Abstract
The paper presents findings on the characteristics of GaSe fourfold-expanded matrix with propolis and sodium nitrite (NaNO2), intercalated in between matrix layers. The nature of changes of impedance frequency behavior, electric loss tangent, and dielectric permittivity under normal conditions, when illumination is applied, and in a constant magnetic field of synthesized intercalate GaSe < NaNO2 > and bi-intercalate GaSe < NaNO2 + Propolis > has been identified. The extraordinary effects have been obtained, indicating that clathrate GaSe < NaNO2 > has immense values of photo- and magneto-capacitive effects while a current–voltage (I–V) characteristic of clathrate GaSe < NaNO2 + Propolis > exhibits the hysteresis behavior typical of memristor structures. The memory effect related to pseudo-capacitive charge accumulation has been found and shown to be due to oxidation–reduction reactions.
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