Spacecraft charging calculations - Nascap-2K and SEE Spacecraft Charging Handbook
V. A. Davis, Linda F. Neergaard, M. J. Mandell, Ira M. Katz, Barbara M. Gardner, Jeffrey Hilton, Jody Minor
Abstract
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V. A. Davis, Linda F. Neergaard, M. J. Mandell, Ira M. Katz, Barbara M. Gardner, Jeffrey Hilton, Jody Minor
Abstract
Open-access reader
For fifteen years NASA and the Air Force Charging Analyzer Program for Geosynchronous Orbits (NASCAP/GEO) has been the workhorse of spacecraft charging calculations. Two new tools, the Space Environment and Effects (SEE) Spacecraft Charging Handbook (recently released), and Nascap-2K (under development), use improved numeric techniques and modern user interfaces to tackle the same problem. The SEE Spacecraft Charging Handbook provides first-order, lower-resolution solutions while Nascap-2K provides higher resolution results appropriate for detailed analysis. This paper illustrates how the improvements in the numeric techniques affect the results.
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For fifteen years NASA and the Air Force Charging Analyzer Program for Geosynchronous Orbits (NASCAP/GEO) has been the workhorse of spacecraft charging calculations. Two new tools, the Space Environment and Effects (SEE) Spacecraft Charging Handbook (recently released), and Nascap-2K (under development), use improved numeric techniques and modern user interfaces to tackle the same problem. The SEE Spacecraft Charging Handbook provides first-order, lower-resolution solutions while Nascap-2K provides higher resolution results appropriate for detailed analysis. This paper illustrates how the improvements in the numeric techniques affect the results.
Key concepts: Spacecraft, Spacecraft charging, Aerospace engineering, Astrobiology, Aeronautics, Spacecraft design, Computer science, Environmental science