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I'm having a small question regarding $K_{\alpha}$ and $K_{\beta}$ emissions.

If I'm not mistaken this happens when there is a transition from the L shell to the K shell (Depending on the orbital), in which a photon is emitted with a given energy.

My question is: Is there any difference between the energy of the photon that is emitted in $K_{\alpha}$ emission for example, and the binding energy of the electron in the same orbital, or...?

Thanks in advance

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It isn't clear what you're asking. The $K_{\alpha}$ energy is the difference in energy between the 1s and 2p atomic orbitals. The $K_{\beta}$ is the difference in energy between the 1s and 3p atomic orbitals. – John Rennie Jun 26 '13 at 15:53
    
I think it was just me who got a little confused. I actually thought that the $K_{\alpha}$ was the same, as if the electron was removed from the atom while being in that orbital. But of course, that is not the case :/ So never mind the question. It was me being a little slow, sorry :) – Denver Dang Jun 26 '13 at 16:04

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