Examples of using Interstellar clouds in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Deep in space there are giant interstellar clouds.
In interstellar clouds, cosmic rays leave behind a trail of H+ 2, and therefore H+ 3.
The most abundant molecule in dense interstellar clouds is H2.
The vast interstellar clouds of gas and dust are stellar nurseries.
And H2 is no longer exothermic in interstellar clouds.
Interstellar clouds also provide a medium to study the presence and proportions of metals in space.
Tyson then explains the lifecycle of stars, being borne out from interstellar clouds.
We can see water in the interstellar clouds from which planetary systems and stellar systems form.
Tyson then explains the lifecycle of stars from their birth from interstellar clouds.
HCN is destroyed in interstellar clouds through a number of mechanisms depending on the location in the cloud. .
These forces can result in shockwaves rippling through the interstellar clouds(ARP 148).
The dominant destruction pathway in dense interstellar clouds is by proton transfer with a neutral collision partner.
At this point, the reaction between OH3+ and H2 is no longer exothermic in interstellar clouds.
For instance, by ionizing and heating the densest interstellar clouds, they probably regulate the formation of stars.
H+ 3 has been detected in two types of celestial environments:Jovian planets and interstellar clouds.
And on these worlds, as in interstellar clouds organic molecules formed made of atoms that had been cooked inside the stars.
The most commondestruction pathway of H+ 3 in diffuse interstellar clouds is dissociative recombination.
OH++ H2→ OH+ 2+ H OH+ 2+ H2→ OH+ 3+ H At this point,the reaction between OH+ 3 and H2 is no longer exothermic in interstellar clouds.
Most known matter in the universe is in gaseous form as interstellar clouds or in plasma from within stars.
In this new effort, the researchers wondered what might happen when suchrays strike bits of ice that float around in interstellar clouds.
After stars condense in the hidden interiors of interstellar clouds what happens to them?
Researchers demonstrate how a gas escapes ice at an extremely cold temperature,providing insight about how stars form in interstellar clouds.
Unlike those that make up other interstellar clouds, the gases in this cloud- including hydrogen cyanide and carbon monoxide- move at wildly different speeds.
The discovery of the nature of galaxies as distinct from other nebulae(interstellar clouds) was made in the 1920s.
Researchers have demonstrated how a gas escapes ice at an extremely cold temperature,providing insight into star formation in interstellar clouds.
The fact that they were found indicates that these chemical reactions in interstellar clouds take place faster than suspected, likely in gas-phase reactions unfamiliar to organic chemistry as observed on earth.
Leo Blitz of the University of California andDavid Spergel of Princeton University believe that interstellar clouds harbor dark matter.
Sure enough, infrared spectroscopy confirmed the presence of water and hydrogen peroxide, andin the right quantities to explain the abundance of water seen in interstellar clouds.
Most known matter in the universe is in gaseousform(with traces of detectable solid matter) as interstellar clouds or in plasma form within stars.