Transformation of the Continuous Laser Power on the Wave Length 10.6 Microns by the Thin-Wire Platinum Bolometer

Using the temperature dependence of a specific resistance of platinum, relation of a complex index of refraction with a specific conductivity in the long-wave approach, temperature dependence of coefficient of heat exchange of the bolometer with an environment and the solution of a heat-balance equation averaged along the bolometer length, we derive a transformation coefficient of a thin-wire bolometer within a wide range of the continuous laser power at a wavelength of 10.6 microns.