Physical vapor deposition (PVD), solubility, Fracture toughness, Mechanical Properties, DFT
Physical Vapor Deposition, fracture toughness, Micromechanical Testing, Diboride Coatings, Superlattice
Chromium, Borides, PVD, Thin films, Si alloying, Oxidation resistance, DFT, APT
Transition Metal Carbides, Hardness, Fracture toughness, Vanadium, ceramics, PVD
Solubility, Transition Metal Nitride, Physical Vapor Deposition, Ab inito density functional theory, Alloying, X-ray diffraction
Boron film, low-temperature growth, magnetron sputtering, nanostructure, XPS, Mechanical properties
Borides, PVD, Segregation, oxidation resistance, High-temperature Micromechanics, mechanical properties
diborides, Density functional theory, Oxidation, sputtering
high entropy ceramics, compositionally complex nitrides, thermal stability, lattice distortion, oxidation behavior, Mechanical properties
physical vapor deposition, Thin Films, fatigue, Synchrotron diffraction, Residual stress design
High-entropy carbide, Magnetron sputtering, XRD, SEM, Thermal stability
TiB2, TiB2-C, SEM, DC vacuum arc, Macroparticles, Plasma diagnostics
High-entropy carbide, Magnetron sputtering, oxidation resistance, In-Situ XRD
High Entropy Sublattice, Nitrides, (Al, V)-Based, Refractory Metals, DFT-Based
PVD coatings, cathodic arc evaporation, pitting, corrosion resistance, open porosity, polarization resistance
diboride thin films, high-temperature oxidation, Mechanical properties, HiPIMS, XPS, Nanostructure
Thermoelectricity, Heusler Phases, thin films, Structure-property relations, Sustainability
TiB2±z thin films, Hardness anisotropy, PVD, X-ray synchrotron nano-diffraction, Crystallographic orientation
Diborides, PVD, Protective coatings, Oxidation, Silane
Carbide, Transition Metal, Mechanical properties, nitrides, thin films, sputtering
Low temperature hot corrosion, PVD coatings, cathodic arc evaporation, super alloy, fluxing, protective coatings
Oxynitride, Decomposition, Hard coatings, magnetron sputtering, Diffusion, density functional theory
AlMgB14, amorphous coatings, Magnetron sputtering, substrate temperature, hardness, fracture toughness
Titanium Diboride, DCMS, HiPIMS, Fracture toughness, Residual stresses, Microstructure-property relation
Coatings, Vacuum arc, Titanium Diboride, Deposition, Plasma properties
