(under construction) Cross Section References


Electrons

A.Kriessbachs "List of literature of electron cross sections from different elements and materials" (Feb 1997) (PostScript), (PDF).

Ions

Targets:

Ar

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 .. 0.300 TCS, DDCS J.B.Crooks Phys.Rev.A 3/5 (1971) 1628
H 0.005, 0.05, ... 1.5 TCS, DDCS T.Criswell Phys. Rev. A 16/2 508 (1977) todo
H 0.005..5 TCS, SDCS, DDCS At Data and Nucl Data Tables 23/5 405 (1979) tables
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418
H2+ 0.8 SDCS 0..1800, peak shapes A.Kö J. Phys. B At. Mol. Phys. 1982 todo
He+ 0.8 SDCS 0..1800, peak shapes A.Kö J. Phys. B At. Mol. Phys. 1982 todo
He+, He2+ 0.075, 0.3, 0.5 TCS, DDCS 2..1000 eV L.Toburen Phys. Rev. A 19/6 2214 (1979) todo
C6+, O8+, Ne10+ 5.0 DDCS G.Schiewitz HMI-B447 (1987) tables, Auger electrons
Fe17+, Fe22+ 3.5 DDCS D.H.Schneider Phys.Rev.A 46/3 (1992) 1296
U33+ 1.4 DDCS W=500eV, θ=300 Schmidt-Böcking, Adv. Space. Res. 12/2 7-15 1992
U33+ 1.4 DDCS J.Phys.B.At.Mol.Opt.Phys 22 (1989) 2171
Th38+ 6 DDCS W=50..5000eV, θ=200,1500 Schneider Phys. Rev. A 40/6 2971 1989 todo
U38+ 6 DDCS W=50..5000eV, θ=200..1500 Schneider Phys. Rev. A 40/6 2971 1989

He

projectile ion energy (MeV/u) cross section Reference Remark
H+, He2+, C6+, O8+, 1, 4.2 DDCS J.O.P. Pedersen J.Phys.B:At.Mol.Opt.Phys. 24 4001 (1991)
H+ 0.04 .. 0.240 SDCS ECC W.Meckbach Phys.Rev.A 24/4 1793 (1991)
H+ 0.01, 0.03, 0.1 SDCS W.Chen Phys.Rev.A 39/5 (1989) 2359
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418
C6+ 1.84 DDCS J.O.P. Pedersen J.Phys.B:At.Mol.Opt.Phys. 24 4001 (1991)
H+, C6+, N7+, O8+, F9+ 1..2 DDCS BEE only D.H.Lee Phys.Rev.A 41/9 (1990)
He+ 0.5 DDCS W=16Ry S.Manson Phys.Rev.Lett. 46/8 529 (1981)
H+ 0.03 .. 0.3 DDCS G.Schiewitz Phys.Rev.A 37/2 370 (1988)
H+ 0.005 ... 5.0 DDCS M.E.Rudd At.Data and Nucl.Data Tables 18 413 (1976) tables
C+ 0.2 SDCS W=5..600eV, PNL-7200 Pt. 4 UC-408
C6+, O8+, Ne10+ 5.0 DDCS G.Schiewitz HMI-B447 (1987) tables, Auger electrons
Mo40+ 25 DDCS N.Stolterfoht Europhys.Lett. 4/8 899 (1987)
Fe17+, Fe22+ 3.5 DDCS D.H.Schneider Phys.Rev.A 46/3 (1992) 1296
U38+ 6 DDCS W=50..5000eV, θ=200,1500 Schneider Phys. Rev. A 40/6 2971 1989

H2

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418
H+, C6+, N7+, O8+, F9+ 1..2 DDCS BEE only D.H.Lee Phys.Rev.A 41/9 (1990)

H2O

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418 weighted sums of components
H 0.007..4 TCS+/- M.E.Rudd Phys. Rev. A 31/1 492 (1985)
H 0.015..0.150 DDCS M.A.Bolorizadeh Phys. Rev. A 33/2 492 (1986)
H 0.3, 0.5, 1.0, 1.5 DDCS L.H.Toburen J.Chem.Phys 66/11 5202 (1977)
H 3.0, 4.2 TCS, SDCS W.E.Wilson J.Chem.Phys 80/11 5631 (1984)
He+, He2+ 0.075..0.2 DDCS L.H.Toburen Rad. Res. 82 27 (1980)

C

projectile ion energy (MeV/u) cross section Reference Remark
58Ni 2.6 DDCS, θ=180, F.Bell NIM 194 (1982) 423 thick target

CH4

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418 weighted sums of components
H 3.0 TCS, SDCS W.E.Wilson J.Chem.Phys 80/11 5631 (1984)
Ni 2.6 DDCS, W=10..150keV F.Bell NIM 194 (1982) 423 thick target

CnHm

projectile ion energy (MeV/u) cross section Reference Remark
H 0.3, 1.0, 2.0 DDCS W.E.Wilson Phys.Rev.A 11/4 1303 (1975)

CO2

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418 weighted sums of components

O2

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418
H 0.05 .. 0.300 TCS, DDCS J.B.Crooks Phys.Rev.A 3/5 (1971) 1628
On+ 1.875 DDCS N.Stolterfoht Phys.Rev.Lett. 33/2 59 (1974) todo

Ne

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 .. 0.300 TCS, DDCS J.B.Crooks Phys.Rev.A 3/5 (1971) 1628
H+, He+, He++ 0.3 DDCS L.Toburen X.Intern.Conf.Phys.El.At.Coll. 1006 (Paris 1977) todo
H+ 0.015, 0.05, 0.15 SDCS, DDCS W.Chen Phys.Rev.A 39/5 (1989) 2359
U33+ 1.4 DDCS J.Phys.B.At.Mol.Opt.Phys 22 (1989) 2171

N2

projectile ion energy (MeV/u) cross section Reference Remark
H 0.05 .. 0.300 TCS, DDCS J.B.Crooks Phys.Rev.A 3/5 (1971) 1628
H 0.05 TCS, TCS(ECC), DDCS D.K.Gibson Rad. Res. (1987) 418
H+ 0.3..1.7 DDCS, SDCS L.Toburen Phys.Rev.A 3/1 216 (1971)

Kr

projectile ion energy (MeV/u) cross section Reference Remark
H+ 0.01, 0.03, 0.1 SDCS W.Chen Phys.Rev.A 39/5 (1989) 2359

Ag

projectile ion energy (MeV/u) cross section Reference Remark
H 22 DDCS, θ=5 F.Bell NIM 194 (1982) 423 thick target

Au

projectile ion energy (MeV/u) cross section Reference Remark
16O 4.8 DDCS, θ=30, W=60keV F.Bell NIM 194 (1982) 423 thick target

Last updated: M.Kraemer,
$Id: traxxsref.html,v 1.2 2015/01/05 17:20:07 kraemer Exp $