The authors report measurements on the lattice parameter, electrical resistivity, thermal conductivity, thermoelectric power, susceptibility, magnetisation and specific heat as well as preliminary neutron diffraction results for the orthorhombic compound CeCu2. The Ce valence is close to three and the overall crystal-field splitting seems to be approximately=200K. CeCu2 behaves as a Kondo lattice system with a 'Kondo temperature' in the crystal-field ground state being of the order of 10-20K. Below 3.5K CeCu2 shows magnetic order of an anisotropic antiferromagnetic type
Specific heat, resistivity and inelastic neutron scattering experiments are reported, which demonstr...
The results of magnetic susceptibility (4.2-300 K), electrical resistivity (1.5-300 K) and heat capa...
Motivated by the presence of competing magnetic interactions in the heavy fermion family CeTX2 (T = ...
Elastic and inelastic neutron scattering studies of the Kondo lattice CeCu2Ge2 were performed. AtT N...
Magnetic, calorimetric and transport measurements characterize CeCu2Ge2 as a Kondo-lattice system wh...
A detailed study has been undertaken of the magnetic properties of new Kondo lattice compounds CeTSb...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C),...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
Single crystals of the new compound CeCu0.18Al0.24Si1.58 have been grown by high-temperature solutio...
A complete physical characterisation, through specific heat, electrical resistivity and magnetizatio...
AbstractCeCu2Ge2, the counterpart of the heavy-fermion superconductor CeCu2Si2, exhibits an in-comme...
CeCu2 can be classified as a Kondo lattice which shows antiferromagnetic (AF) order below T-N=3.5 K ...
Even in the absence of both magnetic order and superconductivity, Ce‐based Kondo lattice systems sho...
The compound CePd2Ga crystallizing in the orthorhombic YPd2Si-type structure orders antiferromagneti...
In this work we combine magnetization, pressure dependent electrical resistivity, heat capacity, Cu6...
Specific heat, resistivity and inelastic neutron scattering experiments are reported, which demonstr...
The results of magnetic susceptibility (4.2-300 K), electrical resistivity (1.5-300 K) and heat capa...
Motivated by the presence of competing magnetic interactions in the heavy fermion family CeTX2 (T = ...
Elastic and inelastic neutron scattering studies of the Kondo lattice CeCu2Ge2 were performed. AtT N...
Magnetic, calorimetric and transport measurements characterize CeCu2Ge2 as a Kondo-lattice system wh...
A detailed study has been undertaken of the magnetic properties of new Kondo lattice compounds CeTSb...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C),...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
Single crystals of the new compound CeCu0.18Al0.24Si1.58 have been grown by high-temperature solutio...
A complete physical characterisation, through specific heat, electrical resistivity and magnetizatio...
AbstractCeCu2Ge2, the counterpart of the heavy-fermion superconductor CeCu2Si2, exhibits an in-comme...
CeCu2 can be classified as a Kondo lattice which shows antiferromagnetic (AF) order below T-N=3.5 K ...
Even in the absence of both magnetic order and superconductivity, Ce‐based Kondo lattice systems sho...
The compound CePd2Ga crystallizing in the orthorhombic YPd2Si-type structure orders antiferromagneti...
In this work we combine magnetization, pressure dependent electrical resistivity, heat capacity, Cu6...
Specific heat, resistivity and inelastic neutron scattering experiments are reported, which demonstr...
The results of magnetic susceptibility (4.2-300 K), electrical resistivity (1.5-300 K) and heat capa...
Motivated by the presence of competing magnetic interactions in the heavy fermion family CeTX2 (T = ...