Effective mass

Peculiar magnetic properties of anisotropic London superconductors

Materials Engineering / Condensed Matter Physics / Quantum Physics / Superconductors / Magnetic Properties / Effective mass / Electrical And Electronic Engineering / Effective mass / Electrical And Electronic Engineering

Peculiar magnetic properties of anisotropic London superconductors

Materials Engineering / Condensed Matter Physics / Quantum Physics / Superconductors / Magnetic Properties / Effective mass / Electrical And Electronic Engineering / Effective mass / Electrical And Electronic Engineering

Ab initio torsional potential and transition frequencies of acetaldehyde

Engineering / Physical sciences / Electronic Structure / Complete Basis Set / CHEMICAL SCIENCES / Infrared / Effective mass / Infrared / Effective mass

Ab initio torsional potential and transition frequencies of acetaldehyde

Engineering / Physical sciences / Electronic Structure / Complete Basis Set / CHEMICAL SCIENCES / Infrared / Effective mass / Infrared / Effective mass

Electronic transport and magnetic properties in (La1−xGdx)0.67 Ca0.33MnOδ perovskites

Engineering / Condensed Matter Physics / Inorganic Chemistry / Transport Properties / Physical sciences / Magnetic Properties / Electrical Resistance / Magnetic Susceptibility / Electron Transport / Electronic Structure / Temperature Dependence / CHEMICAL SCIENCES / Spin Glass / Phase Separation / Effective mass / Low Temperature / Specific Heat / Physical Properties / Magnetic Properties / Electrical Resistance / Magnetic Susceptibility / Electron Transport / Electronic Structure / Temperature Dependence / CHEMICAL SCIENCES / Spin Glass / Phase Separation / Effective mass / Low Temperature / Specific Heat / Physical Properties

Ballistic Electron Transport in AlAs Quantum Wells

Physical sciences / Fundamental Parameters / Oscillations / Electron Transport / Power Spectrum / Effective mass / Quantum Well / Ballistic Transport / Effective mass / Quantum Well / Ballistic Transport

Interacting Superparamagnetism in La0.7Sr0.3MnO3 Nanoparticles

Materials Science / Mathematical Sciences / Physical sciences / High Temperature / Particle Size / Room Temperature / Shell Structure / Effective mass / Room Temperature / Shell Structure / Effective mass

Current transport modeling in quantum-barrier-enhanced heterodimensional contacts

Quantum Mechanics / Photodetectors / Tunnelling / Current Density / Device Simulation / Effective mass / Quantum Well / Three Dimensional / Low Noise / Boundary Condition / Physical Model / Transient Response / Electrical And Electronic Engineering / Schottky barriers / Dark Current / Effective mass / Quantum Well / Three Dimensional / Low Noise / Boundary Condition / Physical Model / Transient Response / Electrical And Electronic Engineering / Schottky barriers / Dark Current

Optical properties of polycarbonate organic matrix/cadmium sulphide clusters composite material

Heat Treatment / Quantum Confinement / bisphenol A / Composite Material / Optical Properties / Optical band gap / Effective mass / Optical band gap / Effective mass

Effective Mass Close to a Quantum Critical Point

Condensed Matter Physics / Superconductivity / Effective mass / Heavy Fermion / Quantum Critical Point

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