https://materialsatextremes.com/2026/08/09/rethinking-how-cold-spray-really-bonds-dissimilar-metals/Materials at Extremesen2026-08-09T20:52:49+00:00Rethinking how cold spray really bonds dissimilar metalsmetallurgy, science, Electron Microscopy, coatings, aluminium alloys, EDX, space, materials science, focused ion beam, art, photography, Montanuniversität Leoben, scanning transmission electron microscopy, Additive Manufacturing, molecular dynamics, STEM, microstructure, radial distribution function, dynamic recovery, materials characterisation, recrystallisation, STEM-EDX, grain refinement, Cold Spray, Metallurgical Bonding, Interfacial Melting, Supersonic Particle Deposition, AA6082, Dissimilar Metals, Metal Bonding, Al-Fe Bonding, MD Simulations, Transient Melting, Solid-State Welding, Metal Additive Manufacturing, Cold Spray Deposition, Oxide Layer, Magnesium Segregation, Mg-Si Precipitates, Subgrain Formation, High-Velocity Impact, Rapid Solidification, Ultrafine Grains, Multi-Material Manufacturing, Atomistic Simulation, Adiabatic Shear Instability, Fe-Al System, FIB-SEM, Nanoscale Phenomena, Solid-State Manufacturing, Iron Particles, Impact Affected Zone, Silicon Segregation, Amorphisation, Interfacial Oxidehttps://materialsatextremes.com/wp-content/uploads/2026/08/1-s2.0-s2214860426002642-gr6.jpg?w=150