Add to ORKGRecent applications of the perturbed γγ-angular correlation (PAC) technique to free surfaces and interfaces have revealed numerous interesting results. The microscopic sensitivity of the method permits to study problems like binding and mobility of isolated adsorbates and two-dimensional structural phase transitions. In addition interface reactions and compound formation have been characterized by the electromagnetic hyperfine fields present at suitable probe nuclei
403-412Among the several experimental techniques based on different principles available to investi...
Four well-defined indium-dopant/lattice-defect complexes and the non-complexed substitutional indium...
Three experimental methods enable us to study solid surfaces on the atomic scale: 1. Electron Micros...
The present status of surface, interface andthin film studies with perturbed γγ-angular correlation ...
Hyperfine interactions observed at isomeric states of radioactive probe nuclei are used as a tool fo...
Several experimental techniques are available to investigate materials but microscopic techniques ba...
Several experimental techniques are available to investigate materials but microscopic techniques ba...
We present a method to deposit a wide range of radioactive probe atoms on surfaces, without introduc...
Applications of hyperfine-interaction techniques, like NMR, PAC and Mößbauer spectroscopy, to well-c...
We present a method to deposit a wide range of radioactive probe atoms on surfaces, without introduc...
We present a method to deposit a wide range of radioactive probe atoms on surfaces, without introduc...
In hyperfine probe atoms with a concentration of about 10−4 ML have been utilized as nuclear observe...
Magnetic properties of impurities at ferromagnetic surfaces and interfaces have been investigated pe...
In this article the principles of measurements of hyperfine interaction parameters at a given depth ...
This thesis investigates the local microstructure of epitaxial YBa2Cu307_8 thin films with time diff...
403-412Among the several experimental techniques based on different principles available to investi...
Four well-defined indium-dopant/lattice-defect complexes and the non-complexed substitutional indium...
Three experimental methods enable us to study solid surfaces on the atomic scale: 1. Electron Micros...
The present status of surface, interface andthin film studies with perturbed γγ-angular correlation ...
Hyperfine interactions observed at isomeric states of radioactive probe nuclei are used as a tool fo...
Several experimental techniques are available to investigate materials but microscopic techniques ba...
Several experimental techniques are available to investigate materials but microscopic techniques ba...
We present a method to deposit a wide range of radioactive probe atoms on surfaces, without introduc...
Applications of hyperfine-interaction techniques, like NMR, PAC and Mößbauer spectroscopy, to well-c...
We present a method to deposit a wide range of radioactive probe atoms on surfaces, without introduc...
We present a method to deposit a wide range of radioactive probe atoms on surfaces, without introduc...
In hyperfine probe atoms with a concentration of about 10−4 ML have been utilized as nuclear observe...
Magnetic properties of impurities at ferromagnetic surfaces and interfaces have been investigated pe...
In this article the principles of measurements of hyperfine interaction parameters at a given depth ...
This thesis investigates the local microstructure of epitaxial YBa2Cu307_8 thin films with time diff...
403-412Among the several experimental techniques based on different principles available to investi...
Four well-defined indium-dopant/lattice-defect complexes and the non-complexed substitutional indium...
Three experimental methods enable us to study solid surfaces on the atomic scale: 1. Electron Micros...