Magnetic displacement vector field strength

The complete displacement and magnetic field strength vectors in the... 

E and H being the electric and magnetic field strength vectors, D the electric displacement vector, B the magnetic induction vector, J the electric current density, and p, the electric charge density. 

Magnetic field strength (if) - An axial vector quantity, the curl of which is equal to the current density, including the displacement current. [1]... 

Here E and H are vectors of electric and magnetic field strength, (o)) and p(co) are frequency dependent dielectric and magnetic permittivities, ct is permanent conductivity. In the second equation, the two terms describe the displacement and Ohmic current, respectively. 

The equations of running waves were derived in Chapter 2 (eqs. (2.8.5) and (2.8.7)). In these equations, (x, t) symbolizes the displacement of any point from its equihbrium position X in time instance t. In this chapter we have passed from mechanical to electromagnetic waves by displacement we shall now mean oscillations of the electric field strength E and those of the magnetic field H in mutually perpendicular planes (Figure 5.45). The cross line of these planes coincides with the axis of wave propagation, which coincides with a wave vector k (refer to Section 2.8.2). A plane that is determined by the vector k and the plane of E vector oscillations is a plane of oscillation. 

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