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Numerical optimization of bipolar plates and gas diffusion layers for PEM fuel cells

机译:PEM燃料电池双极板和气体扩散层的数值优化

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摘要

Unfortunately, several symbols were misrepresented or The boundary conditions are omitted in the above-mentioned paper: In the List of symbols on p.1, the symbol for "Potential V" should be "phi" instead of "PHI". In the boundary conditions denned in paragraph 2.2 of this paper, the symbol"< = " has been omitted several times. Paragraph 2.2 should have appeared as follows: 2.2. Governing equations and boundary conditions The Stephan-Maxwell equation was used to describe mass transfer in the bipolar plate channels and gas diffusion layers. The distribution of gas flow in the channels was described by means of the Navier-Stokes equation for quasi-steady flow. The proton flux in the membrane and electrocatalytic layer was calculated using the Nernst-Planck equation. Thermal processes were described through appropriate heat transfer equations.
机译:不幸的是,在上面的论文中错误地表示了几个符号,或者省略了边界条件:在第1页的符号列表中,“电位V”的符号应为“ phi”而不是“ PHI”。在本文第2.2段中定义的边界条件中,符号“ <=”已被省略多次。第2.2段应如下所示:2.2。控制方程和边界条件Stephan-Maxwell方程用于描述双极板通道和气体扩散层中的传质。通道中的气流分布通过准稳态流的Navier-Stokes方程进行描述。使用Nernst-Planck方程计算膜和电催化层中的质子通量。通过适当的传热方程描述了热过程。

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