Spatially resolved information from the near surfaces of materials can be obtained with a nuclear microprobe. The spatial resolution is determined by the optics of the instrument and radiation damage in the specimen. Two— and three—dimensional maps of elemental concentration may be obtained from the near surfaces of materials. Data are acquired by repeated scans of a constantly moving beam over the region of interest or by counting for a preset integrated charge at each specimen location. Copyright © 1981 by The Institute of Electrical and Electronics Engineers. Inc
A nuclear microprobe with a minimum beam-spot diameter of less than 100 nm, intended for application...
In recent years, several techniques have been able to provide information on the microstructure or c...
Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and...
The electron microprobe produces two-dimensional images of elemental distributions by displaying X-r...
There is a great demand for spatially resolved quantitative trace element analyses of geologic sampl...
The aim of this paper is first to describe the nuclear microprobe and to present the analytical capa...
In recent years many nuclear microprobes have developed to sophisticated tools for elemental analysi...
The Uji scanning microprobe system has been improved for elemental mapping. By collimation and focus...
Development of the microanalysis methods is stimulated by investigations of actual materials. Their ...
A nuclear microprobe cannot give direct information on the chemical state of an element, but the spa...
The results of scanning nuclear microprobe (SNM) analyses are normally presented as elemental maps s...
The use of nuclear microprobe techniques including: Particle induced x-ray emission (PIXE) and Ruthe...
In biomedical research, elemental maps give valuable information about the role of elements in the a...
Imaging the morphology of the tissue in vivo and producing the correspondent elemental maps, whether...
The localization irradiation accuracy of the microbeem generated in the Gay Laboratory cancer Resear...
A nuclear microprobe with a minimum beam-spot diameter of less than 100 nm, intended for application...
In recent years, several techniques have been able to provide information on the microstructure or c...
Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and...
The electron microprobe produces two-dimensional images of elemental distributions by displaying X-r...
There is a great demand for spatially resolved quantitative trace element analyses of geologic sampl...
The aim of this paper is first to describe the nuclear microprobe and to present the analytical capa...
In recent years many nuclear microprobes have developed to sophisticated tools for elemental analysi...
The Uji scanning microprobe system has been improved for elemental mapping. By collimation and focus...
Development of the microanalysis methods is stimulated by investigations of actual materials. Their ...
A nuclear microprobe cannot give direct information on the chemical state of an element, but the spa...
The results of scanning nuclear microprobe (SNM) analyses are normally presented as elemental maps s...
The use of nuclear microprobe techniques including: Particle induced x-ray emission (PIXE) and Ruthe...
In biomedical research, elemental maps give valuable information about the role of elements in the a...
Imaging the morphology of the tissue in vivo and producing the correspondent elemental maps, whether...
The localization irradiation accuracy of the microbeem generated in the Gay Laboratory cancer Resear...
A nuclear microprobe with a minimum beam-spot diameter of less than 100 nm, intended for application...
In recent years, several techniques have been able to provide information on the microstructure or c...
Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and...