Over 6,9000 Low Earth Orbit cycles were accumulated at 30% Depth of Discharge on twelve INTELSAT-design nickel-hydrogen cells. Physical equipment and cells are described. Performance characteristics are seen to be uniform. Further testing is planned to seek a failure mode, and also to investigate the effects of a new additive for nickel-hydrogen cells. Initial results indicate improved performance at higher temperatures and diminished swelling of positive nickel plates
The George C. Marshall Space Flight Center is working to characterize aerospace AB5 Nickel Metal Hyd...
An update of validation test results confirming the breakthrough in low earth orbit (LEO) cycle life...
Validation testing of the NASA Lewis 125 Ah advanced design individual pressure vessel (IPV) nickel-...
A survey of the testing data base for nickel-hydrogen (NiH2) battery cells was performed. The object...
A program was undertaken to evaluate eight of the more important nickel-cadmium cell designs that ar...
Yardney Manufacturing Technology (MANTECH) 50 A-hr space weight individual pressure vessel nickel-hy...
When individual pressure vessel (IPV) nickel-hydrogen (Ni/H2) cells were selected as the energy stor...
Advanced designs for individual pressure vessel nickel-hydrogen cells have been conceived which shou...
Nickel hydrogen cells, and more recently, bipolar batteries have been built by a variety of organiza...
A history is given of low Earth orbit (LEO) laboratory test data on a 6.5 ampere-hour bipolar nickel...
Individual pressure vessel (IPV) nickel-hydrogen technology was advanced at NASA Lewis and under Lew...
As part of an overall effort to advance the technology of nickel-hydrogen batteries for low Earth or...
In July, l986, a high-voltage nickel-hydrogen battery was assembled at the NASA Lewis Research Cente...
The nickel electrode has been identified as the life limiting component for individual pressure vess...
Three prototype 50 ampere-hour (Ah) nickel-hydrogen cells of the Air Force Wright Aeronautical Labor...
The George C. Marshall Space Flight Center is working to characterize aerospace AB5 Nickel Metal Hyd...
An update of validation test results confirming the breakthrough in low earth orbit (LEO) cycle life...
Validation testing of the NASA Lewis 125 Ah advanced design individual pressure vessel (IPV) nickel-...
A survey of the testing data base for nickel-hydrogen (NiH2) battery cells was performed. The object...
A program was undertaken to evaluate eight of the more important nickel-cadmium cell designs that ar...
Yardney Manufacturing Technology (MANTECH) 50 A-hr space weight individual pressure vessel nickel-hy...
When individual pressure vessel (IPV) nickel-hydrogen (Ni/H2) cells were selected as the energy stor...
Advanced designs for individual pressure vessel nickel-hydrogen cells have been conceived which shou...
Nickel hydrogen cells, and more recently, bipolar batteries have been built by a variety of organiza...
A history is given of low Earth orbit (LEO) laboratory test data on a 6.5 ampere-hour bipolar nickel...
Individual pressure vessel (IPV) nickel-hydrogen technology was advanced at NASA Lewis and under Lew...
As part of an overall effort to advance the technology of nickel-hydrogen batteries for low Earth or...
In July, l986, a high-voltage nickel-hydrogen battery was assembled at the NASA Lewis Research Cente...
The nickel electrode has been identified as the life limiting component for individual pressure vess...
Three prototype 50 ampere-hour (Ah) nickel-hydrogen cells of the Air Force Wright Aeronautical Labor...
The George C. Marshall Space Flight Center is working to characterize aerospace AB5 Nickel Metal Hyd...
An update of validation test results confirming the breakthrough in low earth orbit (LEO) cycle life...
Validation testing of the NASA Lewis 125 Ah advanced design individual pressure vessel (IPV) nickel-...