Corrosion Mitigation Coatings: Functionalized Thin Film Fundamentals and Applications

Preface\nContents\nList of contributing authors\n1 An overview of corrosion and functionalized thin film coating\n2 Functionalized thin film coatings: fabrication strategies, synthesis, and characterization\n3 Functionalized thin film coatings: basics, properties, and applications\n4 Functionalized superhydrophobic surface and thin film coatings for corrosion protection\n5 Porous materials-based functionalized thin film coatings as corrosion inhibitors\n6 Functionalized conductive polymer-based thin film coating as corrosion inhibitors\n7 Functionalized nanomaterials/nanocomposites-based thin film coatings as corrosion inhibitors\n8 Functionalized carbon allotropes-based thin film coatings as corrosion inhibitors\n9 Metal-organic frameworks (MOFs)-based functionalized thin film coating for corrosion protection\n10 Functionalized quantum dots/carbonaceous quantum dots-based thin film coating as corrosion inhibitor\n11 Functionalized hybrid sol–gel thin film coatings for corrosion inhibition\n12 Incorporating microcapsules-embedded corrosion inhibitor in functionalized thin film coatings\n13 Surface functionalized bio ceramic coatings for anti-corrosion performance\n14 Functionalized thin film coatings for reinforced concrete engineering\n15 Modeling of SH waves in a functionally graded piezo-poroelastic structure with sensitive coating in presence of point source of disturbance\n16 Functionalized thin film coatings for automotive coatings\n17 Influence of inorganic/organic additives on mechanical and electrochemical properties of functionalized thin film coatings\n18 Role of surface functionalization on corrosion resistance and thermal stability of functionalized thin film coatings\n19 Challenges and future outlooks\nIndex