Zonal structure of a spectrum of magneto-plasma waves in periodic semiconducting lattice

Research of stratified-periodic mediums has been rousing constant interest in scientific literature for many years. Quoted papers apply to various materials and various frequency ranges, but the availability of a translating symmetry in researched structures is common in these papers. The interest for such research is due to the fact that the periodic structures represent a new type of artificially created material. The properties of such structures are suitable for operation while changing structure of layers or their dimensions. The specific pass-band zone arising in stratified periodic semiconductor-dielectric structure located in a magnetic field is examined in the paper. The existence of this zone is conditioned by the distribution of surface magneto-plasma waves along the boundaries of a structure, by percolating (or tunneling) of the fields of these waves through layers of a structure and by forming of a collective mode.