In this paper the geometry of
the value distribution of linear combinations of axisymmetric harmonic polynomials
(AHP) and their derivatives is studied using the Bergman integral operator method
and methods from the analytic theory of polynomials. For a given AHP, zero free
cones in E3 can be determined which are stationary for specified classes of these
linear combinations in the sense that the given AHP describes cones which have an
empty intersection with the level sets of all linear combinations from each
class.