11-ID-D: High-energy X-ray Diffraction & Small Angle Scattering

XSD
Environmental Science, Materials Science, Physics

11-ID-D will offer a wide range of experimental approaches with the highest available flux. Two dimensional focusing will be available with adaptable energy resolution. A q-range from 0.01A-1 to 40A-1 will be covered. The photon energy will cover the entire range from 26 to 130 keV. A secondary detector for spectroscopic/ Compton imaging will expand the multimodal approaches.

Beamline Specifications
Source :
Monochromator Type : Multilayer + secondary mono
Energy Range : 30-130 keV
Resolution : 2 x 10-4
Flux : 1 x 1013 @65 keV
Beam Size Hxv :
Focused : .5µm x .5µm
Unfocused : .5mm x .5mm

Quick Stats
Current Status
Construction
Access Mode
On-site
Special Capabilities
Combination of high-energy x-ray total scattering including the small angle regime
Beamline Contacts
SAUL LAPIDUS
Email
JUSTIN M HOFFMAN
Email
KEVIN A. BEYER
Email
Beamline Techniques
High-energy x-ray diffraction
X-ray total scattering, pair distribution function (PDF)
Grazing incidence diffraction
Endstations
Detectors
Pilatus 2M
Perkin Elmer XRD 1621 amorphous silicon detector
Varex 4343CT (150 micron pixel size)
Equipment
2D focusing (>0.5 um x 0.5 um)
Flowcell/Controlled Atmosphere (RT to 1000C)
Multiple-sample furnace (RT to 400C)
Vertical furnace for melts (RT to 1000C)
Oxford Cryostream 800+ (80K-500K operations)
Electrochemistry cells thru APS E-Chem Lab
Programmable Mass Flow Controllers
Residual Gas Analyzer (with advanced notice)
PI Hexapod
Additional Information
Software
  • Linux workstation running SPEC; EPICS;
  • QXRD and areaDetector for data acquisition
  • GSAS-II and xPDFsuite for data processing
  • pdfgetx2, and pdfgetx3
  • Beamline Controls and Data Acquisition
  • Linux workstation running SPEC; EPICS;
  • QXRD and areaDetector for data acquisition
  • GSAS-II and xPDFsuite for data processing
  • pdfgetx2, and pdfgetx3