Using (3) and (7), taking into account the quantities presented in (8), and the Fourier-Bessel image of the

tangential component of the magnetic field intensity in the region z < 0 is determined as

0](curl; [OMEGA]) is the subspace of H(curl; [OMEGA]) with a vanishing

tangential component on [partial derivative][OMEGA] For a scalar function p and a vector-valued function u, the vector and scalar curl operators are defined, respectively, by [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII].

The direction of the texture in a rolled metal sheet in a base plate is oriented parallel to the

tangential component of the cutting force.

Referring to Figures 8, the

tangential component is primarily responsible for changing the linear speed of the bat, while the normal and bi-normal components primarily control the level of the swing plane and the path of the grip point.

From Figure 5 we see that there is no

tangential component of the electric or the magnetic field for [alpha] = 0.

Thus the axial component force can be neglected and the radial and

tangential component forces will be mainly considered.

As shown in Figure 2(a), the

tangential component of an incident electric field wave is zero at the bottom of a corrugated surface, which indicates zero resistance, according to the boundary condition.

So, by using continuous condition of

tangential component of the magnetic field, we have

In this subcase, the first equation of (4) implies that the

tangential component [mu] = g([alpha], T) is a real constant, so again we may distinguish two subcases: (A.

Simulation results for the

tangential component of the electric field along main axis of antenna at different frequencies are presented in Figure 5.

where TX is the

tangential component of FX and NX is the normal component of FX.

This sliding resistance is referred as

tangential component of adhesive force.