Add to ORKGAn interplanetary low-thrust, solar electric propulsion mission simulation program suitable for navigation studies is presented. The mathematical models for trajectory simulation, error compensation, and tracking motion are described. The languages, input-output procedures, and subroutines are included
Selected missions using solar electric propulsion and conventional propulsion systems were studied. ...
Trajectory and spacecraft design data for unmanned interplanetary missions using suboptimal powered ...
Algorithm for generating low variable thrust interplanetary trajectory data for mission analysis of ...
The mission analysis program for solar electric propulsion (MAPSEP) is comprised of the basic modes:...
The results are presented of one phase of research conducted for the JPL Solar Electric Propulsion (...
An introduction to the MAPSEP organization and a detailed analytical description of all models and a...
Computer program has been designed to handle computations for low thrust missions rapidly and with a...
A performance-analysis computer program, that was developed explicitly to generate optimum electric ...
Recent interest at NASA for the application of solar electric propulsion for the transfer of signifi...
This research describes a prototype software navigation system that would allow a spacecraft with a ...
Computer programs for solving trajectory and system optimization problems of electrically propelled ...
Modeling and control software that integrates the complexities of solar array models, a space enviro...
Application of electric propulsion as option for planetary and interplanetary orbit transfers is acc...
Computer program for determining performance and system requirements of electrically propelled space...
AAS/AIAA Astrodynamics Specialist Conference Big Sky, MT, August 3 - 7, 2003.A multipurpose low thr...
Selected missions using solar electric propulsion and conventional propulsion systems were studied. ...
Trajectory and spacecraft design data for unmanned interplanetary missions using suboptimal powered ...
Algorithm for generating low variable thrust interplanetary trajectory data for mission analysis of ...
The mission analysis program for solar electric propulsion (MAPSEP) is comprised of the basic modes:...
The results are presented of one phase of research conducted for the JPL Solar Electric Propulsion (...
An introduction to the MAPSEP organization and a detailed analytical description of all models and a...
Computer program has been designed to handle computations for low thrust missions rapidly and with a...
A performance-analysis computer program, that was developed explicitly to generate optimum electric ...
Recent interest at NASA for the application of solar electric propulsion for the transfer of signifi...
This research describes a prototype software navigation system that would allow a spacecraft with a ...
Computer programs for solving trajectory and system optimization problems of electrically propelled ...
Modeling and control software that integrates the complexities of solar array models, a space enviro...
Application of electric propulsion as option for planetary and interplanetary orbit transfers is acc...
Computer program for determining performance and system requirements of electrically propelled space...
AAS/AIAA Astrodynamics Specialist Conference Big Sky, MT, August 3 - 7, 2003.A multipurpose low thr...
Selected missions using solar electric propulsion and conventional propulsion systems were studied. ...
Trajectory and spacecraft design data for unmanned interplanetary missions using suboptimal powered ...
Algorithm for generating low variable thrust interplanetary trajectory data for mission analysis of ...