1. Effect of the material and geometry parameters on the differential phase shift in the circular waveguide, containing a ferrite cylinder with azimuthal magnetization and a dielectric toroid;georgieva-grosse;Proc Int Symp Antennas Propagat ISAP 2015,2015
2. Iterative method for analysis of the differential phase shift in an azimuthally magnetized circular ferrite-dielectric waveguide;georgieva-grosse;Proc 2013 Int Symp Electromagn Theory URSI-EMTS 2013,2013
3. Theorem for the relation between the L1(c,n) and L2(L,n) numbers;georgiev;Proc 2019 Int Symp Electromagn Theory URSI-EMTS 2019,2019
4. A new method for exact computation of the differential phase shift in the circular waveguide, loaded with an azimuthally magnetized ferrite cylinder and a dielectric toroid