Applicability of Theoretical Models to the Evaluation of Thermal Conductivity in Microgravity
A Theoretical Approach to the Evaluation of Gravity Influence on Heat and Mass Transfer in Liquids
The Microgravity Applications Promotion Programme of the European Space Agency, ESA
Hydrodynamic Dryout in Two-Phase Flows: Observations of Low Bond Number Systems
Stability of a Capillary Surface in a Rectangular Container
Thermocapillary Flow Near a Corner in a Thin Liquid Layer
Testing and Evaluation of Small Cavitating Venturis with Water at Low Inlet Subcooling
Void Fraction Measurements by Quick Acting Valves and Capacitance Measurements
Sensors and Components for Aerospace Thermal Control, Life Sciences, and Propellant Systems
Design, Fabrication and Testing of an SP-100-Like Phase Separator in a Microgravity Environment
Experimental Investigation of Reducing Startup Time on Capillary Pumped Loop with EHD Assistance
Improved Cooler Performance Using Spectrally Selective Thermal Coatings
Thermal Design and Analysis of the Spartan Lite Spacecraft
Gravitational Effects on Diamond and Carbon Fiber Fabrication