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Micromechanism analysis on temperature-rising effect of CO2 laser biomolecule interaction

The heat effect of laser biology widely apply to laser medical attendance, laser breeding and laser biotechnology, but the micromechanism research of the heat effect of laser biology is very few. In this paper, we study the micromechanism of the heat effect of laser biology by means of quantum theory. The major expression of the heat effect of laser biology is temperature- rising of biomolecule system after laser action. We can take biomolecule system as harmonic oscillation system due to the problem of our discussion is resonance absorption for photon of low frequency of CO2 laser (infrared absorption). Based upon above harmonic oscillation model we derived formula. We further discussed the relation of temperature-rising ΔT and absorption photon number and the micromechanism of absorbent photon and the problems of infrared absorption of protein soliton.