Paul J. Johnson
Papers
1
Total Citations
21
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About
Paul J. Johnson is a leading researcher in space power systems, with a primary focus on closed-Brayton-cycle (CBC) conversion technologies for NASA missions. His seminal 2005 work, "Performance and Mass Modeling Subtleties in Closed-Brayton-Cycle Space Power Systems," which has garnered 21 citations, provides critical insights into the nuanced modeling of CBC subsystems. Johnson's contributions are foundational for system engineers and mission planners, as he clarifies the performance and mass trade-offs essential for designing efficient power systems for spacecraft, surface bases, and rovers. His research directly supports both human and robotic mission applications, bridging the gap between theoretical modeling and practical implementation. By addressing the subtleties of CBC modeling, Johnson has enabled more accurate predictions of system behavior, helping to optimize power generation for long-duration space exploration. His work remains a key reference for those developing next-generation space power architectures, underscoring his impact on advancing sustainable energy solutions for deep-space missions.
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Top Papers
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