Electrical conductivity and dielectric constant have been researched in a series of crystals LiNbO₃:Zn(~4.0–9.0 mol% ZnО in a melt) by application of constant voltage with a couple of electrodes (~<500 K) and impedance spectroscopy (~>500 К). In order to compare results we have also researched electrical conductivity σ_dc of congruent LiNbO_3congr and magnesium doped LiNbO₃:Mg crystals. We have established that electron contribution to electrical conductivity of doped crystals LiNbO₃:Zn and LiNbO₃:Mg is greatly smaller than that of a congruent crystal LiNbO_3congr. A decrease in conductivity is apparently connected with a restructure of LiNbO₃ crystals at high concentrations of magnesium and zinc. Doping of crystals with Zn leads to drastic changes not only in the electron conductivity area (T < 500 K), but also in a lithium ion conductivity area (Т > 500 K). At this, parameters of temperature dependence of lithium ion conductivity depend on both zinc concentration and crystallographic orientation of samples.

通过使用一对电极（〜<500 K）施加恒定电压和阻抗光谱法（~~），在一系列LiNbO ₃：Zn（〜4.0–9.0 mol％ZnО在熔体中）晶体中研究了电导率和介电常数。> 500К）。为了比较的结果，我们还研究了电导率σ_直流全等的LiNbO的_3congr和镁掺杂的LiNbO ₃：Mg的晶体。我们已经确定，电子对掺杂晶体LiNbO ₃：Zn和LiNbO ₃：Mg的电导率的贡献远小于全同晶体LiNbO _{3congr的电导率}。电导率的降低显然与LiNbO ₃的重组有关高浓度的镁和锌的晶体。用Zn掺杂晶体不仅会导致电子电导率区域（T <500 K）急剧变化，而且还会导致锂离子电导率区域（Т> 500 K）发生剧烈变化。此时，锂离子传导率的温度依赖性参数取决于锌浓度和样品的晶体学取向。