Updates
October 31st, 2011
- I02 is now closed for endstation upgrade.
Beamline features
I02 is one of five diffraction beamlines for interpreting the structure of complex biological samples, such as proteins. It forms part of the MX village with I03, I04, I04-1 and I24. It is tuneable over a wavelength range of 0.68 - 2.48 Å and has a standard working energy of 0.979 Å or 12.658 keV. Beamline features include:
- Rigaku ACTOR sample changer
- ADSC Q315r detector
- Vortex fluorescence detector
- Automated data processing
- Remote access
- HC1 humidity control device
I02 Contacts
| Principal Beamline Scientist: Thomas Sorensen Tel: +44 (0) 1235 778464 E-mail: Thomas.Sorensen@diamond.ac.uk | Beamline Scientist: Juan Sanchez Weatherby Tel: +44 (0) 1235 778661 E-mail: Juan.Sanchez-Weatherby@diamond.ac.uk |
| Senior Support Scientist: James Sandy Tel: +44 (0) 1235 778555 E-mail: James.Sandy@diamond.ac.uk | PDRA: Marco Mazzorana Tel: +44 (0) 1235 778643 E-mail: Marco.Mazzorana@diamond.ac.uk |
| Beamline Phone Number is 01235 778706 | |
|---|---|
I02 Specifications
| Detector type | ADSC Q315 CCD |
| Standard working wavelength (Å / keV) | 0.979 / 12.658 |
| Maximum resolution (Å) at this wavelength | 1.09 |
| Available wavelengths (Å) | 0. - 2.5 |
| Available wavelengths (keV) | 5.0 - 18.0 |
| Maximum attainable resolution (Å) | 0.8 |
| Flux | 1.5x10E(12) ph/sec |
| Flux Details | Measured through 0.2 x 0.2 mm @ 12658 eV and 250 mA ring current |
| Absorption edge scans | Optimised SAD and MAD experiments |
| Focussed Beam Size (µm) | 120 x 80 (FWHM) |
| Slit Size (µm) | 200x200 to 25x25 |
| Sample changer | Rigaku ACTOR with unipucks - exchange time < 40 sec |
| Humidity Controller for room temperature data collection (HC1) | Please enquire |
Please discuss your requirements with the beamline scientist before your experiment
The sample changers currently use Unipucks. If you don't have Unipucks please bring samples in vials on canes for transfer to our pucks. SPINE standard pins are required for use of the robot. See here for details.
