Two limiting-case simplified models of mass- and charge-transport phenomena in a flow-through electrochemical reactor were developed. It is postulated that the true experimental system's behavior falls in between. The models account for energy loss due to the ohmic drop, forced convection, diffusion, and migration. The calculation results were compared against experimental data.
开发了流通式电
化学反应器中质量和电荷传输现象的两个极限情况简化模型。假设真正的实验系统的行为介于两者之间。这些模型考虑了由于欧姆降、强制对流、扩散和迁移造成的能量损失。计算结果与实验数据进行了比较。