energia wzbudzenia

From this last equation it is possible to derive the excitation energies of the system, as these are simply the poles of the response function.

"On resonance transfer of excitation energy between aromatic aminoacids in proteins."

For quantitative good energy differences (excitation energies) one has to be careful in selecting the references.

These excitation energies and inter-dot interactions are all functions of the applied field F.

This distribution is determined by the atomic excitation energies, and the local temperature.

Collisions with other atoms or molecules absorb the excitation energy and prevent emission.

The excitation energy is transformed into heat.

The excitation energy is obtained from recombination of oxidized and reduced species.

Typical rotational excitation energies are on the order of a few cm.

The transformation of excitation energy into harmless heat occurs via a photochemical process called internal conversion.