A novel micromachined X-ray collector using anisotropically etched Si(1 1 1) side walls as X-ray mirrors for future astronomical missions is reported.
MiXO made of metal-ceramic hybrid X-ray mirrors shows a tremendous promise in enabling compact X-ray telesuitableuitable for various types of planetary missions, which can open a new era of sensitive X-ray imaging spectroscopy in planetary science.
There he was associated with Riccardo Giacconi, who shared a Nobel Prize in physics last year, in designing X-ray mirrors for Skylab, the first American space station.
Hybrid X-ray mirrors are lighter by almost two orders of magnitude relative to X-ray mirrors in Chandra.
PCI provides a simple and efficient technique for characterizing X-ray mirrors.
For example, ultraprecise X-ray mirrors with a length of 400 mm have become necessary [7].
This is because of relatively low areal density (i.e. relatively small collecting area per unit mass) of X-ray mirrors.
The enhancement of the reflectivity of multilayer X-ray mirrors by ultrathin diamond-like carbon film deposition is investigated.
The sidewalls or the X-ray mirrors were diced from the wafer as mirror chips and then adhered to a mount formed by deep reactive ion etching.
Characterizing nanofocusing X-ray mirrors for the soon coming nano-imaging beamlines of synchrotron light sources motivates the development of new instruments with improved performances.
We have introduced a new approach to build lightweight focusing X-ray optics with metal-ceramic hybrid X-ray mirrors through the ENR process and the PTS technology.
