Many novel observations have been obtained in atomic, molecular and condensed matter core-level photoabsorption experiments using the newly constructed `Dragon` high resolution soft x-ray synchrotr
A novel high resolution, high transmission soft x-ray monochromator design for synchrotron radiation is presented. This new design is best described as a return to simplicity.
Many novel observations have been obtained in atomic, molecular and condensed matter care-level experiments using a newly constructed soft x-ray synchrotron radiation beamline.
High resolution sup (13) C NMR spectra are reported for three solid samples of isotactic polypropylene (1-PP): 1) the alpha- crystalline form (monoclinic), 11)the beta-crystalline form (hexagonal)
Uniaxially strained poly(butylene terephthalate) (PBT) undergoes a reversible alpha to beta crystalline phase transition, where the fiber repeat distance is increased in the beta phase.
We propose and demonstrate a spectral phase and amplitude modulator spanning full 2D-space by crossing a 100 GHz WGR and a 1200 gr/mm bulk grating.
New results on the groups of luminescence lines from defect bound excitons and defect-complex acceptors in GaAs grown by molecular beam epitaxy are reported.
We report the first sup 1 H NMR microimages of a dynamic system. Our results are the first in vivo measurement of blood vessel elasticity.
Synthesised buried oxide layers, related to Separation by Implanted OXygen (SIMOX)/Silicon On Insulator (SOI) technology, have been formed by high-dose oxygen implantation into silicon (100) wafers
Recent years have seen an increasing application of High Resolution Electron Microscopic techniques to semiconductors and their defects in the widest sense of the word.
