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- 4th International SAXS/GISAXS Workshop (PDF)
Sep 09-11, Leoben, Austria - Navigated Atomic Force Microscopy - N8 NEOS
Sep 15, Free Webinar - 17th Bruker Users‘ Group Meetings 2010 - Single Crystal X-ray Diffraction
Sep 19-22, Karlsruhe, Germany - Good Diffraction Practice III - Powder XRD Instrumentation and Data Quality
Sep 30, Free Webinar - COM2010 - Conference of Metallurgists
Oct 03-06, Vancouver, British Columbia, Canada
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MICROSTAR - Micro-focus X-ray source
The choice has never been simpler: the MICROSTAR generator sets the new standard for intensity, economy, ease-of-use and reliability. By combining next-generation electron optics, modern anode design and highly optimized X-ray optics, we are able to generate X-ray intensities which are comparable to those of second-generation synchrotron beam lines.
Simply put, the MICROSTAR puts more X-rays onto your sample to give you better data quality and higher resolution. Best of all, the MICROSTAR delivers its extraordinary performance without sacrificing reliability or ease-of-use.
"... the MICROSTAR beam now causes radiation damage to crystals at the level of a small bending magnet beamline. Room T data collection from protein crystals is out of the question, and even on frozen samples, after 2-3 days exposure to the beam, when you take them out of the cold stream, the crystals just 'explode'." - Pedro Matias, ITQB, Portugal, October 8th 2007
Features
- 2.7 kW anode power loading on a 100 µm focal spot (27 kw/mm2)
- 3 times the brilliance of current rotating anodes
- Triode electrostatic focusing
- Ultra-stable optics mounted to tube tower
- Easy to use and align
- Extended filament lifetime
- User-adjustable tube tower height
- Small footprint
- Optional cabinet enclosures for single and dual port configurations
- Ultra-high intensity: up to 8 x 1010 X-rays/mm2 -sec, (more than an order of magnitude higher than conventional rotating anodes)


