The work presented in this manuscript is devoted to the study of the effects of collisions in the infrared spectra of CH₃I, which is an important source of iodine, which is a catalyst for ozone destruction. Good modelling of its absorption spectrum is therefore essential for atmospheric concentration measurements. In international databases, the band ν6 is not mentioned due to the lack of spectroscopic parameters. Being very intense and localized in the atmospheric window of 11 μm, the ν6 band could be used for future IR detection of CH₃I, by instruments probing in the IR, such as the IASI-NG instrument under preparation. But first, it is necessary to provide the spectroscopic parameters of CH₃I, using laboratory spectroscopy. It is in this...
International audienceThe present work is dedicated to the ν6 band of 12CH3I with the aim of generat...
Les observations atmosphériques des espèces bromées montrent que le brome est directement impliqué d...
The vacuum UV photoabsorption spectrum of CH3I and its threshold photoelectron spectrum are reported...
The work presented in this manuscript is devoted to the study of the effects of collisions in the in...
Les travaux présentés dans ce manuscrit sont consacrés à l’étude des effets des collisions dans les ...
La molécule de CH₃I est un gaz à intérêt atmosphérique qui contribue à destruction de la couche d’oz...
La molécule d'iodure de méthyle CH3I est devenue récemment l'objet d'études spectroscopiques intense...
Methyl chloride (CH3Cl) plays an important role in the catalytic destruction of ozone in the lower s...
Twelve new absorption bands of the iodine molecular spectrum belonging to the (0, v"), (1, v") and (...
In the present research project a systematic study of the collision-induced infrared absorption (CIA...
The ν3 + ν±14(E) infrared absorption band, centered around 3 670 cm-1, was analysed under a high res...
International audienceIodine is a highly radio-toxic element, due to its affinity to the thyroid, an...
Direct frequency comb spectroscopy was utilized to measure the vibrational absorption spectrum of di...
In this study the absorption spectra of iodine species andtheir absorption cross sections had been s...
International audienceThe present work is dedicated to the ν6 band of 12CH3I with the aim of generat...
Les observations atmosphériques des espèces bromées montrent que le brome est directement impliqué d...
The vacuum UV photoabsorption spectrum of CH3I and its threshold photoelectron spectrum are reported...
The work presented in this manuscript is devoted to the study of the effects of collisions in the in...
Les travaux présentés dans ce manuscrit sont consacrés à l’étude des effets des collisions dans les ...
La molécule de CH₃I est un gaz à intérêt atmosphérique qui contribue à destruction de la couche d’oz...
La molécule d'iodure de méthyle CH3I est devenue récemment l'objet d'études spectroscopiques intense...
Methyl chloride (CH3Cl) plays an important role in the catalytic destruction of ozone in the lower s...
Twelve new absorption bands of the iodine molecular spectrum belonging to the (0, v"), (1, v") and (...
In the present research project a systematic study of the collision-induced infrared absorption (CIA...
The ν3 + ν±14(E) infrared absorption band, centered around 3 670 cm-1, was analysed under a high res...
International audienceIodine is a highly radio-toxic element, due to its affinity to the thyroid, an...
Direct frequency comb spectroscopy was utilized to measure the vibrational absorption spectrum of di...
In this study the absorption spectra of iodine species andtheir absorption cross sections had been s...
International audienceThe present work is dedicated to the ν6 band of 12CH3I with the aim of generat...
Les observations atmosphériques des espèces bromées montrent que le brome est directement impliqué d...
The vacuum UV photoabsorption spectrum of CH3I and its threshold photoelectron spectrum are reported...