ELECTRIC PROPULSION FOR SPACECRAFTSPECIAL REQUIREMENTS ONPOWER GENERATION SYSTEMS FOR ELECTRIC PROPULSIONnGENERATION OF THRUST-ELECTROTHERMAL THRUSTORSnGENERATION OF THRUST-ELECTROMAGNETIC THRUSTORSnGENERATION OF THRUST-ELECTROSTATIC THRUSTORSnADVANCED CONCEPTSCallaghan, E. EJack, J. R...
#9 - Spacecraft Electric Propulsion (Part 1) with Dr. Daniel White (Podcast Episode) Details Full Cast and Crew Release Dates Official Sites Company Credits Filming & Production Technical Specs Explore More Share this page: Clear your history Recently Viewed...
new research, led by Michael Keidar, the A. James Clark Professor of Engineering at the George Washington University, demonstrates an important breakthrough in satellite propulsion that suggests a way to use electric engines in different modalities. ...
Electric propulsions are currently mainly used for the satellite orbit correction and stationkeeping, as well as for the satellite attitude control. Comparing to the chemical jet engines, main EP advantage is in high specific thrust pulses (I sp ). Besides, EP's make it possible to realize ...
Solar-electric propulsion, dragging cargo cannisters For an unpublished game High Trader, the project turned into the game High Frontier. Artwork by Winchell Chung, yours truly Circular mirror of solar power plant can be pivoted wherever the sun happens to be relative to the ship's orientation Io...
Electric propulsion is steadily becoming an established technology for many types of commercial ship including passenger liners, ferries and coastal icebre... AJ Mitcham - IEEE Colloquium on New Topologies for Permanent Magnet Machines 被引量: 131发表: 1997年 Increased productivity with AC drives for...
The spacecraft types employed to accomplish these missions have quite different configurations as a result of the need of fulfilling the strict requirements imposed during the design optimization process. Notwithstanding the difference in configurations, they can be classified in a general sense depending...
Science missions could use solar electric propulsion to reach distant regions of the solar system, and commercial missions could use solar electric propulsion tugs to place, service, resupply, reposition and salvage space assets. NASA’s strategic roadmaps for exploration, science a...
The paper solves the problem of control over and insertion into geostationary orbit of a spacecraft with diffractive optical elements with the help of low torque electric propulsion (EP). Main features of a design layout of a spacecraft with diffractive optics and the requirements for inserting su...