High-resolution Nonlinear Laser Wave-mixing Spectroscopy for Gas-phase Environmental and Atmosheric StudiesUniversity of California, San Diego and San Diego State University, 2004 - Laser spectroscopy - 400 pages |
Contents
Energy level diagram Grotian for atomic mercury 3 | 3 |
Spectroscopic Applications of EM Radiation 4 | 4 |
Tuning profile for a diode laser 8 | 8 |
Copyright | |
52 other sections not shown
Common terms and phrases
absorption analysis analytical signal applications argon atomic oxygen attogram backward pump beam blank broadening cathode tube cesium chlorine cm¹ concentration detection limit concentration levels D4WM degenerate four-wave mixing detection limit determined diode laser discharge cell discharge current Doppler Doppler broadening dye laser effect electrons elements environmental excitation excited-state experimental fbegin four-wave mixing graphite tube HNO3 hollow cathode hollow-cathode discharge hyperfine profiles hyperfine spectrum hyperfine splitting hyperfine structure interaction ionization isotope and hyperfine laser beams laser power laser probe volume lower mass detection limit matrix measurements methods near-IR nonlinear optical nonmetal nuclear spin optical setup orbital parameters plasma pollutant power saturation pressure probe beam Pyrex radioactive range Relative Signal Intensity sample scans sensitivity shown in Figure signal peaks signatures solution species spectral resolution spectroscopy stainless-steel strontium strontium-90 Table temperature three input beams transition tunable wave wave-mixing signal wavelength Wavenumber yield