“…The determined adsorption mechanism differs from that of 2-ABT, in which the high basicity of the amino group in 2-ABT is less favourable as the coordination site. 57 Furthermore, as indicated by the simulation results, the H atoms in the NH 2 group of 2-ABT seem to play a repulsive role with the surface supposedly mitigating abstraction of the Zn atom from the surface as compared to 2-MBT.…”
An in-depth understanding of corrosion inhibitor behaviour(s) at the metal–solution interface governed by unique molecular features is the key premise to realising molecular tailoring for pronounced metal protection.
“…The determined adsorption mechanism differs from that of 2-ABT, in which the high basicity of the amino group in 2-ABT is less favourable as the coordination site. 57 Furthermore, as indicated by the simulation results, the H atoms in the NH 2 group of 2-ABT seem to play a repulsive role with the surface supposedly mitigating abstraction of the Zn atom from the surface as compared to 2-MBT.…”
An in-depth understanding of corrosion inhibitor behaviour(s) at the metal–solution interface governed by unique molecular features is the key premise to realising molecular tailoring for pronounced metal protection.
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