Two-Pulse Phase Modulation Based Decoupling Schemes for Removing Heteronuclear Spin Interactions in the NMR Spectroscopy of
Isotropic Systems: An Analysis Using Experiments and Numerical Simulations

<table>The profiles of (a) TPPM, (b) SW<sub>f</sub>-TPPM-4, (c) SW<sub>f</sub>-TPPM-5, (d) SW<sub>f</sub>-TPPM-6, (e) SW<sub>f</sub>-TPPM-7, and (f) SW<sub>f</sub>-TPPM-11 sequences. The pulse length, normalized with respect to the central pulse pair of various SW<sub>f</sub>-TPPM sequences, is plotted against the number of the TPPM blocks in the corresponding decoupling sequence. The ordinate denotes the multiplicative factors that determine the corresponding profile.</table>

International Journal of Spectroscopy

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Figure 1

Figure 1: Two-Pulse Phase Modulation Based Decoupling Schemes for Removing Heteronuclear Spin Interactions in the NMR Spectroscopy of
Isotropic Systems: An Analysis Using Experiments and Numerical Simulations 

Figure 1 | Two-Pulse Phase Modulation Based Decoupling Schemes for Removing Heteronuclear Spin Interactions in the NMR Spectroscopy of
Isotropic Systems: An Analysis Using Experiments and Numerical Simulations 

International Journal of Spectroscopy

Two-Pulse Phase Modulation Based Decoupling Schemes for Removing Heteronuclear Spin Interactions in the NMR Spectroscopy of Isotropic Systems: An Analysis Using Experiments and Numerical Simulations

Figure 1