Free Access

Table D.5

Additional reactions for halide and aluminium-bearing molecules included in our chemical modelling.

Reaction α β γ Temp rangea [K] Sourceb
AlO + hν → Al + O 3.09e-10 ... 1.7 10 – 3000 C : Plane et al. (2021)c
AlCl + hν → Al + Cl 3.52e-10 ... 1.7 10 – 3000 C : Plane et al. (2021)c
AlOH + hν → AlO + H 4.57e-10 ... 1.7 10 – 3000 C : Plane et al. (2021)
AlF + hν → Al + F 9.70e-11 ... 2 10 – 3000 C : This study
HF + hν → H + F 1.38e-10 ... 3 10 – 3000 M : Heays et al. (2017)
HCl + hν → H + Cl 1.73e-09 ... 2.88 10 – 3000 M : Heays et al. (2017)
Al + H2O → AlOH + H 7.66e-14 3.59 -526 298 – 1174 C : Mangan et al. (2021)
AlOH + H → AlO + H2 8.89e-11 0.0 9092 10 – 3000 C : Mangan et al. (2021)
AlOH + H → Al + H2O 4.31e-11 0.0 9457 10 – 3000 C : Mangan et al. (2021)
Cl + NH3 → NH2 + HCl 1.08e-11 0.0 1370.0 290 – 566 M : Gao et al. (2006)
Cl + CH4 → CH3 + HCl 6.60e-12 0.0 1240.0 200 – 300 L : Atkinson et al. (2006)
Cl + H2CO → HCO + HCl 8.20e-11 0.0 34.0 200 – 500 L : Atkinson et al. (2006)
AlO + H2 → AlOH + H 5.37e-13 2.77 2190 10 – 3000 C : Mangan et al. (2021)
AlO + H2O → AlOH + OH 3.89e-10 0.0 1295 10 – 3000 C : Mangan et al. (2021)
F + H2 → HF + H 2.54e-11 1.848 -6.182 20 – 295 M : Tizniti et al. (2014)
1.20e-10 0.0 470 295 – 376 M : Stevens et al. (1989)
Cl + H2 → HCl + H 5.27e-12 1.4 1760 199 – 2940 M : Kumaran et al. (1994)
AlOH + HCl → AlCl + H2O 6e-14 1.5 200.0 100 – 2000 C : This studyd
AlO + HCl → AlCl + OH 3.10e-10 0 1116 100 – 2000 C : This studyd
AlCl + H → Al + HCl 1.90e-10 0 11027 100 – 2000 C : This studyd
AlCl + OH → AlOH + Cl 3.95e-10 0 11.3 10 – 2000 C : This studyd
AlCl + OH → AlO + HCl 3.95e-10 0 11.3 10 – 2000 C : This studyd
AlCl + H2O → AlOH + HCl 7e-14 1.7 3200.0 100 – 2000 C : This studyd
Al + HF → AlF + H 7.7e-10 0.0 86.0 100 – 2000 C : This studyd
AlOH + HF → AlF + H2O 7.8e-10 0.0 86.0 100 – 2000 C : This studyd
AlO + HF → AlF + OH 1.03e-09 0.16 0 10 – 399 C : This studyd
6.20e-10 0 -224 400 – 2000 C : This studyd
AlF + H → Al + HF 1.00e-10 0 13756 100 – 2000 C : This studyd
AlF + OH → AlO + HF 4.50e-10 0 4147 100 – 2000 C : This studyd
AlF + H2O → AlOH + HF 8.10e-10 0 7242 100 – 2000 C : This studyd

Notes. (a): The range over which the fit parameters are valid. (b): C, M, and L indicate whether a fit is calculated, measured, or a literature survey value (i.e. a recommended value based on a review of available data), respectively. (c): Calculated at the same theoretical level as the AlOH photolysis reaction in Plane et al. (2021). (d): The rate coefficient listed in Table 6 has been adjusted by varying the height of the transition state within the expected uncertainty of the G4 level of theory (6 kJ mol−1), to optimise agreement with the observations in Fig. 12.

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.