International audienceIn order to improve the soundness of the kinetic analysis of solid-state reactions, we present an experimental test based on a sudden change (jump), during an experiment, of the temperature, or of the partial pressure of gases, which have an influence on the kinetic rate. This test, denoted "f(α) test" allows to discriminate if the kinetic modelling may or may not involve the rate equation dα/dt = kf(α) for any kind of reaction: thermal decomposition, solids reacting with gases, ... Numerous examples are given and discussed according to the answer of the test, mainly based on the consideration of nucleation and growth processes
Understanding the industrial reactors behavior is a difficult task in the case of solid st...
Design, modelling and scaling of many gas-solid reaction processes in a fluidised bed (FB) require r...
Two complex cure mechanisms were simulated. Isoconversional kinetic analysis was applied to the resu...
International audienceThe kinetic analysis of experimental data obtained in the case of solid-state ...
International audienceMost of the kinetic studies in the gas-solid reactions field aim to extract th...
National audienceKinetic analysis of the solid-state reaction using thermal analysis (TA) is the est...
A comparative study of both conventional rising temperature and sample-controlled methods, like cons...
International audienceGas-solid reactions are extensively studied by thermal analysis. To describe t...
International audienceSince many years the kinetic models used for interpreting the kinetic curves α...
International audienceIn the non-isothermal approach to the determination of kinetic constants, the ...
International audienceChemical kinetic reaction mechanisms for combustion, either hand-written or au...
It is a challenge in chemical education to understand basic principles of chemical reaction kinetics...
International audienceMost of today's kinetic and mechanism studies of solid-gas reactions involve k...
Regional Research Laboratory, Bhubaneswar-751 013, India Manuscript received 13 August 2004, revise...
National audienceIsothermal and isobaric thermogravimetry allows measuring the kinetic rate of chemi...
Understanding the industrial reactors behavior is a difficult task in the case of solid st...
Design, modelling and scaling of many gas-solid reaction processes in a fluidised bed (FB) require r...
Two complex cure mechanisms were simulated. Isoconversional kinetic analysis was applied to the resu...
International audienceThe kinetic analysis of experimental data obtained in the case of solid-state ...
International audienceMost of the kinetic studies in the gas-solid reactions field aim to extract th...
National audienceKinetic analysis of the solid-state reaction using thermal analysis (TA) is the est...
A comparative study of both conventional rising temperature and sample-controlled methods, like cons...
International audienceGas-solid reactions are extensively studied by thermal analysis. To describe t...
International audienceSince many years the kinetic models used for interpreting the kinetic curves α...
International audienceIn the non-isothermal approach to the determination of kinetic constants, the ...
International audienceChemical kinetic reaction mechanisms for combustion, either hand-written or au...
It is a challenge in chemical education to understand basic principles of chemical reaction kinetics...
International audienceMost of today's kinetic and mechanism studies of solid-gas reactions involve k...
Regional Research Laboratory, Bhubaneswar-751 013, India Manuscript received 13 August 2004, revise...
National audienceIsothermal and isobaric thermogravimetry allows measuring the kinetic rate of chemi...
Understanding the industrial reactors behavior is a difficult task in the case of solid st...
Design, modelling and scaling of many gas-solid reaction processes in a fluidised bed (FB) require r...
Two complex cure mechanisms were simulated. Isoconversional kinetic analysis was applied to the resu...