Magnetism Methodology Nuclear magnetic resonance spectroscopy Liquid crystals X ray diffraction Computer simulation Iron Nanoparticles Colloids Carbon Molecular dynamics Calculations Transmission electron microscopy Phase diagrams Approximation theory Socialisation Copper Organic conductors Superconducting Materials Surface property Oxygen Single crystals Polymers COVID-19 Morphology Surface tension Electron microscopy Doping additives Magnetic fields Rheology Magnetic field effects Chemistry Nanotechnology Salts Ground state Thermodynamics DNA Energy dissipation Crystal structure Synthesis chemical Magnetic anisotropy Energy Adsorption Phase transitions Oxide superconductors Superconducting materials Molecular structure Superconductivity Structure analysis Graphene Carbon nanotubes Thermal effects Interfaces materials Nuclear magnetic resonance Magnetoresistance Electronic structure Magnetization High Temperature Superconductors Fullerenes Quantum theory Thin films High temperature superconductors Water Crystal lattices Electron energy loss spectroscopy Cobalt Mathematical models Gold Electrons X ray scattering Foams Electron energy levels Nonhuman Electric conductivity Phase transition Electron scattering Monolayers Scanning electron microscopy Anisotropy Ceramic Materials Antiferromagnetism Magnetic domains Temperature dependence Chemical structure Surface active agents Oxide Superconductors Electronic properties MAGNETIC MATERIALS Crystallization Diffusion Temperature Elasticity Crystals Electron Priority journal Magnetic properties Nanostructured materials Band structure Scanning transmission electron microscopy Article