Compact Superconducting Power Systems for Airborne Applications (Postprint)
Abstract
In the development of future airborne megawatt-class power generation, it is important to minimize both the size and the weight of the system. The primary means of increasing the power density with the generator, is to maximize the magnetic flux density. This can be achieved by using a high current-carrying capacity wire to increase the ampere-turns* in the windings without adding more turns via a longer length of wire. This paper describes several airborne systems the Air Force is considering that will utilize compact superconducting systems, including megawatt electronic generators, gyrotron magnet, and compact power cables.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 2009
- Accession Number
- ADA515601
Entities
People
- Edward B. Durkin
- George A. Levin
- Lamarcus Hampton
- Paul N. Barnes
- Timothy J. Haugan
Organizations
- Air Force Research Laboratory