Interpretation of Transport Measurements in Electronically Conducting Liquids. II. Hall Mobility

Abstract

The analysis of transport properties in electronically conducting liquids reported earlier is extended to include the Hall mobility. The experimental relationship between Hall mobility and electrical conductivity is presented and discussed. It is shown that the simple model which was presented earlier to explain the "$n\ensuremath{-}p$ anomaly" can also account for the large difference between the Hall and conductivity mobilities which has been noted in amorphous solids.