Heat Transfer and Thermal Control: Technical Papers from the AIAA 18th Aerospace Sciences Meeting, January 1980, and the AIAA 15th Thermophysics Conference, July 1980, Subsequently Revised for this VolumeAlfred L. Crosbie |
Contents
Radiative Properties of a Painted Layer | 3 |
Bidirectional Reflectance Measurements of Specular | 25 |
Radiative Equilibrium in a General PlaneParallel Environment | 49 |
Copyright | |
22 other sections not shown
Common terms and phrases
ablation absorption actuator AIAA analysis angles of incidence approximately axial boundary conditions calculated cell coating coefficient cold end condenser configuration contact conductance convection coordinate critical surface diffuse dimensionless dopant effect element energy equation experimental finite finite-element flow fluid function geometry gradient heat conduction heat flux heat load heat pipe heat source heat transfer heater helium input integral interface isothermal Kapton laser layer linear liquid louver measured medium melt membrane method Mie theory module nodal node obtained optical oxide paper parameters particle plane plate predicted pressure problem radiative radiator radiosity reservoir sample scattering segregation coefficient shown in Fig solar solution solvent space spacecraft specular temperature temperature distribution temperature profile temperature rise thermal conductivity thermal contact conductance Thermal Control thermal resistance thermistors thermocouples thickness tilt tion transient transport values vapor chamber volume wall wick