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The influence of impurities on the  14 N NQR lineshape of Na 1-x Ag x NO 2  and [NaNO 2 ] 1-x -[BNO 3 ] x  (B = Na, K) at room temperature has been investigated. Carrying out spectral analysis in conjunction with classification of the local field inhomogeneities according to the structurally isomorphic, Na 1-x Ag x NO 2  , and anisomorphic [NaNO 2 ] 1-x [BNO 3 ] x  systems, enabled an under-standing of the microscopic nature of impurity-induced local disorder. The iso-and anisomorphic systems reveal their own unique features of the impurity induced local disorder. They are charac-terized by a static, random distribution of impurities in the isomorphic system and a fast motion of the impurity-induced mobile point defects in the anisomorphic system. However, for both systems, neither a change of the  14 N NQR frequency nor a multisplitting of the lines is observed because of the relatively low symmetry.

14 N NQR Studies of Impurity Effects on the Local Structure of NaNO 2 -based Mixed Systems