UHV system designed to operate as both a stand-alone device or as an end station in synchrotron installations. A key feature of the system is the ability to handle volatile samples throughout via efficient liquid nitrogen cooling. This is a fundamental design feature of this specific system for reproducible studies of volatile mineral samples.
Specification
The system is a multi-user XANELS and XPS facility characterised by the following features:
High throughput photoemission energy analyser
NEXAFS detector (partial electron yield and total fluorescence yield)
Sample cooling to 120K (using LN2) or ~40K (using LHe)
Flood gun and dual-anode X-ray source
Ability to transfer samples at 120K
Rotary distribution chamber allows sample transfer to 8 chambers
Fast sample entry load-lock with glove-box
Sample fracture chamber and storage chamber
Preparation chamber for sputtering, evaporation etc.
Ability to be upgraded via add-on chambers using spare-ports
Motorised sample manipulators and user friendly control system
Support frame with a large range of adjustment, to allow SXSI to be mounted on the complete range of NSRRC soft X-ray beamlines, and on the Australian Synchrotron.
The PTS 1000 IR RES/C-K Sample Holder is designed specifically for optical transmission spectroscopy (IR, UV) over the temperature range –170°C to 1000°C.
The PTS SPM Cleav sample holder combines sample cleaving capabilities with SPM compatibility over the temperature range -170°C to 600°C (indirectly heated).
Sample holders (substrate holders, plates, wafers, molyblocs) dedicated for different deposition techniques, such as MBE, magnetron sputtering, thermal evaporation and others.
We use information saved in cookie files, among others, in statistical purposes and in order to fit the service to individual needs of the user. In your browser you can change your cookie files settings.
Using the site without changing cookie files settings means they will be saved in device memory. More information with tips how to change settings can be found in Privacy policy.