Abstract
We investigate the influence of technological factors of the process of pulsed plasma spraying (in particular, of the composition of plasma-forming gases and magnetic fields) on the formation of amorphous coatings. It is experimentally established that the formation of coatings in the presence of a magnetic field applied in the region of spraying favors the formation of amorphous coatings and, thus, increases their adhesion to the base. The application of argon-hydrogen mixtures as plasma-forming gases make it possible to obtain homogeneous coatings with elevated contents of the amorphous component.
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