The XM1000 monochromated X-ray source provides optimum photon flux and excellent energy resolution. In addition, low background and the absence of satellites are key advantages of the XM1000 over non-monochromated X-ray sources. Narrow core level peaks and low background simplifies identification of the surface chemistry by XPS and other X-ray spectroscopy applications.
The XM1000 offers excellent performance with high photon brightness and a line width below 0.25 eV. Ease-of-use is guaranteed by a fully software controlled digital power supply combined with a simple alignment procedure of the complete monochromator. This ensures optimum performance of the XM1000 every day.
Specifications
Al (Al Kα: 1486.6 eV)
15 kV
500 mm
Approx. 1 mm
< 250 meV
For full specifications and more information about product options, please do not hesitate to contact your local sales representative.
300 W
130 °C
203 mm
NW 66 CF
Reference systems
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- Growth of films of diamond, diamondlike carbon (DLC) amorphous carbon (a-C), and other related materials such as zinc oxide
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ARPES Lab with Lab10 MBE
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HAXPES Lab combined with XPS Lab
HAXPES provides unique characterisation of a wide range of materials systems including:
- Buried interfaces, such as active electronic layers below a surface capping layer
- Depth-profiling through heterostructures and e.g. layered low-dimension materials
- Probing of dopants and contaminants in the bulk of a material
- Many interfaces such as thin films on a substrate
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Air Force funded facility for analysis of wide ranging samples submitted by different customers within the Air Force Institute of Technology.
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Materials Innovation Platform (MIP) with MBE, ALD, and XPS
The group’s multidisciplinary research focuses on the growth, characterisation, and device physics of quantum and semiconductor materials for novel devices and applications.
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