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Background and motivation
Conventional transmission measurements
13 other sections not shown
100 us pulse absorbed fluence absorption coefficients determined angular resolved reflectance apatite approximately biological tissue bovine enamel calculated carbonate band carbonate loss changes chemical CO2 laser coefficients of dental conventional transmission measurements dental enamel irradiated dental hard tissues dentin detector Duplain emission coefficient emission from enamel emitted enamel and dentin enamel blocks ErYAG experimental Featherstone fgets finput fluence Fried function of depth Gaussian beam Glena heat conduction highly absorbed hydroxyapatite incident fluence incident laser irradiated at 9.6 irradiated dental enamel laser ablation laser irradiated dental laser parameters laser pulse Lasers in Dentistry malloc material maximum temperature rise melting thresholds method mineral modification threshold Normalized thermal emission npoints numerical simulations optical properties phosphate PPTR protein pulse duration pulsed photothermal radiometry region rise versus depth sample Seka signal sizeof(double spatial spot strtok(line studies surface temperature Table temperature rise versus thermal diffusivity thermal emission thermal relaxation thick tooth wavelengths