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Delta electrons with an energy less than twice the cuteneBdel compilation parameter of Heed, usually set to 1 keV, do not undergo scattering during their absorption into ionisation electrons.
When using electrons as primary particle, it is advisable not to use the ENERGY-CUT option.
Mass: 0.51099907 MeV, charge: -1
Mass: 0.51099907 MeV, charge: +1
Mass: 105.658389 MeV, charge: -1
Mass: 105.658389 MeV, charge: +1
Mass: 1777.00 MeV, charge: -1
Mass: 1777.00 MeV, charge: +1
Mass: 0, charge: 0.
Example:
&CELL plane x -10 pl x +10 v=2000Simulation of the absorption of an Fe55 photon.&GAS arg-50-eth-50 heed argon 70 co2 30
&DRIFT area -10 -10 -9 10 track -10 5 10 5 gamma energy 5.9 kev Global done Call book_histogram(xhist,100,-10,-5) Call book_histogram(nhist,100,50,250) For i From 1 To 1000 Do If entier(i/100)*100=i Then Say "Iteration {i} ..." Call new_track Global nelec=0 Do Call get_cluster(x,y,z,e,n,done) If done Then Leave Call fill_histogram(xhist,x) Global nelec=nelec+1 Enddo Call fill_histogram(nhist,nelec) Enddo Call plot_histogram(nhist) Call plot_end Call plot_histogram(xhist) Call plot_end
Mass: 139.56995 MeV, charge: -1
Mass: 139.56995 MeV, charge: +1
Mass: 493.677 MeV, charge: -1
Mass: 493.677 MeV, charge: +1
Mass: 938.27231 MeV, charge: +1
Mass: 938.27231, charge: -1
Formatted on 0106-10- at 19:36.