Abstract
The paper considers processes occurring in heat treatment and corrosive-medium action on thin films of lead-borate glasses with additives of CoO, ZrO2, Sb2O5, V2O5, MoO3 deposited in vacuum with pulse treatment of the initial material using a neodymium laser. It is shown that use of this method makes it possible to form films with a vitreous phase that is more resistant to annealing and corrosion than similar films obtained by thermal evaporation in vacuum.
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