Non-toxic intermetallic hydride-forming compounds are attractive alternatives to cadmium as the negative electrode materials in the new generation of Ni/metal hydride rechargeable batteries. High exchange currents and discharge efficiencies even at low temperatures can be achieved using highly electroactive metal alloys containing two different crystallographic phases, an approach which also obviates the need for the inclusion of precious metals
Rechargeable batteries are used as the power source for a broad range of portable equipment. Key bat...
The long-term electrochemical cycling stability of AB5-type compounds in alkaline media can be impro...
Metal hydride electrodes are an attractive substitute for the cadmium electrode in Cd/Ni batteries b...
Non-toxic intermetallic hydride-forming compounds are attractive alternatives to cadmium as the nega...
A new concept is shown to be very effective in improving the long-term cycling stability of AB5-type...
Nickel metal hydride ( N i M H) rechargeable battery technology i s currently the major competitor ...
International audienceHydrides have been used since a long time for solid-state hydrogen storage and...
A new class of materials is proposed to improve the electrocatalytic a tivity of hydride forming int...
Fundamenta l and applied works involving the electrochemical utilization of metal hydrides are revie...
A new class of materials is proposed to improve the electrocatalytic activity of hydride forming int...
nanocrystalline hydride electrode materials. Nanocrystalline materials have been synthesized by mech...
The abili[y of certain intennctallic alloys to reversibly absorb significant amounts of hydrogen at ...
Many scientists and even policy-makers are nowadays openly speculating about the future hydrogen eco...
Many scientists and even policy-makers are nowadays openly speculating about the future hydrogen eco...
Rechargeable batteries are used as the power source for a broad range of portable equipment. Key bat...
The long-term electrochemical cycling stability of AB5-type compounds in alkaline media can be impro...
Metal hydride electrodes are an attractive substitute for the cadmium electrode in Cd/Ni batteries b...
Non-toxic intermetallic hydride-forming compounds are attractive alternatives to cadmium as the nega...
A new concept is shown to be very effective in improving the long-term cycling stability of AB5-type...
Nickel metal hydride ( N i M H) rechargeable battery technology i s currently the major competitor ...
International audienceHydrides have been used since a long time for solid-state hydrogen storage and...
A new class of materials is proposed to improve the electrocatalytic a tivity of hydride forming int...
Fundamenta l and applied works involving the electrochemical utilization of metal hydrides are revie...
A new class of materials is proposed to improve the electrocatalytic activity of hydride forming int...
nanocrystalline hydride electrode materials. Nanocrystalline materials have been synthesized by mech...
The abili[y of certain intennctallic alloys to reversibly absorb significant amounts of hydrogen at ...
Many scientists and even policy-makers are nowadays openly speculating about the future hydrogen eco...
Many scientists and even policy-makers are nowadays openly speculating about the future hydrogen eco...
Rechargeable batteries are used as the power source for a broad range of portable equipment. Key bat...
The long-term electrochemical cycling stability of AB5-type compounds in alkaline media can be impro...
Metal hydride electrodes are an attractive substitute for the cadmium electrode in Cd/Ni batteries b...