The use of different calorimetric techniques permits the determination of thermokinetic parameters as well as heat transfer, stirrer power and safety data. In this paper the suspension polymerization of methylmethacrylate has been studied. Emphasis is put on the use of the FIRES pilot plant as a reaction calorimeter where the reaction temperature is controlled by the jacket temperature. The data obtained using different calorimeters are in good agreement. In conclusion the integratedcalorimetricapproach presented in this paper represents a rational methodology for the analysis and the development of complex chemical processes
Abstract Adiabatic calorimetry is a technique that has been introduced as an important approach to ...
A model for the simulation of suspension polymerization of MMA has been developed, which allows to a...
To facilitate the online monitoring and control of a pilot-scale polymerisation reactor, state estim...
The use of different calorimetric techniques permits the determination of thermokinetic parameters a...
The use of different calorimetric techniques permits the detemination of global kinetic and thermody...
The use of different calorimetric techniques permits the detemination of global kinetic and thermody...
The use of different calorimetric techniques permits the determination of global kinetic and thermod...
International audienceAmong polymerization techniques, conventional radical polymerization in soluti...
Two different calorimetric techniques have been used to determine thermokinetic parameters and to as...
In a polymerization system the self-heating process is strongly influenced by self-acceleration beha...
Polymerization processes are characterized by strong exothermicity and a large increase of the visco...
Reaction inhibition was adopted as a method to halt runaway phenomena during polymerization experime...
This work focused on the calorimetric study of solution radical polymerization. The kinetic paramete...
A calorimetria vem a ser uma importante técnica para análise dos processos de polimerização. Dado os...
Two different calorimetric techniques have been used to determine thermokinetic parameters and to as...
Abstract Adiabatic calorimetry is a technique that has been introduced as an important approach to ...
A model for the simulation of suspension polymerization of MMA has been developed, which allows to a...
To facilitate the online monitoring and control of a pilot-scale polymerisation reactor, state estim...
The use of different calorimetric techniques permits the determination of thermokinetic parameters a...
The use of different calorimetric techniques permits the detemination of global kinetic and thermody...
The use of different calorimetric techniques permits the detemination of global kinetic and thermody...
The use of different calorimetric techniques permits the determination of global kinetic and thermod...
International audienceAmong polymerization techniques, conventional radical polymerization in soluti...
Two different calorimetric techniques have been used to determine thermokinetic parameters and to as...
In a polymerization system the self-heating process is strongly influenced by self-acceleration beha...
Polymerization processes are characterized by strong exothermicity and a large increase of the visco...
Reaction inhibition was adopted as a method to halt runaway phenomena during polymerization experime...
This work focused on the calorimetric study of solution radical polymerization. The kinetic paramete...
A calorimetria vem a ser uma importante técnica para análise dos processos de polimerização. Dado os...
Two different calorimetric techniques have been used to determine thermokinetic parameters and to as...
Abstract Adiabatic calorimetry is a technique that has been introduced as an important approach to ...
A model for the simulation of suspension polymerization of MMA has been developed, which allows to a...
To facilitate the online monitoring and control of a pilot-scale polymerisation reactor, state estim...