燃料电池

Several combined cycles of fuel cell (mainly SOFC solid oxidate fuel cell) with gas turbines and their different performances are compared, and the good prospects are pointed out.

最后着重就燃料电池(主要是SOFC固体氧化物燃料电池)和燃气轮机联合循环的几种方案和各种性能进行比较，指出了其良好的前景

The humidity of PEM fuel cell plays an important role in the performance of the fuel cell.

PEM燃料电池的湿度对燃料电池的工作性能和使用寿命有着重要的影响。

Based on the fuel cell simulation platform,PEM fuel cell power train system is setup.

在建立的燃料电池模型的基础上，建立了燃料电池动力系统模型。

This obtained polynomial equation in characterize the relationship between the output voltage of the fuel cell and the operating parameters, the current and temperature, can be effectively used in the future control system design for this type of fuel cell system.

此存在於燃料电池输出电压与电流与温度的操作参数间之近似多项式关系式，将可有效的被用於此类燃料电池控制系统的设计上。

However, when the sintering temperature was 1450 ℃, the proton transport number was smaller than 1 and the fuel cell performance was poor.

烧结温度≥ 1450 ℃时，质子迁移数近似为1，燃料电池性能亦较高，烧结温度1450 ℃时，质子迁移数1 ，燃料电池性能亦较低。

The Fuel Cell Electric Vehicle (60kw) introduced in this article is developed by Dongfeng Motor Company and Wuhan University of Technology. The performance of the vehicle is simulated and studied by Advisor and PSAT.

就武汉理工大学和东风公司联合开发的燃料电池电动车（60kw）为研究对象，在总体方案确定后，通过ADVISOR/PSAT软件针对燃料电池电动车的整车性能进行了建模与仿真。

The technical challenge is encountered when water in proton exchange fuel cells freeze s at sub-zero temperature.

针对在低于0℃的环境中，质子交换膜燃料电池中的结冰问题，提出了燃料电池0℃以下保存和启动的技术难题。

A finite element model for the skeleton structure of a fuel cell city bus is built with its suspension submodel, and the static strength, torsional stiffness and free vibration modes are calculated, indicating that the design of FCCB is safe and reliable.

建立了带空气弹簧悬架模型的燃料电池城市客车骨架结构有限元模型，并计算其静强度、扭转刚度以及自由振动模态，结果表明燃料电池城市客车设计是安全可靠的。

The borohydride is hydrogen source for an advanced fuel cell, Imol borohydride with water produces 4mol hydrogen and Imol of side product sodium metaborate. Regeneration of metaborate for recycle of boron brings forth a bright future to the new fuel cells. In this paper, a method for the preparation of sodium borohydride from sodium metaborate was proposed.

硼氢化钠是一种燃料电池的氢源，1mol硼氢化钠催化水解产生4mol的氢气及副产物偏硼酸钠，若能实现偏硼酸钠的循环利用，该燃料电池将有广泛的应用前景。

Protonic ceramic membrane fuel cells have received great attentions because they provide an effective way to reduce the operating temperatures of solid oxide fuel cells.

质子陶瓷膜燃料电池作为固体氧化物燃料电池低温工作的一种有效途径而受到了广泛的关注。

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。