The simple analytical formula for the electromagnetic field radiated by a horizontal infinitely long wire over the planar surface of the earth coated with a dielectric layer is derived. It is concluded that the total field includes four modes: the direct wave, the ideal reflected wave or image ...
The wire is assumed to be infinitely long and perfectly conducting. The wire is situated above a finitely conducting plane earth. The plane wave is assumed to have its magnetic field perpendicular to the axis of the wire. The time history of the plane wave is described by a 5O kV/m ...
-A current I flows in an infinitely long wire with cross section in the form of a semicircular ring of radius"a".The magnitude of the magnetic field induction along its axis will be:q, There are 2 steps to solve this one....
Firstly I evaluated an integral (with limits from 0 to pi) for the magnetic field at a perpendicular distance (a) from one straight infinitely long wire and obtained B = (μ0)*(di) / 2*pi*a. Where di is a fraction of the total current i for that one wire. Now where I am...
An infinitely long wire carrying current I is along Y-axis such taht its one end is at point A(0,b) while the wire extends upto +∞. The magnitude of magnetic field strength at point (a,0) is View Solution In the figure shown an infinitely long wire of uniform linear charge density...
1.A method of making a camouflage pattern, said method comprising:receiving a three-dimensional (3D) model of a first element, wherein:the 3D model is a point cloud representative of the first element or a wire mesh of the first element generated from the point cloud, andthe first element...
An explicit formula for the propagation constant of an electromagnetic wave propagating along a very thin conducting wire immersed in a magnetoplasma is obtained for the general case where the static magnetic field is applied with an arbitrary inclination with respect to the wire. An experimental ...