A thermovoltage-controlled circuit is described which, in connection with a programmable power supply, permits controlled heating and flashing of specimens in ultra-high vacuum. With resistance-heated specimens the heating rate is variable over a wide range (2-50K s -1 ). Although the circuit is designed for applications in flash desorption spectroscopy, it can be used for continuously adjusting sample temperatures up to 1500K.
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Herz et al. (1979) studied this question.
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