une technique ...
Dans cette thèse, les performances d’adsorption d’hydrogène de trois familles de matériaux poreux à ...
In this chapter, we have shown that hopeful hydrogen storage material can be obtained by ordered mes...
12 activated carbons (ACs) were prepared by KOH activation using hydrochars as precursors. These hy...
The commercialization of hydrogen as a clean source of energy is a vital requirement for overcoming ...
There is much current interest in the storage of hydrogen in porous materials for mobile energy appl...
In a previous study, we investigated, at a laboratory scale, the chemical activation of two differen...
4th France-Russia Conference on New Achievements Materials and Environmental Sciences (NAMES), Nancy...
AbstractHydrogen is a promising energy carrier that can potentially facilitate a transition from fos...
Hydrogen adsorption capabilities of different nanoporous carbon, i.e. amorphous carbons obtained by...
Special issue: 2nd World Congress of Young Scientists on Hydrogen Energy Systems.Porous materials ar...
The hydrogen adsorption properties of commercial activated carbon (aC) samples, in particular Nuchar...
Recent developments focusing on novel hydrogen storage media have helped to benchmark nanostructured...