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Very close to the limit of Mott minimum metallic conductivity Tc can decrease because of the increase in electron-electron repulsion caused by the loss of effective screening (see Ref.).
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Very close to the limit of Mott minimum metallic conductivity Tc can decrease because of the increase in electron-electron repulsion caused by the loss of effective screening (see Ref.).
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For series 2, our variation of Tc with lattice parameters is similar to the one reported by Wang
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For series 2, our variation of Tc with lattice parameters is similar to the one reported by Wang (Ref.).
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We would like to note that Θ in McMillan theory arises from a phenomenological cutoff, which is of the order of the Debye temperature. A precise match between the two is therefore not expected.
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We would like to note that Θ in McMillan theory arises from a phenomenological cutoff, which is of the order of the Debye temperature. A precise match between the two is therefore not expected.
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Since the loss of screening will affect N (0) at the Fermi level but will have no effect on the carrier density n extracted from the Hall effect, the loss of screening should manifest itself as a deviation from the linear trend in σn versus n at large disorder, which we do not observe in our data.
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Since the loss of screening will affect N (0) at the Fermi level but will have no effect on the carrier density n extracted from the Hall effect, the loss of screening should manifest itself as a deviation from the linear trend in σn versus n at large disorder, which we do not observe in our data.
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It is interesting to note that Tc decreases both for samples with excess Nb and excess N;
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It is interesting to note that Tc decreases both for samples with excess Nb and excess N;
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The situation here is possibly similar to the Ar ion irradiated NbN samples where the decrease in Tc after irradiation was attributed to the reduction in density of states caused by Nb or N vacancies;
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The situation here is possibly similar to the Ar ion irradiated NbN samples where the decrease in Tc after irradiation was attributed to the reduction in density of states caused by Nb or N vacancies
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