Laser-induced-fluorescence Fourier transform spectrometry of the XO+ state of I2: Extensive analysis of the BO+ → XO+ fluorescence spectrum of 127I2Fernando Martı́n, J. Vergès, R. Bacis et al.|Journal of Molecular Spectroscopy|1986Cited by 130
Extensive analysis of the X1Σ+g ground state of 7Li2 by laser-induced fluorescence Fourier transform spectrometryB. Barakat, J. Vergès, R. Bacis et al.|Chemical Physics|1986Cited by 112
Rotation–vibration analysis of the <i>B</i> 0+<i>u</i>–<i>a</i> 1<i>g</i> and <i>B</i> 0+<i>u</i>–<i>a</i>′ 0+<i>g</i> electronic systems of I2 by laser-induced-fluorescence Fourier-transform spectroscopyS. Churassy, Robert W. Field, Fernando Martı́n et al.|The Journal of Chemical Physics|1981Cited by 55
Fourier transform spectroscopy of the 1 3Σ+<i>g</i>–<i>a</i> 3Σ+<i>u</i> transition of the 6Li2 moleculeC. Linton, J. Vergès, Tara Murphy et al.|The Journal of Chemical Physics|1989Cited by 45
Long range behavior of the gerade states near the 2<i>P</i>3/2+ 2<i>P</i>3/2 iodine dissociation limit by laser-induced-fluorescence Fourier-transform spectroscopyFernando Martı́n, J. Vergès, S. Churassy et al.|The Journal of Chemical Physics|1983Cited by 38