ASTRID - Electron Storage
In electron storage mode, ASTRID operates as a synchrotron radiation (SR) source. A 100 MeV race track microtron or RTM is used to accumulate up to 250 mA of electrons which are then accelerated to 580 MeV to produce SR from either bending magnets or an undulator magnet. At present five operational beamlines provide SR in the VUV and X-ray spectral regions. Two more are under planning and construction.
SR research
Brief description of ASTRID SR beamlines
- SGM I Spherical grating monochromator on a bending magnet source equipped with a SCIENTA surface science chamber.
- SX700 Zeiss SX700 monochromator on a bending magnet source equipped with a UHV surface science chamber.
- XRM X-Ray microscope operating at 2.5 nm on a bending magnet source.
- SGM II Spherical grating monochromator on an undulator source.
- MIYAKE Miyake monochromator on an undulator source, output coaxially coupled to a 100 keV ion source.
- SGM III Spherical grating monochromator on an undulator source equipped with a UHV surface science chamber.
- UV I Normal incidence, high-flux (2-30 eV) monochromator on a bending magnet source.
- CD I TGM, high-flux (2-30 eV) monochromator on a bending magnet source.
Last Modified 22 July 2009
