2-BM-A,B: Micro tomography Imaging
GeoScience, Life Sciences, Materials Science, Physics
The 2-BM-A,B beamline hosts a dedicated parallel-beam micro tomography program. Major design improvements to meet user demand and to provide superior analytical imaging performance and in situ capabilities include: (1) designed and implemented a new standardized control system (TomoScan) that supports step & fly & interlaced scans and streaming data collection for tomography. This systems now runs at 2-BM, 7-BM, and 32-ID allowing for fast propagation of new features and improvements with lower maintenance effort; (2) designed and implemented a new real-time tomography reconstruction code (TomoStream) to support streaming data collection; (3) designed and implemented a new command-line-interface (tomopy-cli) to better support our tomography reconstruction software (tomopy); (4) installed and tested an Adimec camera for fast data acquisition; (5) installed a new gas pump system for in-situ experiments with high-pressure conditions;
Monochromator Type : Multilayer monochromator
Energy Range : 11-35 keV
Resolution : 1 x 10-2
Flux : 1 x 1012 @17 keV
Beam Size Hxv :
Unfocused : 25mm x 4mm
Source : Bending Magnet
Resolution : 1 x 10-2
Monochromator Type : Pink-White Beam
Energy Range : 10-170 keV
Flux : 1 x 1014 @ keV
Beam Size Hxv :
Unfocused : 25mm x 2mm
Not Currently Operational
On-site
High resolution tomography of spatial resolution varying between 1 - 11um within 5 - 30 minutes Fast imaging system provides sub second tomography Specially designed furnaces and load cell for in situ experiments
Monochromatic and pink beam
Monochromatic, pink, and white beam
https://www.aps.anl.gov/Imaging/Beamlines/2-BM-A-B
See https://www.aps.anl.gov/Imaging/Scientific-Software for software used/developed by the imaging group
See https://www.aps.anl.gov/Imaging/Scientific-Software for software used/developed by the imaging group
