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We note here that both curves have been obtained with different DFT functionals: the calculations performed by Bilić et al. were based on the PW91 form of the generalized gradient approximation. Even so, we chose to exhibit both curves in the same graph to contrast the distinctive behaviour of the two radicals. A comparison of the binding energies of phenylthiol computed with the same simulation parameters is given in Table 1
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We note here that both curves have been obtained with different DFT functionals: the calculations performed by Bilić et al. were based on the PW91 form of the generalized gradient approximation. Even so, we chose to exhibit both curves in the same graph to contrast the distinctive behaviour of the two radicals. A comparison of the binding energies of phenylthiol computed with the same simulation parameters is given in Table 1.
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41
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0033943114
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A value of 0.31 e has been calculated in ref 26 for a substituted phenylthiol using the same treatment
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A value of 0.31 e has been calculated in ref 26 for a substituted phenylthiol using the same treatment.
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43
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57049178318
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It is not unusual to find the opposite interpretation, i.e, the assumption that the larger the charge transfer, the better the conductivity. This idea should be considered with caution. While it holds if an electric field is applied, it is not necessarily true at zero bias. To the contrary, a big charge transfer is indicative of an ionic bond, in contraposition to metallic behavior
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It is not unusual to find the opposite interpretation, i.e., the assumption that the larger the charge transfer, the better the conductivity. This idea should be considered with caution. While it holds if an electric field is applied, it is not necessarily true at zero bias. To the contrary, a big charge transfer is indicative of an ionic bond, in contraposition to metallic behavior.
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