Linköping
Sweden
Linkoping University - Thin Film Physics Division
Superlattice, ceramics, Ab initio molecular dynamics, deformation, nanoindentation
Guinier-Preston zones, Spinodal decomposition, Age hardening, Annealing
PVD, energy-efficient, industrial, densification, ion-irradiation
MAB phase, Machine-learning interatomic potentials, mechanical properties, molecular dynamics
high-entropy nitride, HiPIMS, mechanical properties, hardness, yield strength
Multilayer films, Hard coatings, Reactive magnetron sputtering, Ion assisted growth, Micromechanics, STEM HAADF, Interface toughness
Transition metal diboride, line compound, planar defects, antiphase domain boundaries, high-resolution scanning transmission electron microscopy, first principles calculations
Boron film, low-temperature growth, magnetron sputtering, nanostructure, XPS, Mechanical properties
Nanocomposites, metastable phases, multilayers, wide angle X-ray scattering, ZrAlN multilayers, nanolabyrinth
WN, Phase composition, XPS, peak fitting, chemical bonding
GaN, Magnetron sputtering, HiPIMS, dislocations, XRC, TEM
MAB phase, Ab initio, Phase stability, Elastic constants, Ductility
HiPIMS, etching, adhesion, hard coating, plasma
XPS, charging, insulators, calibration, referencing, capping
