| 1. | The population of triplet states is also possible by other means.
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| 2. | The triplet state has total spin quantum number S = 1 and is paramagnetic.
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| 3. | When the methylene molecule is in its spins, a configuration known as triplet state.
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| 4. | The radiative decay from an excited triplet state back to a singlet state is known as phosphorescence.
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| 5. | For iron complexes, LIESST involves excitation of the low spin complex with green light to a triplet state.
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| 6. | Triplet state represents two noninteracting radical centers, and hence should abstract hydrogens at the same rate as phenyl radical.
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| 7. | Photobleaching can occur either from excitation into an even higher excited state, or from excitation in the triplet state.
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| 8. | This parameter is proportional to the phosphorescence wavelength and is used to compute the redox potentials of the triplet state.
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| 9. | E 0, 0 is a measurement of the energy gap between the ground state and the lowest energy triplet state.
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| 10. | Statistically, there is a 25 % probability of forming a singlet state and 75 % probability of forming a triplet state.
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