Advanced Coating Materials, , Wiley, John Wiley & Sons,Materials science,Mechanical engineering and materials, Molecular precursor method; stability; homogeneity; miscibility; coatability; functional thin films; cold spray; advance coating materials; advance coating process; computational fluid dynamics (CFD); titanium; laser transformation hardening; rectangular laser beam; Ti-6Al-4V; hardened depth; lead dioxide; methanesulfonate electrolyte; physicochemical properties; oxygen evolution; electrooxidation of phenolic compounds; polycrystalline diamond; Zr cladding; surface oxidation; plasma-enhanced chemical vapor deposition; high-velocity oxy liquid fuel (HVOLF); WC-Co-Cr; coatings for narrow and complex geometries; torch design; nanopaints; coatings; oleophobic; stain; waterproof paint; scratch resistance; nano-TiO2; nano-SiO2 and Ago; ?-alumina; nanoceramic; anodic oxide film; anodization; barrier film; porous film; Nanodiamond; epoxy; dispersion; properties; functionalization; coating; spin coating; electrocatalysis; oxygen reduction reaction; transition metal oxides; composite materials; pulsed deposition; energy conversion systems; solar energy; supercapacitors; solid-phase microextraction; molecularly imprinted polymers; metal–organic framework; analytical applications; sorbent coatings; laser transformation hardening; response surface methodology; full factorial design; analysis of variance; bead geometry; functional coatings; wettability; superwettability; superdewettability; bottom-up; scalable; biosinpired; superhydrophilicity; superhydrophobicity; superoleophobicity and superamphiphobicity; superomniphobicity,, , United States, en-UShttps://www.wiley.comMolecular precursor method; stability; homogeneity; miscibility; coatability; functional thin films; cold spray; advance coating materials; advance coating process; computational fluid dynamics (CFD); titanium; laser transformation hardening; rectangular laser beam; Ti-6Al-4V; hardened depth; lead dioxide; methanesulfonate electrolyte; physicochemical properties; oxygen evolution; electrooxidation of phenolic compounds; polycrystalline diamond; Zr cladding; surface oxidation; plasma-enhanced chemical vapor deposition; high-velocity oxy liquid fuel (HVOLF); WC-Co-Cr; coatings for narrow and complex geometries; torch design; nanopaints; coatings; oleophobic; stain; waterproof paint; scratch resistance; nano-TiO2; nano-SiO2 and Ago; ?-alumina; nanoceramic; anodic oxide film; anodization; barrier film; porous film; Nanodiamond; epoxy; dispersion; properties; functionalization; coating; spin coating; electrocatalysis; oxygen reduction reaction; transition metal oxides; composite materials; pulsed deposition; energy conversion systems; solar energy; supercapacitors; solid-phase microextraction; molecularly imprinted polymers; metal–organic framework; analytical applications; sorbent coatings; laser transformation hardening; response surface methodology; full factorial design; analysis of variance; bead geometry; functional coatings; wettability; superwettability; superdewettability; bottom-up; scalable; biosinpired; superhydrophilicity; superhydrophobicity; superoleophobicity and superamphiphobicity; superomniphobicity, [BLURB],[CITY],,books, ebooks, biblet, Book2look