Abstract
The effect of temperature (0–60°C) on the operation of a piezoelectric gas monitor is discussed. The development and application of small solid-state systems incorporating Peltier devices to allow rapid thermal cycling or isothermal operation of these monitors are evaluated. Thermal performance of the Peltier/gas monitor system is discussed, and frequency response profiles for a model analysis gas/crystal coating system (sulphur dioxide/triethanolamine) are reported.
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