An ion-beam-lithography technique has been progressed in the microbeam systems at JAEA Takasaki. In order to obtain a high-precision measure for microbeam size estimation with a high precision, we applied this technique combined with the electroplating process to make a Ni relief pattern as a resolution standard used in secondary electron imaging. As a result, the smallest beam size could be recorded. The scattering of ions in the materials influenced the spatial resolution and this is also discussed
Ion optical analysis was made for a new focusing high-energy heavy ion microbeam system connected to...
Microbeam scanning PIXE (micro-PIXE) analysis is a significant tool for obtaining information of mul...
A new nuclear microscopy technique called ion photon emission microscopy or IPEM was recently invent...
In order to determine the beam spot size and scanning properties of ion microbeam systems, a novel r...
MeV ions have wavelengths much less than 1 nm, penetrate deeply into solid materials and interact s...
Developing high technologies but in economic manners is necessary and also feasible for developing c...
Nanosized ion beams (especially proton and helium) play a pivotal role in the field of ion beam lith...
In this paper the new term apparent beam size of Focused Ion Beam (FIB) is introduced and an origina...
Microbeam scanning-PIXE (micro-PIXE) analysis is a useful method for obtaining information of multi-...
In this paper the possibilities of focused ion beam (FIB) applications in microsystem technology are...
A key phenomenon in the interaction of MeV ions and solids is that the energy transferred from the p...
62-64An ion micro-beam facility has been setup at one of the beam lines of the 3MV tandem Pelletron...
Focused ion beam (FIB) systems are being increasingly used for many highly demanding fabrication app...
A micro-beam was produced by the simple slit system. The diameter of the microbeam was measured with...
A several hundred keV class compact proton microbeam system was developed as a prototype of a 1 MeV ...
Ion optical analysis was made for a new focusing high-energy heavy ion microbeam system connected to...
Microbeam scanning PIXE (micro-PIXE) analysis is a significant tool for obtaining information of mul...
A new nuclear microscopy technique called ion photon emission microscopy or IPEM was recently invent...
In order to determine the beam spot size and scanning properties of ion microbeam systems, a novel r...
MeV ions have wavelengths much less than 1 nm, penetrate deeply into solid materials and interact s...
Developing high technologies but in economic manners is necessary and also feasible for developing c...
Nanosized ion beams (especially proton and helium) play a pivotal role in the field of ion beam lith...
In this paper the new term apparent beam size of Focused Ion Beam (FIB) is introduced and an origina...
Microbeam scanning-PIXE (micro-PIXE) analysis is a useful method for obtaining information of multi-...
In this paper the possibilities of focused ion beam (FIB) applications in microsystem technology are...
A key phenomenon in the interaction of MeV ions and solids is that the energy transferred from the p...
62-64An ion micro-beam facility has been setup at one of the beam lines of the 3MV tandem Pelletron...
Focused ion beam (FIB) systems are being increasingly used for many highly demanding fabrication app...
A micro-beam was produced by the simple slit system. The diameter of the microbeam was measured with...
A several hundred keV class compact proton microbeam system was developed as a prototype of a 1 MeV ...
Ion optical analysis was made for a new focusing high-energy heavy ion microbeam system connected to...
Microbeam scanning PIXE (micro-PIXE) analysis is a significant tool for obtaining information of mul...
A new nuclear microscopy technique called ion photon emission microscopy or IPEM was recently invent...