The use of different calorimetric techniques permits the determination of global kinetic and thermodynamic parameters as well as heat transfer, stirrer power and safety data under a wide range of operations. In this work emphasis is put on the use of Temperature Oscillation Calorimetry, an innovative technique that allows quasi-isothermal heat flow calorimetric studies under conditions of variable heat transfer. The data obtained using different calorimeters are in good agreement
To facilitate the online monitoring and control of a pilot-scale polymerisation reactor, state estim...
The use of a reactive processing approach for the manufacture of thermoplastic composites is of incr...
The possibility for thermal runaway in batch chemical synthesis is reduced by thorough analysis of t...
The use of different calorimetric techniques permits the determination of global kinetic and thermod...
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...
Polymerization processes are characterized by strong exothermicity and a large increase of the visco...
Applicability of oscillation calorimetry techniques for the evaluation of time varying parameters du...
Temperature Oscillation Calorimetry (TOC) is a technique for the on line determination of heat trans...
The use of different calorimetric techniques permits the determination of thermokinetic parameters a...
The heat transfer in batch emulsion polymerization of styrene and vinyl acetate has been studied usi...
This work is concerned with the coupled estimation of the heat generated by the reaction (Qr) and th...
SIGLEAvailable from British Library Document Supply Centre-DSC:5413.5656(23) / BLDSC - British Libra...
International audienceAmong polymerization techniques, conventional radical polymerization in soluti...
A brief review of the procedures used in heat flow reaction calorimetry experiments under reflux and...
To facilitate the online monitoring and control of a pilot-scale polymerisation reactor, state estim...
The use of a reactive processing approach for the manufacture of thermoplastic composites is of incr...
The possibility for thermal runaway in batch chemical synthesis is reduced by thorough analysis of t...
The use of different calorimetric techniques permits the determination of global kinetic and thermod...
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...
Polymerization processes are characterized by strong exothermicity and a large increase of the visco...
Applicability of oscillation calorimetry techniques for the evaluation of time varying parameters du...
Temperature Oscillation Calorimetry (TOC) is a technique for the on line determination of heat trans...
The use of different calorimetric techniques permits the determination of thermokinetic parameters a...
The heat transfer in batch emulsion polymerization of styrene and vinyl acetate has been studied usi...
This work is concerned with the coupled estimation of the heat generated by the reaction (Qr) and th...
SIGLEAvailable from British Library Document Supply Centre-DSC:5413.5656(23) / BLDSC - British Libra...
International audienceAmong polymerization techniques, conventional radical polymerization in soluti...
A brief review of the procedures used in heat flow reaction calorimetry experiments under reflux and...
To facilitate the online monitoring and control of a pilot-scale polymerisation reactor, state estim...
The use of a reactive processing approach for the manufacture of thermoplastic composites is of incr...
The possibility for thermal runaway in batch chemical synthesis is reduced by thorough analysis of t...