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A dynamic method for quantitatively determining the pyroelectric coefficient of thin films is presented. The technique offers several advantages over competitive techniques. These advantages include,
| • | the ability to distinguish between reversible (pyroelectric) and irreversible thermally induced currents, | ||||
| • | a facility to study time-varying pyroelectric responses, | ||||
| • | more rapid determinations at room temperature, and | ||||
| • | higher measurement precision. | ||||
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