Charge-Changing Cross Sections

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Be⁴⁺ + H → Be³⁺

Table 1 (Theory - Distorted-wave Born approximation)

H.Ryufuku, T.Watanabe // Phys. Rev. A v.19 p.1538 (1979)

E, MeV/amu	σ_4,3, 10^-16 cm²
0.000025	26.8
0.00005	35.8
0.0001	43.9
0.0002	54.0
0.0005	50.2
0.001	49.0
0.002	44.2
0.005	34.2
0.010	28.8
0.025	20.8
0.050	13.0
0.075	7.51
0.100	4.29
0.200	0.608

Table 2 (Theory - Molecular close-coupling method)

L.F. Errea, L. Mendez, A. Riera // Phys.Let. v.92 p.231 (1982)

E, MeV/amu	σ_4,3, 10^-16 cm²
0.00025	27.42
0.00100	36.94
0.00225	36.27
0.00625	30.54
0.02025	23.36
0.03600	19.89

Table 3 (Theory - MO method)

T.O. Yamaguchi, Y.Itikawa // J.Phys.Soc.Jap. v.51 p.2982 (1982)

E, MeV/amu	σ_4,3, 10^-16 cm²
0.00005	10.6
0.0001	17.0
0.0005	33.0
0.001	36.0
0.005	39.0
0.010	34.0
0.020	27.0

Table 4 (Theory - AO method)

W.Fritsch, C.D.Lin // Phys. Rev. A v.29 p.3039 (1984)

E, MeV/amu	σ_4,3, 10^-16 cm²
0.0001	12.8
0.0002	21.3
0.0005	29.8
0.001	34.9
0.002	34.7
0.0050	33.2
0.010	29.4
0.020	22.8

Table 5 (Theory, exponential distorted-wave approximation (EDWA))

H.Suzuki, N. Toshima, T. Watanabe , H. Ryufuku// Phys.Rev. A v.29 p.529 (1984)

E , MeV/amu	σ_4,3, 10^-16 cm²
0.0001	16.
0.0002	16.
0.0004	18.
0.0006	21.
0.0008	25.
0.001	28.
0.002	33.
0.004	33.
0.006	31.
0.008	27.
0.010	25.
0.020	18.
0.040	12.
0.060	6.8
0.080	4.6
0.100	2.8
0.200	0.32
0.400	0.019
0.600	0.0047
0.800	0.0012
1.00	6.0e-4

Table 6 (Theory - Molecular close-coupling method)

K. Wada, T. Murai // J. Phys. B v.17 p.L363 (1984)

E, MeV/amu	σ_4,3, 10^-16 cm²
0.00010	19.3
0.00025	28.3
0.00050	34.4
0.0010	37.9
0.0015	38.6
0.0020	38.1
0.0025	36.3
0.0030	35.2
0.0035	34.9
0.0040	34.3
0.0045	33.2
0.0050	32.2
0.0060	31.5
0.0070	31.7
0.0080	31.8
0.0090	31.4
0.010	30.8
0.012	29.7
0.015	28.7
0.020	28.0
0.025	27.6

Table 7 (Theory - Boundary corrected first Born (CB1) approximation)

Dz. Belkic // Phys.Rev. A v.36 p.1601 (1987)

E, MeV/amu	E, MeV	σ_4,3, 10^-16 cm²
0.00555	0.050	67.3
0.00833	0.075	56.1
0.0111	0.100	49.7
0.0167	0.150	42.9
0.0250	0.225	35.4
0.0555	0.500	12.9
0.0833	0.750	5.11
0.111	1.000	2.26
0.167	1.500	0.591
0.222	2.000	0.204
0.250	2.250	0.129

Table 8 (Theory - AO method)

N. Toshima // Phys.Rev. A v.50 p.39400 (1994)

E , MeV/amu	σ_4,3, 10^-16 cm²
0.001	37.4
0.002	37.6
0.004	33.9
0.00625	32.7
0.009	31.1
0.0125	29.7
0.025	23.7
0.05	11.3
0.075	4.94
0.1	2.33
0.15	0.643
0.2	0.217
0.4	0.0117

Table 9 (Theory, boundary-corrected continuum intermediate state approximation)

M. Das, M. Purkait, C.R. Mandal // Phys. Rev. A v.57 p.3573 (1998)

E, MeV/amu	σ_4,3, 10^-16 cm²
0.050	15.7
0.060	10.8
0.080	5.43
0.100	2.86
0.200	0.270
0.500	0.00502

Table 10 (Theory - Molecular close-coupling method)

L.F. Errea, C. Herel, H. Jouin, L. Mendez, B. Pons, A. Riera // J. Phys. B v.31 p.3527 (1998)

E, MeV/amu	V, a.u.	σ_4,3, 10^-16 cm²
0.0000025	0.01	0.42
0.000010	0.02	2.44
0.0000225	0.03	5.34
0.0000625	0.05	12.51
0.000123	0.07	19.85
0.000250	0.10	27.46
0.00100	0.20	37.65
0.00625	0.50	33.10
0.0123	0.70	30.63
0.0250	1.00	27.16

Table 11 (Theory - Molecular close-coupling method)

C.Harel, H.Jouin, B.Pons // At.Data Nucl.Data Tab. v.68 p.279 (1998)

E , MeV/amu	V, a.u.	σ_4,3, 10^-16 cm²
0.0000625	0.05	14.8
0.00025	0.1	27.8
0.00100	0.20	37.7
0.00225	0.30	36.9
0.00400	0.40	34.2
0.00625	0.50	32.9
0.00900	0.60	31.4
0.01225	0.70	30.1
0.01600	0.80	28.8
0.02025	0.90	27.1
0.02500	1.00	25.0

Table 12 (Theory - hyperspherical close-coupling method)

A.Le, M.H. Hesse, T.G. Lee, C.D.Lin // J.Phys. B v.36 p.3281 (2003)

E, MeV/amu	V, a.u.	σ_4,3, 10^-16 cm²
0.000025	0.01	0.40
0.0000100	0.02	2.41
0.0000225	0.03	5.23
0.0000400	0.04	8.71
0.0000625	0.05	12.50
0.000123	0.07	19.50
0.00025	0.1	26.85
0.001	0.2	35.62

Table 13 (Theory - AO method)

K. Igenbergs, J. Schweinzer, F. Aumayr // J. Phys. B v.42 p.235206 (2009)

E, MeV/amu	σ_4,3, 10^-16 cm²
0.001	40.0
0.002	39.0
0.003	37.0
0.005	34.0
0.007	32.0
0.010	29.0
0.020	26.0
0.030	24.0
0.050	15.0
0.070	10.0
0.100	3.7
0.200	0.34
0.300	0.074
0.500	5.1e-3
0.700	1.2e-3