对车用燃料氢气的储存技术进行了综述和比较，提出高压储氢是氢气储存的主要方向之一。
Summarizing and comparing the hydrogen storage technology about vehicle fuel, this paper draws a conclusion that high pressure hydrogen storage is appropriate and easy.
然后，他们可以将这些能源转化为氢气储存，并用绿色电力为自己的楼房、机器和汽车供电。
And then, they can bring these energy into hydrogen storage, and green power for his buildings, machines and car power supply.
为此，本发明的利用氢气储存合金的反应机是由如下部分所构 成：提供由连接到氢气流动的分配管的多个反映容器；
The invention uses memory alloy reaction machine, which comprises the following parts: several reflection containers connected to the hydrogen flow distributor tube;
与使用氢气为燃料气相比，以重整气作为质子交换膜燃料电池的燃料气可以避免氢气储存与运输的不便，更可以增加PEMFC的适用场合和范围。
Comparing with hydrogen, reformed gas feeding to proton exchange membrane fuel cells (PEMFC) can avoid the inconvenience of the storage and transportation of H2, also expand PEMFC stack usage range.
氢气在宇宙中的含量很丰富，却不容易储存和分离。
Although hydrogen is the most abundant element in the universe, it is difficult to store and distribute.
氢气被储存在35MPa的容器中，空气通过鼓风机进入燃料电池，反应产生的电能被储存在锂电池中。
Hydrogen is provided by an onboard 35MPa storage tank and air is fed to the fuel cell from a blower. The electric power generated is fed to a lithium battery of the electric drive.
燃料电池汽车的零污染物排放使得它非常具有吸引力，但是要使用氢作燃料，就必须寻找一种清洁、可承受成本的方式来生产、运输及储存氢气，而这是个很大的挑战。
While fuel-cell vehicles are appealing because they emit no pollutants, it's been a challenge to find clean and affordable ways to produce, transport, and store hydrogen to fuel them.
把氢气以气体或液体的形式储存在一个包含“可逆的”金属氢化物结晶的容器里是一个携带它的办法。
Storing hydrogen as a gas or liquid in a vessel containing "reversible" crystalline metal hydrides is one way to carry it around.
通知指出，我们是储存的能量从9伏电池作为氢气和氧气泡沫。
Notice that we are storing the energy from the 9 volt battery as hydrogen and oxygen bubbles.
氢气爆炸使得储存槽内部到处是残骸碎片。
The hydrogen explosion left pieces of wreckage all over the inside of the pool.
释放的氢气输出流体存储容器，由流体加压装置加压，并随后储存在压载容器中。
The released hydrogen gas exits the fluid storage vessel, is pressurized by a fluid pressurization device, and then stored in a ballast vessel.
这会提供一种与植物获取阳光大致相同的方法，然后以氢气的形式储存能量。
This would provide a way of capturing sunlight, in much the same way as plants do, and then storing the energy in the form of hydrogen gas.
直接甲醇燃料电池(DMFC)采用甲醇为燃料，很好地解决了困扰人们的氢气的储存、运输等问题。
Direct methanol fuel cell (DMFC) USES methanol as fuel, which solves the problems in hydrogen storage, transportation.
给出了氢气的四种储存方法，其中金属氢化物和碳质吸附储氢两种方法，由于安全可靠，储存效率较高，是目前广泛研究的储氢方式。
This paper presents four storage methods. Metal hydride and carbon adsorption, due to its safety and high storage efficiency, have been investigated widely.
给出了氢气的四种储存方法，其中金属氢化物和碳质吸附储氢两种方法，由于安全可靠，储存效率较高，是目前广泛研究的储氢方式。
This paper presents four storage methods. Metal hydride and carbon adsorption, due to its safety and high storage efficiency, have been investigated widely.
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