![]() Typical diffraction samples is 0.001-20 Å -1Ĭovers the whole Q range simultaneously without repositioningįorward detectors (small- and wide-angle): 1 second (with moderate scattering samples integrated flux on sample up to 7.6E8 n/s/cm 2 with the shortest collimation setting).Typical moderate-ordered sample is 0.001-6 Å -1. ![]() Typical solution scattering is 0.002-2.0 Å -1.Variable Q range with different flux/divergence settings. Maximum dynamic range 0.001–20 Å -1 simultaneously. Typical radius 1–5 mm, other shapes possible with different apertures (e.g., 4×8 mm 2 or smaller) minimum static solution sample in volume ~100 µL ) minimum beam size 1×1 mm 2 for scanning imaging or tomography Spin texture, skyrmion, vortex lattices, Brillouin scattering, and magnetic domains Soils and Earth formation rocks planetary and meteorite geoscienceīiomacromolecules such as proteins, RNA/DNA, lipids and multi-component biomembranes intrinsically disordered proteins (IDPs) and regions (IDRs), liquid-liquid phase separations, and biopharmaceuticals ![]() The instrument’s excellent resolution will make it ideal for low-angle diffraction studies of highly ordered large-scale structures, such as skyrmions, shear-induced ordering in colloids, and biomembranes.Įxamples include polymers, colloids, micelles, complex fluids, gels and blends, and microemulsionsĪdditive manufacturing, metallurgical alloys, advanced composites, and porous materials Beam polarization and a high-resolution chopper will enable detailed structural and dynamical investigations of magnetic and quantum materials. The instrument will provide much needed capabilities in soft matter and polymer sciences, geology, biology, quantum condensed matter, and other materials sciences that need in situ and in operando experiments for kinetic and/or out-of-equilibrium studies. Walk-in sample space, simplified sample environment device change, and a wide range of sample environments: SANS sample cells, automatic sample changers, automatic inline flow cell, liquid handling robot, temperature/pressure/humidity control, flow-through size-exclusion chromatography, stroboscopic sample environment capability, other in situ cells as needed, such as strain and shear closed-cycle refrigerators, and low-temperature cryostats, such as helium-3 and dilution refrigerators, and magnets A removable high-speed monochromatic chopper near the sample position provides a unique inelastic SANS capability for incident energy 0.5- 500 meV
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