DocumentCode
790421
Title
An Open-Source Spacecraft Plasma Interaction Simulation Code PicUp3D: Tests and Validations
Author
Forest, Julien ; Hilgers, Alain ; Thiébault, Benoît ; Eliasson, Lars ; Berthelier, Jean-Jacques ; De Feraudy, Hervé
Author_Institution
Artenum Co. ESA/ESTEC/TEG-EES, Noordwijk
Volume
34
Issue
5
fYear
2006
Firstpage
2103
Lastpage
2113
Abstract
The PicUp3D code is a prototype of simulation software dedicated to quantitative and accurate modeling of spacecraft plasma interactions developed in the context of a European scientific and industrial network Spacecraft Plasma Interaction Network in Europe. It is based on a full three-dimensional kinetic particle-in-cell description of the electrons and the ion dynamics. The use of unstructured schemes in the spacecraft geometrical description has allowed to model successfully realistic geometries. The code is organized around an open and versatile object-oriented library and is fully written in JAVA. This paper presents the basic features and the first validation tests of PicUp3D, which are now made publicly and freely available on the Web. Developed in an open-source approach, it is believed that this code will meet the requirements of the scientific community in terms of geometric and physics accuracy especially for instrument calibration and observation analysis
Keywords
astrophysical plasma; physics computing; plasma interactions; plasma simulation; space vehicles; JAVA; PicUp3D code; ion dynamics; object-oriented library; open-source spacecraft plasma interaction simulation code; spacecraft-plasma interactions; three-dimensional kinetic particle-in-cell electrons; Aerospace industry; Context modeling; Object oriented modeling; Open source software; Plasma applications; Plasma simulation; Software prototyping; Space vehicles; Testing; Virtual prototyping; Charging; JAVA; finite-differences; object oriented; particle in cell (PIC); spacecraft plasma interaction;
fLanguage
English
Journal_Title
Plasma Science, IEEE Transactions on
Publisher
ieee
ISSN
0093-3813
Type
jour
DOI
10.1109/TPS.2006.883402
Filename
1710087
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