Magnetic field

Magnetic ac loss in multi-filamentary Bi-2223 / Ag tapes

Materials Engineering / Condensed Matter Physics / Magnetic field / AC Loss / Grain Boundary / High Tc Superconductivity / Electrical And Electronic Engineering / High Tc Superconductivity / Electrical And Electronic Engineering

Parahydrogen-enhanced zero-field nuclear magnetic resonance

Geophysics / Physics / Biophysics / Molecular Physics / Nuclear Physics / Plasma Physics / Quantum Physics / Thermodynamics / Particle Physics / Electronics / Nonlinear dynamics / Nuclear Magnetic Resonance / MRI / Photonics / Atomic Physics / NMR Spectroscopy / High Energy Physics / Statistical Physics / Fluid Dynamics / Nanotechnology / Chemical Physics / Astrophysics / Nature / Magnetic field / Condensed Matter / Cosmology / Protein Structure and Function / Mathematical Sciences / Physical sciences / hyperpolarized MRI / Optical physics / High Resolution / Quantum Interference / Nature Physics / Induced Polarization / Plasma Physics / Quantum Physics / Thermodynamics / Particle Physics / Electronics / Nonlinear dynamics / Nuclear Magnetic Resonance / MRI / Photonics / Atomic Physics / NMR Spectroscopy / High Energy Physics / Statistical Physics / Fluid Dynamics / Nanotechnology / Chemical Physics / Astrophysics / Nature / Magnetic field / Condensed Matter / Cosmology / Protein Structure and Function / Mathematical Sciences / Physical sciences / hyperpolarized MRI / Optical physics / High Resolution / Quantum Interference / Nature Physics / Induced Polarization

Nickel antidot arrays on anodic alumina substrates

Engineering / Electron Microscopy / Magnetic field / Physical sciences / Nickel / Quantum Dot

Parahydrogen-enhanced zero-field nuclear magnetic resonance

Geophysics / Physics / Biophysics / Molecular Physics / Nuclear Physics / Plasma Physics / Quantum Physics / Thermodynamics / Particle Physics / Electronics / Nonlinear dynamics / Nuclear Magnetic Resonance / MRI / Photonics / Atomic Physics / NMR Spectroscopy / High Energy Physics / Statistical Physics / Fluid Dynamics / Nanotechnology / Chemical Physics / Astrophysics / Nature / Magnetic field / Condensed Matter / Cosmology / Protein Structure and Function / Mathematical Sciences / Physical sciences / hyperpolarized MRI / Optical physics / High Resolution / Quantum Interference / Nature Physics / Induced Polarization / Plasma Physics / Quantum Physics / Thermodynamics / Particle Physics / Electronics / Nonlinear dynamics / Nuclear Magnetic Resonance / MRI / Photonics / Atomic Physics / NMR Spectroscopy / High Energy Physics / Statistical Physics / Fluid Dynamics / Nanotechnology / Chemical Physics / Astrophysics / Nature / Magnetic field / Condensed Matter / Cosmology / Protein Structure and Function / Mathematical Sciences / Physical sciences / hyperpolarized MRI / Optical physics / High Resolution / Quantum Interference / Nature Physics / Induced Polarization

Two-dimensional electron gas in a periodic magnetic field

Mechanical Engineering / Condensed Matter Physics / Magnetic field / Band Structure / GAP / Electronic properties / Electronic Structure / Two Dimensional Electron Gas / Magnetism and Magnetic Materials / Persistent Current / Fermi Level / Electronic properties / Electronic Structure / Two Dimensional Electron Gas / Magnetism and Magnetic Materials / Persistent Current / Fermi Level

Electron spin relaxation in paramagnetic Ga(Mn)As quantum wells

Kinetics / Magnetic field / Physical sciences / Density dependence / Spin Relaxation / High Temperature / CHEMICAL SCIENCES / Degeneration / Quantum Well / Spin Orbit Coupling / High Temperature / CHEMICAL SCIENCES / Degeneration / Quantum Well / Spin Orbit Coupling

A Multiscale Approach to Predict Classical<newline/> Losses in Soft Magnetic Composites

Engineering / Numerical Analysis / Composite Materials / Finite Element / Magnetic field / Finite Element Analysis / Physical sciences / Magnetic separation / Composite Material / Eddy Current / Electrical Conductivity / Cross Section / Soft Magnetic Materials / Finite Element Analysis / Physical sciences / Magnetic separation / Composite Material / Eddy Current / Electrical Conductivity / Cross Section / Soft Magnetic Materials

Interaction between parallel magnetic fields and transport currents in YBCO superconductors

Materials Engineering / Condensed Matter Physics / Magnetic field / Superconductors / Ac Susceptibility / Critical State / Electrical And Electronic Engineering / Critical State / Electrical And Electronic Engineering

First Complete Determination of Plasma Physical Parameters Across a Coronal Mass Ejection-Driven Shock

Plasma Physics / Organic Chemistry / Astrophysical Plasma / High Energy Density Physics / Shock Waves / Magnetic field / Coronal Mass Ejection / Plasma / Kinetic Energy / Magnetic Fields / White Light / Shock Wave / Solar Corona / Field of View / Extreme Ultraviolet / Compression Ratio / Magnetic field / Coronal Mass Ejection / Plasma / Kinetic Energy / Magnetic Fields / White Light / Shock Wave / Solar Corona / Field of View / Extreme Ultraviolet / Compression Ratio

First Complete Determination of Plasma Physical Parameters Across a Coronal Mass Ejection-Driven Shock

Plasma Physics / Organic Chemistry / Astrophysical Plasma / High Energy Density Physics / Shock Waves / Magnetic field / Coronal Mass Ejection / Plasma / Kinetic Energy / Magnetic Fields / White Light / Shock Wave / Solar Corona / Field of View / Extreme Ultraviolet / Compression Ratio / Magnetic field / Coronal Mass Ejection / Plasma / Kinetic Energy / Magnetic Fields / White Light / Shock Wave / Solar Corona / Field of View / Extreme Ultraviolet / Compression Ratio

A slender-body micromechanical model for viscoelasticity of magnetic colloids: Comparison with preliminary experimental data

Engineering / Viscoelasticity / Rheology / Magnetic field / Physical sciences / Iron / Magnetorheological Fluids / CHEMICAL SCIENCES / Rheological properties / Silica Gel / Yield stress / Experimental Data / Viscoelastic Properties / Iron / Magnetorheological Fluids / CHEMICAL SCIENCES / Rheological properties / Silica Gel / Yield stress / Experimental Data / Viscoelastic Properties

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

Does tidal capture produce cataclysmic variables

Organic Chemistry / Mass Transfer / Quantum Mechanics / Magnetic field / Cataclysmic Variable Stars / Physical Properties

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