ion E(keV) v(au) T(K) angle Yield [dE/dx]e [dE/dx]n ref
H+ 1500
7.8 10
45 2.5
3.13 .0019
(1)
750 5.5
10 45
6.0 4.93
.0035
H+ 10
0.63 10
45 12
3.19 .058
(2)
13 0.72
10 45
14 3.51
.0484
16
.80 10
45 13
3.77 .0419
17
.83 10
45 18
3.86 .0402
20
.90 10
45 16
4.09 .0358
25 1.00
10 45
20 4.42
.0305
32 1.13
10 45
25 4.81
.0254
50 1.42
10 45
30 5.51
.0181
60 1.55
10 45
32 5.76
.0157
70 1.68
10 45
30 5.95
.0139
200 2.84
10 45
22 5.58
.0059
250 3.17
10 45
18 5.10
.0049
310 3.53
10 45
16 4.52
.0040
350 3.75
10 45
12 4.31
.0039
400 4.01
10 45
12 3.99
.0033
440 4.21
10 45
6 3.80
.0031
500 4.48
10 45
11 3.51
.0028
600 4.91
8.5 3.14
.0024
700 5.38
6.2 2.86
.0021
800 5.67
6 2.63
.0018
1000 6.34
2.4 2.28
.0015
1000 6.34
4 2.28
.0015
1400 7.50
2.2 1.83
.0011
2000 8.97
2 1.43
.0008
2200 9.41
1.2 1.33
.0007
3000 10.99
10 45
1 1.06
.0006
He+ 1500
3.88 10
220 27.84
.027 (1)
750 2.74
300 32.82
.048
e 2 12.10 (0.6) (3)
He+ 10
0.32 10
45 31
2.53 .6343
(2)
16 0.40
40 3.47
.4829
30 0.55
50 5.13
.3223
40 0.63
60 6.05
.2645
52 0.72
82 6.93
.2199
65 0.81
100 7.75
.1868
1000 3.17
400 17.61
.0211
1000 3.17
320 17.61
.0211
1200 3.47
300 16.78
.0181
1300 3.62
220 16.35
.0169
1300 3.62
200 16.35
.0169
2000 4.48
150 13.58
.0117
2200 4.70
120 12.93
.0107
2600 5.11
110 11.81
.0093
2800 5.31
80 11.32
.0087
3000 5.49
10 45
80 10.88
.0082
(1) Brown, W.L. et al. Sputtering of Ices by High Energy Particle Impact,
Nucl. Instrum. & Methods
B14 (1986) 392-402.
(2) Chrisey, D.B. et al.,Electronic Excitation of condensed co: Sputtering
and Chemical Charge, Surf. Sci.
225 (1990) 130-142.
(3) Schou, J. et al., Electronic Sputtering of CO. Brenning, W., Menzel,
D.(eds) Desorption induced by Electronic
Transitions DIET II.
Springer, Berlin Heidelberg New
York, (1985) pp. 170-173.
Last Updata: April 5, 2001