Rafał Rakoczy
Forced Convection Mass-Transfer Enhancement in Mixing Systems
By Rafał Rakoczy and Stanisław Masiuk
Part of the book: Advanced Topics in Mass Transfer
Study of Effect of Temperature Radient on Solid Dissolution Process Under Action of Transverse Rotating Magnetic Field
By Rafał Rakoczy, Marian Kordas and Stanisław Masiuk
Part of the book: Mass Transfer
The Effects of Power Characteristics on the Heat Transfer Process in Various Types of Motionless Mixing Devices
Part of the book: Heat Transfer Phenomena and Applications
A Comparison of Mass Transfer Coefficients between Rotating Magnetic Field Mixer and Stirred Tank Reactor
By Grzegorz Story, Marian Kordas and Rafał Rakoczy
The mass transfer process is the subject of many experimental studies in chemical engineering and also one of the most commonly used processes. Unfortunately, the mechanism of this process is still not fully understood, especially when nonstandard methods of intensification of mass transfer are used. In this investigation, the use of an alternating magnetic field action (AMFs) causing mass transfer was taking into consideration. As a result of the flow of electrically conductive fluid near the alternating magnetic field, electromagnetic forces can be generated within the liquid. These forces arise as a result of interaction between the magnetic field and the electric current. They are responsible for the rotation and consequently cause movement of the fluid on which they act. Therefore, there is the possibility of using these properties in the construction of a nonintrusive mixing stirrer.
Mohamed El-Amin
King Abdullah University of Science and Technology, Saudi Arabia
Sergey V. Komarov
Sebastien Delbos
Elisabeth Chassaing
Susumu Nii
Xeniya Koss
Pierre-Philippe Grand
Volker Weitbrecht
Tobias Bleninger