气体扩散层 meaning in Chinese
gas diffusion layer (gdl)
gdl (= gas diffusion layer)gdl
Examples
- The research results show that the radius of the gas channels and the electronic conductivity in carbon phase of the reaction layer , and the porosity of the gas diffusion layer are relatively less important
研究结果表明气体扩散层孔隙率，反应层气体通道的半径以及碳相中电子传导率等参数的变化对电极性能影响不大。 - The thin - film and flooded - agglomerate ( tffa ) model assumes that the oxygen diffusion electrode made of a gas - diffusion layer and a reaction layer possesses a double - scales of porous structure in the reaction layer
薄膜浸渍聚集体( tffa )模型假定由气体扩散层和反应层构成的氧气扩散电极在反应层中是一种二次构造形式的多孔结构。 - The calculation results show that the radius of the gas channels in the reaction layer and the porosity and average pore radius of the gas - diffusion layer seem to be less important for the performance of the electrode
模型结果表明对于电极性能而言，气体扩散层的孔隙率与平均孔径以及反应层气体通道的半径，相对其他参数来说显得不太重要。 - The calculation results show that the radius of the gas channels in the reaction layer and the porosity and average pore radius of the gas - diffusion layer seem to be less important for the performance of the electrode
模型结果表明对于电极性能而言，气体扩散层的孔隙率、平均孔径以及催化层气体通道的半径，相对其他参数来说显得不太重要。 - In this paper the anode porous diffusion layer model of dmfc for mass transfer has been described on the basis that all components are gaseous and well mixed . the purpose of the model is to determine the variation in concentration of species in the diffusion layer and thus the concentration of the reactive species at the edge of the reaction layer
本文还推导出了气相进料的dmfc阳极多孔扩散层模型，模型详细描述了甲醇，水以及二氧化碳在扩散层中的传递和反应，使用本模型可以确定各种物质在阳极多孔扩散层中浓度的变化，并可由此确定气体扩散层催化剂层边界处反应物质的浓度。