The thermodynamics of hydrogen absorption in Pd-capped Mg films are strongly dependent on the magnesium thickness. In the present work, we suppress such dependency by inserting a thin Ti layer between Mg and Pd. By means of optical measurements, we show that the surface energy contribution to the destabilization of MgH(2) is negligible. The inserted Ti layer prevents Mg-Pd alloy formation at the Mg/Pd interface, leading to quasifree Mg films and enhancing the kinetics of hydrogen desorption. Our observations are important for the development of thin film devices
In this paper we present a study on the relation between the evolution, upon successive H2 cycling, ...
A study is carried out for hydrogenation of Mg based thin films produced via thermal evaporation. Fi...
Pd-capped Mg films prepared by magnetron sputtering achieved complete dehydrogenation in air at room...
The thermodynamics of hydrogen absorption in Pd-capped Mg films are strongly dependent on the magnes...
The thermodynamics of hydrogen absorption in Pd-capped Mgfilms are strongly dependent on the magnesi...
The thermodynamics of hydrogen absorption in Pd-capped Mg films are strongly dependent on the magnes...
Nanometer-sized Mg hydride clusters may form in a self-organized way by the hydrogenation of a noneq...
Mg-Ti alloys have uncommon optical and hydrogen absorbing properties, originating from a “spinodal-l...
Pd-Mg-Pd thin films with variable thickness of Mg layers were prepared. Their optical and electrical...
Mg is an attractive hydrogen storage material not only because of its high gravimetric and volumetri...
Magnesium thin films covered with a layer of Pd absorb hydrogen at much higher pressures than bulk M...
We prepared Mg-based thin films by magnetron sputtering and presented a comparative and systematic s...
The aim of this thesis is to study the thermodynamics of hydrogenation of nanoconfined magnesium wit...
Magnesium thin films covered with a layer of Pd absorb hydrogen at much higher pressures than bulk M...
In this paper we present a study on the relation between the evolution, upon successive H(2) cycling...
In this paper we present a study on the relation between the evolution, upon successive H2 cycling, ...
A study is carried out for hydrogenation of Mg based thin films produced via thermal evaporation. Fi...
Pd-capped Mg films prepared by magnetron sputtering achieved complete dehydrogenation in air at room...
The thermodynamics of hydrogen absorption in Pd-capped Mg films are strongly dependent on the magnes...
The thermodynamics of hydrogen absorption in Pd-capped Mgfilms are strongly dependent on the magnesi...
The thermodynamics of hydrogen absorption in Pd-capped Mg films are strongly dependent on the magnes...
Nanometer-sized Mg hydride clusters may form in a self-organized way by the hydrogenation of a noneq...
Mg-Ti alloys have uncommon optical and hydrogen absorbing properties, originating from a “spinodal-l...
Pd-Mg-Pd thin films with variable thickness of Mg layers were prepared. Their optical and electrical...
Mg is an attractive hydrogen storage material not only because of its high gravimetric and volumetri...
Magnesium thin films covered with a layer of Pd absorb hydrogen at much higher pressures than bulk M...
We prepared Mg-based thin films by magnetron sputtering and presented a comparative and systematic s...
The aim of this thesis is to study the thermodynamics of hydrogenation of nanoconfined magnesium wit...
Magnesium thin films covered with a layer of Pd absorb hydrogen at much higher pressures than bulk M...
In this paper we present a study on the relation between the evolution, upon successive H(2) cycling...
In this paper we present a study on the relation between the evolution, upon successive H2 cycling, ...
A study is carried out for hydrogenation of Mg based thin films produced via thermal evaporation. Fi...
Pd-capped Mg films prepared by magnetron sputtering achieved complete dehydrogenation in air at room...