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σ (mb)
10
p+Pb(82,208) → I(Z,A)+X , Ein= 1.0 GeV
2
Data FLUKA
10 1 10
Ratio σfluka/σdata
10 10
-1 -2
1
10
-1
40
60
80
100
120
140
160
180
200
220
Mass number A
σ (mb)
p+Pb(82,208) → I(Z,A)+X , Ein= 1.0 GeV 10
2
Data FLUKA
10
1
Ratio σfluka/σdata
10 10
-1
1
10
-1
20
30
40
50
60
70
80
90
Proton number Z
µ¶8· ¸¹ºp»¼½_¹¾[¿¸0À Á¶8¾ ÂL¾Ã ¶8ľÁ¾ Å®º ÄÃJ¹¾ ÆÇÁÈ0ºC¹º.É"À Á¶8¾ ÂLÅ Ê ½_Ë:É"ÁCÌÉ"Á¾ Æ:¶ À¯Æ2ÉÄÄSÂZ¸ÆAË®º ¹SÐ É¿2ÁȺSÂZ¸ÆAË®º ¹9¾ÃŹ¾Á¾ÂÄCÙÚZÛCȺS¿0¾ÁÖ6¿^ÉÄÈ0º ¿KÕ ¶8º Ä`¿º Ķ ·Â^É"Áº?1BP:1B2,>.?rK)=I1D=IH1S0'1!. , 9 ?yxzH1021 =IH1 {)Ka /1!BS9)@A=2H1
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
Z=35
10
-2
Ratio σfluka/σdata
10 10
1
10
10
σ (mb)
10
-1
72
2
74
76
78
80
82
84
Mass number A
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
Z=37
10
Ratio σfluka/σdata
10 10
10
σ (mb)
10
-2
10 10
-1
80
2
82
84
86
88
Mass number A
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
Z=39
10
Ratio σfluka/σdata
10 10
10
σ (mb)
10
-2
10 10
-1
84
2
86
88
90
92
Mass number A
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
Z=49
10
Ratio σfluka/σdata
10 10
10
-2
10 10
-1
106
107
108
109
110
111
112
113
114
115
116
Mass number A
76
2
78
80
82
84
86
88
Mass number A
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
Z=38
-1 -2
-1
80
2
82
84
86
88
90
92
Mass number A
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
Z=43
-1 -2
-1
92
2
94
96
98
100
102
104
Mass number A
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
Z=64
10 1
-1
1
10
10
Ratio σfluka/σdata
1 10
-1
1
10
94
-2
10 1
-1
1
10
10
Ratio σfluka/σdata
1 10
-1
1
10
90
Z=36
10 1
-1
1
10
10
Ratio σfluka/σdata
1 10
p+Au(79,197) → I(Z,A)+X , Ein= 0.8 GeV
1
10
86
σ (mb)
Ratio σfluka/σdata
10 10
1
-1
2
10
σ (mb)
1 10
10
σ (mb)
2
σ (mb)
σ (mb)
10
-1 -2
1
10
-1
140
142
144
146
148
150
152
154
Mass number A
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σ (mb)
10
p+Fe(26,56) → I(Z,A)+X , Ein= 1.0 GeV
2
Data FLUKA
10 1 10
Ratio σfluka/σdata
10 10
-1 -2
1
10
-1
15
20
25
30
35
40
45
50
55
60
27.5
30
Mass number A
σ (mb)
p+Fe(26,56) → I(Z,A)+X , Ein= 1.0 GeV 10
2
Data FLUKA
10
1
Ratio σfluka/σdata
10 10
-1
1
10
-1
5
7.5
10
12.5
15
17.5
20
22.5
25
Proton number Z
¿-À Á ÂÃ2ÄzÅ;ÆÇ%Ã2ÈÉÂÊËIÀ>ÈÌ7ÈÍÎÀ>Ï'ÈËIÈ ÐÄ!ÏÍEÃ'È ÑÒË2ÓÄAÃ'ÄLÔÊËIÀ È Ì7ÐrÕY¿rÄ(Ô)Ë(ÖA×YÄØYÙ)ÚDÆ¿ÛÜÝ_ÚÞÊLÔß Ê!Âß>Ô)ËIÄÉ ÔÌÉÞÑmÄLÔ)Ï2ÂÃ'Ä!ÉÞÊ!Ã'È Ï2Ï àwÏ'Ä!ÊË2À>È ÌϤÔ)ÌÉáËIÓÄÀ>Ã7ÃIÔ)Ë2À>ÈÔ)ÏJÔâÍEÂÌÊËIÀ>ÈÌáÈÍYËIÓÄyÀ>Ï2È)ËIÈ ÐÄXÔ)Ë2È ÑmÀ>ÊyÑ7ÔÏ'Ï ÌnÂÑsãÄ!ÃYÚäÔÌÉfÊqÓrÔÃ'Á Ä7å-æèçvÓÄ7ÉÈË'àhÉrÔÏ2ÓÄ!Éfß>À>ÌÄ!Ï_ÉÄÏ2À>ÁÌrÔ)ËIÄSË2ÓÄlÃ2Ä!ÁÀ>È ÌézÓÄÃ2ÄlËIÓÄSê)Ôß>ÂÄ!ÏYÈÍ ËIÓÄPÊLÔß Ê!Âß>Ô)ËIÄÉ4ÊÃ2È Ï'ÏgàwÏ'Ä!ÊËIÀ>ÈÌJÀ>Ï8ézÀ ËIÓÀ>ÌÔ"Í~ÔÊË2È ÃëÈÍÎËwéëÈsézÀcËIÓÃ'Ä!Ï2ÐÄ!ÊËìËIÈDËIÓÄPÑmÄLÔ)Ï2ÂÃ'Ä!É4ê)Ôß ÂÄ!Ïæ Ö Ö
2
p+Fe(26,56) → I(Z,A)+X , Ein= 1.0 GeV
Z=17
10
Ratio σfluka/σdata
10 10
1
-1
10
-2
10 10
1
10
-1
32
33
34
35
36
37
38
39
40
Mass number A
2
p+Fe(26,56) → I(Z,A)+X , Ein= 1.0 GeV
Z=19
10
Ratio σfluka/σdata
1 10
10
σ (mb)
σ (mb)
10
-1 -2
1
10
-1
36
37
38
39
40
41
42
43
44
45
46
Mass number A
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