mocadi 1.34 (2.0) Fri Oct 22 18:32:24 2004
********************** beam ************************
num of atoms= 10000 mode x,a = 4
energy = 1000.0000 MeV/A max dx = 0.1000 cm
time = 0.0000 s max da = 5.0000 mrad
mass = 207 r12 = 0.0000
protons = 82 ver x = 0.0000 cm
electrons = 0 ver a = 0.0000 mrad
mode y,b = 4 mode e,t = 4
max dy = 0.1500 cm max de = 0.1000 %
max db = 3.3000 mrad max dt = 0.0000 s
r34 = 0.0000 r56 = 0.0000
ver y = 0.0000 cm ver e = 0.0000
ver b = 0.0000 mrad ver t = 0.0000 s
******************** matter ************************
Ad = 48
Zd = 22
density = 4540.0000 mg/cm**3
dmode = 3
geo = 0 (homogeneous )
T0v (Thick) = 4.5000 mg/cm**2
dx = 0.0000e+00 cm
dy = 0.0000e+00 cm
f_winkel = 0.0000e+00 rad
f_klwi = 1.0000e+00
f_enstr = 1.0000e+00
mode_u = 0
du0 = 0.0000e+00 100%
du1 = 0.0000e+00 100%
du2 = 0.0000e+00 100%
******************** matter ************************
Ad = 27
Zd = 13
density = 2700.0000 mg/cm**3
dmode = 3
geo = 0 (homogeneous )
T0v (Thick) = 8.9000 mg/cm**2
dx = 0.0000e+00 cm
dy = 0.0000e+00 cm
f_winkel = 0.0000e+00 rad
f_klwi = 1.0000e+00
f_enstr = 1.0000e+00
mode_u = 0
du0 = 0.0000e+00 100%
du1 = 0.0000e+00 100%
du2 = 0.0000e+00 100%
********************** target ***********************
At = 9
Zt = 4
density = 1850.0000mg/cm**3
Af = 177.0000
Zf = 73.0000
mode = 5
thickness = 1623.0000 mg/cm**2
A_ref = 0.0000
Z_ref = 0.0000e+00
energy_ref = 0.0000e+00 MeV
thickness = 1.6230e+03mg/cm**2
range = 1.1990e+04mg/cm**2
f_klwi = 1.0000e+00
f_enstr = 1.0000e+00
goldhaber = 1.0000e+00
f_wico = 1.0000e+00
f_kauf = 1.0000e+00
f_spalt = 0.0000e+00
f_lr = 6.5190e+04
*****************************************************
*********** erwartungswerte 1 ********************
*****************************************************
1
******************** matter ************************
Ad = 93
Zd = 41
density = 8570.0000 mg/cm**3
dmode = 3
geo = 0 (homogeneous )
T0v (Thick) = 221.0000 mg/cm**2
dx = 0.0000e+00 cm
dy = 0.0000e+00 cm
f_winkel = 0.0000e+00 rad
f_klwi = 1.0000e+00
f_enstr = 1.0000e+00
mode_u = 0
du0 = 0.0000e+00 100%
du1 = 0.0000e+00 100%
du2 = 0.0000e+00 100%
*****************************************************
*********** erwartungswerte 2 ********************
*****************************************************
2
********************** wedge ***********************
Aw = 27
Zw = 13
density = 2700.0000 mg/cm**3
T0v = 5.5470e+03 mg/cm**2
T1v = -1.2283e+01 mg/cm**3
T2v = 0.0000e+00 mg/cm**4
mode = 6.000000
A_ref = 0.0000e+00
Z_ref = 0.0000e+00
energy_ref = 0.0000e+00
T0 = 5.5470e+03 mg/cm**2
T1 = -1.2283e+01 mg/cm**3
T2 = 0.0000e+00 mg/cm**4
d_klwi = 1.0000e+00
d_enstr = 1.0000e+00
d_xxxx = -1.0000e+00
d_xxxxx = 1.0000e+00
mode_u = 0
du0 = 0.0000e+00 100%
du1 = 0.0000e+00 100%
du2 = 0.0000e+00 100%
lr = 2.4010e+04 mg/cm**2
*****************************************************
*********** erwartungswerte 3 ********************
*****************************************************
3
********************** end ***********************
**************************************************************************
i_fmax = 1
primary beam : mass = 207.9766, charge = 82, energy = 1.0000e+03 MeV/u
target: mass = 9, charge = 4, thickness = 1.6230e+03 mg/cm**2
reaction loss: nuclear = 3.0460e+03 mb, electromagnetic = 2.8661e+01 mb
survival ratio = 0.71612352
**************************************************************************
fragment 1: mass =176.94446, charge = 73
production reaction: EPAX1 = 1.0779e+00 mb, ED = 0.0000e+00
reaction loss: nuclear = 2.8118e+03 mb, electromagnetic = 2.3609e+01 mb
Overall production rate = 8.4926e-05, ( 1.0000e+00 of fragment1)
**************************************************************************
********* erwartungswerte 1 *********************************************
(1)
i_fragment = 1
tr: teilchen = 10000 wi: teilchen = 9987.601 ( 9987.601)
tr: opt = 1 tr: total = 0.99876
yield = 8.48208e-05 particle/incident particle
z = 0.0000cm
< x >= 7.038454e-04 cm sigma x = 5.021103e-02 cm
max x = 9.966965e-02 cm min x = -9.998163e-02 cm
< a >= -3.166960e-02 mrad sigma a = 2.587649e+00 mrad
max a = 6.643482e+00 mrad min a = -6.599198e+00 mrad
< y >= -7.063007e-04 cm sigma y = 7.527999e-02 cm
max y = 1.490447e-01 cm min y = -1.498863e-01 cm
< b >= -6.060357e-03 mrad sigma b = 1.779242e+00 mrad
max b = 5.057483e+00 mrad min b = -4.907976e+00 mrad
< energie >= 8.960567e+02 MeV/u sigma energie = 2.281270e+00 MeV/u
max energie = 9.015581e+02 MeV/u min energie = 8.904443e+02 MeV/u
< time >= 0.000000e+00 mu s sigma time = 0.000000e+00 mu s
max time = 0.000000e+00 mu s min time = 0.000000e+00 mu s
< mass >= 1.769445e+02 u sigma mass = 9.155533e-05 u
max mass = 1.769445e+02 u min mass = 1.769445e+02 u
< z >= 7.300000e+01 sigma z = 0.000000e+00
max z = 7.300000e+01 min z = 7.300000e+01
< electrons >= 0.000000e+00 sigma electrons = 0.000000e+00
max electrons = 0.000000e+00 min electrons = 0.000000e+00
< nf/nsf >= 9.987601e-01 sigma nf/nsf = 0.000000e+00
max nf/nsf = 9.987602e-01 min nf/nsf = 9.987601e-01
< tof-tim >= 0.000000e+00 mu s sigma tof-tim = 0.000000e+00 mu s
max tof-tim = 0.000000e+00 mu s min tof-tim = 0.000000e+00 mu s
< delta e >= 1.900844e+04 MeV sigma delta e = 1.318077e+03 MeV
max delta e = 2.148066e+04 MeV min delta e = 1.657496e+04 MeV
< brho >= 1.271278e+01 Tm sigma brho = 2.143850e-02 Tm
max brho = 1.276445e+01 Tm min brho = 1.266001e+01 Tm
********* erwartungswerte 2 *********************************************
(2)
i_fragment = 1
tr: teilchen = 10000 wi: teilchen = 9878.815 ( 9878.815)
tr: opt = 1 tr: total = 0.987882
yield = 8.38969e-05 particle/incident particle
z = 0.0000cm
< x >= 7.034441e-04 cm sigma x = 5.021144e-02 cm
max x = 9.967405e-02 cm min x = -9.996871e-02 cm
< a >= -3.071581e-02 mrad sigma a = 2.647756e+00 mrad
max a = 7.427728e+00 mrad min a = -8.500557e+00 mrad
< y >= -7.063743e-04 cm sigma y = 7.528042e-02 cm
max y = 1.490569e-01 cm min y = -1.498851e-01 cm
< b >= -5.454811e-03 mrad sigma b = 1.894456e+00 mrad
max b = 5.783127e+00 mrad min b = -5.290081e+00 mrad
< energie >= 8.852620e+02 MeV/u sigma energie = 2.288253e+00 MeV/u
max energie = 8.907565e+02 MeV/u min energie = 8.796249e+02 MeV/u
< time >= 0.000000e+00 mu s sigma time = 0.000000e+00 mu s
max time = 0.000000e+00 mu s min time = 0.000000e+00 mu s
< mass >= 1.769445e+02 u sigma mass = 9.155533e-05 u
max mass = 1.769445e+02 u min mass = 1.769445e+02 u
< z >= 7.300000e+01 sigma z = 0.000000e+00
max z = 7.300000e+01 min z = 7.300000e+01
< electrons >= 0.000000e+00 sigma electrons = 0.000000e+00
max electrons = 0.000000e+00 min electrons = 0.000000e+00
< nf/nsf >= 9.878815e-01 sigma nf/nsf = 2.047771e-06
max nf/nsf = 9.878866e-01 min nf/nsf = 9.878766e-01
< tof-tim >= 0.000000e+00 mu s sigma tof-tim = 0.000000e+00 mu s
max tof-tim = 0.000000e+00 mu s min tof-tim = 0.000000e+00 mu s
< delta e >= 1.910068e+03 MeV sigma delta e = 2.068178e+01 MeV
max delta e = 1.990416e+03 MeV min delta e = 1.829919e+03 MeV
< brho >= 1.261123e+01 Tm sigma brho = 2.154925e-02 Tm
max brho = 1.266295e+01 Tm min brho = 1.255812e+01 Tm
********* erwartungswerte 3 *********************************************
(3)
i_fragment = 1
tr: teilchen = 10000 wi: teilchen = 5872.032 ( 5872.032)
tr: opt = 1 tr: total = 0.587203
yield = 4.98689e-05 particle/incident particle
z = 0.0000cm
< x >= 7.277025e-04 cm sigma x = 5.027944e-02 cm
max x = 1.039864e-01 cm min x = -1.024100e-01 cm
< a >= -7.000767e-03 mrad sigma a = 3.696354e+00 mrad
max a = 1.421779e+01 mrad min a = -1.217829e+01 mrad
< y >= -6.926182e-04 cm sigma y = 7.536684e-02 cm
max y = 1.522615e-01 cm min y = -1.517743e-01 cm
< b >= 7.943121e-03 mrad sigma b = 3.154457e+00 mrad
max b = 1.312286e+01 mrad min b = -1.201659e+01 mrad
< energie >= 5.390880e+02 MeV/u sigma energie = 2.697019e+00 MeV/u
max energie = 5.458974e+02 MeV/u min energie = 5.317143e+02 MeV/u
< time >= 8.396414e-05 mu s sigma time = 6.741511e-08 mu s
max time = 8.413084e-05 mu s min time = 8.380316e-05 mu s
< mass >= 1.769445e+02 u sigma mass = 9.155533e-05 u
max mass = 1.769445e+02 u min mass = 1.769445e+02 u
< z >= 7.300000e+01 sigma z = 0.000000e+00
max z = 7.300000e+01 min z = 7.300000e+01
< electrons >= 0.000000e+00 sigma electrons = 0.000000e+00
max electrons = 0.000000e+00 min electrons = 0.000000e+00
< nf/nsf >= 5.872032e-01 sigma nf/nsf = 4.218946e-05
max nf/nsf = 5.873148e-01 min nf/nsf = 5.870852e-01
< tof-tim >= 8.396414e-05 mu s sigma tof-tim = 6.741511e-08 mu s
max tof-tim = 8.413084e-05 mu s min tof-tim = 8.380316e-05 mu s
< delta e >= 6.125358e+04 MeV sigma delta e = 1.239262e+02 MeV
max delta e = 6.175993e+04 MeV min delta e = 6.082383e+04 MeV
< brho >= 9.200593e+00 Tm sigma brho = 2.818048e-02 Tm
max brho = 9.271651e+00 Tm min brho = 9.123435e+00 Tm
*****************************************************************
used cpu time : 3 sec
execution time : 13 sec
*****************************************************************