1 |
Experimental Feasibility Study of Water-Filled Capillary-Pumped Heat Transfer Loops
/
[
Stenger, F. J.
] /
NASA TM-X-1310
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2 |
Verification of an Analytical Modeler of a Capillary Pump Thermal Controller
/
[
Ku, J.;Neiswanger, L.;Schweickart, R. B.
] /
AIAA Paper 87-1630
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3 |
SINFAC Simulation of a High Power Hybrid Capillay Pumped System
/
[
Benner, S.;Costello, F. A.;Ku, J.
] /
AIAA Paper 89-0316, (27th)
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4 |
/
[
Chi, S. W.
] /
Heat pipe Theory and Practice
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5 |
/
[
Ku, J.;Krolizcek, E. J.
] /
The Hybrid Capillary Pump, SAE Intersociety Conference on Environmental Systems
|
6 |
Theory of Heat Pipes
/
[
Cotter, T. P.
] /
LA-3246-MS
|
7 |
/
[
Faghri, A.
] /
Heat pipe Science and Technology
|
8 |
Capillary Pumped Loops for Space Applications Experimental and Theoretical Studies on the Performance of Capillary Evaporator Designs
/
[
Whlz, H.;Warrendale, E.
] /
AIAA 90-1739, AIAA/ASME (5th) joint THTC
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9 |
Study of a Capillary Pumped Twophase Heat Transfer System, von Karman Institute Project Report
/
[
Donohue, J. M.
] /
PR-1987-10
|
10 |
Hybrid Thermal Circulation System For Future Space Application, DLR Germany
/
[
Fleck, W.;Krebs, H.;Wulz, H. G.
] /
Paper 87-092
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11 |
/
[
Maidanik, Y. F.;Fershtater, Y. G.
] /
Loop Heat Pipes, Investigation, Prospects of Use in Aerospace Technics
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