Many of the above techniques are enhanced by the exceptionally high X-ray intensities produced in modern synchrotron light facilities.
Postirradiation protein synthesis was concluded to be critical in allowing the high X-ray survival associated with MDR (A97).
Gold is a useful material possessing high X-ray absorption ability and also biocompatibility.
High flux beamline (BL40XU) was designed to use very high X-ray flux in various experiments.
To reach the high X-ray energies they were aiming for, all of the 80 klystrons associated with LCLS would need to operate at near-peak levels.
Taking advantage of the high X-ray flux at the XPD beamline at NSLS-II, we spent our first beamtime at the new beamline studying thin films.
Sizes were often greatest in regions of macroscopic calcification with high X-ray absorption and smaller near edges of calcifications having lower absorption.
Gold nanoparticles (Au NPs) with a high X-ray attenuation coefficient have a good potential in CT imaging applications.
Very few data concerning the effect of very high X-ray doses in tissues are available in the literature.
One such SSD uses photodiodes designed for high X-ray sensitivity without the use of scintillation crystals.
Due to high X-ray absorption ability and unique photo-physical properties of Au element, AuNPs in a cell are tracked by X-ray imaging and wavelength-controlled two photon microscopy without additional dye molecule or imaging agent introduction.
