The feasibility of a selaed aqueous electrolyte battery for missile warhead application is investigated. the problem of self-discharge is approached by storing the electrolyte separately and transferring to cells upon electric activation. high volumetric power density is achieved by thin spiral-wrap… More

High-speed methods of producing 2 to 10 micron aluminum coatings on 2000-foot lengths of .001-inch diameter glass fibers will be studied to develop an economical process/equipment design.

The feasibility of using aerodynamic heating loads on the hpj jammer body to activate a high power miniature battery will be investigated. a molten electrolyte battery of novel design appears capable of achieving more than twice the volumetric power density required by the jammer and roughly 50 to… More