| 1. | Many electronic transitions in conjugated ?-systems are from a predominantly electromagnetic transitions.
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| 2. | It shows the electronic transitions for 2p-> 3d ( L-edge ) absorption.
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| 3. | THz ( " t " ) can induce electronic transitions over microscopic scales.
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| 4. | Electronic transitions of gaseous molecules will show both vibrational and rotational fine structure.
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| 5. | The second factor is the frequency and intrinsic width of the electronic transition.
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| 6. | The type of conjugation affects reactivity and molecular electronic transitions.
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| 7. | In addition to these assignments, electronic transitions also have so-called bands associated with them.
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| 8. | As a result symmetrical molecules possess no purely rotational spectrum, without an electronic transition.
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| 9. | Doppler cooling involves light with frequency tuned slightly below an electronic transition in an atom.
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| 10. | For each electronic transition, there are different bands for changes between the different vibrational states.
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