The electron may then recombine with the ion, releasing its energy in the form of a photon.

In this process, some electrons recombine with the nucleus (nuclei).

The electrons and the holes recombine with the carrier lifetime τ.

The electrons and holes recombine in the intrinsic semiconductor emitting photons.

Often the electrons recombine with the holes rather than reach the electrode.

Finally, the electrons recombine with holes under emission of photons.

Then, after it passed, the atoms and electrons recombined in a spectacular display of chemistry and physics.

Beginning immediately after being promoted, there is a chance that a given electron will recombine with a hole and move back into the valence band.

After a while, free electrons recombine with those hydrogen ions.

Some positrons and electrons will then recombine into photons.