Examples of using Carbon and oxygen in English and their translations into Norwegian
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
It is composed essentially of carbon and oxygen.
We're perfectly bonded, like… carbon and oxygen or hydrogen and oxygen… We do not have time for this.
Usually, white dwarfs are composed of carbon and oxygen.
We're perfectly bonded, like… carbon and oxygen and oxygen… We do not have time for this. or hydrogen.
When the helium is burned up, the combustion of carbon and oxygen starts.
People also translate
Electrolysis in a salt system, the carbon and oxygen on the cathode are lower than 5× 10-4 metallic titanium.
The combustion of helium will start,converting helium into carbon and oxygen.
It will consist entirely of degenerate carbon and oxygen, but will never reach temperatures hot enough to fuse these elements.
After the star has consumed the helium at the core,fusion continues in a shell around a hot core of carbon and oxygen.
The gas was identified as a compound containing carbon and oxygen by the Scottish chemist William Cumberland Cruikshank in the year 1800.
During the E-AGB phase, the main source of energy is helium fusion in a shell around a core consisting mostly of carbon and oxygen.
Annamox bacteria in the process tanks purifies the wastewater with a reduced consumption of carbon and oxygen, which allows even more primary sludge than with a traditional plant.
These extreme temperatures fueled the star's next phase as it began to fuse helium into heavier atoms such as carbon and oxygen.
The energy released in the formation of powerful covalent bonds between carbon and oxygen, available by oxidizing organic compounds, is the fuel of all complex life-forms.
After a star has consumed the helium at the core, hydrogen and helium fusion continues in shells around a hot core of carbon and oxygen.
Their structure consists of a tiny central core of carbon and oxygen surrounded by a heliumand hydrogen burning shell, and then an enormous convective envelope.
If a red giant has not enough mass to fuse carbon, around 1 billion K, inactive carbon and oxygen will build up at its center.
Although most white dwarfs are thought to be composed of carbon and oxygen, spectroscopy typically shows that their emitted light comes from an atmosphere which is observed to be either hydrogen or helium dominated.
After the hydrogen- fusing lifetime of a main-sequence star ends,it will expand to a red giant which fuses helium to carbon and oxygen in its core.
Two billion years later,when the Sun has cooled to the 6000-8000K range, the carbon and oxygen in the Sun's core will freeze, with over 90% of its remaining mass assuming a crystalline structure.
After the hydrogen-fusing period of a main-sequence star of low or medium mass ends,such a star will expand to a red giant during which it fuses helium to carbon and oxygen in its core by the triple-alpha process.