The evolution of an advanced Ni-Cd space battery cell design continues to prove very promising. High oxygen/hydrogen gas recombination rates (currently up to a C/5 charge rate) and increased electrolyte activation level tolerance (currently up to 5.6 grams Ah of positive capacity) were demonstrated by test. A superior performance, extended life battery cell offering advantages should soon be available for mission application
An update of validation test results confirming the advanced design nickel-hydrogen cell is presente...
The objective of this research program was to develop and evaluate electrodes for a negative limited...
Supposedly long-lived nickel-cadmium batteries often fail due to severe gassing on charge. In order ...
To improve operational tolerances and mass, the H2 gas recombination design provisions of the Ni-H2 ...
A sufficient production, test and operational database is now available to permit design technology ...
Advanced designs for individual pressure vessel nickel hydrogen cells were conceived which should im...
National Space Development Agency of Japan (NASDA) has conducted the research and development (R&D) ...
The nickel metal hydride technology for battery application is relatively immature even though this ...
The identification and measurement of hydrogen recombination in sealed nickel-cadium cells makes dee...
A research program to develop and evaluate electrodes for a nongassing negative limited nickel-cadmi...
Nickel-hydrogen cells are currently being manufactured on a semi-experimental basis. Rechargeable ni...
A 3.5 inch rabbit-ear-terminal nickel-hydrogen cell was designed and tested to deliver high capacity...
Individual pressure vessel (IPV) nickel-hydrogen technology was advanced at NASA Lewis and under Lew...
A standard Nickel-Hydrogen (NiH2) Individual Pressure Vessel (IPV) battery cell is needed to meet fu...
Our present design for a common pressure vessel (CPV) battery, a nickel hydrogen battery system to c...
An update of validation test results confirming the advanced design nickel-hydrogen cell is presente...
The objective of this research program was to develop and evaluate electrodes for a negative limited...
Supposedly long-lived nickel-cadmium batteries often fail due to severe gassing on charge. In order ...
To improve operational tolerances and mass, the H2 gas recombination design provisions of the Ni-H2 ...
A sufficient production, test and operational database is now available to permit design technology ...
Advanced designs for individual pressure vessel nickel hydrogen cells were conceived which should im...
National Space Development Agency of Japan (NASDA) has conducted the research and development (R&D) ...
The nickel metal hydride technology for battery application is relatively immature even though this ...
The identification and measurement of hydrogen recombination in sealed nickel-cadium cells makes dee...
A research program to develop and evaluate electrodes for a nongassing negative limited nickel-cadmi...
Nickel-hydrogen cells are currently being manufactured on a semi-experimental basis. Rechargeable ni...
A 3.5 inch rabbit-ear-terminal nickel-hydrogen cell was designed and tested to deliver high capacity...
Individual pressure vessel (IPV) nickel-hydrogen technology was advanced at NASA Lewis and under Lew...
A standard Nickel-Hydrogen (NiH2) Individual Pressure Vessel (IPV) battery cell is needed to meet fu...
Our present design for a common pressure vessel (CPV) battery, a nickel hydrogen battery system to c...
An update of validation test results confirming the advanced design nickel-hydrogen cell is presente...
The objective of this research program was to develop and evaluate electrodes for a negative limited...
Supposedly long-lived nickel-cadmium batteries often fail due to severe gassing on charge. In order ...