Nickel electrodes made using lightweight plastic plaque are about half the weight of electrodes made from state of the art sintered nickel plaque. This weight reduction would result in a significant improvement in the energy density of batteries using nickel electrodes (nickel hydrogen, nickel cadmium and nickel zinc). These lightweight electrodes are suitably conductive and yield comparable capacities (as high as 0.25 AH/gm (0.048 AH/sq cm)) after formation. These lightweight electrodes also show excellent discharge performance at high rates
Porous nickel plaque preparation for use in nickel cadmium batteries for aerospace applicatio
Porous plaques that contain hollow nickel fibres are successfully prepared by a traditional slurry-s...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 ± 10 mAh p...
The nickel electrode was identified as the heaviest component of the nickel hydrogen (NiH2) battery....
Studies are currently underway to further the development of lightweight nickel electrode technology...
The NASA Lewis Research Center is currently developing nickel electrodes for nickel-hydrogen (Ni-H2)...
The NASA Lewis Research Center is currently developing nickel electrodes for nickel-hydrogen (Ni-H2)...
Development of a high specific energy nickel electrode is the main goal of the lightweight nickel el...
A nickel electrode having a lightweight porous nickel substrate is subjected to a formation cycle in...
The use of the lightweight nickel electrode, in place of the heavy-sintered state-of-the-art nickel ...
Because of its relatively high specific energy and excellent cycling capability, the nickel-hydrogen...
Development of a high specific energy battery is one of the objectives of the lightweight nickel-hyd...
Improved cadmium electrode substrates with precisely controlled microstructures for possible use in ...
The energy density and power density of light weight aerospace batteries utilizing the nickel oxide ...
Weight of single plate in batch is used as criterion for selecting those plates with uniform, high a...
Porous nickel plaque preparation for use in nickel cadmium batteries for aerospace applicatio
Porous plaques that contain hollow nickel fibres are successfully prepared by a traditional slurry-s...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 ± 10 mAh p...
The nickel electrode was identified as the heaviest component of the nickel hydrogen (NiH2) battery....
Studies are currently underway to further the development of lightweight nickel electrode technology...
The NASA Lewis Research Center is currently developing nickel electrodes for nickel-hydrogen (Ni-H2)...
The NASA Lewis Research Center is currently developing nickel electrodes for nickel-hydrogen (Ni-H2)...
Development of a high specific energy nickel electrode is the main goal of the lightweight nickel el...
A nickel electrode having a lightweight porous nickel substrate is subjected to a formation cycle in...
The use of the lightweight nickel electrode, in place of the heavy-sintered state-of-the-art nickel ...
Because of its relatively high specific energy and excellent cycling capability, the nickel-hydrogen...
Development of a high specific energy battery is one of the objectives of the lightweight nickel-hyd...
Improved cadmium electrode substrates with precisely controlled microstructures for possible use in ...
The energy density and power density of light weight aerospace batteries utilizing the nickel oxide ...
Weight of single plate in batch is used as criterion for selecting those plates with uniform, high a...
Porous nickel plaque preparation for use in nickel cadmium batteries for aerospace applicatio
Porous plaques that contain hollow nickel fibres are successfully prepared by a traditional slurry-s...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 ± 10 mAh p...