Electron capture and electron transitions.

In summary, during electron capture, the electrons give off EM waves as they transition between energy levels due to the change in atomic number and the subsequent "filling" of energy level "holes" by higher energy electrons.
  • #1
oksuz_
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When a nucleus captures an electron from the innermost orbit, its proton number reduces one. Therefore, energy levels in the atom have to change accordingly, meaning all the electrons have to move lower energy levels. From this point of view, during an electron capture, can it be said that the electrons give off EM waves due to the transition between energy levels?

Thank you.
 
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  • #2
oksuz_ said:
can it be said that the electrons give off EM waves due to the transition between energy levels?

Yes. The effect of changing the energies of the levels because of the change in atomic number is actually pretty small; the bigger effect is that there is now a "hole" in a low energy level, and an electron from a higher level can occupy the hole, emitting EM radiation as it does so (usually the emitted radiation is X rays). That leaves another hole that a still higher electron can occupy, etc., until the new atom is in its ground state.
 

1. What is electron capture?

Electron capture is a process in which an atom's nucleus absorbs one of its inner shell electrons, resulting in a decrease in the atomic number and the emission of a neutrino.

2. How does electron capture occur?

Electron capture can occur in atoms with unstable nuclei, typically with a high ratio of protons to neutrons. The nucleus must also have enough energy to overcome the binding energy of the captured electron.

3. What is the difference between electron capture and electron transitions?

Electron capture is a specific type of electron transition, in which an electron is captured by the nucleus. Electron transitions, on the other hand, refer to any change in an electron's energy level within an atom.

4. What is the significance of electron capture and transitions in chemistry?

Electron capture and transitions play a crucial role in determining the chemical properties of elements. These processes can result in the emission of characteristic X-rays, which are used in analytical techniques such as X-ray spectroscopy to identify elements.

5. Can electron capture and transitions occur in all elements?

No, electron capture and transitions are most commonly observed in elements with high atomic numbers and unstable nuclei, such as those found in the lanthanide and actinide series.

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