Obtaining Heterogeneous Oxide Coating on Chrome-Nickel Steel in Heating-Cooling Cycles in the Air

摘要

We investigated an impact of technological conditions of oxidizing X12CrNiTi18-9 stainless steel implants in repeated heating-cooling cycles in the air on morphological features of resulting metal oxide coating. Our findings confirmed that generated coating had a high morphological heterogeneity of its surface structure with dimensional parameters in the micro-and nanometer range of values. The effect of structurally heterogeneous metal oxide coating on the osseointegration capacity of steel implant surface was experimentally established.