| 1. | The shift in energy gives information about the vibrational modes in the system.
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| 2. | Here threefold degenerate electronic states and vibrational modes come into play.
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| 3. | Other vibrational modes of open strings exhibit the properties of photons and gluons.
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| 4. | Open and closed strings are generally associated with characteristic vibrational modes.
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| 5. | Also, there is a coupling between the rotational modes and the vibrational modes.
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| 6. | Each vibrational mode will contribute R to the total molar heat capacity, however.
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| 7. | Then, each vibrational mode can be identified as either IR or Raman active.
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| 8. | The remaining degrees of freedom correspond to molecular vibrational modes.
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| 9. | Components of a given vibrational mode are also labelled according to their transformation properties.
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| 10. | In addition, spin transitions are going to affect the vibrational modes of the ligands.
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