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Pulse sequence

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NMR pulse sequence for a heteronuclear experiment. The thin bar denotes a 90° pulse, while the thick bar denotes a 180° pulse. INEPT is a common building block of NMR experiments to improve N signal.
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are applied by switching magnetic fields that exhibit a space-dependent gradient which can be used to reconstruct spatially resolved images after applying Fourier transforms.
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Graphical representation of a pulse sequence for a homonuclear NOESY experiment. The three bars represent three 90° pulses.
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is related to the characteristic frequencies of the desired signals. After applying a
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The outcome of pulse sequences is often analyzed using the
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Bernstein, M.A.; King, K.E.; Zhou, X.J.; Fong, W. (2004).
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Insensitive nuclei enhanced by polarization transfer
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Index


spin echo


INEPT
Fourier transform NMR spectroscopy and imaging
radio frequency
free induction decay
Fourier transform
frequency domain
NMR spectrum
magnetic resonance imaging
gradient pulses
product operator formalism
Spin echo
Insensitive nuclei enhanced by polarization transfer
MRI sequence
ISBN
978-0470511176
Handbook of MRI Pulse Sequences
Pulse sequences
The Basics of NMR
Stub icon
nuclear magnetic resonance
stub
expanding it
v
t
e
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