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Table B.2

Compilation of photoelectron impact processes*

No. Parent Products Threshold eV Reference
1 H elastic 0 Bray & Stelbovics (1995)
2 → 11 H electronic excitation (10 states) 10.20 → 13.06 Bray & Stelbovics (1995)
12 H H+ + e 13.6 Tawara & Kato (1987)
13 He elastic 0 Register et al. (1980)
14 → 62 He electronic excitation (49 states) 19.82 → 24.51 Ralchenko et al. (2008)
63 He He+ + e 24.59 Tawara & Kato (1987)
64 C elastic 0 Wang et al. (2013)
65 C C(1D) 1.31 Wang et al. (2013)
66 C C(1S) 2.63 Wang et al. (2013)
67 → 103 C electronic excitation (37 states) 3.99 → 9.85 Wang et al. (2013)
104 C C++ e 11.26 Tawara & Kato (1987)
105 N elastic 0 Wang et al. (2014)
106 N N(2D) 2.39 Wang et al. (2014)
107 N N(2P) 3.57 Wang et al. (2014)
108 → 131 N electronic excitation (24 states) 10.42 → 13.35 Wang et al. (2014)
132 N N+ + e 14.53 Tawara & Kato (1987)
133 O elastic 0 Blaha & Davis (1975);Williams & Allen (1989)
134 O O(1D) 1.96 Laher & Gilmore (1990)
135 O O(1S) 4.18 Laher & Gilmore (1990)
136 → 199 O electronic excitation (64 states) 15.65 → 18.35 Laher & Gilmore (1990)
200 O O+(4S) + e 13.61 Laher & Gilmore (1990)
201 O O+(2D)+e 16.93 Laher & Gilmore (1990)
202 O O+(2P) + e 18.63 Laher & Gilmore (1990)
203 Ar elastic 0 Zatsarinny et al. (2014)
204 → 247 Ar electronic excitation (44 states) 11.55 → 15.66 Zatsarinny et al. (2014)
248 Ar Ar+ + e 15.76 Straub et al. (1995)
249 CO2 elastic 0 Gibson et al. (1999); Itikawa (2002)
250 → 263 CO2 vibrational excitation (14 states) 0.08275 → 2.5 Pancheshnyi et al. (2012)
264 → 328 CO2 electronic excitation (65 states) 6.5 → 25 Pancheshnyi et al. (2012)
329 CO2 CO2++e${\rm{CO}}_2^ + + {\rm{e}}$ 13.78 Itikawa (2002)
330 CO2 O+(4S) + CO + e 19.07 Itikawa (2002)
331 CO2 CO+ + O + e 19.47 Itikawa (2002)
332 CO2 C+ + O2 + e 27.82 Itikawa (2002)
333 CO2 O+(4S) + CO+ + 2e 33.08 Itikawa (2002)
334 CO2 O+(4S) + O+(4S) + C + 2e 43.78 Itikawa (2002)
335 CO2 C+ + O+(4S) + O + 2e 41.43 Itikawa (2002)
336 CO elastic 0 Itikawa (2015)
337 → 346 CO vibrational excitation (10 states) 0.266 → 2.58 Laporta et al. (2012)
347 → 365 CO electronic excitation (19 states) 8.51 → 13.5 Sawada et al. (1972);Jackman et al. (1977)
366 CO CO+ + e 14.01 Sawada et al. (1972)
367 CO C+ + O + e 22.37 Tian & Vidal (1999)
368 CO O+(4S) + C + e 24.65 Tian & Vidal (1999)
369 CO C+ + O+(4S) + 2e 35.98 Tian & Vidal (1999)
370 O2 elastic 0 Itikawa (2009)
371 → 374 O2 vibrational excitation (4 states) 0.19 → 0.8 Itikawa (2009)
375 → 380 O2 electronic excitation (6 states) 0.98 → 10.29 Itikawa (2009)
381 O2 O2++e${\rm{O}}_2^ + + {\rm{e}}$ 12.05 Itikawa (2009)
382 O2 O+(4S) + O + e 23.13 Itikawa (2009)
383 O2 O+(4S) + O+(4S) + 2e 42.3 Itikawa (2009)
384 N2 elastic 0.0 Itikawa (2006)
385 → 394 N2 vibrational excitation (10 states) 0.29 → 2.7 Campbell et al. (2004); Itikawa (2006)
395 → 408 N2 electronic excitation (14 states) 6.17 → 12.1 Tabata et al. (2006); Itikawa (2006)
409 N2 N2++e${\rm{N}}_2^ + + {\rm{e}}$ 15.58 Itikawa (2006)
410 N2 N+ + N + e 24.34 Tabata et al. (2006)
411 N2 N+ + N+ + 2e 31.2 Tabata et al. (2006)
412 H2 elastic 0 Yoon et al. (2008)
413 → 415 H2 vibrational excitation (3 states) 0.516 → 1.5 Tawara et al. (1990)
416 → 432 H2 electronic excitation (17 states) 10.31 → 15.15 Zammit et al. (2017)
433 H2 H2++e${\rm{H}}_2^ + + {\rm{e}}a$ 15.43 Yoon et al. (2008)
434 H2 H+ + H + e 18.13 Yoon et al. (2008)
435 NO elastic 0.0 Song et al. (2019)
436 → 438 NO vibrational excitation (3 states) 0.2326 → 0.677 Song et al. (2019)
439 → 460 NO electronic excitation (22 states) 4.747 → 8.9 Song et al. (2019)
461 NO NO+ + e 9.26 Song et al. (2019)
462 NO N+ + O + e 21.26 Song et al. (2019)
463 NO O+(4S) + N + e 20.19 Song et al. (2019)

* Photoelectron impact processes included in our model, along with the respective threshold energies and source references for cross-section. Vibrational or electronic excitation via photoelectron impact typically involves many different states and only the ranges of threshold energy are provided for simplicity.

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