Add to ORKGThe development of an inorganic separator material for use in construction of 40 ampere-hour silver zinc cells is discussed. Acceptance tests were conducted to determine real quality, physical defects and ampere-hour capacity. All acceptance tests were performed at an ambient temperature of 23 to 27 C at existing relative humidity and atmospheric pressure. Of the 63 cells tested, only one failed to meet the equipment specifications
The capacity of the cells ranged from 3.58 to 3.97 amperehours during the three capacity tests. Thre...
The capacity of the cells ranged from 6.6 to 7.6 ampere hours during the three capacity tests. No vo...
Acceptance tests of nickel cadmium secondary spacecraft cells with auxilliary electrode
Acceptance tests of 5.0 ampere-hour silver-zinc cells for spacecraft power supplie
Several groups of nickel cadmium cells were tested for the durability of their separator materials. ...
Functional acceptance tests of six ampere-hour adhydrode nickel cadmium secondary spacecraft batteri...
Results are presented of acceptance tests conducted on eleven nickel cadmium batteries of the Nimbus...
Phenolphthalein leakage, capacity, cell short, immersion seal, overcharge, and internal resistance t...
Acceptance tests of nickel cadmium spacecraft cells with auxiliary electrodes for charge contro
Functional acceptance tests of five ampere-hour Nimbus nickel-cadmium secondary spacecraft batterie
Acceptance tests of 100 ampere-hour nickel-cadmium cells for inclusion in life cycle program of seco...
A group of 29 cells with capacities ranging from 21.7 to 28.8 ampere-hours were tested. A summary of...
Evaluation tests of 10 nickel cadmium cells are described. Although pressures were greater than what...
Tests were conducted on a group of 29 cells for the purpose of removing from the life cycle program ...
The report describes testing and performance of 20.0 ampere-hour Ni-Col spacecraft batteries
The capacity of the cells ranged from 3.58 to 3.97 amperehours during the three capacity tests. Thre...
The capacity of the cells ranged from 6.6 to 7.6 ampere hours during the three capacity tests. No vo...
Acceptance tests of nickel cadmium secondary spacecraft cells with auxilliary electrode
Acceptance tests of 5.0 ampere-hour silver-zinc cells for spacecraft power supplie
Several groups of nickel cadmium cells were tested for the durability of their separator materials. ...
Functional acceptance tests of six ampere-hour adhydrode nickel cadmium secondary spacecraft batteri...
Results are presented of acceptance tests conducted on eleven nickel cadmium batteries of the Nimbus...
Phenolphthalein leakage, capacity, cell short, immersion seal, overcharge, and internal resistance t...
Acceptance tests of nickel cadmium spacecraft cells with auxiliary electrodes for charge contro
Functional acceptance tests of five ampere-hour Nimbus nickel-cadmium secondary spacecraft batterie
Acceptance tests of 100 ampere-hour nickel-cadmium cells for inclusion in life cycle program of seco...
A group of 29 cells with capacities ranging from 21.7 to 28.8 ampere-hours were tested. A summary of...
Evaluation tests of 10 nickel cadmium cells are described. Although pressures were greater than what...
Tests were conducted on a group of 29 cells for the purpose of removing from the life cycle program ...
The report describes testing and performance of 20.0 ampere-hour Ni-Col spacecraft batteries
The capacity of the cells ranged from 3.58 to 3.97 amperehours during the three capacity tests. Thre...
The capacity of the cells ranged from 6.6 to 7.6 ampere hours during the three capacity tests. No vo...
Acceptance tests of nickel cadmium secondary spacecraft cells with auxilliary electrode