Improvement of spectral editing in solids: A sequence for obtaining (13)CH + (13)CH(2)-only (13)C spectra

@article{Burns2000ImprovementOS,
  title={Improvement of spectral editing in solids: A sequence for obtaining (13)CH + (13)CH(2)-only (13)C spectra},
  author={J B Burns and Wu and Zilm},
  journal={Journal of magnetic resonance},
  year={2000},
  volume={143 2},
  pages={352-9}
}
An improved spectral editing method for solids is described which allows one to obtain a set of subspectra in roughly two-thirds the amount of time as our original CPPI editing method for the same signal to noise. This improvement is afforded by a new pulse sequence that is used to acquire a (13)CH + (13)CH(2) spectrum which has very little (13)CH(3) or… CONTINUE READING