1. (100%) Heat Rejection Concepts for Lunar Fission Surface Power Applications - Siamidis, John
This paper describes potential heat rejection design concepts for lunar surface Brayton power conver ...
- 27-may-2009

2. (80%) Overview of Materials International Space Station Experiment 7B - Jaworske, Donald A.; Siamidis, John
Materials International Space Station Experiment 7B (MISSE 7B) is the most recent in a series of exp ...
- 03-jul-2009

3. (70%) A Comparison of Coolant Options for Brayton Power Conversion Heat Rejection Systems - Mason, Lee S.; Siamidis, John
This paper describes potential heat rejection design concepts for Brayton power conversion systems. ...
- 19-may-2009

4. (50%) Heat Rejection Concepts for Brayton Power Conversion Systems - Siamidis, John; Mason, Lee; Beach, Duane; Yuko, James
This paper describes potential heat rejection design concepts for closed Brayton cycle (CBC) power c ...
- 12-may-2009

5. (50%) Extraction of Thermal Performance Values from Samples in the Lunar Dust Adhesion Bell Jar - Gaier, James R.; Siamidis, John; Larkin, Elizabeth M. G.
A simulation chamber has been developed to test the performance of thermal control surfaces under du ...
- 16-jun-2009

6. (50%) Extraction of Thermal Performance Values from Samples in the Lunar Dust Adhesion Bell Jar - Gaier, James R.; Siamidis, John; Larkin, Elizabeth M.G.
A simulation chamber has been developed to test the performance of thermal control surfaces under du ...
- 19-jun-2009

7. (40%) The Effect of Simulated Lunar Dust on the Absorptivity, Emissivity, and Operating Temperature on AZ-93 and Ag/FEP Thermal Control Surfaces - Gaier, James R.; Siamidis, John; Panko, Scott R.; Rogers, Kerry J.; Larkin, Elizabeth M. G.
JSC-1AF lunar simulant has been applied to AZ-93 and AgFEP thermal control surfaces on aluminum or c ...
- 18-jun-2009