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Table A.1

List of references for used cross-section data.

Ion Type1 Reference Uncertainty
H-sequence
H i e Shah et al. (1987) 7%
He ii e Peart et al. (1969) 12%
Li iii e Tinschert et al. (1989) 10%
B v e Aichele et al. (1998) 10%
C vi e Aichele et al. (1998) 10%
N vii e Aichele et al. (1998) 10%
O viii e Aichele et al. (1998) 10%
Ne x t Fontes et al. (1999) –
t Kao et al. (1992) –
Fe xxvi t Kao et al. (1992) –
t Moores & Pindzola (1990) –
Cu xxix t Moores & Pindzola (1990) –
He-sequence
He i e Montague et al. (1984b) 4%
e Rejoub et al. (2002) 5%
e Shah et al. (1988) 6%
Li ii e Peart & Dolder (1968) 6%
e Peart et al. (1969) 11%
B iv e Crandall et al. (1979) 4%
C v e Crandall et al. (1979) 7%
e Donets & Ovsyannikov (1981) 6%
O vii t Zhang & Sampson (1990) –
Ne ix e Duponchelle et al. (1997) 11%
t Zhang & Sampson (1990) –
Fe xxv t Zhang & Sampson (1990) –
Zn xxix t Zhang & Sampson (1990) –
Li-sequence (1s)
Li i t Younger (1981a) –
Be ii t Younger (1981a) –
O vi t Zhang & Sampson (1990) –
Fe xxiv t Zhang & Sampson (1990) –
Zn xxviii t Zhang & Sampson (1990) –
Li-sequence (2s)
Li i t Bray (1995) –
e Jalin et al. (1973) 18%
Be ii e Falk & Dunn (1983) 8%
B iii e Crandall et al. (1986) 7%
C iv e Crandall et al. (1979) 7%
e Teng et al. (2000) 14%
N v e Crandall et al. (1979) 7%
e Donets & Ovsyannikov (1981) –
O vi e Crandall et al. (1986) 16%
e Defrance et al. (1990) 7%
e Donets & Ovsyannikov (1981) 7%
Ne viii e Riahi et al. (2001) –%
Fe xxiv t Zhang & Sampson (1990) –
Zn xxviii t Zhang & Sampson (1990) –
Be-sequence (2s)
C iii e Fogle et al. (2008) 8%
N iv e Fogle et al. (2008) 8%
O v e Fogle et al. (2008) 8%
F vi t Younger (1981d) –
Ne vii t Duponchelle et al. (1997) 6%
S xiii e Hahn et al. (2012a) 15%
Ar xv t Younger (1981d) –
Fe xxiii t Younger (1982a) –
B-sequence (2p)
B i e Tawara (2002) (CHIANTI) –
C ii e Aitken et al. (1971) 7%
e Yamada et al. (1989a) 10%
N iii e Aitken et al. (1971) 7%
e Bannister & Havener (1996) 8%
O iv e Crandall et al. (1979) 8%
Ne vi e Bannister (1996) 11%
e Duponchelle et al. (1997) 6%
Mg viii e Hahn et al. (2010) 15%
Fe xxii t Zhang & Sampson (1990) –
Zn xxvi t Zhang & Sampson (1990) –
C-sequence (2p)
C i e Brook et al. (1978) 5%
N ii e Yamada et al. (1989a) 10%
O iii e Aitken et al. (1971) 7%
e Donets & Ovsyannikov (1981) –
e Falk (1980) 10%
Ne v e Bannister (1996) 9%
e Duponchelle et al. (1997) 5%
Fe xxi t Zhang & Sampson (1990) –
Zn xxv t Zhang & Sampson (1990) –
N-sequence (2p)
N i e Brook et al. (1978) 4%
O ii e Aitken et al. (1971) –
e Yamada et al. (1989a) 7%
F iii e Mueller et al. (1985) 9%
Ne iv e Gregory et al. (1983) 8%
Si viii e Zeijlmans van Emmichoven et al. (1993) 7%
Fe xx t Zhang & Sampson (1990) –
Zn xxiv t Zhang & Sampson (1990) –
O-sequence (2p)
O i e Brook et al. (1978) 5%
e Thompson et al. (1995) 5%
F ii e Yamada et al. (1989b) 10%
Ne iii e Bannister (1996) 9%
Ar xi e Zhang et al. (2002) 9%
Fe xix t Zhang & Sampson (1990) –
Zn xxiii t Zhang & Sampson (1990) –
F-sequence (2p)
F i e Hayes et al. (1987) 20%
Ne ii e Achenbach et al. (1984) 10%
e Diserens et al. (1984) 3%
e Donets & Ovsyannikov (1981) –
e Man et al. (1987a) 3%
Al v e Aichele et al. (2001) 8%
t McGuire (1982) –
Si vi e Thompson & Gregory (1994) 4%
Fe xviii e Hahn et al. (2013) 17%
t Zhang & Sampson (1990) –
Zn xxii t Zhang & Sampson (1990) –
Ne-sequence (2s)
Na ii e Younger (1981c) –
Mg iii e Younger (1981c) –
Al iv e Younger (1981c) –
P vi e Younger (1981c) –
Ar ix e Younger (1981c) –
Fe xvii e Zhang & Sampson (1990) –
Zn xxi e Zhang & Sampson (1990) –
Ne-sequence (2p)
Ne i e Almeida et al. (1995) 8%
e Nagy et al. (1980) 7%
e Stephan et al. (1980) 8%
e Wetzel et al. (1987) 15%
Na ii e Hirayama et al. (1986) 13%
e Hooper et al. (1966) 10%
e Peart & Dolder (1968) 6%
Mg iii e Peart et al. (1969) 8%
Al iv t Younger (1981b) –
Ar ix e Defrance et al. (1987) 10%
e Zhang et al. (2002) 5%
Fe xvii e Hahn et al. (2013) 16%
t Zhang & Sampson (1990) –
Zn xxi t Zhang & Sampson (1990) –
Na-sequence (2s and 2p)
Mg ii t Younger (1981c) –
Al iii t Younger (1981c) –
P v t Younger (1981c) –
Ar viii t Younger (1981c) –
Ni xviii t Pindzola et al. (1991) –
Na-sequence (3s)
Na i e McFarland & Kinney (1965) 8%
e Zapesochnyi & Aleksakhin (1969) 15%
Mg ii e Becker et al. (2004) 10%
e Martin et al. (1968) 11%
e Peart et al. (1991b) 9%
Al iii e Thomason & Peart (1998) 8%
Si iv e Crandall et al. (1982) 12%
Ti xii e Gregory et al. (1990) 7%
t Griffin et al. (1987) –
Fe xvi e Gregory et al. (1987) 14%
e Linkemann et al. (1995) 20%
Ni xviii t Pindzola et al. (1991) –
Mg-sequence (3s)
Mg i e Boivin & Srivastava (1998) 11%
e Freund et al. (1990) 10%
e McCallion et al. (1992a) 12%
Al ii e Belic et al. (1987) 9%
Cl vi e Howald et al. (1986) 10%
Ar vii e Chung (1996) 6%
e Zhang et al. (2002) 7%
Sc x t Younger (1983) –
Fe xv t Bernhardt et al. (2014) 26%
Al-sequence (3p)
Al i e Freund et al. (1990) 10%
Si ii e Djuric et al. (1993b) 9%
Cl v e Bannister & Guo (1993) 9%
Ar vi e Gregory & Crandall (1982) 11%
Sc ix t Younger (1983) –
Fe xiv e Hahn et al. (2013) 16%
Si-sequence (3p)
Si i e Freund et al. (1990) 10%
P ii e Yamada et al. (1989a) 10%
S iii e Yamada et al. (1988) 10%
Ar v t Arnaud & Rothenflug (1985) –
Sc viii t Younger (1983) –
Fe xiii e Hahn et al. (2012b) 12%
P-sequence (3p)
P i e Freund et al. (1990) 10%
Cl iii e Mueller et al. (1985) 10%
Sc vii t Younger (1983) –
Fe xii e Hahn et al. (2011a) 16%
Ni xiv e Cherkani-Hassani et al. (2001) 14%
S-sequence (3p)
S i e Freund et al. (1990) 10%
Cl ii e Djuric et al. (1993b) 7%
Ar iii e Diserens et al. (1988) 3%
e Man et al. (1993) 3%
Sc vi t Younger (1983) –
Fe xi e Hahn et al. (2012c) 9%
Cl-sequence (3p)
Cl i e Hayes et al. (1987) 14%
Ar ii e Gao et al. (1997) 10%
e Man et al. (1987a) 3%
e Mueller et al. (1985) 10%
e Yamada et al. (1989b) 10%
K iii t Younger (1982c) –
Sc v t Younger (1982c) –
Fe x e Hahn et al. (2012c) 9%
Ni xii e Cherkani-Hassani et al. (2001) 14%
Ar-sequence (3p)
Ar i e Ma et al. (1991) 15%
e McCallion et al. (1992b) 6%
e Nagy et al. (1980) 6%
e Straub et al. (1995) 8%
e Wetzel et al. (1987) 3%
K ii e Hirayama et al. (1986) 15%
t Kumar & Roy (1979) –
e Peart & Dolder (1968) 15%
Sc iv t Younger (1982d) –
Fe ix e Hahn et al. (2016) 16%
K-sequence (3d and 4s)
K i t McCarthy & Stelbovics (1983) –
Ca ii e Peart & Dolder (1975) 10%
e Peart et al. (1989) 8%
Sc iii e Pindzola et al. (1994) 8%
Ti iv e Falk et al. (1983b) 7%
Fe viii e Hahn et al. (2015) 12%
Ni x t Pindzola et al. (1991) –
Ca-sequence (3d and 4s)
Ca i t Roy & Kai (1983) –
t McGuire (1977) –
t McGuire (1997) –
Sc ii e Jacobi et al. (2004) 15%
Ti iii e Diserens et al. (1988) 3%
e Mueller et al. (1985) 9%
Fe vii e Gregory et al. (1986) 5%
e Stenke et al. (1999) 8%
Ni ix t Pindzola et al. (1991) –
e Wang et al. (1988) 6%
Sc-sequence (3d and 4s)
Sc i e Tawara (2002) (CHIANTI) –
Ti ii e Diserens et al. (1988) 3%
Fe vi e Gregory et al. (1986) 5%
e Stenke et al. (1999) 8%
Ni viii t Pindzola et al. (1991) –
e Wang et al. (1988) 6%
Ti-sequence (3d and 4s)
Ti i t McGuire (1977) –
Fe v e Stenke et al. (1999) 8%
Ni vii e Wang et al. (1988) 6%
V-sequence (3d and 4s)
V i e Tawara (2002) (CHIANTI) –
Cr ii e Man et al. (1987b) 2.5%
Fe iv e Stenke et al. (1999) –
Ni vi e Wang et al. (1988) 6%
Cr-sequence (3d and 4s)
Cr i t Reid et al. (1992) –
t McGuire (1977) –
Fe iii t FAC (CHIANTI) –
Ni v e Bannister & Guo (1993) 7%
t Pindzola et al. (1991) –
Mn-sequence (3d and 4s)
Mn i e Tawara (2002) (CHIANTI) –
Fe ii t Younger (1983) (3d) –
e Montague et al. (1984b) (4s) –
Fe-sequence (3d and 4s)
Fe i e Freund et al. (1990) 7%
Co ii t FAC (CHIANTI) –
Ni iii t Pindzola et al. (1991) –
Cu iv e Gregory et al. (1986) 4%
Co-sequence (3d and 4s)
Co i e Tawara (2002) (CHIANTI) –
Ni ii e Montague et al. (1984a) 3%
Cu iii e Gregory et al. (1986) 4%
Ni-sequence (3d and 4s)
Ni i t Pindzola et al. (1991) (3d) –
t McGuire (1977) (4s) –
Cu-sequence (3d and 4s)
Cu i t FAC (3d) –
e Bolorizadeh et al. (1994) (4s) 10%
t Bartlett & Stelbovics (2002) (4s) –
Zn ii t FAC (3d) –
e Peart et al. (1991a) (4s) 10%
e Rogers et al. (1982) (4s) 10%
Zn-sequence (3d and 4s)
Zn i t FAC (3d) –
t McGuire (1977) (4s) –
t Omidvar & Rule (1977) (4s) –

Notes.

(1)

e: experimental data, t: theoretical calculations.

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