19-ID-E: In-situ Nanoprobe (ISN)

XSD
Catalysis, Chemistry, Environmental Science, Materials Science

19-ID, the In-Situ Nanoprobe (ISN), is a hard X-ray nanoprobe beamline operating in the energy range of 4.8 - 30 keV. The ISN instrument resides in the Long-Beamline Building (LBB) at a distance of 220 meters from the X-ray source. The beamline optics are optimized for high spatial resolution, long working distance and coherence preservation. Supported 2D and 3D imaging techniques include multimodal XRF microscopy, XRD microscopy, X-ray ptychography, and spectroscopic microscopy of X-ray induced electrical and optical signals. Combined with sample environments (electric fields, temperature) and in-situ capabilities (liquid or gas flow), the ISN provides a suite of tools for exploring dynamics of material structures during processes that occur either naturally or under external stimuli.

Beamline Specifications
Source :
Monochromator Type : LN2-cooled H-DCM
Energy Range : 4.8-30 keV
Resolution : 1.4 x 10-4
Beam Size Hxv :
Focused : .02µm x .02µm
Flux :

Quick Stats
Current Status
Commissioning
Access Mode
On-site Beamline Staff
Special Capabilities
Kirkpatrick-Baez-based nanofocusing working distance: 20 mm - 50 mm, depending on configuration In situ environments
Beamline Contacts
JORG MASER
Email
BARRY LAI
Email
SARAH WIEGHOLD
Email
PEDRO R MERCADO LOZANO
Email
ZHONGHOU CAI
Email
Beamline Techniques
Nano-imaging
X-ray fluorescence micro/nanoprobe
Ptychography
X-ray diffraction micro/nanoprobe
Endstations
19-ID-E
In Situ Nanoprobe instrument
Detectors
7-element XRF detector
12-element XRF detector in back-scatter geometry
Ptychography detector
XRD detector
Equipment
Additional Information