Exciton Absorption Lines in Antiferromagnetic LuCrO_3
スポンサーリンク
概要
- 論文の詳細を見る
Optical properties of R-excitons in LuCrO_3 as well as their change during the magnetic-field-induced spin reorientation have been investigated. It is shown that the polarization characters of the exciton lines agree with the theory of the Frenkel excitons in antiferromagnetic rare-earth orthochromites. By using the available theory, parameters related to the excitation transfer matrix elements of Cr^<3+> ions in LuCrO_3 are determined. The energy shift and intensity change of the exciton lines during the spin reorientation are discussed and compared with those in YCrO_3.
- 1975-12-15
著者
-
Tamaki Takahiko
Broadcasting Science Research Laboratories Of Nippon Hoso Kyokai
-
Tamaki Takahiko
Broadcasting Science Research Laboratories Of Nhk
-
KAJIURA Masako
Broadcasting Science Research Laboratories, NHK
-
AOYAGI Kiyoshi
Broadcasting Science Research Laboratories of NHK
-
Kajiura Masako
Broadcasting Science Research Laboratories Nhk
-
Kajiura Masako
Broadcasting Science Research Laboratories Of Nhk
関連論文
- Exciton Absorption Lines in Antiferromagnetic LuCrO_3
- Fine Structure of the R Absorption Lines of Cr^ in Antiferromagnetic Dysprosium Aluminum Garnet
- Zero-Lines and Their Magnon-Sidebands in Antiferromagnetic MnF_2
- Exciton Absorption Lines in Antiferromagnetic DyCrO_3
- Exciton Absorption Lines in Antiferromagnetic Rare-Earth Orthochromites : With Particular Reference to YCrO_3
- Far Infrared Absorption Spectrum of K_2NiF_4 and KNiF_3 at Low Temperature
- Relaxation of Amorphous Gd-Co Film through Electrical Resistivity Measurement
- Anisotropy of g-Values in YAlO_3: Dy^
- Absorption Spectrum of an Antiferromagnetic Rare-Earth Garnet Dy_3Al_5O_ above and below the Neel Temperature
- Magnetic Circular Dichroism in Ruby
- Optical Observation of Adiabatic Magnetization in Rare-Earth Compounds
- Effect of Chromium on the Thermal Stability of Cobalt-Based Amorphous Alloy
- Optically Induced Magnetization in Ruby
- Optical Absorption Spectra of EuAlO_3