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Table B.2
New grain-surface/ice-mantle reactions involved in formation and destruction of new and related species.
| # | Reaction | EA (K) | Ref. |
|---|---|---|---|
| 1 | CH2 + CH2NC → C2H4NC | 0 | From analogous -CN reaction |
| 2 | CH2OH + C2H4NC → C2H5NC + H2CO | 0 | From analogous -CN reaction |
| 3 | CH2OH + C2H5NC → CH3OH + C2H4NC | 6490 | From analogous -CN reaction |
| 4 | CH2OH + C2H5NC → CH3OH + CH3CHNC | 5990 | From analogous -CN reaction |
| 5 | CH2OH + CH2NC → CH3NC + H2CO | 0 | From analogous -CN reaction |
| 6 | CH2OH + CH3NC → CH3OH + CH2NC | 6200 | From analogous -CN reaction |
| 7 | CH2OH + CH3CHNC → C2H5NC + H2CO | 0 | From analogous -CN reaction |
| 8 | CH3 + CH2NC → C2H5NC | 0 | From analogous -CN reaction |
| 9 | CH3O + C2H4NC → C2H5NC + H2CO | 0 | From analogous -CN reaction |
| 10 | CH3O + C2H5NC → CH3OH + C2H4NC | 2340 | From analogous -CN reaction |
| 11 | CH3O + C2H5NC → CH3OH + CH3CHNC | 1950 | From analogous -CN reaction |
| 12 | CH3O + CH2NC → CH3NC + H2CO | 0 | From analogous -CN reaction |
| 13 | CH3O + CH3NC → CH3OH + CH2NC | 2070 | From analogous -CN reaction |
| 14 | CH3O + CH3CHNC → C2H5NC + H2CO | 0 | From analogous -CN reaction |
| 15 | COOH + C2H4NC → C2H5NC + CO2 | 0 | From analogous -CN reaction |
| 16 | COOH + CH2NC → CH3NC + CO2 | 0 | From analogous -CN reaction |
| 17 | COOH + CH3CHNC → C2H5NC + CO2 | 0 | From analogous -CN reaction |
| 18 | HCO + C2H4NC → C2H5NC + CO | 0 | From analogous -CN reaction |
| 19 | HCO + CH2NC → CH3NC + CO | 0 | From analogous -CN reaction |
| 20 | HCO + CH3CHNC → C2H5NC + CO | 0 | From analogous -CN reaction |
| 21 | H + C2H2NC → C2H3NC | 0 | From analogous -CN reaction |
| 22 | H + C2H3NC → C2H4NC | 1320 | From analogous -CN reaction |
| 23 | H + C2H3NC → CH3CHNC | 619 | From analogous -CN reaction |
| 24 | H + C2H4NC → C2H5NC | 0 | From analogous -CN reaction |
| 25 | H + CH3CHNC → C2H5NC | 0 | From analogous -CN reaction |
| 26 | H + CH2NC → CH3NC | 0 | From analogous -CN reaction |
| 27 | H + CH3NC → HCN + CH3 | 1200 | Based on Graninger et al. (2014) |
| 28 | H + HCCNC → C2H2NC | 1710 | From analogous -CN reaction |
| 29 | H + HNC → H + HCN | 1200 | Graninger et al. (2014) |
| 30 | NH + C2H5NC → NH2 + C2H4NC | 7200 | From analogous -CN reaction |
| 31 | NH + C2H5NC → NH2 + CH3CHNC | 7000 | From analogous -CN reaction |
| 32 | NH + CH3NC → NH2 + CH2NC | 7000 | From analogous -CN reaction |
| 33 | NH2 + C2H5NC → NH3 + C2H4NC | 3280 | From analogous -CN reaction |
| 34 | NH2 + C2H5NC → NH3 + CH3CHNC | 2480 | From analogous -CN reaction |
| 35 | NH2 + CH3NC → NH3 + CH2NC | 2680 | From analogous -CN reaction |
| 36 | O + HNC → CO + NH | 1100 | Graninger et al. (2014) |
| 37 | OH + C2H5NC → H2O + C2H4NC | 1200 | From analogous -CN reaction |
| 38 | OH + C2H5NC → H2O + CH3CHNC | 1000 | From analogous -CN reaction |
| 39 | OH + C2H3NC → H2O + C2H2NC | 4000 | From analogous -CN reaction |
| 40 | OH + CH3NC → H2O + CH2NC | 500 | From analogous -CN reaction |
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