rootbrowseIAC-04Isession 66. Space Vehicles - Mechanical/Thermal/Fluidic SystemsPapers1. The New Technique of Thermal Protection for Non-homogeneous Material2. The Development of Thermal Protection System of "Shenzohou" Manned Spacecraft3. Thermal-Rate Based Sensor Development for Stabilizing Ill-Posed Problems and for Use in Real-Time Diagnostics4. Thermal Design Methodology for Nano-satellites under Uncertain Thermal Conditions5. Inflatable Re-Entry and Descent Technology for Manned Martian Mission6. Inflatable Re-Entry Technology: a Very Promising Technology for Future Planetary Missions7. The Use of High Alloyed Silicon Semi-Conductors to Ensure Highly-Accurate Temperature Measurements during Launch Vehicles Filling with Propellants8. Research of Scramjet Thermal Protection9. Space Structure Insulating Material’s Thermophysical and Radiation Properties Estimation10. Experimental Analysis of Uniformity and Measurement of Absorbed Thermal Loads Imposed by a Tungsten Filament Lamp on a Radiometer Plate11. Loop Heat Pipe for High-Precision Satellite Thermal Control