在 英语 中使用 Hydrogen and oxygen 的示例及其翻译为 中文
{-}
-
Political
-
Ecclesiastic
-
Programming
So we will have Hydrogen and Oxygen.
所以我们需要氢和氧。Hydrogen and oxygen are two distinct substances.
可氢气与氧气却是另外二种物质。I mean, it's hydrogen and oxygen, right?
Very high temperatures are required to dissociate water into hydrogen and oxygen.
需要非常高的温度来将水分解成氢和氧。If water is made up of hydrogen and oxygen, why can't we breathe underwater?
既然水是由可燃的氢和氧组成，那为什么水不能燃烧？?As you well know,the purest form of water is simply hydrogen and oxygen or H20.
众所周知，最纯净的水只是氢气和氧气或H2O。The hydrogen and oxygen can then be recombined in a fuel cell to release energy.
随后，氢和氧在燃料电池中被重新组合，以释放能量。Why would you when it's just hydrogen and oxygen, right?
当它只是氢气和氧气时，为什么会这样，对吧?This is fine when it comes to the level of the water in the universe,because the water consists of hydrogen and oxygen.
当涉及到宇宙中水的水平时，这是没问题的，因为水是由氢和氧组成。Water is a very stable compound of hydrogen and oxygen, vital for all known forms of life.
水是一种非常稳定的氢和氧的化合物，对于所有生命的已知形式至关重要。All macronutrients(protein, carbohydrates and fats) contain carbon, hydrogen and oxygen.
所有营养素（蛋白质，碳水化合物和脂肪）都包含碳，氢和氧。Water can be separated into hydrogen and oxygen, two gases which explode when mixed- providing rocket fuel.
水能够分解成氢气和氧气，两种气体混合时能够发生爆炸，为火箭提供燃料。Sugars- the source of energy for bees- are made up of only three elements:carbon, hydrogen and oxygen.
糖-蜜蜂的能量来源-仅由三种元素组成：碳，氢和氧。Water flows in through a tube on the right, and hydrogen and oxygen gases flow out through tubes at left.
水通过右边的管子流入，氢气和氧气通过左边的管子排出。The easiest way to make fuel from solarenergy is to split water to produce hydrogen and oxygen gas.
利用太阳能来制造燃料的最简单方法就是分解水，产生氢气和氧气。By the action of heat, charring removes hydrogen and oxygen from the solid, so that the char is composed primarily of carbon.
通过加热，炭化从固体中去掉了氢气和氧气，使炭主要由碳构成。It takes light about 1,000 years to reach us from M27,shown above in colors emitted by hydrogen and oxygen.
来自M27的光到达我们这边需要1000年左右，图中星云的色彩来自发光的氢和氧。The reactions that generate hydrogen and oxygen gas take place on different electrodes using different precious metal catalysts.
产生氢气和氧气的反应是在不同的电极上使用不同的贵金属催化剂进行的。It takes light about 1000 years to reach us from M27,featured here in colors emitted by hydrogen and oxygen.
来自M27的光到达我们这边需要1000年左右，图中星云的色彩来自发光的氢和氧。Carbon must be combined with hydrogen and oxygen in order to be utilized as an energy source,and this process depends on sunlight.
碳必须与氢和氧结合才能用作能源，并且该过程取决于阳光。Energetic ultraviolet light from the star penetrates more deeply into the gas,causing the hydrogen and oxygen to glow more prominently.
来自这颗恒星的紫外光深入到气体中间，使氢气和氧气发出更耀眼的光芒。A simple chemical reaction between hydrogen and oxygen generates energy, which can be used to power a car producing only water, not exhaust fumes.
氢和氧之间的简单化学反应产生能量，可以用来驱动汽车，只产生水，而不是废气。We have one organism that lives off of carbon monoxide,and we use as a reducing power to split water to produce hydrogen and oxygen.
有种依赖一氧化碳的生物我们利用其还原能力使水分子破裂，制造出氢和氧.The water needs to be purified before having its hydrogen and oxygen separated, with the former being stored in a 62kg tank under 300 bar pressure.
在分离氢和氧之前，需要对水进行净化，将水在300bar的压力下存储在62kg的水箱中。Recently, while observing a white dwarf called SDSS J1242+5226,astronomers at Warwick University detected large quantities of hydrogen and oxygen.
最近，在观察一颗名为SDSSJ12425226的白矮星的同时，华威大学的天文学家发现了大量的氢气和氧气。But they also designed a solar-powered demonstration machine that produced hydrogen and oxygen gas from seawater from San Francisco Bay.
另外，他们还设计了一台太阳能模型设备，利用该设备从旧金山湾收集的海水中产生氢气和氧气。Giving an example, the prototype ENV motorbike from Intelligent Energy features afuel cell that generates electrical energy from hydrogen and oxygen.
举例来说，IntelligentEnergy的原型ENV摩托车具有一个燃料电池，可以从氢气和氧气中产生电能。A further advantage of E-TAC is that it produces hydrogen and oxygen sequentially, while in most other electrolyzers, they are produced simultaneously.
E-TAC的另一个优点是，它可以连续地产生氢和氧，而在大多数其他电解槽中，氢和氧是同时产生的。The reaction, in which water is transformed into hydrogen and oxygen, is a promising alternative to humanity's dependency on fossil fuels to satisfy energy requirements.
将水转化为氢和氧的反应是人类依赖化石燃料以满足能量需求的有前途的替代方案。The International Atomic Energy Agency began tracking hydrogen and oxygen isotopes in the 1950s while looking for nuclear contamination in rain.
国际原子能机构(InternationalAtomicEnergyAgency)在20世纪50年代开始追踪氢和氧的同位素，同时寻找降雨中的核污染。
