A broad overview of research on the effects of imposed magnetic fields on electrolytic processes is given. As well as modelling of mass transfer in magnetoelectrolytic cells, the effect of magnetic fields on reaction kinetics is discussed. Interactions of an imposed magnetic field with cathodic crystallization and anodic dissolution behaviour of metals are also treated. These topics are described from a practical point of view
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Manipulation of the magnetic behavior of materials with voltage (i.e., magnetoelectric actuation) ha...
A broad overview of research on the effects of imposed magnetic fields on electrolytic processes is ...
A new method with MHD electrode (MHDE) to analyze the electrochemical reaction under the magnetic fi...
Abstract—The application of a magnetic field unexpectedly al-ters the rest potential of ferromagneti...
Introduction. Magnetic fields might have a manifold of influences on elec-trochemical reactions, inc...
The rates of some reactions are greatly limited by diffusion rates of paramagnetic gases. The idea t...
The most well-known effect of the magnetic field on electrochemical systems is hydrodynamic convecti...
The primary goal of this research was to investigate the effects associated with the application of ...
Electrolysis has various real life applications in many different areas. It is used in the productio...
International audienceThe oxidation reactions of hexacyanoferrate(H) and hydroquinone in KCl media w...
This thesis is concerned with the effect of static and oscillatory magnetic fields on th...
Nd-Fe-B permanent magnets are easily available, powerful, and inexpensive and generate strong quanti...
The research and development status of the electro-deposition technology under the action of externa...
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Manipulation of the magnetic behavior of materials with voltage (i.e., magnetoelectric actuation) ha...
A broad overview of research on the effects of imposed magnetic fields on electrolytic processes is ...
A new method with MHD electrode (MHDE) to analyze the electrochemical reaction under the magnetic fi...
Abstract—The application of a magnetic field unexpectedly al-ters the rest potential of ferromagneti...
Introduction. Magnetic fields might have a manifold of influences on elec-trochemical reactions, inc...
The rates of some reactions are greatly limited by diffusion rates of paramagnetic gases. The idea t...
The most well-known effect of the magnetic field on electrochemical systems is hydrodynamic convecti...
The primary goal of this research was to investigate the effects associated with the application of ...
Electrolysis has various real life applications in many different areas. It is used in the productio...
International audienceThe oxidation reactions of hexacyanoferrate(H) and hydroquinone in KCl media w...
This thesis is concerned with the effect of static and oscillatory magnetic fields on th...
Nd-Fe-B permanent magnets are easily available, powerful, and inexpensive and generate strong quanti...
The research and development status of the electro-deposition technology under the action of externa...
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Manipulation of the magnetic behavior of materials with voltage (i.e., magnetoelectric actuation) ha...