Fields inside the chiral nihility slab which is backed by perfect electric conductor are
determined. It is noted that both electric and magnetic fields exist inside the grounded chiral …

Inside the chiral nihility slab, three fractional dual solutions between the original and dual to
original solutions are determined. Chiral nihility slab is backed by perfect electric conductor …

A perfect electric conductor placed in chiral nihility medium and excited by a uniform plane
wave has been considered as an original problem. Using fractional operators, solutions to …

Solutions which seem as the dual solutions to the original solution of the Maxwell equations
for chiral nihility medium are listed. Using operators composed of fractional curl, solutions to …

Fractional rectangular impedance waveguide has been studied using fractional curl
operator. Behavior of field inside the fractional rectangular impedance waveguide has been …

Fractional curl operator has been used to derive solutions to the Maxwell equations for
fractional rectangular cavity resonator. These solutions to the Maxwell equations may be …

Time harmonic electric and magnetic fields inside a parallel plate DB boundary waveguide
are derived and fractional curl operator is utilized to study the fractional parallel plate DB …

Fractional solutions of a parallel plate waveguide originally with impedance walls have been
derived and fractional impedance of the guiding walls have been investigated. Two distinct …

Fractional dual solutions to the Maxwell equations for a dielectric slab placed in an
unbounded dielectric magnetic medium are determined using the fractional curl operator …

Abstract D′ B′, DB′ and D′ B boundary conditions are used to investigate the resulting
field patterns inside a parallel plate waveguide. The D′ B′ boundary conditions are …