In order to determine the beam spot size, scan size and scanning properties of a nuclear microprobe system a novel test sample with nanometer structures for the use in submicron ion--beam analysis has been developed by the University of..
A system for ion beam tomography has been implemented in conjunction with the new sub-micron bearril...
This thesis describes the design, implementation and applications of the first beam rocking system f...
A micro-beam was produced by the simple slit system. The diameter of the microbeam was measured with...
Ion beam analysis techniques are now well established as research tools for a broad range of multidi...
A nuclear microprobe with a minimum beam-spot diameter of less than 100 nm, intended for application...
For the precise determination of the sizes of submicron beam spots test structures with an excellent...
In order to determine the beam spot size and scanning properties of ion microbeam systems, a novel r...
The compact, multipurpose electrostatic tandem accelerators are extensively used for production of i...
The paper describes an optimized scanning nuclear microprobe (MP) with a new ultra-short (total leng...
The Scanning proton microprobe uses a focused beam of MeV protons to give analytical information by ...
Nanosized ion beams (especially proton and helium) play a pivotal role in the field of ion beam lith...
The application of synchrotron radiation to an x-ray microprobe for trace element analysis is a comp...
The aim of this paper is first to describe the nuclear microprobe and to present the analytical capa...
The principles of proton microprobe analysis are outlined and compared to electron beam analysis. Sa...
Microbeam scanning PIXE (micro-PIXE) analysis is a significant tool for obtaining information of mul...
A system for ion beam tomography has been implemented in conjunction with the new sub-micron bearril...
This thesis describes the design, implementation and applications of the first beam rocking system f...
A micro-beam was produced by the simple slit system. The diameter of the microbeam was measured with...
Ion beam analysis techniques are now well established as research tools for a broad range of multidi...
A nuclear microprobe with a minimum beam-spot diameter of less than 100 nm, intended for application...
For the precise determination of the sizes of submicron beam spots test structures with an excellent...
In order to determine the beam spot size and scanning properties of ion microbeam systems, a novel r...
The compact, multipurpose electrostatic tandem accelerators are extensively used for production of i...
The paper describes an optimized scanning nuclear microprobe (MP) with a new ultra-short (total leng...
The Scanning proton microprobe uses a focused beam of MeV protons to give analytical information by ...
Nanosized ion beams (especially proton and helium) play a pivotal role in the field of ion beam lith...
The application of synchrotron radiation to an x-ray microprobe for trace element analysis is a comp...
The aim of this paper is first to describe the nuclear microprobe and to present the analytical capa...
The principles of proton microprobe analysis are outlined and compared to electron beam analysis. Sa...
Microbeam scanning PIXE (micro-PIXE) analysis is a significant tool for obtaining information of mul...
A system for ion beam tomography has been implemented in conjunction with the new sub-micron bearril...
This thesis describes the design, implementation and applications of the first beam rocking system f...
A micro-beam was produced by the simple slit system. The diameter of the microbeam was measured with...
DOI
Add to ORKG