Waveguide process in crystal structures with artificial compositional inner media

Theoretical investigation of some waveguide properties of photon crystalline structures have been made in the article. The object of our analysis was photon crystalline structure which was made on the base of synthetically alloys. Presence of nanoclasters and nanoglobules in compositional media of globular photon crystalline waveguide determined the availability of verlapping and nonoverlapping zones. The dispersion equations were obtained. And their analysis with taking into account of resonance bond between directional waves (Brag's principle) for the main nonoverlapping zone was derived.