Abstract
Temperature measurements in shock-loaded soda-lime glass specimens, with very thin aluminium resistors (of 0.1 mu m thickness), are presented. These measurements are similar to those in earlier works with copper resistors embedded in Plexiglass targets and they show a very good agreement with the calculated temperature rise in the shock-loaded glass specimens. This enhances the author's confidence in the embedded thin-resistor technique as an accurate means to measure the temperature rise in shock-loaded insulators.
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