A theoretical framework for efficient solvent suppression in solid-state NMR: Circumventing solvent-signal refocusing by adiabatic-inversion-based dephasing

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A theoretical framework explaining why the SLAP solvent-suppression scheme outperforms MISSISSIPPI in solid-state NMR: MISSISSIPPI is limited by solvent-signal refocusing, whereas SLAP circumvents echo formation by design, confirmed by simulations and 1H-detected experiments on GB1 at 60 kHz MAS.

Recommended citation: Matsunaga, T.†, Okabe, R.†, Liu, Y., Shigemitsu, Y., & Ishii, Y. (2026). A theoretical framework for efficient solvent suppression in solid-state NMR: Circumventing solvent-signal refocusing by adiabatic-inversion-based dephasing. Journal of Magnetic Resonance 392, 108183.
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