The available experimental data for the density and viscosity of liquid copper and tin have been critically examined with the intention of establishing a density and a viscosity standard. All experimental data have been categorized into primary and secondary data according to the quality of measurement specified by a series of criteria. The proposed standard reference correlations for the density of copper and tin are characterized by standard deviations of 1.3% and 1.0% at the 95% confidence level, respectively. The standard reference correlations for the viscosity of copper and tin are characterized by standard deviations of 6.3% and 20% at the 95% confidence level, respectively.

Enthalpy, resistivity, density, specific heat capacity, and normal spectral emissivity as a function of temperature of Inconel 718 alloy were measured by a fast resistive pulse heating technique up into the liquid phase, thus obtaining data on thermal conductivity and thermal diffusivity. The high‐speed measurements are compared with results of quasistatic measurements of specific heat obtained by differential‐scanning calorimetry and expansion measurements by dilatometry.

Enthalpy, resistivity and density as a function of temperature of binary Fe‐Ni alloys have been measured by a fast resistive pulse heating technique. Six different concentrations, including Invar‐type alloy, have been investigated to cover the entire range of the phase diagram. The temperature range was from room temperature to 2400 K.

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