0000000000699222
AUTHOR
R. Saint Loup
Study of Collisional Effects on Band Shapes of the v1/2v2 Fermi Dyad in CO2 Gas with Stimulated Raman-Spectroscopy .2. Simultaneous Line Mixing and Dicke Narrowing in the v1 Band
0021-9606
Pressure and Temperature Evolution of Fundamental Vibrational Transition of Liquid Nitrogen Using Inverse Stimulated Raman Spectroscopy
CONF ON LASERS AND QUANTUM OPTICS ( COLOQ-1 ) SEP 11-13, 1989 VILLETANEUSE, FRANCE SOC SPECTRA PHYS, SOC OPLILAS, SOC PHOTON SCI INSTRUMENTS, SOC PHOTONET COHERENT SCI, SOC QUANTEL Suppl. 2
Stimulated Raman-Spectroscopy of the Q-Branch of Nitrogen at High Pressure - Collisional Narrowing and Shifting in the 150-6800 Bar Range at Room Temperature
0026-8976; The Raman Q branch of N2 has been recorded at room temperature in the pressure range 150-6800 bar, which corresponds to densities from 135 to 800 amagat. In this domain, the Raman Q branch profile is mainly determined by the well-known collisional narrowing. The experimental data have been obtained by means of a high resolution stimulated Raman spectrometer. The linewidth and line shift of the band have been accurately measured as functions of the density, and their density dependences have been fitted by polynomials. The minimum of the linewidth and the maximum of the red shift have been clearly observed at respectively 735.8 and 532.3 amagat. The lineshape was found to be Loren…
Rotationally Inelastic Rates for N2-N2 System from a Scaling Theoretical Analysis of the Stimulated Raman Q-Branch
0021-9606
Density and Temperature-Dependence of the Isotropic Vibrational Raman Spectrum of Compressed Liquid N2
0009-2614