✍ Scribed by J. Cazaux
No coin nor oath required. For personal study only.
The possibility of obtaining quasi-analytical data with a combination of well designed Ðlters and non-dispersive x-ray detectors is demonstrated with the help of simple mathematical arguments. The optimum choice for the Ðlters is discussed with also the limitation of the proposed approach. Various experimental arrangements are suggested for taking advantage of the use of CCD cameras for x-ray imaging in total reÑection x-ray Ñuorescence microscopy for instance, or of the use of single detectors with high counting rates for a rapid 2D mapping in the scanning electron mode of electron probe microanalysis.
📜 SIMILAR VOLUMES
## Abstract Snow is an agglomerate of ice crystals. The details of its mechanical behavior are still controversially discussed: what is the relative importance of intragranular‐viscoplastic deformation versus grain boundary sliding under mechanical loading? In order to understand how snow deforms a
## Abstract Full‐field hard X‐ray tomography could be used to obtain three‐dimensional (3D) nanoscale structures of biological samples. The image of the fission yeast, __Schizosaccharomyces pombe__, was clearly visualized based on Zernike phase contrast imaging technique and heavy metal staining me