Abstract
A nanoindentation technique has been used to investigate the influence of processing conditions and equipment on the surface hardness of particulate solids. The sensitivity of this technique is such that it can be used to detect differences in the surface properties of the same material which has undergone different types of handling in the process equipment. Changes in the near-surface hardness of crystals that result, for example, from work hardening by inelastic impacts can be identifiec and characterized by monitoring the hardness as a function of depth. This enables the attrition propensity of the particles with a semi-brittle failure mode to be assessed. Results of ongoing work on pure dried vacuum (PDV) salt are described in this paper.
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