Dataset of Paper "Modeling of H2 Permeation through Electroless Pore-Plated Composite Pd Membranes Using Computational Fluid Dynamics"

Dataset of Paper "Modeling of H2 Permeation through Electroless Pore-Plated Composite Pd Membranes Using Computational Fluid Dynamics": Elemental composition of the membrane estimated by EDS at diverse stages of the fabrication process. Main permeation parameters at 375 °C and different H₂ feed molar fractions (X_H2) obtained from experimental data: y-intercept and H₂ permeance (K). Comparison of the experimental and predicted values of permeate flow for pure N₂ streams for different operating conditions with the PSS support (in-out configuration). Experimental and predicted H₂ permeate fluxes at a constant temperature (<em>T</em> = 375 °C) but different pressures and H₂ molar fractions in the feed stream (in–out configuration). Experimental and predicted H₂ permeate fluxes at a constant temperature (<em>T</em> = 375 °C) but different pressures and H₂ molar fractions in the feed stream (out– in configuration). Two mesh files (.msh file) for the membrane permeator: Out–in configuration and in–out configuration.本数据集对应论文《使用计算流体动力学（Computational Fluid Dynamics）对化学镀孔复合钯（Pd）膜的氢气（H₂）渗透行为进行建模》，包含以下内容：1. 膜制备过程不同阶段通过能量色散X射线光谱仪（Energy Dispersive X-ray Spectroscopy, EDS）测得的元素组成；2. 基于实验数据得到的375℃、不同氢气进料摩尔分数（X_H₂）条件下的核心渗透参数：截距与氢气渗透系数（K）；3. 采用聚砜（PSS）支撑层、以进气-出气（in-out）构型运行时，纯氮气流在不同操作条件下的渗透流量实验值与预测值对比结果；4. 恒温（T=375℃）、进料流压力与氢气摩尔分数各异的条件下，采用进气-出气构型时的氢气渗透通量实验值与预测值对比结果；5. 恒温（T=375℃）、进料流压力与氢气摩尔分数各异的条件下，采用出气-进气（out-in）构型时的氢气渗透通量实验值与预测值对比结果；6. 两份膜渗透器网格文件（.msh格式），分别对应出气-进气构型与进气-出气构型。