Insertion Device Beamline 13-ID
Undulator A has been installed and is being used untapered. The ID beamline has two optics enclosures (13-ID-A and 13-ID-B) and two tandem experimental stations (13-ID-C and 13-ID-D). Cryogenically-cooled Si monochromator (13-ID-A) operating in the 4-45 keV range. A power management pinhole (13-ID-A) limits the total white beam power which can leave 13-ID-A to less than 100 W at 100 mA operation with the undulator at closed gap (10.5 mm). Two, 1 m long silicon mirrors (13-ID-B), arranged in a Kirkpatrick-Baez geometry, can be used to focus either white or monochromatic radiation within the two experimental stations with demagnifications from 3:1 to 10:1. The monochromator first crystal is thin and a future development will involve using a deflecting crystal (13-ID-B) to deflect the low energy monochromatic beam sideways into 13-ID-C permitting simultaneous operation of 13-ID-C and 13-ID-D for certain combinations of experiments.Beamline 13-ID Specifications Table
Optical Components
| Component | Distance from Source (m) | Description | Status |
| Low Energy Monochromator | 28.5 | Daresbury (VG) cryogenically-cooled | Operational |
| Power Management Pinhole | 32.7 | WC aperture | Operational |
| KB Vertical Focusing Mirror (~1m) | 44.8 | Bendable flat silicon, integral water cooling | Operational |
| KB Horizontal Focusing Mirror (~1m) | 46.6 | Bendable flat silicon, integral water cooling | Operational |
| KB Microfocusing Mirrors | various | Bendable flat silicon; no cooling | Operational |
| Deflecting Crystal | 47.9 | Bendable Ge for horizontal focusing | Planned |
Station Instrumentation
| 13 ID-C Instrumentation | Contact Scientist | Capabilities | Status |
X-ray Microprobe |
Steve Sutton (sutton@cars.uchicago.edu) |
MicroXRF; microXAFS; microXRD; fluorescence microtomography |
Operational |
General Purpose Diffractometer |
Peter Eng (eng@cars.uchicago.edu) | X-ray scattering, surface studies, microcrystallography, powder diffraction, inelastic scattering | Operational |
| Grazing Incidence Spectroscopy | Matt Newville (newville@cars.uchicago.edu) | Surface XAFS | Operational |
| 13 ID-D Instrumentation | Contact Scientist | Capabilities | Status |
Diamond Anvil Cell |
Vitali Prakapenka (prakapenka@cars.uchicago.edu) |
P-T conditions to the core of the Earth; energy dispersive diffraction; wavelength dispersive diffraction; spectroscopy |
Operational |
| Large Volume Press (1,000 Ton) | Yanbin Wang (wang@cars.uchicago.edu) | 40 GPa, external heating to 3000K, energy dispersive, monochromatic diffraction; imaging | Operational |
Detectors: Si single
element, Ge single element, Ge 16-element, Si-drift, Oxford
wavelength spectrometer, Pentamax CCD, Bruker CCD