Stimulated Raman Scattering from Infrared Active Transitions |
Contents
Stokes and antiStokes scattering | 5 |
D | 15 |
E Methods to explore polariton modes and generate | 18 |
8 other sections not shown
Common terms and phrases
1.5 cm crystal 628 cm mode A₁ symmetry modes absorption angle anti-Stokes field anti-Stokes radiation anti-Stokes wave anti-Stokes wavelength axis bandwidth beam divergence cavity collinear dispersion curve electromagnetic energy equations excitation extrinsic parametric parameter infrared active modes infrared active transitions infrared wave interaction ions LiNbO3 linewidth lithium niobate losses modes in lithium molecules MW/cm² n.r.p. region noninfrared active nonlinear off-axis phase-matched point group polariton frequency polariton mode polarization propagation pulse pump beam pump intensity pump source pump wave Raman active Raman effect ruby laser scattering from infrared spectrometer spontaneous emission steady-state stimulated Raman scattering stimulated Stokes Stokes and anti-Stokes Stokes emission Stokes field Stokes gain Stokes light Stokes photons Stokes power Stokes radiation Stokes wave Stokes wavelength symmetry modes threshold tunable anti-Stokes power tunable stimulated emission tunable Stokes tuning range wave vector wave vector conservation wave vector mismatch wavenumber ΔΚ ων