Pressure effect on the electrical properties of R7Rh3 (R = Dy and Y) (original) (raw)

Free PDF

Magnetic and electrical properties of the intermetallic compounds R7Rh3 (R=La, Ce, Pr and Nd) Cover Page

Free PDF

Pressure-dependent electrical resistivity ofRCo2compounds(R= rare earth) Cover Page

Free PDF

Elastic and thermodynamic properties of Rh and Rh3Zr under pressure from first-principles calculation Cover Page

Free PDF

Thermophysical Properties of Rh<SUB>3</SUB>X for Ultra-High Temperature Applications Cover Page

Difference in the transport properties between Y 7Rh 3 and La 7Rh 3

Physica B-condensed Matter - PHYSICA B, 2003

Transport, thermodynamic and magnetic properties in La7Rh3 and Y7Rh3 were examined. The results indicate that La7Rh3 is metallic and becomes superconducting below 2.5K. In contrast, Y7Rh3 shows anomalous transport properties with a broad maximum around 200K and a negative temperature coefficient of electrical resistivity at higher temperature. The number of carrier in Y7Rh3 is less than that in La7Rh3, while the electron correlation of Y7Rh3 is stronger than that of La7Rh3. Thus the contrastive physical properties between light- and heavy-rare-earth R7Rh3 might be originated in both the difference of the number of carrier and strength electron correlation owing to change in the lattice constants.

Free PDF

Difference in the transport properties between Y 7Rh 3 and La 7Rh 3 Cover Page

Free PDF

Properties of Er 3Rh single crystals Cover Page

Free PDF

High pressure phonon and thermodynamic properties of Ru based intermetallics: A DFT investigation Cover Page

Free PDF

Mechanical properties of Rh-based L12 intermetallic compounds Rh3Ti, Rh3Nb and Rh3Ta Cover Page

Free PDF

High pressure phase transition and elastic properties of covalent heavy rare-earth Antimonides Cover Page

Free PDF

Effect of Chemical Pressure on the Charge Density Wave Transition in Rare-earth Tritellurides RTe_3 Cover Page