HfV2, a particularly attractive C15 Laves phase structural material, undergoes a structural transformation at 115K. A tentative reciprocal lattice for low-temperature HfV2 based on a combination of selected area diffraction patterns is illustrated. The results reveal structural characteristics inconsistent with earlier claims by other investigators. Further and detailed studies are under way, using a combination of CBED and synchrotron diffraction to determine the low-temperature structure`s crystal symmetry, lattice parameters, and atomic positions
The transformations of HfO2 are often described as analogous with the transformations in ZrO2 becaus...
We present first principles calculations of the electronic structure, enthalpies of formation and el...
International audienceThe magnetic structure at low temperature of the ferrimagnetic hexagonal perov...
Specific heat and magnetization measurements on the hard superconductor HfV2 confirm the presence of...
Magnetic susceptibility χ, electrical resistivity ρ, thermoelectric power (Seebeck coefficient) S an...
Magnetic susceptibility χ, electrical resistivity ρ, thermoelectric power (Seebeck coefficient) S an...
We present experimental results for the low-temperature specific heat, electrical resistivity, elast...
This is a study of phase equilibria, physical properties and mechanical behavior of Hf-V-Nb alloys b...
Phase transformation from orthorhombic HfV2 structure to cubic C15 Laves phase structure, which o...
In binary Laves phases (AB{sub 2}) that exhibit a homogeneity range, the ability to accommodate nons...
The Knight shift K of 51V and the magnetic susceptibility χ in the C15 Laves phase compound HfV2 hav...
Phase fields and equilibria in the Hf-V-Nb system were determined using a combination-of SEM, EDS an...
HfV2 has been classified as a heavy Fermion system with a superconducting ground state characteristi...
Abstract. By using the low temperature x-ray diffraction (LTXD) we investigated several phase transi...
Pressure induced structural change of HfO$_{2}$ was extensively studied up to 10 GPa with diffractio...
The transformations of HfO2 are often described as analogous with the transformations in ZrO2 becaus...
We present first principles calculations of the electronic structure, enthalpies of formation and el...
International audienceThe magnetic structure at low temperature of the ferrimagnetic hexagonal perov...
Specific heat and magnetization measurements on the hard superconductor HfV2 confirm the presence of...
Magnetic susceptibility χ, electrical resistivity ρ, thermoelectric power (Seebeck coefficient) S an...
Magnetic susceptibility χ, electrical resistivity ρ, thermoelectric power (Seebeck coefficient) S an...
We present experimental results for the low-temperature specific heat, electrical resistivity, elast...
This is a study of phase equilibria, physical properties and mechanical behavior of Hf-V-Nb alloys b...
Phase transformation from orthorhombic HfV2 structure to cubic C15 Laves phase structure, which o...
In binary Laves phases (AB{sub 2}) that exhibit a homogeneity range, the ability to accommodate nons...
The Knight shift K of 51V and the magnetic susceptibility χ in the C15 Laves phase compound HfV2 hav...
Phase fields and equilibria in the Hf-V-Nb system were determined using a combination-of SEM, EDS an...
HfV2 has been classified as a heavy Fermion system with a superconducting ground state characteristi...
Abstract. By using the low temperature x-ray diffraction (LTXD) we investigated several phase transi...
Pressure induced structural change of HfO$_{2}$ was extensively studied up to 10 GPa with diffractio...
The transformations of HfO2 are often described as analogous with the transformations in ZrO2 becaus...
We present first principles calculations of the electronic structure, enthalpies of formation and el...
International audienceThe magnetic structure at low temperature of the ferrimagnetic hexagonal perov...