Abstract
Measurements of phonon and photon conductivity have been carried out on metallurgical slags of the system CaO - SiO2 - Al2O3. The results show that the values for photon conductivity lie considerably higher than those of phonon conductivity, indicating that the main energy transport in the slag takes place by radiation. This has been confirmed for other slags. Both photon and phonon conductivity show increased values within the melting range, which may be accounted for by the solid/liquid transformation.
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