美国美容医疗学论文代写：水分布的可视化
本文利用中子成像技术，展示了空间分辨率为30 um的穿透面水分布可视化。本文遇到了膜膨胀无法解决的局限性，因此缓解这一问题将是未来研究的主要方向(Hussey et al.， 2007)。此外，本文还建立了测量计在单元上的位置将提供足够的基于图像的距离测量。与中子MCP探测器相关的正在进行的清晰度的断言被确定为提供10毫米波的最终分辨率。
美国美容医疗学论文代写：水分布的可视化
本文的研究结果表明，薄膜在极化曲线上保持不变的位置。文章进一步指出，随着电流密度的增大，水含量的变化是明显的。研究发现，移动的发生导致细胞成分的位置注册由高度困难的不确定性组成(Hussey et al.， 2007)。图像显示，GDL阳极中的水含量是恒定的。进一步发现膜内水分含量随电流增加而增加。
美国美容医疗学论文代写：水分布的可视化
This article showcased the through-plane water distribution visualization with the resolution of spatial being at 30 um with the use of neutron imaging. This article encountered the limitation of the membrane swelling that was unresolvable due to which the mitigation of this problem will be the primary future direction of the work (Hussey et al., 2007). Moreover, it is established from the article that placement of the gage on the cell will provide with the adequate measurement of the image based distances. The assertion of the ongoing articulation related to the MCP detectors of neutron is identified to offer the eventual resolution for the 10 u.m.
美国美容医疗学论文代写：水分布的可视化
The results reached by the article suggest that the membrane remained in a constant location during the curve of polarization. The article further indicates that the change in the content of water is evident as the density of the current enhanced. It is found that the occurrence of shifts resulted in the location registration of the cell components to consist of uncertainty that is assessed with high level of difficulty (Hussey et al., 2007). The image showcased that the content of water in the GDL anode is constant. It was further identified that the content of water within the membrane enhances with the increase in the current.
