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The paper analyzed the data on the temperature dependence in the region 4.2-300 K of the electrical resistance along the direction of the highest conductivity of the NbSe3 single crystal at… Click to show full abstract
The paper analyzed the data on the temperature dependence in the region 4.2-300 K of the electrical resistance along the direction of the highest conductivity of the NbSe3 single crystal at different values of the uniaxial pressure perpendicular to the indicated direction. This pressure suppresses the charge density wave states without shifting their temperatures. In regions of metallic conductivity, the resistance can be approximated within the framework of the Bloch- Gruneisen-Wilson model. The Debye temperature decreases due to the size effect, which is stimulated by both cooling and pressure.
Journal Title: Low Temperature Physics
Year Published: 2023
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