Applications of the Infrared Free Electron Laser in Nonlinear and Time Resolved SpectroscopyStanford University, 1990 - 242 pages |
Contents
Chapter | 6 |
The basic properties of polyacetylene | 20 |
93 | 28 |
Copyright | |
6 other sections not shown
Common terms and phrases
1-D semiconductor model absorption coefficient absorption spectrum bleaching calculations carbon sites CH)x chain Chapter chemical structure cm³¹ coherent length conjugated polymers couple delocalization length detector diacetylene dissertation double bonds energy equation Etemad experiments four wave mixing Free Electron Laser fundamental fused silica G. L. Baker Halmition hence Huckel model index of refraction infrared input intensity interaction interchain J. M. J. Madey Kajzar Lett light macropulse magnetic Maker fringes molecules n₂ non-interaction nonlinear optical number of double off-resonance oligomer optical Kerr effect output PDA-4BCMU PDA-TS photon allowed Phys picosecond polydiacetylene polyenes probe pulse structure sample schematic diagram shown in Figure signal single crystal SiO2 solitons spectra spectroscopy spin casting film spin-casting stimulated Raman scattering symmetry temperature thick third harmonic third harmonic wave three photon resonance top axis TPA spectrum transmission triple bonds tunable valance band waveguide wiggler x-electrons Z. G. Soos