Examples of using Oxygen and hydrogen in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
Them's oxygen and hydrogen cylinders, miss.
Amino acids- Amino acids consists of carbon, nitrogen, oxygen, and hydrogen.
If you use oxygen and hydrogen to create water, the materials you have used were taken from the world that god originally created.
A drop of water is not immortal;it can be resolved into oxygen and hydrogen.
If love and gratitude, like oxygen and hydrogen, were linked together in a ratio of 1 to 2, gratitude would be twice as large as love.
People also translate
Among them, I was really thrilled with electrolysis that separates oxygen and hydrogen.
For a molecular high explosive that is made up of carbon,nitrogen, oxygen and hydrogen, such as PETN, the three major gaseous products are water, carbon dioxide and molecular nitrogen.
There are a couple dozen other elements that are in there in trace amounts, butto a first approximation you're just a bag of carbon, oxygen, and hydrogen.
You should see the water start to bubble and froth,releasing oxygen and hydrogen- it is essential to have an open window nearby!
One of the most promising ideas for storing renewable energy is to use the excesselectricity generated from renewables to split water into oxygen and hydrogen.
One of Nate's students showed me how lightcan be used to split water into oxygen and hydrogen- a critical first step in the path to solar fuels.
The nickel foam acts as a conductor- transporting electricity from the power source- and the nickel-iron hydroxide sparks the electrolysis,separating water into oxygen and hydrogen.
Another idea is to use the energy insunlight to split water into its component parts: oxygen, and hydrogen, which could provide a clean fuel for cars of the future.
When combined with both oxygen and hydrogen it can form many groups of compounds including fatty acids, which are essential to life, and esters, which give flavour to many fruits.
In the first step,the plant uses surplus green electricity to break water down into oxygen and hydrogen in three electrolyzers.
The energetic particles break water into oxygen and hydrogen, maintaining the thin oxygen atmospheres of the icy moons(since the hydrogen escapes more rapidly).
Sulfuric acid(alternative spelling sulphuric acid), also known as vitriol,is a mineral acid composed of the elements sulfur, oxygen and hydrogen, with molecular formula H2SO4.
This means that the oxygen and hydrogen atoms of the water molecule are‘delocalized' and therefore simultaneously present in all six symmetrically equivalent positions in the channel at the same time.
Breaking the bonds between oxygen and hydrogen in water could be a key to the creation of hydrogen in a sustainable manner, but finding an economically viable technique for this has proved difficult.
Then, much like a natural leaf,it uses sunlight to split the water into its two core components, oxygen and hydrogen, which are stored in a fuel cell to be used when producing electricity.
A group of elastomers, made from silicon, oxygen, and hydrogen, Silicones are renowned for their retention of flexibilityand low compression set characteristics, within one of the widest working temperature ranges for elastomers.
While this water can be used to generate breathable oxygen, more is blown into Titan's atmosphere from the geysers on the icy moon of Enceladus(also a moon of Saturn),as they start as water molecules and evolve into oxygen and hydrogen.
But ultraviolet light in the upperatmosphere can also sever the bonds between the oxygen and hydrogen in the molecules, causing the hydrogen to escape into space, leaving the oxygen behind.
Stable isotope studies of oxygen and hydrogen in igneous rocks indicate that the oxygen-18, δ18O, content is approximately 6- 8‰ higher than standard mean ocean water(SMOW) while the deuterium, δ2H, content is 40 to 80‰ lower than SMOW.
Though the ice-covered alien ocean world is outside the Solar System's habitable zone,new studies show the potential chemistry driving its oxygen and hydrogen production, a key indicator of the energy available for life, could produce amounts comparable in scale to planet Earth.
The study, published in June in the peer-reviewed journal Environmental Science& Technology, details for the first time the isotope geochemistry- or chemical fingerprints- of the elements boron, lithium,strontium, oxygen, and hydrogen found in reverse osmosis-desalted seawater and brackish groundwater.