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Table B.3

List of neutral and ionic diatomic collisional data.

Target Coll. Levels T (K) Ref PES Ref Year
RECOMMENDED
AlO+ He r16 10-1005 Denis-Alpizar et al. (2018c) Denis-Alpizar et al. (2018c) 2018
36ArH+ He r11 5-300 Bop et al. (2016) Bop et al. (2016) 2016
36ArH+ He rv33 10-500 García-Vázquez et al. (2019) García-Vázquez et al. (2019) 2019
36ArD+ He r13 10-500 García-Vázquez et al. (2019) García-Vázquez et al. (2019) 2019
He r9 5-100 Mant et al. (2020a) Mant et al. (2020a) 2020
Ar r5 5-100 Mant et al. (2020c) Mant et al. (2020c) 2020
Ne r5 5-100 Mant et al. (2020c) Mant et al. (2020c) 2020
He v3 5-100 Mant et al. (2020b) Mant et al. (2020b) 2020
Ne v3 5-100 Mant et al. (2020b) Mant et al. (2020b) 2020
Ar v3 5-100 Mant et al. (2020b) Mant et al. (2020b) 2020
CF+ He r22 5-155 Denis-Alpizar et al. (2018a) Denis-Alpizar et al. (2018a) 2019
CF+ He h29 5-155 Denis-Alpizar et al. (2018a) Denis-Alpizar et al. (2018a) 2019
CF+ p-H2 r21 10-300 Denis-Alpizar & Rubayo-Soneira (2019) Denis-Alpizar & Rubayo-Soneira (2019) 2019
CF+ p-H2 r22 5-150 Desrousseaux et al. (2021) Desrousseaux et al. (2019) 2021
CF+ o-H2 r22 5-150 Desrousseaux et al. (2021) Desrousseaux et al. (2019) 2021
CH+ He r11 20-2000 Hammami et al. (2009) Hammami et al. (2008a) 2009
CH+ He r6 0.1-200 Turpin et al. (2010) Turpin et al. (2010) 2010
CH He f30 10-300 Marinakis et al. (2015) Marinakis et al. (2015) 2015
CH He h60 10-300 Marinakis et al. (2019) Marinakis et al. (2015) 2019
CN− o/p-H2(c) r11 5-100 Kłos & Lique (2011) Kłos & Lique (2011) 2011
CN− He r11 5-100 González-Sánchez et al. (2020) González-Sánchez et al. (2020) 2020
CN− Ar r11 5-100 González-Sánchez et al. (2021) González-Sánchez et al. (2021) 2021
CN− He v3 5-100 Mant et al. (2021) Mant et al. (2021) 2021
CN He f41 5 - 350 Lique et al. (2010b) Lique et al. (2010b) 2010
CN He h37 5 - 30 Lique & Kłos (2011) Lique et al. (2010b) 2011
CN(a) p-H2 r18 5 - 300 Kalugina et al. (2013) Kalugina et al. (2013) 2013
CN o-H2 r16 5 - 300 Kalugina et al. (2013) Kalugina et al. (2013) 2013
CN(b) p-H2 f25 5 - 100 Kalugina et al. (2013) Kalugina et al. (2013) 2013
CN(c) p-H2 f17 5 - 100 Kalugina et al. (2013) Kalugina et al. (2013) 2013
CN o-H2 f17 5 - 100 Kalugina et al. (2013) Kalugina et al. (2013) 2013
CN o/P-H2 h73 5 - 100 Kalugina & Lique (2015) Kalugina et al. (2013) 2015
13CN p-H2 h146 5 - 80 Flower & Lique (2015) Kalugina et al. (2013) 2015
C15N p-H2 h34 5 - 150 Flower & Lique (2015) Kalugina et al. (2013) 2015
CO He r15 5-500 Cecchi-Pestellini et al. (2002) Heijmen et al. (1997) 2002
CO He v7 500-5000 Cecchi-Pestellini et al. (2002) Heijmen et al. (1997) 2002
CO H r77 2-3000 Walker et al. (2015) Song et al. (2013) 2015
CO H r8 5-100 Balakrishnan et al. (2002) Keller et al. (1996) 2002
CO H r17 100-3000 Balakrishnan et al. (2002) Keller et al. (1996) 2002
CO H rv350 2-3000 Song et al. (2015b) Song et al. (2013) 2015
CO H v5 100-3000 Balakrishnan et al. (2002) Keller et al. (1996) 2002
CO o/p-H2 r41 1-3000 Yang et al. (2010) Jankowski & Szalewicz (1998) 2010
CO o/p-H2 r6 5-70 Wernli et al. (2006) Jankowski & Szalewicz (1998) 2006
CO o-H2 r20 5-400 Flower (2001a) Jankowski & Szalewicz (1998) 2001
CO p-H2 r29 5-400 Flower (2001a) Jankowski & Szalewicz (1998) 2001
CO p-H2 rv45 1-300 Yang et al. (2016) Yang et al. (2015b) 2016
CO o-H2 rv29 1-300 Yang et al. (2016) Yang et al. (2015b) 2016
CO o/p-t-H20 r11 10-100 Faure et al. (2020) Kalugina et al. (2018) 2020
CS He r31 10-300 Lique et al. (2006b) Lique et al. (2006b) 2006
CS He rv114 300-1500 Lique & Spielfiedel (2007) Lique & Spielfiedel (2007) 2007
CS o/p-H2 rv42 5-1000 Yang et al. (2018a) Yang et al. (2018a) 2018
CS o/p-H2 r30 5-305 Denis-Alpizar et al. (2018b) Denis-Alpizar et al. (2012) 2018
HCl He r21 1-3000 Yang & Stancil (2014) Murdachaew et al. (2004) 2014
HCl He r11 10-300 Lanza & Lique (2012) Lanza & Lique (2012) 2012
HCl He h40 10-300 Lanza & Lique (2012) Lanza & Lique (2012) 2012
HCl(a) p-H2 r11 10-300 Lanza et al. (2014a) Lanza et al. (2014b) 2014
HCl o-H2 r11 10-300 Lanza et al. (2014a) Lanza et al. (2014b) 2014
HCl o/p-H2 h20 10-300 Lanza & Lique (2014) Lanza et al. (2014b) 2014
HCl H r11 10-500 Lique & Faure (2017) Bian & Werner (2000) 2017
HF He r21 1-3000 Yang et al. (2015a) Moszynski et al. (1994) 2015
HF He r10 0.1-300 Reese et al. (2005) Stoecklin et al. (2003) 2005
HF o/p-H2 r6 0.1-150 Guillon & Stoecklin (2012) Guillon & Stoecklin (2012) 2012
HF H r9 10-500 Desrousseaux & Lique (2018) Li et al. (2007) 2018
HF o/p-t-H20 r7 10-150 Loreau et al. (2022) Loreau et al. (2020) 2022
HD He r10 80-2000 Roueff & ZeiPPen (1999) Muchnick & Russek (1994) 1999
HD He rv94 2-100 Nolte et al. (2011) Muchnick & Russek (1994) 2011
HD He rv223 2-1000 Nolte et al. (2011) Muchnick & Russek (1994) 2011
HD o/p-H2 r9 1-10000 Wan et al. (2019) Patkowski et al. (2008) 2019
HD o/P-H2 rv24 100-1940 Flower & Roueff (1999a) Schwenke (1988) 1999
HD H r11 10-1000 Desrousseaux et al. (2018) Mielke et al. (2002) 2018
HD H r10 100-2000 Roueff & Flower (1999) Boothroyd et al. (1996) 1999
HD H rv30 100-2080 Flower & Roueff (1999a) Boothroyd et al. (1996) 1999
0-H2 He rv23 100-6000 Flower et al. (1998) Muchnick & Russek (1994) 1998
P-H2 He rv26 100-6000 Flower et al. (1998) Muchnick & Russek (1994) 1998
0-H2 o-H2 rv17 100-6000 Flower & Roueff (1999b) Schwenke (1988) 1999
p-H2 o-H2 rv19 100-6000 Flower & Roueff (1999b) Schwenke (1988) 1999
0-H2 p-H2 rv23 100-6000 Flower & Roueff (1998a) Schwenke (1988) 1998
p-H2 p-H2 rv26 100-6000 Flower & Roueff (1998a) Schwenke (1988) 1998
H2 H r9 300-1500 Lique et al. (2012) Mielke et al. (2002) 2012
o/p-H2 H r3 100-1000 Forrey et al. (1997) Boothroyd et al. (1996) 1997
o-H2 H rv23 100-6000 Flower & Roueff (1998b) Boothroyd et al. (1996) 1998
p-H2 H rv26 100-6000 Flower & Roueff (1998b) Boothroyd et al. (1996) 1998
HeH+ H r10 5-500 Desrousseaux & Lique (2020) Ramachandran et al. (2009) 2020
KCl p-H2 r16 2-50 Sahnoun et al. (2018) Sahnoun et al. (2018) 2018
NaH He r11 5-200 Bop et al. (2019b) Bop et al. (2019b) 2019
NeH+ He r11 5-300 Bop et al. (2017) Bop et al. (2017) 2017
NH He f25 5- 350 Toboła et al. (2011) Cybulski et al. (2005) 2011
NH He f25 10- 350 Ramachandran et al. (2018) Ramachandran et al. (2018) 2018
NO+ He r8 1-205 Denis-Alpizar & Stoecklin (2015) Stoecklin & Voronin (2011) 2015
NO+ p-H2 r19 5-300 Cabrera-González et al. (2020) Cabrera-González et al. (2020) 2020
NO He f98 10-500 Kłos et al. (2008) Kłos et al. (2000) 2008
NO p-H2 h100 7-100 Ben Khalifa & Loreau (2021) Kłos et al. (2017a) 2021
NS+ He r28 10-305 Cabrera-González et al. (2018) Cabrera-González et al. (2018) 2018
NS+ He h40 10-305 Cabrera-González et al. (2018) Cabrera-González et al. (2018) 2018
NS+ o/p-H2 r15 5-50 Bop et al. (2022a) Bop et al. (2022a) 2019
NS+ p-H2 r24 5-100 Bop (2019) Bop (2019) 2019
NS+ p-H2 h67 10-100 Bop (2019) Bop (2019) 2019
OH He f46 5-350 Kłos et al. (2007) Lee et al. (2000) 2007
OH He f44 5-350 Kalugina et al. (2014) Kalugina et al. (2014) 2014
OH He h56 5-350 Marinakis et al. (2019) Kalugina et al. (2014) 2019
OH o/p-H2 f20 10-150 Kłos et al. (2017b) Ma et al. (2014) 2017
OH o/p-H2 h24 10-150 Kłos et al. (2020b) Ma et al. (2014) 2020
OD o/p-H2 h40 5-200 Dagdigian (2021a) Ma et al. (2014) 2021
OH H h24 5-500 Dagdigian (2022a) Alexander et al. (2004) 2022
O2 He f36 5-350 Lique (2010) Groenenboom & Struniewicz (2000) 2010
O2 o/p-H2 r7 5-150 Kalugina et al. (2012a) Kalugina et al. (2012a) 2012
PN He r31 10-300 Toboła et al. (2007) Toboła et al. (2007) 2007
PN p-H2 r40 10-300 Najar et al. (2017) Najar et al. (2017) 2017
SH He f60 5-350 Kłos et al. (2009) Cybulski et al. (2000) 2009
SiH+ He r11 5-200 Nkem et al. (2009) Nkem et al. (2009) 2009
SiO He r27 10-300 Dayou & Balança (2006) Dayou & Balança (2006) 2006
SiO He rv246 250-10000 Balança & Dayou (2017) Balança & Dayou (2017) 2017
SiO o/p-H2 rv47 5-1000 Yang et al. (2018b) Yang et al. (2018b) 2018
SiO (d) o/p-H2 r21 5-300 Balança et al. (2018) Balança et al. (2018) 2018
SiO (e) o/p-H2 r30 5-1000 Balança et al. (2018) Balança et al. (2018) 2018
SiS He r26 10-200 Vincent et al. (2007) Vincent et al. (2007) 2007
SiS He rv505 100-1500 Toboła et al. (2008) Toboła et al. (2008) 2008
SiS o/p-H2 r41 5-300 Kłos & Lique (2008) Kłos & Lique (2008) 2008
SO He f31 5-50 Lique et al. (2005) Lique et al. (2005) 2005
SO He f91 60-300 Lique et al. (2006a) Lique et al. (2005) 2006
SO He rv236 300-800 Lique et al. (2006c) Lique et al. (2006c) 2006
SO o/p-H2 rv273 5-3000 Price et al. (2021) Yang et al. (2020) 2021
SO p-H2 r31 5-50 Lique et al. (2007) Lique et al. (2007) 2007
NOT RECOMMENDED (outdated)
CH+ He r11 20-200 Hammami et al. (2008a) Hammami et al. (2008a) 2008
CN p-H2 h73 5 - 100 Kalugina et al. (2012b) Kalugina et al. (2012b) 2012
CS p-H2 r21 20-300 Turner et al. (1992) Green & Chapman (1978) 1992
CS p-H2 r13 10-100 Green & Chapman (1978) Green & Chapman (1978) 1978
HCl He r8 10-300 Neufeld & Green (1994) Neufeld & Green (1994) 1994
HCl He h28 10-300 Neufeld & Green (1994) Neufeld & Green (1994) 1994
HD o/p-H2 r9 50-500 Flower (1999a) Schwenke (1988) 1999
SiO p-H2 r21 20-300 Turner et al. (1992) Turner et al. (1992) 1992
SiO p-H2 r20 10-300 Dayou & Balança (2006) Dayou & Balança (2006) 2006
SO p-H2 f70 50-350 Green (1994) Green (1994) 1994

Notes. The species in bold correspond to the systems added since 2012.(a) The transitions among the first two levels of the projectile are provided. (b) In this dataset the projectile remains in its ground state. (c) The projectile’s transitions j =2-2 and j = 2-0 are provided. (d) This SiO dataset from Balança et al. (2018) uses the CC method.(e) This SiO dataset from Balança et al. (2018) uses the CS method.

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