We report an investigation of the magnetic phase diagram of the heavy fermion com-pound CeCoGe2.36Si0.64 using DC magnetic susceptibility measurements under high pressure upto 10 kbar. The antiferromagnetic order that develops at ambient pressure below about 5.5 Kremains essentially unaffected by pressure in the investigated pressure range up to 10 kbar. Onthe other hand, moderate magnetic fields appear to induce a quantum critical point in a sam-ple subject to a pressure of 2 kbar. We discuss the role of disorder in the series of compoundsCeCoGe3−xSix
Resistivity measurements were performed up to pressures of 10 GPa and down to temperatures of 30 mK ...
This thesis summarizes experimental work using high pressure as a tuning parameter in the study of s...
We have investigated the effect of pressure and magnetic field on the specific heat of CeCu2Si2 and ...
We study the evolution of the magnetic ground state close to the putative quantum critical point in ...
The intermetallic compound CeGe exhibits unusual magnetic behavior owing to the interplay between Ko...
The low-temperature magnetization of single-crystal CeRu2Si 2 has been investigated under hydrostati...
We report a pressure effect on CeCu2(Si0.98Ge0.02)(2) where an anti ferromagnetic order below T-N si...
Systematic trends observed in the thermopower of heavy fermion compounds have led us to study CeCu2G...
High pressure provides a powerful means for exploring unconventional superconductivity which appears...
We have studied the temperature-pressure phase diagram of CeCoSi by electrical-resistivity experimen...
International audienceCeAu2Si2 is a newly discovered pressure-induced heavy fermion superconductor, ...
In this study, the electrical resistivity and magnetization of a single crystal of Ce2Ni3Ge5 heavy f...
We report a pressure effect on CeCu2(Si0.98Ge0.02)(2) where an anti ferromagnetic order below T-N si...
Hydrostatic pressure experiments on single crystals of the magnetically ordered heavy fermion compou...
We present a careful study of CePd2Si2 tuned through its magnetic instability by application of hydr...
Resistivity measurements were performed up to pressures of 10 GPa and down to temperatures of 30 mK ...
This thesis summarizes experimental work using high pressure as a tuning parameter in the study of s...
We have investigated the effect of pressure and magnetic field on the specific heat of CeCu2Si2 and ...
We study the evolution of the magnetic ground state close to the putative quantum critical point in ...
The intermetallic compound CeGe exhibits unusual magnetic behavior owing to the interplay between Ko...
The low-temperature magnetization of single-crystal CeRu2Si 2 has been investigated under hydrostati...
We report a pressure effect on CeCu2(Si0.98Ge0.02)(2) where an anti ferromagnetic order below T-N si...
Systematic trends observed in the thermopower of heavy fermion compounds have led us to study CeCu2G...
High pressure provides a powerful means for exploring unconventional superconductivity which appears...
We have studied the temperature-pressure phase diagram of CeCoSi by electrical-resistivity experimen...
International audienceCeAu2Si2 is a newly discovered pressure-induced heavy fermion superconductor, ...
In this study, the electrical resistivity and magnetization of a single crystal of Ce2Ni3Ge5 heavy f...
We report a pressure effect on CeCu2(Si0.98Ge0.02)(2) where an anti ferromagnetic order below T-N si...
Hydrostatic pressure experiments on single crystals of the magnetically ordered heavy fermion compou...
We present a careful study of CePd2Si2 tuned through its magnetic instability by application of hydr...
Resistivity measurements were performed up to pressures of 10 GPa and down to temperatures of 30 mK ...
This thesis summarizes experimental work using high pressure as a tuning parameter in the study of s...
We have investigated the effect of pressure and magnetic field on the specific heat of CeCu2Si2 and ...