Ray-Freeman.org
Description
pulled from site's meta descriptionNuclear magnetic resonance (NMR) detects tiny radiofrequency signals emitted by the nucleus of the atom when immersed in a strong magnetic field. The main aim of this website is to give access to Ray's publications on high-resolution NMR, boiled down to a selection of 100, but a full list of titles and abstracts is also available.
Domain Resolution
This domain resolves to the following IP addresses:This is an automatically generated AboutUs page for Ray-freeman.org. Click the "Edit" button at the top of the page to make changes. Please read our Getting Started page if you need any help.
Categories:
- AboutUs AutoGen
- 45°(Z) pulse
- AB quartet
- Accurate coupling constants
- Additive back-projection
- Adiabatic decoupling
- Adiabatic fast passage
- Adiabatic passage
- Adiabatic pulse
- Adiabaticity
- Afterglow
- Agitoxin
- Anomers of glucose
- Anti-echo
- Artifacts
- Audiofrequency
- Automated processing
- Average Hamiltonian theory
- Axial peak suppression
- B2 inhomogeneity
- Back-projection
- Band-selective irradiation
- Band-selective pulses
- Baseline stability
- Bayesian analysis
- Binomial intensities
- Bloch decay
- Bloch equations
- Broadband decoupling
- BURP pulses
- C4 symmetry
- Carbon connectivity
- Carr-Purcell
- Cartesian grid
- Cascaded pulses
- Centres of symmetry
- Chemical shift grid
- Cobalt-59
- Coherence transfer
- Complex networks
- Composite pulse
- Composite pulse decoupling
- Computer-optimized decoupling
- Connectivity
- Controlled aliasing
- Controlled-NOT operation
- Correlation spectra
- COSY
- Cross-peak elimination
- Cross-relaxation
- Cryogenic receiver
- Cycling sidebands
- CYCLOPS
- DANTE
- Darwinian
- Deconvolution
- Decoupled proton spectra
- Decoupling bandwidth
- Degenerate responses
- Deterministic methods
- Deutsch-Josza algorithm
- Diagonal peak suppression
- Dipolar coupling
- Double irradiation
- Double Fourier transformation
- Double-DANTE
- Double-quantum coherence
- Double-quantum transitions
- DQ-COSY
- Echo modulation
- Effective sample volume
- Energy-levels
- Even-numbered echoes
- Evolution space
- Excitation profile
- EXORCYCLE
- Explicit acquisition
- Fast multidimensional NMR
- Fast two-dimensional spectra
- Field inhomogeneity
- Field modulation
- Field-sweep
- Figure of merit
- Filter diagonalization
- First-order coupling
- Forced precession
- Fourier series
- Frequency discrimination
- Frequency-domain J-doubling
- Frequency-selective
- Frequency-sweep
- GARP
- Gated irradiation
- Gaussian pulses
- Geminal coupling
- Genes
- Genetic evolution
- Ghosts
- Globally optimized
- G-matrix Fourier transform
- Hadamard encoding
- Hadamard matrix
- Half-Gaussian
- HETCOR
- HMBC
- HNCA
- HNCO
- HNCOCA
- Hole-burning
- Hostile environment
- HSQC
- Hyperbolic secant
- Hypercomplex Fourier transform
- Hyperdimensional NMR
- INADEQUATE
- INEPT
- Inhomogeneous rf field
- Intensity anomalies
- Interleaved DANTE sequences
- Inverse Radon transform
- Inversion-recovery
- Isochromats
- J-doubling
- J-spectrum
- Line narrowing
- Liouville-von Neumann equation
- Longitudinal
- Long-range CH coupling
- Long-range coupling
- Lowest-value algorithm
- Low-power decoupling
- Magic cycle
- Magnetization trajectories
- Mapping proton-proton coupling
- Markov-chain Monte-Carlo method
- Meiboom-Gill modification
- Minimal sampling
- MLEV-16
- MLEV-64
- Modulation sidebands
- Molecular topology
- Multichannel excitation
- Multiple Hartmann-Hahn coherence transfer
- Multiplex excitation
- Multiscan averaging
- Multi-site Hadamard spectroscopy
- Mutarotation
- Nematic phase
- Nested matrices
- Nitrogen-14
- NOESY
- Noise decoupling
- Nuclear Overhauser effect
- Nyquist condition
- Optimized adiabatic pulse
- Orthogonal projections
- Overhauser effect
- Pairwise correlations
- PANACEA
- PANSY
- Parallel acquisition
- Paramagnetic
- Phantom sample
- Phantoms
- Phase anomalies
- Phase cycling
- Phase-encoding
- Phase-sensitive detector
- Phase-twist line-shape
- Phosphorus-31
- Plane projections
- Polarization transfer
- Polychromatic pulses
- Population inversion
- Prior knowledge
- Progressive saturation
- Projection-reconstruction
- Proteins
- Proton-proton INADEQUATE
- Pseudo-random modulation
- Pulse imperfections
- Pulse repetition rate
- Pulse sandwich
- Pulsed field gradients
- Pure-phase pulses
- Quantum computer
- Radial sampling
- Radiation damping
- Random sampling
- Read pulses
- Receiver duty cycle
- Reconstruction
- Reduced dimensionality
- Refocusing pulses
- Relative signs of couplings
- Relaxation agent
- Relaxation mechanisms
- Residual splittings
- Resolution enhancement
- Resolving ambiguities
- Rotation operators
- Sausage-shaped pulse
- Scaling of spin-spin interactions
- Scaling of splittings
- Second derivative
- Second radiofrequency field
- Selective
- Sidelobes
- Sign of the evolution frequency
- Signal enhancement
- Simulated annealing
- Single-point evaluation
- Slice/projection theorem
- Small flip angle pulses
- Soft-pulse array
- Solvent peak suppression
- Solvent suppression
- Sources of t1 noise
- Sparse sampling
- Spatial localization
- Spatially-selected single-scan NMR
- Spectral artifact
- Spectral density
- SPEED
- Spin echo
- Spin-echo modulation
- Spin-echo spectrum
- Spin-lattice relaxation
- Spin-pinging
- Spin-spin relaxation
- Spin-tickling
- Square-wave decoupling
- St Andrew's cross
- Stacked trace plot
- Statistical methods
- Steady-state response
- Stretched adiabatic pulse
- Supercycle
- Super-regenerative oscillator
- SWAP logic gate
- Symmetry filter
- Tailored excitation
- Tear-drop trajectory
- Ten-dimensional NMR
- Thermal noise
- Three-dimensional spectra
- Three-qubit computer
- TILT
- Tilted projection
- Time-proportional phase incrementation
- TOCSY
- Top-hat profile
- Tracing the carbon skeleton
- Transient nutation
- Transverse
- Triple-quantum coherence
- Two-dimensional Fourier transform
- Two-dimensional J-spectroscopy
- Two-dimensional line-shapes
- Two-dimensional shift correlation
- Universal swap operation
- Unresolved splittings
- Vicinal coupling
- WALTZ-16
- Weak perturbing field
- Weak satellite signals
- Wheat from chaff
- Windows
- WURST pulses
- Zero-quantum transitions