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Article
Thermodynamics and the Elastic Moduli of Pu
Pu exhibits at least five structures below its melting point of 914 K. The lower-temperature phases have unusually low symmetry for an elemental metal, but at higher temperatures, Pu behaves like many other me...
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Article
Materials Development for Thermomagnetic Cooling
We review thermoelectric effects in a magnetic field at a phenomenological level. The measurement problem is discussed in detail, and results are presented based on the time-dependent voltages developed by the...
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Article
Optimization of Materials for Thermomagnetic Cooling
We review thermoelectric transport in a magnetic field. The key physical effect for thermomagnetic cooling is the Ettingshausen effect. We describe the design principles, measurement difficulties and areas whe...
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Article
Transport and thermodynamic studies of Y1−xTbxBa2Cu3O7 single crystals
The electrical resistivity ρ(T,x) and magnetic susceptibility χ(T,H), and specific heat C(T,x) have been measured on single crystals of Y1−x TbxBa2Cu3O7. The results strongly suggest the appearance of strong 4f e...