Solution methods for Electric Field Integral Equations
... The forward problem works the other way around. Knowledge about the electromagnetic properties of tissue in the volume of interest and knowledge about the electromagnetic field to which it is exposed provides the opportunity to predict the scattered and diffracted fields. Think about the prediction ...
... The forward problem works the other way around. Knowledge about the electromagnetic properties of tissue in the volume of interest and knowledge about the electromagnetic field to which it is exposed provides the opportunity to predict the scattered and diffracted fields. Think about the prediction ...
classical theoretical physics II
... built up by importing small current loops (carrying current I) from infinity (see the figure.) The currents flowing along adjacent segments of these loops will eventually cancel so that only the net current I flowing around the boundary remains. Let us, then, compute the work that needs to be done t ...
... built up by importing small current loops (carrying current I) from infinity (see the figure.) The currents flowing along adjacent segments of these loops will eventually cancel so that only the net current I flowing around the boundary remains. Let us, then, compute the work that needs to be done t ...
