Title :
Electromagnetic launch: highway to the stars
Author :
Fair, Harry ; Meinel, Christoph ; Parks, Kelly
fDate :
3/1/1988 12:00:00 AM
Abstract :
The future of large-scale industrialization is considered and the key role of an Earth-to-space electromagnetic launch capability is projected. Historical analogies are developed to support the authors´ belief in an imminent revolution in launch (i.e. transportation) technology. A point design is presented of an Earth-to-space electromagnetic launcher which approaches ideal efficiency: a superconductor quench launch of a high-ballistic-coefficient vehicle. Examples are calculated of how given muzzle velocities and vehicle ballistic coefficients translate into orbits and payloads attained. This design exercise identifies required enabling technologies and the research efforts now underway which may lead to desirable superconductors and vehicle structural/heat shield materials in the near future.
Keywords :
electromagnetic launchers; space vehicles; superconducting magnets; Earth-to-space electromagnetic launch capability; electromagnetic launcher; heat shield materials; high-ballistic-coefficient vehicle; large-scale industrialization; muzzle velocities; payloads; structural materials; superconductor quench launch; transportation; Aerospace industry; Chemical technology; Earth; Electromagnetic launching; Ocean temperature; Orbits; Road transportation; Space stations; Space technology; Superconducting materials;
Journal_Title :
Magnetics, IEEE Transactions on