A. Herring, OSU, uses tomography at 13 BMD to quantify pore scale trapping and to analyze how mechanisms affect the efficiency of capillary trapping of CO2 in saline aquifers.
Tomography at 13 BMD
Study in 'Science' finds missing piece of biogeochemical puzzle in aquifers using 13-ID-E's sulfur spectroscopy capabilities. Details in Argonne's press release
New paper in Science showcases the new sulfur capabilities at 13 IDE
The HPXTM module helps researchers study the texture change of their sample under extreme pressure and temperature conditions by collecting in-situ HP/HT 3D x-ray tomographic images.
High Pressure X-ray Tomographic Microscopy Module sitting outside of the 250 ton press in 13 BMD.
X-ray diffraction is the most powerful technique for crystal structure determination. From left to right, patterns from a single crystal, polychrystalline, nano-cyrstalline and amorphous crystals.
X-ray diffraction patterns from a diamond anvil cell.
High-resolution XRF microtomography of Arabidopsis seed. Reconstructed distribution of Fe, Mn, Zn and Ca, K, Zn are shown, images in fly-scan mode with a pixel resolution of 1 µm (13IDE,T. Punshon, Dartmouth).