It uses micrometer-wide synchrotron-generated X-ray beams on the basis of spatial beam fractionation.
Polished cross sections were carbon coated and examined at 12.5 kV at lower resolution and 7 kV for higher spatial x-ray resolution work on the NanoSEM 600 and Hitachi S3700N.
Boone, M. N. et al. High spectral and spatial resolution X-ray transmission radiography and tomography using a Color X-ray Camera.
It corresponds to the output rays vector field, which is referred to the calculated input rays spatial distribution on the designed optical surface.
We report for the first time details of the morphology of α isotactic polypropylene transcrystallinity induced by aramid fibers as determined by high spatial resolution X-ray diffraction.
This paper presents the structural details of nylon 66 transcrystallinity induced by aramid (kevlar 29, 49 and 149) and carbon (pitch based) fibers, as determined by high spatial resolution X-ray diffraction.
The main features are given for the following experiments: (1) XUV-imaging spectroscopy with high temporal and spatial resolution, (2) X-ray spectroscopy, (3) X-ray and gamma-ray photometer/spectrometer, and (4) solar cosmic rays.
We presenthard X-ray images, light curves and energy spectra of individual hard X-ray sources, the spatial relationship between the hard X-ray sources and the Hα emission regions, and comparisons of light curves observed by RHESSI and GOES.
X-ray CT is a technique to show the spatial distribution of X-ray linear absorption coefficients of samples.
By using waveform information of inter-station Green's functions, we can obtain good spatial coverage of the ray path across the basin, and we can focus on wave propagation characteristics inside the basin.
