| Popis: |
The performance of deep ultraviolet copper bromide lasers is of great importance because of their applications in medicine, microbiology, high‐precision processing of new materials, high‐resolution laser lithography in microelectronics, high‐density optical recording of information, laser‐induced fluorescence in plasma and wide‐gap semiconductors and more. In this paper we present a statistical study on the classification of 12 basic lasing parameters, by using different agglomerative methods of cluster analysis. The results are based on a big amount of experimental data for UV Cu+ Ne‐CuBr laser with wavelengths 248.6 nm, 252.9 nm, 260.0 nm and 270.3 nm, obtained in Georgi Nadjakov Institute of Solid State Physics, Bulgarian Academy of Sciences. The relevant influence of parameters on laser generation is also evaluated. The results are applicable in computer modeling and planning the experiments and further laser development with improved output characteristics. |
