Add to ORKGThe effect of charge control on the performance of Nickel-Cadmium batteries is very important. The results of three tests performed in the Battery Test Centre of ESTEC are described. Two techniques were employed: (1) the tapering method well known for space applications, and (2) the temperature derivative technique (TDT) developed by ESTEC. In addition, a comparative study has been made between the behavior of a group of 3 batteries charged and discharged in parallel compared to an identical group discharged in parallel, but charged individually. An approach of evolution laws for the main electrical characteristics of cells is presented
Cycle life testing and evaluation of nickel- cadmium spacecraft batteries - voltage characteristic
The circuit presented is simple and small enough to be included in a typical battery charge/power co...
Training of electrochemist in battery research and collecting electrochemical and thermodynamic dat
Work aimed at modeling the charge voltage and current characteristics of nickel-cadmium cells subjec...
The current rates used for trickle charging batteries are critical in maintaining a full charge and ...
Over 6,9000 Low Earth Orbit cycles were accumulated at 30% Depth of Discharge on twelve INTELSAT-des...
Evaluation of sealed nickel cadmium cells, with auxiliary electrodes, operating in synchronous orbit...
An ambient temperature rechargeable Li-TiS2 cell was cycled under conditions which simulate aerospac...
An ambient temperature rechargeable Lithium-Titanium disulfide (Li-TiS2) five cell battery has compl...
An alternate nickel-cadmium cell activation scheme was developed which significantly reduces battery...
Results are discussed for a Ni-Cd battery test over a period of 8 years, 2 months and 44,213 simulat...
Flight data for 17,000 orbital cycles are reviewed and summarized. The nickel cadmium battery system...
The interaction, effect, and controllability of the performance parameters of the General Electric 2...
Combined coulometer/third electrode control circuit for a nickel-cadmium battery included at least o...
Cycling, charge efficiency, and transducer studies with nickel-cadmium cell for spacecraft power sup...
Cycle life testing and evaluation of nickel- cadmium spacecraft batteries - voltage characteristic
The circuit presented is simple and small enough to be included in a typical battery charge/power co...
Training of electrochemist in battery research and collecting electrochemical and thermodynamic dat
Work aimed at modeling the charge voltage and current characteristics of nickel-cadmium cells subjec...
The current rates used for trickle charging batteries are critical in maintaining a full charge and ...
Over 6,9000 Low Earth Orbit cycles were accumulated at 30% Depth of Discharge on twelve INTELSAT-des...
Evaluation of sealed nickel cadmium cells, with auxiliary electrodes, operating in synchronous orbit...
An ambient temperature rechargeable Li-TiS2 cell was cycled under conditions which simulate aerospac...
An ambient temperature rechargeable Lithium-Titanium disulfide (Li-TiS2) five cell battery has compl...
An alternate nickel-cadmium cell activation scheme was developed which significantly reduces battery...
Results are discussed for a Ni-Cd battery test over a period of 8 years, 2 months and 44,213 simulat...
Flight data for 17,000 orbital cycles are reviewed and summarized. The nickel cadmium battery system...
The interaction, effect, and controllability of the performance parameters of the General Electric 2...
Combined coulometer/third electrode control circuit for a nickel-cadmium battery included at least o...
Cycling, charge efficiency, and transducer studies with nickel-cadmium cell for spacecraft power sup...
Cycle life testing and evaluation of nickel- cadmium spacecraft batteries - voltage characteristic
The circuit presented is simple and small enough to be included in a typical battery charge/power co...
Training of electrochemist in battery research and collecting electrochemical and thermodynamic dat