Compact kinetic-to-electrical energy conversion

The development of a novel, compact kinetic-to-electrical energy generator is investigated and discussed. Critical design factors include launch survivability and component reliability. Energy conversion is accomplished using magnetic flux and piezoelectric compression schemes with output powers up to 10 MW over a 1 microsecond time interval. Electrical source selection for the generator seed current is of primary importance and issues surrounding its selection are presented and discussed. The primary application of the kinetic-to-electrical energy converter is in the area of military landmine detection and neutralization. The application of the generator to other related areas is discussed and includes long-distance geological surveying, remote sensing and mining.