Kinetic & thermal stability study of bisphenol-c derivatives
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Studies on kinetics and thermal behaviour of solid state reactions are a challenging and difficult task with complexity resulting from the great variety of factors with diverse effects. Recently, thermal analysis methods have been widely used for scientific and practical purpose due to the fact that they provides a reliable information on the physic-chemical parameters characterizing the processes of isothermal and non-isothermal decomposition. Also kinetic parameters (activation energy, pre-exponential factor and reaction order) can be measured by thermoanalytical methods according to progres...
Studies on kinetics and thermal behaviour of solid state reactions are a challenging and difficult task with complexity resulting from the great variety of factors with diverse effects. Recently, thermal analysis methods have been widely used for scientific and practical purpose due to the fact that they provides a reliable information on the physic-chemical parameters characterizing the processes of isothermal and non-isothermal decomposition. Also kinetic parameters (activation energy, pre-exponential factor and reaction order) can be measured by thermoanalytical methods according to progress of reactions. Kinetic parameters are essential for describing any kind of process where the thermal decomposition occurs. Therefore, in this book author described synthesis, characterization and thermal analysis of biphenol-C and its derivatives that are widely used for a synthesis of thermally stable polymers. There is a target to summarize basic knowledge of kinetic and thermal analysis that mostly applicable in current trends, so we mainly focused on interpretation of thermograms and which type of information we will extract from it. This book is mainly used for master as well as bachelo
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