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首页> 外文会议>Biomolecular catalysis : Nanoscale science and technology >Chapter 19 In Situ Characterization Techniques for Design and Evaluation of Micro- and Nano-Enzyme- Catalyzed Power Sources
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Chapter 19 In Situ Characterization Techniques for Design and Evaluation of Micro- and Nano-Enzyme- Catalyzed Power Sources

机译：第19章用于微和纳米酶催化电源设计和评估的原位表征技术

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摘要

Although the literature is full of presentations on various aspects of bio-fuel cell performance, whether they are focused on components, such as anode or cathode; or whole cell, there is a need for an overriding view of how the bio-fuel cell should be characterized in terms of both defining performance of a component on a consistent basis that can be compared across the discipline, but also in defining the relative impacts on cell performance. Here, we suggest a view of the bio-fuel cell in the context of how performance can be judged by researchers spanning disciplines and laboratories. We then review many characterization techniques available and provide guidelines on how their use relates to characterizing overall component and cell performance.
机译：尽管文献中充斥着有关生物燃料电池性能各个方面的介绍，但它们是否集中在阳极或阴极等组件上；或整个电池，有一个关于生物燃料电池应如何表征的俯视图，既可以在可以跨学科比较的一致基础上定义组件的性能，又可以定义相对影响在电池性能上。在这里，我们建议在跨学科和实验室的研究人员如何判断性能的背景下，对生物燃料电池的看法。然后，我们回顾了许多可用的表征技术，并提供了有关其使用与表征总体组件和电池性能之间的关系的指南。

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