Transformation of the continuous laser power on wavelength 10.6 microns with thin-wire bolometer

The aim of this work consists in the determination of the transformation coefficient of the concrete platinum bolometer for continuous laser power on a wavelength 10.6 microns, using the known temperature dependence of a specific resistance of platinum, and the relation (in long-wave approximation) of complex refraction index of platinum with a specific conductivity and with the measured temperature dependence of the coefficient of heat-exchange with an environment.