The heat capacity in the applied magnetic field up to 9 T, susceptibility and magnetization of polycrystalline $CeCu_4Al$ are presented. The determined electronic heat capacity coefficient γ= 210 mJ $mol^{-1} K^{-2}$ confirmed heavy fermion character of this compound. Magnetic ordering was not observed down to 0.5 K. Magnetic properties confirm these observations
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C),...
The thermal conductivity and thermopower are discussed for the heavy fermion $CeCu_4Al$ compound. $C...
CeCu4Al and CeCu2Zn2Al are heavy-fermion systems with extremely enhanced C/T (the specific heat divi...
CeCu4Al and CeCu2Zn2Al are heavy-fermion systems with extremely enhanced C/T (the specific heat divi...
The results of magnetic susceptibility and heat capacity measurements are reported for the Ce₄RuAl c...
CeCu4Al and CeCu2Zn2Al are heavy-fermion systems with extremely enhanced C/T (the specific heat divi...
Results of magnetic-susceptibility, electrical-resistivity, and low-temperature specific-heat measur...
Materials containing the 4f (rare earth) or 5f (actinides) exhibit a large variety of interesting ph...
We present measurements of the specific heat, the electrical resistivity, the Hall effect, and the...
Materials containing the 4f (rare earth) or 5f (actinides) exhibit a large variety of interesting ph...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
In this work we combine magnetization, pressure dependent electrical resistivity, heat capacity, Cu6...
In this work we combine magnetization, pressure dependent electrical resistivity, heat capacity, Cu6...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C),...
The thermal conductivity and thermopower are discussed for the heavy fermion $CeCu_4Al$ compound. $C...
CeCu4Al and CeCu2Zn2Al are heavy-fermion systems with extremely enhanced C/T (the specific heat divi...
CeCu4Al and CeCu2Zn2Al are heavy-fermion systems with extremely enhanced C/T (the specific heat divi...
The results of magnetic susceptibility and heat capacity measurements are reported for the Ce₄RuAl c...
CeCu4Al and CeCu2Zn2Al are heavy-fermion systems with extremely enhanced C/T (the specific heat divi...
Results of magnetic-susceptibility, electrical-resistivity, and low-temperature specific-heat measur...
Materials containing the 4f (rare earth) or 5f (actinides) exhibit a large variety of interesting ph...
We present measurements of the specific heat, the electrical resistivity, the Hall effect, and the...
Materials containing the 4f (rare earth) or 5f (actinides) exhibit a large variety of interesting ph...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
In this work we combine magnetization, pressure dependent electrical resistivity, heat capacity, Cu6...
In this work we combine magnetization, pressure dependent electrical resistivity, heat capacity, Cu6...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C), and therm...
The results of magnetic susceptibility (χ), electrical resistivity (ρ), heat-capacity (C),...