Steps In The Development of a PIC-MCC Model For An Ion Engine - Penkal, Bryan
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The design and development of ion engines is a difficult and expensive process. In order to alleviate these costs and speed ion engine development, it is proposed to further develop a particle-in-cell (PIC), Monte-Carlo collision (MCC) model of an ion engine discharge chamber, which has previously been worked on by the Wright State Ion Engine Modeling Group. Performing detailed and accurate simulations of ion engines can lead to millions of dollars in savings in development costs.

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Produktbeschreibung
The design and development of ion engines is a difficult and expensive process. In order to alleviate these costs and speed ion engine development, it is proposed to further develop a particle-in-cell (PIC), Monte-Carlo collision (MCC) model of an ion engine discharge chamber, which has previously been worked on by the Wright State Ion Engine Modeling Group. Performing detailed and accurate simulations of ion engines can lead to millions of dollars in savings in development costs.
Autorenporträt
Is currently a graduate from Wright State University with both a bachelors degree and masters degree in Mechanical Engineering. He has so far worked in a wide variety of fields from commercial cabinetry, to jet engines to valves for various power plants and of course ion engines.