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umontpellier.frResearch Topics:
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Machine learning prediction of state-to-state rate constants for astrochemistry 
Author(s): Bossion D., Nyman Gunnar, Scribano Y. (Article) Published: Artificial Intelligence Chemistry, vol. 2 p.xxx (2024) |
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Dynamics of H + HeH$^+ (v=0,j=0) \rightarrow$ H$_2^+$ + He: Insight on the Possible Complex-Forming Behaviour of the Reaction Author(s): Gonzalez-lezana Tomas, Bossion D., Scribano Y., Bhowmick Somnath, Suleimanov Yury (Article) Published: Journal Of Physical Chemistry A, vol. 123 p.10480-10489 (2019) |
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Theoretical investigation of the H + HD $\rightarrow$ D + H$_2$ chemical reaction for astrophysical applications : a state-to-state quasi-classical study
Author(s): Bossion D., Ndengué Steve, Meyer H. d., Gatti Fabien, Scribano Y. (Article) Published: Journal Of Chemical Physics, vol. 153 p.081102 (2020) |
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C-type shock modelling -- the effect of new H$_2$--H collisional rate coefficients Author(s): Nesterenok A., Bossion D., Scribano Y., Lique Francois (Article) Published: Monthly Notices Of The Royal Astronomical Society, vol. 489 p.4520-4529 (2019) |
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Statistical behaviour of the HeH$^+$ + H $\rightarrow$ H$_2^+$ + He reaction, a quasi-classical and quantum statistical study
Author(s): Bossion D.
Conference: Journée SF2A, atelier PCMI (Nice, FR, 2019-05-14) |