A time resolution of 2τ=0.75 ns, achieved with a conventional TDPAC setup with FCs detectors, allowed a determination of the very high electric field gradient at Hf impurity sites in K2ZrF6. Simple theoretical calculations seem to indicate that nearest neighbours are responsible for the interaction observed.Departamento de Físic
The time differential perturbed angular correlation technique has been used to measure the electric ...
Numerous technological applications of Ni-based Zr and Hf intermetallic alloys promoted comprehensiv...
The quadrupole hyperfine interaction of ZrF4.3H2O is reported. This compound is observed to dehydrat...
The thermal evolution of the hyperfine quadrupole interaction in (NH4)2ZrF6 has been investigated vi...
The temperature dependence above room temperature of the hyperfine quadrupole interactions measured ...
The high-resolution time-differential perturbed angular correlation technique (TDPAC) has been used ...
The increasing interest in using ferroic and multiferroic materials in high-tech applications requir...
The results of high resolution TDPAC measurements of electric quadrupole interaction (EQI) at the Ta...
Fe-doping in TiO2 has been proven to improve several of its properties, including the photocatalytic...
A combination of experiments and ab initio quantum-mechanical calculations has been applied to exami...
Digital time-differential perturbed gamma-gamma angular correlation (TDPAC) spectrometers have recen...
Titanium dioxide is a commonly used material in a wide range of applications, due to its low price, ...
The perturbed angular correlation method was employed to study the temperature dependence of electri...
This work was supported by the National Science Foundation Grant NSF PHY 78-22774 A02 & A03 and by I...
We have measured the temperature dependence of the electric and magnetic hyperfine interactions at 1...
The time differential perturbed angular correlation technique has been used to measure the electric ...
Numerous technological applications of Ni-based Zr and Hf intermetallic alloys promoted comprehensiv...
The quadrupole hyperfine interaction of ZrF4.3H2O is reported. This compound is observed to dehydrat...
The thermal evolution of the hyperfine quadrupole interaction in (NH4)2ZrF6 has been investigated vi...
The temperature dependence above room temperature of the hyperfine quadrupole interactions measured ...
The high-resolution time-differential perturbed angular correlation technique (TDPAC) has been used ...
The increasing interest in using ferroic and multiferroic materials in high-tech applications requir...
The results of high resolution TDPAC measurements of electric quadrupole interaction (EQI) at the Ta...
Fe-doping in TiO2 has been proven to improve several of its properties, including the photocatalytic...
A combination of experiments and ab initio quantum-mechanical calculations has been applied to exami...
Digital time-differential perturbed gamma-gamma angular correlation (TDPAC) spectrometers have recen...
Titanium dioxide is a commonly used material in a wide range of applications, due to its low price, ...
The perturbed angular correlation method was employed to study the temperature dependence of electri...
This work was supported by the National Science Foundation Grant NSF PHY 78-22774 A02 & A03 and by I...
We have measured the temperature dependence of the electric and magnetic hyperfine interactions at 1...
The time differential perturbed angular correlation technique has been used to measure the electric ...
Numerous technological applications of Ni-based Zr and Hf intermetallic alloys promoted comprehensiv...
The quadrupole hyperfine interaction of ZrF4.3H2O is reported. This compound is observed to dehydrat...