Difference between revisions of "Psyche.m"
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parameters.rho0 initial state | parameters.rho0 initial state | ||
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parameters.coil detection state | parameters.coil detection state | ||
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parameters.spins nuclei on which the sequence runs | parameters.spins nuclei on which the sequence runs | ||
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parameters.g_amp gradient amplitude (T/m) | parameters.g_amp gradient amplitude (T/m) | ||
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parameters.dims size of the sample (m) | parameters.dims size of the sample (m) | ||
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parameters.npts number of discretization points in the grid | parameters.npts number of discretization points in the grid | ||
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parameters.sweep spectral range (Hz) | parameters.sweep spectral range (Hz) | ||
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parameters.npoints number of points in the sweep | parameters.npoints number of points in the sweep | ||
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parameters.zerofill number of points for the zero filling | parameters.zerofill number of points for the zero filling | ||
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parameters.diff diffusion constant (m^2/s) | parameters.diff diffusion constant (m^2/s) | ||
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H Fokker-Planck Hamiltonian | H Fokker-Planck Hamiltonian | ||
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R Fokker-Planck relaxation superoperator | R Fokker-Planck relaxation superoperator | ||
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K Fokker-Planck kinetics superoperator | K Fokker-Planck kinetics superoperator | ||
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G Fokker-Planck gradient superoperators | G Fokker-Planck gradient superoperators | ||
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F Fokker-Planck diffusion and flow superoperator | F Fokker-Planck diffusion and flow superoperator | ||
Revision as of 17:32, 29 December 2017
PSYCHE pulse sequence
Contents
Syntax
fid=psyche_1d(spin_system,parameters,H,R,K,G,F)
Arguments
parameters.rho0 initial state parameters.coil detection state parameters.spins nuclei on which the sequence runs parameters.g_amp gradient amplitude (T/m) parameters.dims size of the sample (m) parameters.npts number of discretization points in the grid parameters.sweep spectral range (Hz) parameters.npoints number of points in the sweep parameters.zerofill number of points for the zero filling parameters.diff diffusion constant (m^2/s) H Fokker-Planck Hamiltonian R Fokker-Planck relaxation superoperator K Fokker-Planck kinetics superoperator G Fokker-Planck gradient superoperators F Fokker-Planck diffusion and flow superoperator
Returns
1D spectrum of the PSYCHE experiment
Notes
The last five parameters are built automatically by imaging.m context function when this sequence is called from that context.
See also
step.m, evolution.m, coherence.m, chirp_pulse_xy.m, shaped_pulse_xy.m
Version 1.10, authors: Mohammadali Foroozandeh, Maria Grazia Concilio
