Abstract
The active dual-laser temperature measurement method has the advantages of no contact with the target surface, no need to know the emissivity information of the target to be measured in advance and strong anti-interference ability. In the active dual laser temperature measurement model, the effective wavelength value of the detector has a direct influence on the measurement results. However, the influence of detector effective wavelength on the measurement results is still not fully understood. Therefore, in this paper, the effective wavelength of the detector is introduced into the active dual-laser temperature measurement model, the migration rule of the measurement results when the response curve bandwidth changes and response curve moves is studied, and the actual measurement results are analyzed.
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