A Study of Stimulated Infrared Scattering in N-InSb with Applications to Infrared Spectroscopy |
Contents
EXPERIMENTAL APPARATUS | 5 |
STIMULATED SPIN FLIP SCATTERING | 19 |
SPECTROSCOPY WITH SFRL | 49 |
6 other sections not shown
Common terms and phrases
15 MAGNETIC FIELD absorption cell amplitude band gap C.K.N. Patel cm¯¹ CO laser conduction band constant cross section crystal curve of SRR CW spin flip detector dewar electron equation experimental external cavity factor Fermi Fermi surface Figure flip Raman laser function gain gain medium hole band increase infrared InSb intracavity absorption Landau level Langevin equations laser pumped lasing Letts linewidth MAGNETIC FIELD KG measured mode hopping molecular molecule monochromator observed in sample obtained optical optoacoustic oscillation photon Phys pressure pump laser pump power Q-branch Q-switched region Relative Stokes resonance rotational sample D pumped sensitivity SFRL SFRL output SFRL powers spectroscopy spectrum spin flip Raman spin flip scattering SRR and SFR SRR frequency stimulated emission stimulated Raman scattering stimulated recombination radiation stimulated spin flip Stokes frequency Stokes output threshold torr transition tunable Tuning curve tuning rate valence band vibrational wavelength WAVENUMBER WAVENUMBER cm μλ Ολ