Abstract

The action of powerful laser radiation on superconducting materials is very important for different applications. Laser ablation was successfully used for the deposition of thin superconducting films, and for thin film patterning. Laser modification of thin superconducting films without any ablation of material has been also demonstrated. This work presents the results of our experimental and theoretical studies of the laser induced decomposition, evaporation, and ablation processes in 1-2-3 superconductors. A model of powerful radiation action on 1-2-3 superconductors has been developed. Low energy mechanism of ablation is developed and the, a processes of modification of thin films and drops generation during film deposition have been explained.

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