Polarization relaxation in Rochelle salt crystals
- 作者O. M. Golitsyna; S. N. Drozhdin; A. I. Nikishina
- 卷第49卷
- 期第10期
- 印刷ISSN1063-7834
- 电子ISSN1090-6460
- 文件大小188.47KB
- 发表时间2007-10
- DOI10.1134/s106378340710023x
- 页码1953-1956
The possibility of the “giant” isotope effect for ultrasound absorption in crystalsI. G. Kuleev; I. I. Kuleev; A. V. Inyushkin; V. I. Ozhogin · 2005
Longitudinal-phonon relaxation mechanisms in cubic crystals of germanium, silicon, and diamondI. G. Kuleev; I. I. Kuleev · 2005
Normal phonon-phonon scattering processes and the thermal conductivity of germanium crystals with isotope disorderI. G. Kuleev; I. I. Kuleev · 2001
Elastic waves in cubic crystals with positive or negative anisotropy of second-order elastic moduliI. G. Kuleev; I. I. Kuleev · 2007
Elastic waves and the Landau-Rumer mechanism of relaxation of quasi-transverse phonons in GaAs crystalsI. G. Kuleev; I. I. Kuleev; I. Yu. Arapova · 2008
Normal processes of phonon-phonon scattering and the drag thermopower in germanium crystals with isotopic disorderI. G. Kuleev; I. I. Kuleev; A. N. Taldenkov; A. V. Inyushkin; V. I. Ozhogin; K. M. Itoh; E. E. Haller · 2003
The effect of normal phonon-phonon scattering processes on the maximum thermal conductivity of isotopically pure silicon crystalsI. G. Kuleev; I. I. Kuleev · 2002