14 BM-C Beamline
The 14-BM-C station is as a fixed-wavelength bending magnet station especially well suited for crystallography of viruses and proteins with large unit cells, as well as collection of atomic ultra-high resolution data. Fiber diffraction is also supported.
Optics
- Bent conical Si-mirror (Rh coated)
- Bent Ge(111) monochromator
Beam Characteristics
- Energy range:
- fixed energy 14 keV (0.886Å)
- Bandpass:
- ΔE/E: 3.1 x 10-4
- Beam size, horizontal x vertical (FWHM):
- 0.13 x 0.34 mm2
Station
- Sample positioning:
- Kappa diffractometer; inclined detector geometry supported
goniometer head with remote xyz-translation
B&W and color sample alignment camera
automated crystal centering
- Kappa diffractometer; inclined detector geometry supported
- Sample to detector distance:
- 100 to 1000 mm remotely adjustable
- Sample temperature control:
- liquid nitrogen sample cooler
- Pilatus3 S 2M Detector
Other Equipment/Facilities Available
- On-line microspectrophotometer
- Carl Zeiss microscope for sample preparation
- Station is embedded in a BSL-2 Facility
- Laser Lab
- Chemistry Lab
Facility Contacts
Robert Henning
Research Beamline Scientist
(630) 252-0446
henning@cars.uchicago.edu
Irina Kosheleva
Research Beamline Scientist
(630) 252-0467
ikoshelev@cars.uchicago.edu