Thermopower of (Ce,Pr)Cu 6 alloys. Očko, M., Miljak, M., Kos, I., Park, J., -., & Roy, S., B. Journal of Physics: Condensed Matter, 7(15):2979-2986, IOP PUBLISHING LTD, 1995. ![Thermopower of (Ce,Pr)Cu 6 alloys [link]](https://bibbase.org/img/filetypes/link.svg "link")
Website abstract bibtex We report on the thermopower of (Ce-x,Pr-1-x)Cu-6 for 0 less than or equal to x less than or equal to 1 from 2 K up to room temperature. Over the studied temperature range, it is found that the thermopower is positive and show a maximum except for pure PrCu6. Besides the maximum, we notice a shoulder at low temperature. With increasing Pr concentrations, the shoulder becomes more apparent and almost comparable in size to the main maximum. Using the Nordheim-Gorter rule, we have been able to estimate the magnetic contribution of Ce to the thermopower, which is found to be 50 mu V K-1 at the maximum. We also report the thermopower of PrCu6 for the first time. It is positive over the studied temperature range. PrCu6 also shows a modest maximum at higher temperature. This maximum, however, is much broader and smaller than that for the Ce-rich side of CeCu6.
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abstract = {We report on the thermopower of (Ce-x,Pr-1-x)Cu-6 for 0 less than or equal to x less than or equal to 1 from 2 K up to room temperature. Over the studied temperature range, it is found that the thermopower is positive and show a maximum except for pure PrCu6. Besides the maximum, we notice a shoulder at low temperature. With increasing Pr concentrations, the shoulder becomes more apparent and almost comparable in size to the main maximum. Using the Nordheim-Gorter rule, we have been able to estimate the magnetic contribution of Ce to the thermopower, which is found to be 50 mu V K-1 at the maximum. We also report the thermopower of PrCu6 for the first time. It is positive over the studied temperature range. PrCu6 also shows a modest maximum at higher temperature. This maximum, however, is much broader and smaller than that for the Ce-rich side of CeCu6.},
bibtype = {article},
author = {Očko, M and Miljak, M and Kos, I and Park, J -G. and Roy, S B},
journal = {Journal of Physics: Condensed Matter},
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