All evaluation tests were performed at room ambient pressure and temperature, with discharges at a 2 hour rate. Tests consisted of phenolphthalein leak tests, three capacity tests, an auxiliary electrode test, a charge retention test, an internal short test, a charge efficiency test, overcharge tests, and a pressure versus capacity test. Results of the tests and recommendations for improvements in manufacturing are presented
The report describes testing and performance of 20.0 ampere-hour Ni-Col spacecraft batteries
Tests were conducted on a group of 29 cells for the purpose of removing from the life cycle program ...
Quality control measures for Ni-Cd spacecraft cells were analyzed. Cells were examined for electroly...
The tests are to insure that all cells put into the life cycle program are of high quality by the sc...
Average end of charge voltages and pressures, and capacity output in ampere hours are presented. Tes...
Evaluation tests of 10 nickel cadmium cells are described. Although pressures were greater than what...
Five cells provided by NASA's Goddard Space Flight Center were evaluated at room temperature and pre...
This evaluation test program had the purpose to insure that all cells put into the life cycle progra...
Evaluation tests of eight nickel cadmium cells are described. Although high cell pressures were obse...
The capacity of the cells ranged from 6.6 to 7.6 ampere hours during the three capacity tests. No vo...
Results are presented of acceptance tests conducted on eleven nickel cadmium batteries of the Nimbus...
The capacity of the cells ranged from 3.58 to 3.97 amperehours during the three capacity tests. Thre...
An evaluation test program was conducted to insure that all cells put into the life cycle program ar...
The standard plate cells exhibited higher average end-of-charge (EOC) voltages than the cells with t...
A group of 29 cells with capacities ranging from 21.7 to 28.8 ampere-hours were tested. A summary of...
The report describes testing and performance of 20.0 ampere-hour Ni-Col spacecraft batteries
Tests were conducted on a group of 29 cells for the purpose of removing from the life cycle program ...
Quality control measures for Ni-Cd spacecraft cells were analyzed. Cells were examined for electroly...
The tests are to insure that all cells put into the life cycle program are of high quality by the sc...
Average end of charge voltages and pressures, and capacity output in ampere hours are presented. Tes...
Evaluation tests of 10 nickel cadmium cells are described. Although pressures were greater than what...
Five cells provided by NASA's Goddard Space Flight Center were evaluated at room temperature and pre...
This evaluation test program had the purpose to insure that all cells put into the life cycle progra...
Evaluation tests of eight nickel cadmium cells are described. Although high cell pressures were obse...
The capacity of the cells ranged from 6.6 to 7.6 ampere hours during the three capacity tests. No vo...
Results are presented of acceptance tests conducted on eleven nickel cadmium batteries of the Nimbus...
The capacity of the cells ranged from 3.58 to 3.97 amperehours during the three capacity tests. Thre...
An evaluation test program was conducted to insure that all cells put into the life cycle program ar...
The standard plate cells exhibited higher average end-of-charge (EOC) voltages than the cells with t...
A group of 29 cells with capacities ranging from 21.7 to 28.8 ampere-hours were tested. A summary of...
The report describes testing and performance of 20.0 ampere-hour Ni-Col spacecraft batteries
Tests were conducted on a group of 29 cells for the purpose of removing from the life cycle program ...
Quality control measures for Ni-Cd spacecraft cells were analyzed. Cells were examined for electroly...