An original approach to the creation of new nanocomposite anode materials based on PbO₂ and to the processes of composite formation due to the influence of selective adsorption of valve metal oxides and different types of surfactants on both electrochemical and colloid-chemical processes in the near-electrode zone is considered. It is shown that variation of deposition electrolyte composition, current density, and temperature allows one to change the content of additives in composites and to provide control of morphology, texture, phase composition, physicochemical properties, electrocatalytic activity, and selectivity of electrocatalysts based on PbO₂ in target processes.

由于阀金属氧化物和不同类型表面活性剂的选择性吸附对电化学和胶体化学过程的影响，一种基于 PbO ₂的新型纳米复合阳极材料的创建和复合材料形成过程的原始方法考虑电极区。结果表明，沉积电解质组成、电流密度和温度的变化可以改变复合材料中添加剂的含量，并控制基于 PbO 的电催化剂的形态、织构、相组成、物理化学性质、电催化活性和选择性₂在目标进程中。