燃料电池

The result proves the proton-conducting SOFC with the BaCe_(0.7)In_(0.3)O_(3-δ)(BCI30) electrolyte can be prepared by a single step co-firing process.

研究表明以BaCe_(0.7)In_(0.3)O_(3-δ)薄膜为电解质的燃料电池可以实现单步共烧法制备，并且共烧温度对于单电池的性能有着决定性的影响。

It is not simply the case of slotting in a fuel cell in place of the battery.

这不是简单的把燃料电池塞进原来普通电池的插槽的问题。

The Clean Energy project uses computational chemistry and the willingness of the people to look for the best molecules to fulfill these roles: organic photovoltaics for producing unexpensive solar cells, polymers for membranes to be used in fuel cells, how to assemble them?

清洁能源项目，借助于计算化学和志愿者，来寻找最佳的分子以实现这些：用有机光电池来生产价格低廉的太阳能电池，用聚合物薄膜制造燃料电池……但是该如何装配他们呢？

Both blends, notes Mr Woolsey approvingly, need little new infrastructure to support them (unlike, say, hydrogen fuel-cell cars).

据 Woolsey 先生称，这两种混合燃料都不需要什么新的基础设施的配套支持（这一点与氢燃料电池汽车不同）。

But zealotry has lately suffered a defeat. It used to be an article of faith in the motor industry that hydrogen-powered fuel cells were the green future, and companies spent billions of dollars on the technology. But it turns out that fuel cells have three Achilles heels.

但是狂热派最近经历了失败的教训：汽车工业中曾经有一个信条，氢动力燃料电池是环保的未来趋势，有公司在这项技术上花费了数十亿美元；但事实证明该电池有三个致命弱点。

Keywords: intermediate temperature solid oxide fuel cell; perovskite oxide; compositely doped materials; cell performance

中文关键词：中温固体氧化物燃料电池；钙钛矿氧化物；复合掺杂材料；电池性能

We also study buman and earth-friendly developments like dissolvable plastic and fuel cell a battery using chemical reaction of hydrogen and oxygen

我们也研究布曼像可溶性塑料和燃料电池地球友好的发展（1电池使用氢气和氧气的化学反应

Traditional fuel cells work by using a catalytic material to oxidise a fuel, such as hydrogen, and make an electric current flow between two electrodes.

传统的燃料电池是通过催化材料来氧化燃料，然后使两电级间产生电流。

Aluminum is an abundant and cheap non-ferrous metal. As a new-fashioned fuel cell, the aluminum/air battery has been attaching importance, due to its low-cost, high power and energy density.

铝是一种丰富廉价的有色金属，铝-空气电池作为一种新型燃料电池，由于有低成本、无毒害、高功率、高能量密度等优点，受到了极大重视。

Based on above-mentioned 3-D mathematical model, a comparison study of PEMFC with conventional and interdigitated flow fields has been conducted at last.

详细分析和比较了两种流道设计的流动和传质特性，结果发现，与传统流道的燃料电池相比，交叉梳状流道设计的电池由于流道的一端被封死迫使流体通过电极而产生强烈的强制对流。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。