Correlating physicochemical properties with reactivity indices eliminates trial-and-error testing, reducing selection time and slurry complexity.
Stationary flat diffractive crystal spectrally resolves characteristic X-rays using a two-dimensional detector array.
A charged particle beam apparatus adjusts synthesis ratios of signal electrons to optimize image acquisition conditions automatically.
A mineral identification system uses probabilistic definitions to match spectral data against variable elemental compositions.
A composite charged-particle beam system integrates focused ion, electron, and gas ion beams to intersect at a single point.
CT imaging and digital rock physics calculate porosity and permeability directly from in-situ samples, reducing laboratory analysis time.
A detector unit guides cooling airflow through an air inlet on its base surface to dissipate heat from the detector elements.
A distortion unit bends secondary electron paths around an atomic force microscope cantilever to enable clear cross-section imaging.
Dynamic beam parameter adjustment manages pile-up events during X-ray spectroscopy to improve spectral resolution.
A reservoir reserve estimator system isolates samples under downhole conditions to extract and analyze hydrocarbons directly.
Downstream forward collimation absorbs scattered radiation from high-energy X-ray sources, resolving measurement inaccuracies caused by increased spot size.
Segmented detector elements and nonplanar object trajectories reduce scatter contamination below 5% while eliminating cone-beam artifacts.
Factor spectral image data into orthogonal scores and orthonormal loading vectors to resolve rotational ambiguity in spatially simple samples.
Modular gastrointestinal simulator system quantifies metal bioaccessibility in soil samples using integrated sensors and automated control loops.
Interpolating mmode lines from bmode data resolves discontinuous traces caused by low frame rates.
Linear combination of low- and high-energy datasets using optimized weighting factors to create mixed-energy images.
External magnetic lens guides photoelectrons to analyzer, eliminating internal maintenance contamination risks.