Impact of Lasers in Spectroscopy: Seminar , August 19-20, 1974, San Diego, California |
Contents
Holographic Spectroscopy H J Caulfield | 9 |
OptoAcoustic Spectroscopy C Forbes Dewey | 23 |
Fourier Transform Spectroscopy as a Step to Laser Spectroscopy H L Buijs | 31 |
Copyright | |
12 other sections not shown
Common terms and phrases
acid Appl applications argon atmospheric atoms background band bandwidth calibration cavity length cell CO2 laser collisions concentration decay detection detector Doppler Doppler broadening dye laser electronic energy etalon excited experimental Fabry-Perot Figure filter fluorescence fourier transform spectroscopy gas lasers hyperfine hyperfine structure instrument intensity ion laser isotope separation isotope shift laser beam laser frequency laser power LASER PUMP laser sources linewidth measured method micron mirror mode molecular beam molecules monitoring nitrogen laser NO₂ noise obtained operation optical optoacoustic oscillation output peak photon Phys ppbv pphmv pressure prism pulse pump quency radiation Raman scattering Raman spectra Raman spectroscopy reduce remote resolution resonance rotational sample scan scattering sensitivity separation shown in Fig signal spec spectral range spectrometer spectroscopy spectrum stability techniques temperature tion Torr transition tunable laser tuning vapor vibrational wavelength width