The 7.9-μm Band of Hydrogen Peroxide: Line Positions and Intensities

Theoretical study of the photodissociation of low lying excited states of hydrogen peroxide

“…The earlier crude estimation of experimental structure reported by Cremer [35] [37][38][39][40][41], but are not quite as good as those of Koput et al [5].…”

Stereomutation dynamics in hydrogen peroxide

“…The position of the ground state tunneling splitting is given by a dashed line marked 0 0 for the ground state. [88][89][90][91][92][93]. Note that in [57] the labels of m 1 and m 5 were interchanged.…”

ExoMol line lists – XV. A new hot line list for hydrogen peroxide

“…Two sources of experimental data come from line-positions provided in the literature and transitions from HITRAN. The HITRAN dataset sources come from observations by Perrin et al (1995), Perrin et al (1996), Perrin et al (1990) and Klee et al (1999) with literature linepositions from Flaud et al (1989), Olson et al (1988) Giguere (1950), Zumwalt & Giguere (1941) and Camy-Peyret et al (1992). This empirical dataset provides the ν4, ν3 + ν4, ν4 + ν6 and ν2 vibrational terms.…”

“…This region covers the torsional, O-H bending modes and O-O stretch but misses the O-H stretches in the 3750 cm −1 region. Only a few studies deal with absolute intensities of H2O2 in the far-infrared (Zumwalt & Giguere 1941;Perrin et al 1996Perrin et al , 1995 with only PNNL-IR (Sharpe et al 2004) data providing integrated intensities in the mid-infrared region (Johnson et al 2009). The thermal decomposition of hydrogen peroxide at 423 K makes it difficult and dangerous to study at higher temperatures.…”