This paper analyzes the possibility to use dimension and
lacunarity for comparing the resonant behavior of different convoluted
wire antennas, including prefractal dipoles. Since previous studies have
proved that the Hausdorff fractal dimension is not suitable for antenna
comparison purposes, this work proposes the adoption of a different
approach for evaluating the dimension by using the measurement at
scale delta, which is more suitable for analyzing real phenomena. The
results provided by this measure are compared to those obtained by
using the average lacunarity. The objective is to verify if, given
two convoluted wire dipoles, the dimension and average lacunarity
provide sufficient information to infer which dipole exhibits the lower
resonances.
