| 21. | The zero-phonon transition is depicted as having a lower wavefunction overlap and therefore a lower transition probability.
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| 22. | It is defined as a transition probability modeling, can be further acquired through model fitting of experimental transiograms.
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| 23. | Where W _ X is the X-ray transition probability and W _ A is the Auger transition probability.
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| 24. | Where W _ X is the X-ray transition probability and W _ A is the Auger transition probability.
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| 25. | The transition probabilities depend only on the current position, not on the manner in which the position was reached.
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| 26. | The mathematical model consists of a transition probability that specifies an output distribution for each possible sequence of channel inputs.
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| 27. | Terminals constitute states in the CM and the transition probabilities between the states is 1 if no indels are considered.
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| 28. | A Markovian model adds the relative transition probabilities that given one word, predict what the next word will be.
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| 29. | Their formula allows the transition probability between two diabatic potential curves in the neighborhood of an avoided crossing to be calculated.
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| 30. | Wigner postulated the transition probability between states to be the same to all observers related by a transformation of special relativity.
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