Abstract
Based on the electron-fracton interaction, the Hall effect and resistivity in the normal states of high-T{sub c} oxides are calculated by solving the quantum transport equations. The numerical results show that, under certain conditions, the inplane resistivity exhibits a nearly temperature dependence and the Hall angle exhibits a quadratic temperature dependence. (author). 19 refs, 3 figs.
Jiang, Q;
[1]
Zhang, Z H;
Wang, X B;
Tian, D C;
[2]
Chui, T
[3]
- International Centre for Theoretical Physics, Trieste (Italy)
- Wuhan Univ., Wuhan (China). Dept. of Physics
- Delaware Univ., Newark, DE (United States). Bartol Research Inst.
Citation Formats
Jiang, Q, Zhang, Z H, Wang, X B, Tian, D C, and Chui, T.
Hall effect and resistivity in the normal state of high-T{sub c} cuprates in the electron-fracton model.
IAEA: N. p.,
1994.
Web.
Jiang, Q, Zhang, Z H, Wang, X B, Tian, D C, & Chui, T.
Hall effect and resistivity in the normal state of high-T{sub c} cuprates in the electron-fracton model.
IAEA.
Jiang, Q, Zhang, Z H, Wang, X B, Tian, D C, and Chui, T.
1994.
"Hall effect and resistivity in the normal state of high-T{sub c} cuprates in the electron-fracton model."
IAEA.
@misc{etde_10102865,
title = {Hall effect and resistivity in the normal state of high-T{sub c} cuprates in the electron-fracton model}
author = {Jiang, Q, Zhang, Z H, Wang, X B, Tian, D C, and Chui, T}
abstractNote = {Based on the electron-fracton interaction, the Hall effect and resistivity in the normal states of high-T{sub c} oxides are calculated by solving the quantum transport equations. The numerical results show that, under certain conditions, the inplane resistivity exhibits a nearly temperature dependence and the Hall angle exhibits a quadratic temperature dependence. (author). 19 refs, 3 figs.}
place = {IAEA}
year = {1994}
month = {Aug}
}
title = {Hall effect and resistivity in the normal state of high-T{sub c} cuprates in the electron-fracton model}
author = {Jiang, Q, Zhang, Z H, Wang, X B, Tian, D C, and Chui, T}
abstractNote = {Based on the electron-fracton interaction, the Hall effect and resistivity in the normal states of high-T{sub c} oxides are calculated by solving the quantum transport equations. The numerical results show that, under certain conditions, the inplane resistivity exhibits a nearly temperature dependence and the Hall angle exhibits a quadratic temperature dependence. (author). 19 refs, 3 figs.}
place = {IAEA}
year = {1994}
month = {Aug}
}