Recent content by biomagnetico

Thanks so much. I have solved the problem with a layered dielectric is placed in between 2 plates. I believe I understand how the electric field is distributed and shielded according to each relative permittivity. I have problems visualizing the concept with the dielectric block is placed...

Thanks, it definitely does not help --- it is not on the topic.

Thank you for the answer. So the induced E field is the same throughout the layers. How can the material differentiate whether the field is induced (d/dt B) or established by a capacitor? In other words, the induced E field is on a different dimension, or level, as the E field from actual charges?

Thanks, but it does not help. Are you suggesting that induced E field is independent of dielectric? Thanks!

Hi all, I am looking into induced electric fields by changing B fields inside layers of dielectric. For example, if a block of several layers of a dielectric material is placed inside a capacitor plate, the E fields inside each layer is shielded depending on the relative permitivitty...