For a number of years the Cornell High Energy Synchrotron Source (CHESS) has been fabricating and using single-bounce monocapillary optics to produce x-ray microbeams. With our current technology, these optics have achieved beam sizes of 5 to 50 of 2 to 10 mrad, and gains of 10 to 1000. View document
Moxtek offers DuraBeryllium windows mounted in vacuum fittings (CF flanges) with a proprietary high temperature metal seal and both DuraCoat and DuraCoat Plus protective films. View document
Moxtek® DuraBeryllium® windows are the highest performing beryllium x-ray windows available. DuraBeryllium windows are light tight, have high x-ray transmission, are vacuum tight, and corrosion resistant. View document
Manufacture of X-ray tubes requires state-of-the-art characterization techniques. For many years photographic film has been the traditional technique for the characterization of the electron-beam spot size and location, as well as for taking X-ray images. View document
The XPIN detector is Moxtek’s best performing Si-PIN detector. XPIN detectors use a silicon PIN diode, multi-layer collimator, and thin DuraBeryllium window, achieving great resolution and x-ray sensitivity. View document
AP5 ultra-thin polymer windows are the highest performing x-ray windows available for low and high energy x-ray analysis. AP5 windows are ideal for applications that require maximum View document
Ultra Broadband polarizer’s are designed to offer an excellent solution for almost any multi-wavelength application. The wide-band characteristics of this polarizer, enables a wide range of products and technologies. View document
ProLINE™ Series windows are ideal for applications that require high transmission of low energy x-rays. ProLINE Series windows have higher performance than stretched polypropylene and other commonly used WDXRF windows. View document
