User:Jimw338/Books/MRI Physics

MRI Physics

 * Physics of magnetic resonance imaging
 * K-space (MRI)
 * Eigenvalues and eigenvectors
 * Resonance
 * Electron paramagnetic resonance
 * Magnetic moment
 * Relaxation (NMR)
 * Free induction decay
 * Larmor precession
 * Spin–lattice relaxation
 * Spin–spin relaxation
 * Ernst angle
 * Contrast medium
 * MRI contrast agent
 * Gadolinium
 * Magnetization transfer
 * Diffusion MRI
 * Nuclear magnetic resonance
 * Pulse sequence
 * Fluid attenuated inversion recovery


 * Standard Model
 * Electron configuration
 * Quantum number
 * Total angular momentum quantum number
 * Azimuthal quantum number
 * Clebsch–Gordan coefficients
 * Standard Model
 * Flavour (particle physics)
 * Elementary particle
 * Bohr model


 * Symmetries
 * Parity (physics)
 * C-symmetry
 * T-symmetry
 * Poincaré group
 * Spacetime
 * Lepton number
 * Baryon number
 * Electric charge
 * Q-analog
 * Zeeman effect
 * Magnetoception
 * Hamiltonian (quantum mechanics)


 * Fine Structure/QD Tests
 * Fine structure
 * Hyperfine structure
 * Fine-structure constant
 * Precision tests of QED
 * Muonium
 * Electric field gradient
 * Quadrupole
 * Nuclear magnetic moment
 * Qubit
 * Trapped ion quantum computer
 * Raman spectroscopy
 * Carbon-13 NMR
 * Landé g-factor
 * Einstein–de Haas effect


 * EPR/Spin-echo
 * Pulsed EPR
 * Spin echo
 * Ferromagnetic resonance
 * Dynamic nuclear polarisation
 * Spin label
 * Site-directed spin labeling
 * Protein folding
 * Spin trapping
 * Electrically detected magnetic resonance
 * Condensed matter physics
 * Mössbauer effect
 * Resonance (particle physics)
 * List of baryons
 * Planck constant
 * Nuclear magnetic resonance spectroscopy


 * Orbitals/Chemistry
 * Atomic orbital
 * Slater-type orbital
 * Gaussian orbital
 * Molecular orbital
 * Molecular orbital theory
 * Linear combination of atomic orbitals
 * Valence bond theory
 * Pi bond
 * J-coupling
 * Modern valence bond theory
 * Chemical bond
 * Computational chemistry


 * Magnetism
 * Magnetic field
 * Q factor
 * Electromagnetic field
 * Fourier transform
 * Myelin
 * Magnetic resonance imaging
 * Body water
 * Precession
 * Quantum mechanics
 * Proton
 * Pulse oximetry
 * Faraday cage
 * Magnetar