Influence of hydrogen on electron-phonon coupling and intrinsic electrical resistivity in zirconium: A first-principles study

@article{Tang2019InfluenceOH,
  title={Influence of hydrogen on electron-phonon coupling and intrinsic electrical resistivity in zirconium: A first-principles study},
  author={Qicheng Tang and L. A. Svyatkin and Ivan Petrovich Chernov},
  journal={Physical Review B},
  year={2019}
}
The paper presents the first-principle calculation of the electron-phonon coupling and the temperature dependence of the intrinsic electrical resistivity of the zirconium-hydrogen system with various hydrogen concentrations. The nature of the anomalous decrease in the electrical resistivity of the Zr-H system with the increase of hydrogen concentration (at the high concentrations of H/Zr$>$1.5) was studied. It was found that the hydrogen concentration, where the resistivity starts to decrease… 
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