Abstract
The 23Na (I = 3/2) NMR powder pattern for the m = 1/2 ↔ m = -1/2 transition, broadened by the second-order quadrupole interaction, was investigated in mixed crystals Na1-xAgxNO2 (x<̱0.16). From the intensity loss of the 23Na NMR line caused by the Ag+ -impurity, the range of the quadrupole interaction in the 23Na NMR central line was estimated. The range comprises ionic charges approximately up to the first nearest neighbour Na+ site from the 23Na nucleus, showing a large difference compared with that obtained from the 14N NQR investigation in the same system.
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