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Understand reactor design equations for batch, CSTR, and plug flow reactors. A practical guide for catalytic scientists using AMI lab reactor instruments.
Learn how temperature swing adsorption (TSA) removes moisture from natural gas, shale gas, and compressed air. Explore AMI instruments for TSA adsorbent research.
Compare lab scale catalytic reactors for screening, kinetic studies, and scale-up. Fixed-bed, CSTR, batch, and recirculating reactor selection guide from AMI.
Use XRD internal standard correction with LaB₆ to eliminate systematic errors in battery materials analysis — accurate LiFePO₄ lattice parameters and graphitization degree.
Bauxite XRD phase analysis with Rietveld refinement: identify and quantify gibbsite, goethite, and hematite using the AMI Lattice Series per ISO 19950 and ASTM D4926.
Measure true density of battery materials with the DensiPyc 1000. See how helium pycnometry supports QC of cathode and anode materials with RSD below 0.1%.
Learn how SSITKA in catalysis measures surface intermediates and kinetic parameters under true steady-state conditions, with ethylene oxidation and FT synthesis data.
SSITKA reveals surface kinetics and intermediate coverage under real reaction conditions. See how AMI’s AMI-300 SSITKA delivers precise catalytic data.
