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On space plasma ground test methodologies and related solar array design considerations

Justin J. Likar, Alexander L. Bogorad, Barry G. Noakes, Roman Herschitz

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Abstract

Challenges associated with the design, testing, and qualification of space solar arrays for operation in plasma environments have led to the creation of collection of ground test and design guidelines, standards, and requirements. Discussions summarized herein examine unique design aspects affecting array performance in plasma environments and review test / analysis routines appropriate for typical space solar array production methods.

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What this paper is about

Challenges associated with the design, testing, and qualification of space solar arrays for operation in plasma environments have led to the creation of collection of ground test and design guidelines, standards, and requirements. Discussions summarized herein examine unique design aspects affecting array performance in plasma environments and review test / analysis routines appropriate for typical space solar array production methods.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Challenges associated with the design, testing, and qualification of space solar arrays for operation in plasma environments have led to the creation of collection of ground test and design guidelines, standards, and requirements. Discussions summarized herein examine unique design aspects affecting array performance in plasma environments and review test / analysis routines appropriate for typical space solar array production methods.

Key concepts: Space (punctuation), Systems engineering, Aerospace engineering, Computer science, Test (biology), Space technology, Plasma, Engineering

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On space plasma ground test methodologies and related solar array design considerations — Research Paper | ScholarLens