By Ebatco
STA stands for simultaneous thermal analysis of DSC and TGA. It combines the DSC and TGA measurements into a single process, both saving time and simplifying interpretation of the results. STA results for Calcium Oxalate Monohydrate, CaC 2 O 4•H 2 O; STA stands for simultaneous thermal analysis of DSC/DTA and TGA. Applications Adsorption Catalytic Reactions Compositional Analysis Corrosion/Oxidation Crystallization Curing Decomposition Reactions Differential Scanning Calorimetry Evaporation Glass Transition Temperature Magnetic Transitions Mass Changes Phase Diagrams Phase Transition Temperatures Purity Determination Reaction Kinetics Residual Mass Simultaneous Thermal Analysis Solid-Gas Reactions Solid-Liquid Reactions Solid-Solid Reactions Specific Heat Determination Sublimation Synthesis Reactions Thermal Stability Thermogravimetric Analysis Transition Enthalpies Instrument: STA 449 F3 Jupiter Thermal Analyzer Instrument Key Specifications Temperature Range RT-1650°C Temperature Sensitivity 1.5°C or.25% whichever is greater Reproducibility within 0.3°K Load Balance Range 35g Balance Sensitivity 1 μg Drift<5 μg/hr
