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Lasers and Laser Radiation
Laser Processing of Semiconductors
5 other sections not shown
absorbed aerosol annealing Ar+ laser atmospheric atomic band Beam diameter beam divergence cavity cell chemical coefficient CW C02 laser CW laser detection limits detector dissociation drilling dye laser effect efficiency electronic emission enhancement films fluorescence frequency g-switched Gaussian beam given in Table increase infrared ionization ions irradiation isotope separation laser annealing laser beam Laser Focus laser heating laser intensity laser line laser output laser power laser pulse laser sources laser welding laser-induced LIDAR linewidth material measurement melt metal Methanol mode molecular molecules mrad Nd-YAG laser obtained occurs operation optical parameters particles photon pressure produced Pulse length pumped dye laser Raman Raman scattering range reaction refractive index region Repetition rate resonance result ruby laser sample scan scattering sensitivity shown in Figure shows species spectra spectrum substrate surface TEA laser technique temperature thermal tion torr transition tunable two-photon typical vapor wavelength welding