ASD Technical Report, Numéro 63,Partie 291

1.4 Reduced Temperature Aluminum Appendix Calculated and Experimentally conductivity of metals constant Copper critical parameters Debye temperature deduced Determined Thermal Conductivity dilute alloys electrical conductivity electrical resistivity electronic thermal conductivity electronic thermal resistivity Equation 48 Equation 54 Equation 81 experimental results Experimentally Derived Values Experimentally Determined Thermal Figure free electrons Function of Reduced Function of ẞ Function of Temperature GPCS Group of Metallic high temperatures ideal thermal resistance imperfection content impurity and imperfection impurity thermal resistance inflection point interaction Klemens Lithium low temperatures maximum point mechanisms Metallic Samples metals at low Moderate and High obtains Palladium Phys Predicted Equation 93 Principle of Corresponding Proc properties Purdue University Reduced Thermal Conductivity rhodium Semi-Metallic and Non-Metallic semi-metals specific heat Substituting Equation SYMBOL SAMPLE Tellurium theory thermal conductivity curves thermal conductivity relation Thermal Conductivity Values variation Various Metallic Elements Varying Impurity y-intercept zero zirconium αι