Pulsating & oscillating heat transfer devices in acceleration environments from microgravity to supergravity

Heat balance research with a thin-walled cube in a simulated space environment

Enige beschouwingen over de eigenschappen van een MHD rookgas

Thermal conductivity of honeycomb sandwich panels for space applications

Fluid physics instrumentation study: final report: part I: system aspects

Characterisation of the dielectric properties of the propellants MON and MMH

Sensors for a system to control the liquid flow into an evaporative cold plate of a two-phase heat transport system for large spacecraft

Limitations in variable conductance heat pipe performance and control predicted by the current steady-state model developed at NLR

CIMEX-3, a Versatile Two-Phase Loop Experiment on ISS: the rationale behind the experiment and its relation to other CIMEX experiments

Development of a sensor for high-quality two-phase flow

Uniaxial model for a gas loaded variable conductance heat pipe

High efficiency, low pressure drop two-phase condenser: Final report

Feasibility Demonstration of a Mechanically Pumped Two-Phase CO2 Cooling Loop for the AMS-2 Tracker Experiment

High efficiency low pressure drop tow-phase condenser for space

Quality monitoring in two-phase heat transport systems for large spacecraft

Uniaxial model for gas-loaded variable conductance heat pipe performance in the inertial flow regime

Quantitative considerations concerning a high performance heat pipe with a short electro-osmotic pumping section

Theory and design of conventional heat pipes for space applications

Considerations concerning a thermal joint for a deployable or steerable battery radiator for the Columbus Polar Platform

Issues of Various Two-Phase Heat Transfer Devices in Gravity Environments Ranging from Micro-Gravity to Super-Gravity