Add to ORKGThe focus of this thesis lies on the thermoelectric transport properties of rare-earth compounds containing Ce, Eu, and Yb. These systems have been investigated either to study fundamental problems or to evaluate their potential for thermoelectric applications
This work has investigated the thermoelectric properties of tungsten Magnéli oxides and sinterend Fe...
Electrical resistivity, thermopower (TEP), thermal conductivity and the thermoelectric fig...
Thermoelectric materials are revisited for various applications including power generation. The dire...
The focus of this thesis lies on the thermoelectric transport properties of rare-earth compounds con...
The author reviews the thermoelectric properties of metallic compounds which contain rare-earth atom...
Both in the class of strongly correlated electron systems and in the class of cage compounds represe...
This manuscript discusses the materials physics of thermal and electrical transport in the solid sta...
In the first part of the thesis, the electric resistivity, Seebeck coefficient, and Hall effect were...
The study of thermoelectric phenomena in solids provides a wealth of opportunity for exploration of ...
In thermoelectric materials, the coupling between thermal and electrical currents allows for the dir...
ABSTRACT: Type-I clathrates possess extremely low thermal conductivities, a property that makes them...
We investigated the thermoelectric transport properties of EuNi2P2 and EuIr2Si2 to evaluate the rele...
Thermoelectric devices make it possible for direct energy conversion between heat and electricity. I...
Rare earth compounds have potential applications in thermoelectric devices due to their large value ...
We performed elemental analysis and transport measurements (resistivity and Seebeck coefficient) in ...
This work has investigated the thermoelectric properties of tungsten Magnéli oxides and sinterend Fe...
Electrical resistivity, thermopower (TEP), thermal conductivity and the thermoelectric fig...
Thermoelectric materials are revisited for various applications including power generation. The dire...
The focus of this thesis lies on the thermoelectric transport properties of rare-earth compounds con...
The author reviews the thermoelectric properties of metallic compounds which contain rare-earth atom...
Both in the class of strongly correlated electron systems and in the class of cage compounds represe...
This manuscript discusses the materials physics of thermal and electrical transport in the solid sta...
In the first part of the thesis, the electric resistivity, Seebeck coefficient, and Hall effect were...
The study of thermoelectric phenomena in solids provides a wealth of opportunity for exploration of ...
In thermoelectric materials, the coupling between thermal and electrical currents allows for the dir...
ABSTRACT: Type-I clathrates possess extremely low thermal conductivities, a property that makes them...
We investigated the thermoelectric transport properties of EuNi2P2 and EuIr2Si2 to evaluate the rele...
Thermoelectric devices make it possible for direct energy conversion between heat and electricity. I...
Rare earth compounds have potential applications in thermoelectric devices due to their large value ...
We performed elemental analysis and transport measurements (resistivity and Seebeck coefficient) in ...
This work has investigated the thermoelectric properties of tungsten Magnéli oxides and sinterend Fe...
Electrical resistivity, thermopower (TEP), thermal conductivity and the thermoelectric fig...
Thermoelectric materials are revisited for various applications including power generation. The dire...