Thermal energy storage flight experimentsConsideration is given to the development of an experimental program to study heat transfer, energy storage, fluid movement, and void location under microgravity. Plans for experimental flight packages containing Thermal Energy Storage (TES) material applicable for advanced solar heat receivers are discussed. Candidate materials for TES include fluoride salts, salt eutectics, silicides, and metals. The development of a three-dimensional computer program to describe TES material behavior undergoing melting and freezing under microgravity is also discussed. The TES experiment concept and plans for ground and flight tests are outlined.
Document ID
19900024937
Acquisition Source
Legacy CDMS
Document Type
Conference Paper
Authors
Namkoong, D. (NASA Lewis Research Center Cleveland, OH, United States)