Art Unwin wrote:

Thus to be in equilibrium a radiator
must be tipped to include the Coreolis force which then allows for a
spherical radiation pattern ala Poynting's vector where the forces
within the boundary equals ( and opposite) that outside the boundary
and is in a state of equilibrium Thus when a radiator is tipped it now
fills up the hole in the donut to obtain radiation that is equal in
all directions( equilibrium) which is what a military installation
would prefer as possible observation is 100 %
____________

Then by your theory does the radiation launched by a vertical, 1/2-
wave, center-fed dipole have a different pattern shape when that
dipole is tipped away from the vertical plane?

I'm referring to the radiation pattern of the dipole itself, not
including any reflections.

RF