Abbie McLaughlin

Professor

    • AB24 3UE

    • 974 Citations
    19992019
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    Chemical Compounds

    Antiferromagnetism
    Atoms
    Bond length
    Cations
    Chemical shift
    Colossal magnetoresistance
    Crystal lattices
    Crystal structure
    Defect structures
    Derivatives
    Diffraction
    Doping (additives)
    Electric properties
    Electronic properties
    Electrons
    Elongation
    Energy gap
    Galvanomagnetic effects
    Glass transition
    Heating
    Ionic conduction
    Ionic conductivity
    Ions
    Jahn-Teller effect
    Magnetic fields
    Magnetic properties
    Magnetic structure
    Magnetic susceptibility
    Magnetization
    Magnetoresistance
    Manganese
    Metals
    Nanoparticles
    Neutron diffraction
    Neutron powder diffraction
    Neutrons
    Oxides
    Oxygen
    Phase transitions
    Precipitates
    Radiotherapy
    Solid solutions
    Spin glass
    Structural properties
    Synchrotrons
    Temperature
    Vacancies
    X ray diffraction
    X ray powder diffraction
    perovskite

    Engineering & Materials Science

    Antiferromagnetism
    Bond length
    Copper oxides
    Crystal lattices
    Crystal structure
    Defect structures
    Derivatives
    Diffraction
    Doping (additives)
    Electric properties
    Electronic properties
    Electrons
    Elongation
    Energy gap
    Galvanomagnetic effects
    Glass
    Glass transition
    Heating
    Ionic conduction
    Ionic conductivity
    Ions
    Jahn-Teller effect
    Magnetic fields
    Magnetic properties
    Magnetic structure
    Magnetic susceptibility
    Magnetic variables measurement
    Magnetization
    Magnetoresistance
    Molecular oxygen
    Nanoparticles
    Neutron diffraction
    Neutron powder diffraction
    Neutrons
    Nitrates
    Optical properties
    Oxides
    Oxygen
    Perovskite
    Phase transitions
    Platinum
    Positive ions
    Precipitates
    Semiconductor materials
    Solid solutions
    Spin glass
    Structural properties
    Superconducting transition temperature
    Temperature
    X ray powder diffraction

    Physics & Astronomy

    Aerospace Sciences

    magnetic fields
    rocks

    Chemistry and Materials

    chemical equilibrium
    oxides
    perovskites
    solid solutions

    Engineering

    antiferromagnetism
    electrical properties
    electrical resistivity
    heating
    high resolution
    interlayers
    magnetic permeability
    magnetic properties
    moments
    x rays

    General

    Curie-Weiss law
    alignment
    cells
    conduction
    conductivity
    crystal structure
    defects
    degrees of freedom
    discontinuity
    electronics
    expansion
    inventions
    magnetization
    solid state
    substitutes
    tetrahedrons

    Mathematical and Computer Sciences

    symmetry

    Physics

    cations
    diffraction
    ion currents
    nanoparticles
    neutron diffraction
    neutron scattering
    neutrons
    nuclear magnetic resonance
    optical properties
    orbitals
    oxygen atoms
    positrons
    synchrotrons
    temperature
    transition temperature
    transverse oscillation
    x ray diffraction