Abstract
Abstract The recent availability of very high field (800 MHz) and very high magic angle spinning rates (35.5 kHz) can lead to important improvements in the field of solid state NMR of half integer quadrupolar nuclei showing important or severe second-order quadrupolar broadenings (7A1A1, 1GaGa…). We give experimental examples of these improvements in the case of both crystalline, defect-bearing and amorphous materials.
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