Interpretation and Physical Meaning of Kinetic Parameters Obtained from Isoconversional Kinetic Analysis of Polymers

An incremental isoconversional method for kinetic analysis

Analysis and interpretation of enzyme kinetic data

[email protected] Abstract Analysis of enzyme kinetic data to obtain valid information requires attention to two details that are often given less attention than they need. The first is an experimental design that ensures that the variables treated as independent are truly independent, that different interpretations can be distinguished, and that parameter values can be estimated. The second is ...

Kinetic Analysis of Molybdenite Oxidation

Investigation on Prospective Energy Power from Corncob Husk Biomass and its Biochars by Kinetic Parameters and Isoconversional Models

The biofuel properties of biomass play an important role in achieving their utilization on agro-systems and industries. In this context the biomass waste of maize, corncob husk, and its biochars were taken into account to be investigated by thermogravimetric analysis, thermodynamic parameters for non-isothermal analyses using the Ozawa-Flynn-Wall kinetic isoconversional model in order to compre...

Kinetic Parameters from Thermogravimetric Data

The "differential" method of Achar, Brindley and Sharp (ABS) and the "integral" one of Coats and Redfern (CR) are applied to the dehydration of BaBr2-H20 and HCOOLiH20 and to the thermal decomposition of Pb(SCN)2, and the kinetic parameters so obtained are compared with those deduced isothermally. The results of the ABS method, at the lowest heating rate (q = 1.2 K min— '), agree well with the ...