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Complex impedance studies on pure and mixed crystals reveal two partially overlapping depressed semicircles in a complex impedance analysis. The impedance behavior of these samples is interpreted as between the two metal electrodes and can be claimed alike to a combination pertaining to pure R and C. In the variation of DC and AC ionic conductivity (from complex impedance analysis) with reciprocal temperature for pure Ba(NO3)2, KNO3 and different nano m/o viz. for 0.25Ba(NO3)2-0.75KNO3, 0.19Ba(NO3)2-0.81KNO3, 0.05Ba(NO3)2-0.95KNO3 it is found that the improvement of conductivity resulted in escalation along the mole fraction. That is, the improvement has been extreme in the case of nano 81m/o of KNO3 in 19m/o of Ba(NO3)2 and has shown to reduce for nano 0.05Ba(NO3)2-0.95KNO3 (which supports the DC conductivity by two probe method). [ABSTRACT FROM AUTHOR]

Complex impedance studies on pure and mixed crystals reveal two partially overlapping depressed semicircles in a complex impedance analysis. The impedance behavior of these samples is interpreted as between the two metal electrodes and can be claimed alike to a combination pertaining to pure R and C. In the variation of DC and AC ionic conductivity (from complex impedance analysis) with reciprocal temperature for pure Ba(NO3)2, KNO3 and different nano m/o viz. for 0.25Ba(NO3)2-0.75KNO3, 0.19Ba(NO3)2-0.81KNO3, 0.05Ba(NO3)2-0.95KNO3 it is found that the improvement of conductivity resulted in escalation along the mole fraction. That is, the improvement has been extreme in the case of nano 81m/o of KNO3 in 19m/o of Ba(NO3)2 and has shown to reduce for nano 0.05Ba(NO3)2-0.95KNO3 (which supports the DC conductivity by two probe method). [ABSTRACT FROM AUTHOR]