[HTML][HTML] Temperature-dependent f-electron evolution in CeCoIn5 via a comparative infrared study with LaCoIn5
Abstract We investigated CeCoIn 5 and LaCoIn 5 single crystals, which have the same
HoCoGa 5-type tetragonal crystal structure, using infrared spectroscopy. However, while
CeCoIn 5 has 4 f electrons, LaCoIn 5 does not. By comparing these two material systems,
we extracted the temperature-dependent electronic evolution of the f electrons of CeCoIn 5.
We observed that the differences caused by the f electrons are more obvious in low-energy
optical spectra at low temperatures. We introduced a complex optical resistivity and obtained …
HoCoGa 5-type tetragonal crystal structure, using infrared spectroscopy. However, while
CeCoIn 5 has 4 f electrons, LaCoIn 5 does not. By comparing these two material systems,
we extracted the temperature-dependent electronic evolution of the f electrons of CeCoIn 5.
We observed that the differences caused by the f electrons are more obvious in low-energy
optical spectra at low temperatures. We introduced a complex optical resistivity and obtained …
Temperature-Dependent F-Electron Evolution in Cecoin5 Via a Comparative Infrared Study with Lacoin5
Abstract We investigated CeCoIn5 and LaCoIn5 single crystals, which have the same
HoCoGa5-type tetragonal crystal structure, using infrared spectroscopy. However, while
CeCoIn5 has 4f electrons, LaCoIn5 does not. By comparing these two material systems, we
extracted the temperature-dependent electronic evolution of the f electrons of CeCoIn5. We
observed that the differences caused by the f electrons are more obvious in low-energy
optical spectra at low temperatures. We introduced a complex optical resistivity and obtained …
HoCoGa5-type tetragonal crystal structure, using infrared spectroscopy. However, while
CeCoIn5 has 4f electrons, LaCoIn5 does not. By comparing these two material systems, we
extracted the temperature-dependent electronic evolution of the f electrons of CeCoIn5. We
observed that the differences caused by the f electrons are more obvious in low-energy
optical spectra at low temperatures. We introduced a complex optical resistivity and obtained …
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