 Home |
| For authors |
| Submission status |
| Archive
|
| Archive
(English)
|
| Current
|
| Volumes 93-112 |
 Volumes 113-120 |
| Volume 120 |
| Volume 119 |
| Volume 118 |
| Volume 117 |
| Volume 116 |
| Volume 115 |
| Volume 114 |
| Volume 113 |
| Search |
| VOLUME 115 (2022) | ISSUE 7 | PAGE 448 |
|---|
|
A quantum dynamical approach to various scattering mechanisms and their influences on thermal conductivity of Sr- and Zn-doped La2CuO4 high temperature superconductor cuprate
A. Parmar+, A. K. Dimri*, M. K. Bera+
+Department of Physics, Maharishi Markandeshwar (Deemed to be University), 133207 Mullana Ambala, Haryana, India *Department of Physics, Maharaj Singh College, 247001 Saharanpur, Uttar Pradesh, India
Abstract
A theoretical investigation of the thermal conductivity of lightly Sr- and Zn-doped La2CuO4 high temperature superconductor cuprates has been analysed auspiciously. We used a quantum dynamical technique to develop the symbol of relaxation time and other scattering processes from frequency (energy) line widths in this formulation. The primary focus of this study is the effect of phonon-dopant atom scattering on the thermal conductivity of doped La2CuO4, as well as other dominant scattering mechanisms such as electron-phonon, cubic and quartic anharmonic phonon, cubic and quartic phonon interference, and phonon-magnon, among others. An acceptable level of agreement between theory and experiment has been reached. |