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I have a question about KL1_LINE: according to transition selection rule, K-->L1, K-->M1, K-->N1 transitions are forbidden, which however are listed in the "X-ray fluorescence line macros". Also the corresponding energies could be given calling the "LineEnergy" function.
I am thinking if this fluorescence database is directly deviated from the absorption energies, by subtracting different energy levels, without considering whether the transition would really happen...?
Thanks!
The text was updated successfully, but these errors were encountered:
You are indeed correct: the _LINE macros correspond to all transitions based on the differences of two edge energies. Although cases like K → L1 are typically called forbidden transitions that doesn't mean that they are really impossible, just that they have a very, very low probability. Try for example RadRate(82, L1M1_LINE) and you will not get zero...
Hello,
I have a question about KL1_LINE: according to transition selection rule, K-->L1, K-->M1, K-->N1 transitions are forbidden, which however are listed in the "X-ray fluorescence line macros". Also the corresponding energies could be given calling the "LineEnergy" function.
I am thinking if this fluorescence database is directly deviated from the absorption energies, by subtracting different energy levels, without considering whether the transition would really happen...?
Thanks!
The text was updated successfully, but these errors were encountered: