<p>For the three pulses shown (Fourier pulse, SLR pulse, or Wavelet pulse), Bloch simulation comprised a dual-band excitation pulse followed by one of the three dual-band refocusing pulses plotted in the top panel with 50 spin isochromats and an echo time of 72 ms to simulate a crushed spin echo response. The second panel compares the transverse magnetization magnitude zoomed to each of the two pass bands. The SLR and wavelet pulse exhibit a very similar profile. The bottom panel plots the phase angle in radians of the transverse magnetization for each pulse.</p
Thesis (B.S.)--University of Rochester. Dept. of Physics and Astronomy, 1991.The basic theory of nuc...
By definition, radiofrequency (RF) pulses are the pivotal elements of NMR pulse sequences. Vice vers...
<p>The coefficient variation values (i.e., std/mean) were calculated based on the corresponding Bloc...
<p>Panel (A) at the top shows the 117 wavelet domain coefficients whose amplitudes were optimized. T...
<p>Pulse properties are shown for the Fourier, SLR and wavelet-optimized refocusing pulses implement...
Purpose: The frequency-swept pulse known as the hyperbolicsecant (HS) pulse is popular in NMR for ac...
Bloch simulation of longitudinal steady state magnetization (Mzss) temporal variation in one repetit...
The phenomenon of multiple echoes following a two-pulse stim- sulting from the nuclear dipolar demag...
Learning Objectives: Rapid imaging sequences are characterized by a very fast train of excitation an...
Attempts to optimize the magnetization transfer ratio (MTR) obtained from spoiled gradient echo MRI ...
<p>Reconstructed sagittal brain images obtained with the standard single-band pulse sequence on the ...
A new method for designing radiofrequency (RF) pulses with numerical optimization in the wavelet dom...
The well-known method of image reconstruction by projections in magnetic resonance imaging uses spin...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/145203/1/cpmib0300.pd
<p>The coefficient variation values (i.e., std/mean) for both uncorrected and corrected pulses quant...
Thesis (B.S.)--University of Rochester. Dept. of Physics and Astronomy, 1991.The basic theory of nuc...
By definition, radiofrequency (RF) pulses are the pivotal elements of NMR pulse sequences. Vice vers...
<p>The coefficient variation values (i.e., std/mean) were calculated based on the corresponding Bloc...
<p>Panel (A) at the top shows the 117 wavelet domain coefficients whose amplitudes were optimized. T...
<p>Pulse properties are shown for the Fourier, SLR and wavelet-optimized refocusing pulses implement...
Purpose: The frequency-swept pulse known as the hyperbolicsecant (HS) pulse is popular in NMR for ac...
Bloch simulation of longitudinal steady state magnetization (Mzss) temporal variation in one repetit...
The phenomenon of multiple echoes following a two-pulse stim- sulting from the nuclear dipolar demag...
Learning Objectives: Rapid imaging sequences are characterized by a very fast train of excitation an...
Attempts to optimize the magnetization transfer ratio (MTR) obtained from spoiled gradient echo MRI ...
<p>Reconstructed sagittal brain images obtained with the standard single-band pulse sequence on the ...
A new method for designing radiofrequency (RF) pulses with numerical optimization in the wavelet dom...
The well-known method of image reconstruction by projections in magnetic resonance imaging uses spin...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/145203/1/cpmib0300.pd
<p>The coefficient variation values (i.e., std/mean) for both uncorrected and corrected pulses quant...
Thesis (B.S.)--University of Rochester. Dept. of Physics and Astronomy, 1991.The basic theory of nuc...
By definition, radiofrequency (RF) pulses are the pivotal elements of NMR pulse sequences. Vice vers...
<p>The coefficient variation values (i.e., std/mean) were calculated based on the corresponding Bloc...