A review is given of the today available adequate information in the field of low-energy (⩽ 30keV) ion reflection from metal surfaces. Considerable attention is paid to the so-called binary collision approach and its ranges of validity. In addition, the different existing models describing the scattering from a surface, and recent results of experimental verification of them are discussed
Low-energy ion scattering is very surface sensitive if scattered ions are analyzed. By time-of-fligh...
AbstractWe explore under which conditions low-energy ion scattering experiments are capable of obtai...
A review. Low-energy ion scattering (LEIS) is an anal. tool that provides information on the at. com...
A review is given of the today available adequate information in the field of low-energy (⩽ 30keV) i...
Energy and angular distributions of ions reflected from metal single crystals have been computed. Th...
Low-energy (0.1-10 keV) ion scattering (LEIS) can be used to analyze the atomic composition of the o...
In this paper presents the computer simulation method based on binary collision approximation for a ...
The usefulness of ion scattering for studies of surface segregation in alloys has been demonstrated ...
Application of the ion scattering spectroscopy techniques to studying materials for microelectronics...
An apparatus for studying metal crystal surfaces with ion scattering techniques is described. These ...
The energy distribution of low-energy ions (1-2 keV) scattered at some specific angle from a solid s...
Reflection of 50 eV to 10 keV H atoms from polycrystalline Cu, Nb and Au targets has been calculated...
Low-energy ion scattering is very surface sensitive if scattered ions are analyzed. By time-of-fligh...
AbstractWe explore under which conditions low-energy ion scattering experiments are capable of obtai...
A review. Low-energy ion scattering (LEIS) is an anal. tool that provides information on the at. com...
A review is given of the today available adequate information in the field of low-energy (⩽ 30keV) i...
Energy and angular distributions of ions reflected from metal single crystals have been computed. Th...
Low-energy (0.1-10 keV) ion scattering (LEIS) can be used to analyze the atomic composition of the o...
In this paper presents the computer simulation method based on binary collision approximation for a ...
The usefulness of ion scattering for studies of surface segregation in alloys has been demonstrated ...
Application of the ion scattering spectroscopy techniques to studying materials for microelectronics...
An apparatus for studying metal crystal surfaces with ion scattering techniques is described. These ...
The energy distribution of low-energy ions (1-2 keV) scattered at some specific angle from a solid s...
Reflection of 50 eV to 10 keV H atoms from polycrystalline Cu, Nb and Au targets has been calculated...
Low-energy ion scattering is very surface sensitive if scattered ions are analyzed. By time-of-fligh...
AbstractWe explore under which conditions low-energy ion scattering experiments are capable of obtai...
A review. Low-energy ion scattering (LEIS) is an anal. tool that provides information on the at. com...
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