Linear temperature dependence of intrinsic resistivity of metals determined by electronic structure

Key Points

• The aim is to explore how the intrinsic resistivity of metals changes with temperature, focusing on the role of electron-phonon interactions.
• Analyzed the relationship between temperature and intrinsic resistivity in various metals.
• Examined the role of electron-phonon scattering in the resistivity changes.
• Utilized models of electronic structure to predict resistivity behavior at high temperatures.
• Established a linear temperature dependence in the intrinsic resistivity of metals at high temperatures.
• Quantified the impact of electronic structure on resistivity behaviors under varying thermal conditions.