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Options for Subscale Maturation of Advanced Reactor Technologies Testing for Nuclear Thermal Propulsion

  • Douglas E. Burns
  • , Katey Eileen Lenox
  • , Robert C O'Brien
  • , Isabella Rieco
  • , Kelsa B. Palomares
  • , William Searight
  • , Michael Todosow
  • , James Werner

Research output: Book/ReportTechnical Reportpeer-review

Abstract

Several options could be implemented to establish an irradiation testing capability suitable for investigation of the performance of multiple nuclear thermal propulsion fuel elements at prototypic conditions. The prototypic conditions of interest are based on the current needs of the National Aeronautics and Space Administration’s Space Nuclear Power Program. The results of such testing are also intended to reduce the risks currently seen for any future subscale or full-scale ground testing of an engine-reactor system. The optimal solution is dependent upon several factors such as performance, cost, availability, schedule, technology readiness level, and plans for future testing in the SNP Program. Three options, based on different combinations of these factors, are considered in this report.
Original languageEnglish
Place of PublicationUnited States
DOIs
StatePublished - 2022

Keywords

  • 33 ADVANCED PROPULSION SYSTEMS
  • nuclear thermal propulsion
  • technology advancement level
  • SMART

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