SPUTTERING OF CERAMIC MATRIX AND PHONON SPECTRA

The model is formed based on the continual deformation of mass distribution by sputtering of thin films. It was shown that due to mass deformation acoustical phonons are eliminated. This can cause a higher critical superconductive temperatures. The agreement of theory and experimental data of ceramic oxides is satisfactory. It is expected that presented theory is at service for synthesis of new superconductive materials.