34 lines
523 B
Python
Executable File
34 lines
523 B
Python
Executable File
import numpy as np
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import matpltlib.pyplot as plt
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ZZ= 7 #nitrógeno
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E0 = 20*10**9 #eV
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EC = 600*10**6/ZZ #eV
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def rand():return(np.random.uniform(0,1))
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E=[E0]
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X=[0]
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N=[1]
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T=[]
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tmax = int(np.log(E0/EC)/np.log(2))
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for t in range(0,tmax):
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X.append(t+1)
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s=N[t]
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for i in range(len(E)):
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x=rand()
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e=0.5*x*E[i]
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e1=0.5*(1-x)*E[i]
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if e>EC:
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T.append(e)
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if e1>EC:
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T.append(e1)
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prof=len(T)
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N.append(prof)
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E=T
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T=[]
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