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Every molecule of carbon dioxide we release stays in the air for up to 100 years, all the while trapping heat on the planet's surface.
Each oxygen molecule has two atoms, and each atom of oxygen joins one molecule of carbon monoxide.
Each methane molecule is about 70 times more potent in terms of trapping heat than a molecule of carbon dioxide.
Virtually every molecule of carbon dioxide produced by metabolism must exist in the free form as it enters blood in the tissues and leaves capillaries in the lung.
A second molecule of carbon dioxide then binds to another oxygen atom, but this second binding is reversible, which could enable potential applications in carbon sequestration, Cummins says.
In the last decade, the cylindrical molecule of carbon known as a nanotube has become a do-all wonder substance, touted for future use in everything from X-ray machines to paint.
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The balls were buckyballs -- also molecules of carbon, but in the shape of soccer balls.
The loss of the two molecules of carbon dioxide in steps and does not yield biologically useful energy.
Cylindrical molecules of carbon known as nanotubes are the strongest material known, and scientists have now spun yards of thread made of almost 100percentt nanotube.
Tiniest Chemical Sensor Nanotubes, those cylindrical molecules of carbon atoms, are steadily becoming much more than just a laboratory curiosity, as researchers develop potential applications for them.
The second artificial muscle, currently less powerful, is made of a sheet of nanotubes, tiny but superstrong cylindrical molecules of carbon.
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