end-of-line normalization
[u/mrichter/AliRoot.git] / TEvtGen / EvtGen / DecayTable / BTOD.DEC
1 ##
2 Decay anti-B0
3 #                   b -> c semileptonic
4 #
5 0.0529   D*+    e-   anti-nu_e          PHOTOS  HQET 0.77 1.33 0.92;
6 0.0208   D+     e-   anti-nu_e          PHOTOS  ISGW2;
7 0.0052   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
8 0.0045   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
9 0.0083   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
10 0.0023   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
11 0.0003   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
12 0.0065   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
13 0.0010   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
14 0.0032   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
15 #
16 0.0529   D*+    mu-  anti-nu_mu         PHOTOS  HQET 0.77 1.33 0.92;
17 0.0208   D+     mu-  anti-nu_mu         PHOTOS  ISGW2;
18 0.0052   D_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
19 0.0045   D_0*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
20 0.0083   D'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
21 0.0023   D_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
22 0.0003   D*+  pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
23 0.0065   D*0  pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
24 0.0010   D+   pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
25 0.0032   D0   pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
26 #
27 #                    b -> c tau nu
28 #
29 0.0202   D*+    tau- anti-nu_tau                 ISGW2;
30 0.0088   D+     tau- anti-nu_tau                 ISGW2;
31 0.0013   D_1+   tau- anti-nu_tau                 ISGW2;
32 0.0013   D_0*+   tau- anti-nu_tau                 ISGW2;
33 0.0020   D'_1+   tau- anti-nu_tau                 ISGW2;
34 0.0020   D_2*+   tau- anti-nu_tau                 ISGW2;
35 #
36 #
37 # b->u hadronic 
38 # Ref. [B1]:
39 # Lange Nov 14, 2004  (flip D_s K -- is opposite of D_s pi)
40 0.000015   D_s-  pi+   PHSP;
41 0.000028   D_s+  K-    PHSP;
42 0.000029   D_s*-  pi+  SVS;
43 0.000022   D_s*+  K-   SVS;
44 #
45 0.000016   rho+   D_s-    SVS;
46 0.000016   K*-   D_s+     SVS;
47 0.000016   D_s*-  rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
48 0.000016   D_s*+  K*-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
49 Enddecay
50
51 Decay B0
52 #                   b -> c semileptonic
53 # =10.4% total  non-D and D* = 3.4% (changing to 2.7)
54 0.0529   D*-    e+   nu_e           PHOTOS HQET 0.77 1.33 0.92;
55 0.0208   D-     e+   nu_e           PHOTOS ISGW2;
56 0.0052   D_1-   e+   nu_e           PHOTOS ISGW2;
57 0.0045   D_0*-   e+   nu_e           PHOTOS ISGW2;
58 0.0083   D'_1-   e+   nu_e           PHOTOS ISGW2;
59 0.0023   D_2*-   e+   nu_e           PHOTOS ISGW2;
60 0.0003   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
61 0.0065   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
62 0.0010   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
63 0.0032   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
64 0.0529   D*-    mu+  nu_mu           PHOTOS HQET 0.77 1.33 0.92;
65 0.0208   D-     mu+  nu_mu           PHOTOS ISGW2;
66 0.0052   D_1-   mu+  nu_mu           PHOTOS ISGW2;
67 0.0045   D_0*-   mu+  nu_mu          PHOTOS  ISGW2;
68 0.0083   D'_1-   mu+  nu_mu          PHOTOS  ISGW2;
69 0.0023   D_2*-   mu+  nu_mu          PHOTOS  ISGW2;
70 0.0003   D*-  pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
71 0.0065   anti-D*0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
72 0.0010   D-   pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
73 0.0032   anti-D0  pi-   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
74 #
75 #                    b -> c tau nu
76 #
77 0.0202   D*-    tau+ nu_tau                  ISGW2; # taken from Belle- Phys. Rev. Lett. 99, 191807 (2007) 
78 0.0088   D-     tau+ nu_tau                  ISGW2;
79 0.0013   D_1-   tau+ nu_tau                  ISGW2;
80 0.0013   D_0*-   tau+ nu_tau                  ISGW2;
81 0.0020   D'_1-   tau+ nu_tau                  ISGW2;
82 0.0020   D_2*-   tau+ nu_tau                  ISGW2;
83 #
84 # b->u hadronic 
85 # Ref. [B1]:
86 # Lange Nov14,2004 (flip D_s K --opposite of D_s pi)
87 0.000015   D_s+  pi-   PHSP;
88 0.000028   D_s-  K+    PHSP;
89 0.000029   D_s*+  pi-  SVS;
90 0.000022   D_s*-  K+   SVS;
91 #
92 0.000016   rho-   D_s+    SVS;
93 0.000016   K*+   D_s-     SVS;
94 0.000016   D_s*+  rho-    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
95 0.000016   D_s*-  K*+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
96 Enddecay
97
98 Decay B+
99 #
100 #                  b -> c semileptonic
101 0.0650   anti-D*0    e+   nu_e        PHOTOS  HQET 0.77 1.33 0.92;
102 0.0215   anti-D0    e+   nu_e        PHOTOS  ISGW2;
103 0.0056   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
104 0.0049   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
105 0.009   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
106 0.003   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
107 0.0063   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
108 0.0003   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
109 0.0052   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
110 0.0010   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
111 #
112 0.0650   anti-D*0    mu+  nu_mu       PHOTOS   HQET 0.77 1.33 0.92;
113 0.0215   anti-D0    mu+  nu_mu        PHOTOS  ISGW2;
114 0.0056   anti-D_10   mu+  nu_mu       PHOTOS   ISGW2;
115 0.0049   anti-D_0*0   mu+  nu_mu      PHOTOS    ISGW2;
116 0.009   anti-D'_10   mu+  nu_mu      PHOTOS    ISGW2;
117 0.003   anti-D_2*0   mu+  nu_mu      PHOTOS    ISGW2;
118 0.0063   D*-  pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
119 0.0003   anti-D*0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
120 0.0052   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
121 0.0010   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
122 #
123 #                   b -> c tau nu
124 #
125 0.0208   anti-D*0    tau+ nu_tau                ISGW2;
126 0.0088   anti-D0    tau+ nu_tau                ISGW2;
127 0.0013   anti-D_10   tau+ nu_tau                ISGW2;
128 0.0013   anti-D_0*0   tau+ nu_tau                ISGW2;
129 0.0020   anti-D'_10   tau+ nu_tau                ISGW2;
130 0.0020   anti-D_2*0   tau+ nu_tau                ISGW2;
131 #
132 #
133 # b->u hadronic  
134 # Ref. [B1]:
135 #
136 0.000016   D_s+  pi0   PHSP; 
137 0.000020   D_s*+  pi0  SVS;  
138 #
139 0.000028   rho0  D_s+     SVS;
140 0.000028   D_s*+  rho0    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
141
142 Enddecay
143
144
145
146
147 Decay B-
148 #
149 #                  b -> c semileptonic
150 #
151 0.0650   D*0    e-   anti-nu_e         PHOTOS  HQET 0.77 1.33 0.92;
152 0.0215   D0     e-   anti-nu_e         PHOTOS  ISGW2;
153 0.0056   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
154 0.0049   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
155 0.009   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
156 0.003   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
157 0.0063   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
158 0.0003   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
159 0.0052   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
160 0.0010   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
161 #
162 0.0650   D*0   mu-  anti-nu_mu         PHOTOS   HQET 0.77 1.33 0.92;
163 0.0215   D0    mu-  anti-nu_mu         PHOTOS   ISGW2;
164 0.0056   D_10  mu-  anti-nu_mu         PHOTOS   ISGW2;
165 0.0049   D_0*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
166 0.009   D'_10  mu-  anti-nu_mu        PHOTOS    ISGW2;
167 0.003   D_2*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
168 0.0063   D*+   pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
169 0.0003   D*0   pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
170 0.0052   D+    pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
171 0.0010   D0    pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
172 #
173 #                   b -> c tau nu
174 #
175 0.0208   D*0    tau- anti-nu_tau                 ISGW2;# equel to B0-> D*- tau+ nu
176 0.0088   D0     tau- anti-nu_tau                 ISGW2;
177 0.0013   D_10   tau- anti-nu_tau                 ISGW2;
178 0.0013   D_0*0   tau- anti-nu_tau                 ISGW2;
179 0.0020   D'_10   tau- anti-nu_tau                 ISGW2;
180 0.0020   D_2*0   tau- anti-nu_tau                 ISGW2;
181 #
182 # b->u hadronic 
183 # Ref. [B1]:
184 #
185 0.000016   D_s-  pi0   PHSP;
186 0.000020   D_s*-  pi0  SVS;
187 #
188 0.000028   rho0  D_s-     SVS;
189 0.000028   D_s*-  rho0    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
190
191 Enddecay
192
193 Decay B_s0
194 0.0210   D_s-     e+     nu_e         PHOTOS  ISGW2;
195 0.0490   D_s*-    e+     nu_e         PHOTOS  ISGW2;
196 0.0040   D_s1-    e+     nu_e         PHOTOS  ISGW2;
197 0.0040   D_s0*-   e+     nu_e         PHOTOS  ISGW2;
198 0.0070   D'_s1-   e+     nu_e         PHOTOS  ISGW2;
199 0.0070   D_s2*-   e+     nu_e         PHOTOS  ISGW2;
200 0.0210   D_s-     mu+    nu_mu        PHOTOS  ISGW2;
201 0.0490   D_s*-    mu+    nu_mu        PHOTOS  ISGW2;
202 0.0040   D_s1-    mu+    nu_mu        PHOTOS  ISGW2;
203 0.0040   D_s0*-   mu+    nu_mu        PHOTOS  ISGW2;
204 0.0070   D'_s1-   mu+    nu_mu        PHOTOS  ISGW2;
205 0.0070   D_s2*-   mu+    nu_mu        PHOTOS  ISGW2;
206 #fkw 5/04/01 changed these to account for taking out non-res
207 #0.0070   D_s-     tau+   nu_tau                 ISGW2;
208 #0.0150   D_s*-    tau+   nu_tau                 ISGW2;
209 #0.0013   D_s1-    tau+   nu_tau                 ISGW2;
210 #0.0013   D_s0*-   tau+   nu_tau                 ISGW2;
211 #0.0023   D'_s1-   tau+   nu_tau                 ISGW2;
212 #0.0023   D_s2*-   tau+   nu_tau                 ISGW2;
213 0.0080   D_s-     tau+   nu_tau                 ISGW2;
214 0.0160   D_s*-    tau+   nu_tau                 ISGW2;
215 0.0018   D_s1-    tau+   nu_tau                 ISGW2;
216 0.0018   D_s0*-   tau+   nu_tau                 ISGW2;
217 0.0028   D'_s1-   tau+   nu_tau                 ISGW2;
218 0.0028   D_s2*-   tau+   nu_tau                 ISGW2;
219 Enddecay
220
221 Decay anti-B_s0
222 #                                        b --> c  (l nu)
223 #                                        Sum = 24.5%
224 0.0210   D_s+     e-     anti-nu_e    PHOTOS  ISGW2;
225 0.0490   D_s*+    e-     anti-nu_e    PHOTOS  ISGW2;
226 0.0040   D_s1+    e-     anti-nu_e    PHOTOS  ISGW2;
227 0.0040   D_s0*+   e-     anti-nu_e    PHOTOS  ISGW2;
228 0.0070   D'_s1+   e-     anti-nu_e    PHOTOS  ISGW2;
229 0.0070   D_s2*+   e-     anti-nu_e    PHOTOS  ISGW2;
230 #
231 0.0210   D_s+     mu-    anti-nu_mu   PHOTOS  ISGW2;
232 0.0490   D_s*+    mu-    anti-nu_mu   PHOTOS  ISGW2;
233 0.0040   D_s1+    mu-    anti-nu_mu   PHOTOS  ISGW2;
234 0.0040   D_s0*+   mu-    anti-nu_mu   PHOTOS  ISGW2;
235 0.0070   D'_s1+   mu-    anti-nu_mu   PHOTOS  ISGW2;
236 0.0070   D_s2*+   mu-    anti-nu_mu   PHOTOS  ISGW2;
237 #
238 #0.0070   D_s+     tau-   anti-nu_tau          ISGW2;
239 #0.0150   D_s*+    tau-   anti-nu_tau            ISGW2;
240 #0.0013   D_s1+    tau-   anti-nu_tau            ISGW2;
241 #0.0013   D_s0*+   tau-   anti-nu_tau            ISGW2;
242 #0.0023   D'_s1+   tau-   anti-nu_tau            ISGW2;
243 #0.0023   D_s2*+   tau-   anti-nu_tau            ISGW2;
244 # fkw 5/04/01 changed the above to account for the non-res part that I
245 #             had to take out.
246 0.0080   D_s+     tau-   anti-nu_tau          ISGW2;
247 0.0160   D_s*+    tau-   anti-nu_tau            ISGW2;
248 0.0018   D_s1+    tau-   anti-nu_tau            ISGW2;
249 0.0018   D_s0*+   tau-   anti-nu_tau            ISGW2;
250 0.0028   D'_s1+   tau-   anti-nu_tau            ISGW2;
251 0.0028   D_s2*+   tau-   anti-nu_tau            ISGW2;
252 Enddecay
253
254 Decay B_c-
255 0.00004    anti-D0    e-      anti-nu_e         PHOTOS  PHSP;
256 0.00018    anti-D*0   e-      anti-nu_e         PHOTOS  PHSP;
257 0.00004    anti-D0    mu-     anti-nu_mu        PHOTOS  PHSP;
258 0.00018    anti-D*0   mu-     anti-nu_mu        PHOTOS  PHSP;
259 0.00002    anti-D0    tau-    anti-nu_tau               PHSP;
260 0.00008    anti-D*0   tau-    anti-nu_tau               PHSP;
261 0.000053   D-         D0                    PHSP;
262 0.000075   D*0        D-                    SVS;
263 0.000049   D*-        D0                    SVS;
264 0.00033    D*-        D*0                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
265 0.0000048  D_s-       D0                    PHSP;
266 0.0000071  D*0        D_s-                  SVS;
267 0.0000045  D_s*-      D0                    SVS;
268 0.000026   D_s*-      D*0                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
269 #
270 0.0000003  D-         anti-D0               PHSP;
271 0.0000003  anti-D*0   D-                    SVS;
272 0.0000004  D*-        anti-D0               SVS;
273 0.0000016  anti-D*0   D*-                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
274 0.0000066  D_s-       anti-D0               PHSP;
275 0.0000063  anti-D*0   D_s-                  SVS;
276 0.0000085  D_s*-      anti-D0               SVS;
277 0.0000404  D_s*-      anti-D*0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
278 #
279 0.00280    eta_c      D_s-                  PHSP;
280 0.00270    D_s*-      eta_c                 SVS;
281 0.00015    eta_c      D-                    PHSP;
282 0.00010    D*-        eta_c                 SVS;
283 0.00170    J/psi      D_s-                  SVS;
284 0.00670    J/psi      D_s*-                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
285 0.00009    J/psi      D-                    SVS;
286 0.00028    J/psi      D*-                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
287 Enddecay
288
289 Decay B_c+
290 0.00004    D0         e+          nu_e         PHOTOS  PHSP;
291 0.00018    D*0        e+          nu_e         PHOTOS  PHSP;
292 0.00004    D0         mu+         nu_mu        PHOTOS  PHSP;
293 0.00018    D*0        mu+         nu_mu        PHOTOS  PHSP;
294 0.00002    D0         tau+        nu_tau               PHSP;
295 0.00008    D*0        tau+        nu_tau               PHSP;
296 #
297 0.000053   D+         anti-D0               PHSP;
298 0.000075   anti-D*0   D+                    SVS;
299 0.000049   D*+        anti-D0               SVS;
300 0.00033    D*+        anti-D*0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
301 0.0000048  D_s+       anti-D0               PHSP;
302 0.0000071  anti-D*0   D_s+                  SVS;
303 0.0000045  D_s*+      anti-D0               SVS;
304 0.000026   D_s*+      anti-D*0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
305 #
306 0.0000003  D+         D0                    PHSP;
307 0.0000003  D*0        D+                    SVS;
308 0.0000004  D*+        D0                    SVS;
309 0.0000016  D*0        D*+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
310 0.0000066  D_s+       D0                    PHSP;
311 0.0000063  D*0        D_s+                  SVS;
312 0.0000085  D_s*+      D0                    SVS;
313 0.0000404  D_s*+      D*0                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
314 #
315 0.00280    eta_c      D_s+                  PHSP;
316 0.00270    D_s*+      eta_c                 SVS;
317 0.00015    eta_c      D+                    PHSP;
318 0.00010    D*+        eta_c                 SVS;
319 0.00170    J/psi      D_s+                  SVS;
320 0.00670    J/psi      D_s*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
321 0.00009    J/psi      D+                    SVS;
322 0.00028    J/psi      D*+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
323 Enddecay
324
325 #Decay  anti-D*0
326 #Enddecay
327
328 #Decay  D*0
329 #Enddecay
330
331 Decay anti-D0
332 Enddecay
333
334 Decay D0
335 Enddecay
336
337 #Decay anti-D_10
338 #Enddecay
339
340 #Decay D_10
341 #Enddecay
342
343 #Decay anti-D_0*0
344 #Enddecay
345
346 #Decay D_0*0
347 #Enddecay
348
349 #Decay anti-D'_10
350 #Enddecay
351
352 #Decay D'_10
353 #Enddecay
354
355 #Decay anti-D_2*0
356 #Enddecay
357
358 #Decay D_2*0
359 #Enddecay
360
361 #Decay D*+
362 #Enddecay
363
364 #Decay D*-
365 #Enddecay
366
367 Decay D+
368 Enddecay
369
370 Decay D-
371 Enddecay
372
373 #Decay D_1+
374 #Enddecay
375
376 Decay J/psi 
377 Enddecay
378
379 Decay eta_c
380 Enddecay
381
382 #Decay D_s*+
383 #Enddecay
384
385 #Decay D_s*-
386 #Enddecay
387
388 Decay D_s+ 
389 Enddecay
390
391 Decay D_s-
392 Enddecay
393 #
394 Decay  pi0
395 Enddecay
396
397 End