Sentences with phrase «hydrocarbon lakes»
"Hydrocarbon lakes" refers to bodies of liquid made up of compounds called hydrocarbons. These hydrocarbons are molecules made of hydrogen and carbon atoms. It is similar to how regular lakes are made up of water molecules, but instead, hydrocarbon lakes consist of different types of molecules such as methane or ethane. They can be found in places like the moon Titan, where conditions are such that hydrocarbons can exist as liquids. Full definition
The observatory's long history is punctuated with discoveries, from the detection of millisecond pulsars — neutron stars that rotate several hundred times a second — to the presence of hydrocarbon lakes on Saturn's moon Titan.
discovermagazine.com
Researchers used the robot to discover six new moons and mysterious «propeller objects» in Saturn's rings, documented a giant hexagon swirling atop the planet's north pole, photographed hydrocarbon lakes on Titan (Saturn's largest moon), and found a vast ocean of salty water — which may harbor alien life — below the icy crust of the moon Enceladus.
Sunlight glints off Kivu Lacus, a 48 - mile - wide hydrocarbon lake on Saturn's moon Titan, seen in a near - infrared image from the Cassini probe.
Saturn's moon Titan may have intriguing hydrocarbon lakes underneath its opaque nitrogen atmosphere.
It gave crucial context to Cassini's work over the years as the orbiter studied Titan's weather, seasons and even its transient hydrocarbon lakes and seas.
If humans were to one day live under the yellow haze of the moon's skies, exploring its rolling dunes and ragged peaks or settling by the side of gently stirring hydrocarbon lakes, they would need energy to power their lives.
The poles are covered with hydrocarbon lakes and boast few craters, while the equator is a vast dune field peppered with impact scars.
This false - color mosaic, made from infrared data collected by NASA's Cassini spacecraft, reveals the differences in the composition of surface materials around hydrocarbon lakes at Titan, Saturn's largest moon.
This annotated view of Titan as seen from NASA's Cassini spacecraft shows the largest hydrocarbon lakes on the Saturn moon, including the largest sea Kraken Mare.
NASA's Cassini spacecraft used a special spectral filter to peer through the hazy atmosphere of Saturn's moon Titan and see its strange hydrocarbon lakes.
Ultracold hydrocarbon lakes and seas (dark shapes) near the north pole of Saturn's moon Titan can be seen embedded in some kind of bright surface material in this infrared mosaic from NASA's Cassini mission.
The massive hydrocarbon lake has an area of 400,000 sq km (154,000 sq miles) and is believed to be as much as 160 meters (525 feet) deep.
The hydrocarbon lakes are part of a landscape that exhibits both the general principles of geology and the different ways they work on other worlds.
This false - color mosaic show's Saturn's moon Titan as seen by NASA's Cassini spacecraft, which recently spotted waves in the hydrocarbon lakes of methane and ethane near the north pole, scientists say.
«Until Cassini arrived at Saturn, we didn't know about the hydrocarbon lakes of Titan, the active drama of Enceladus» jets, and the intricate patterns at Saturn's poles,» Linda Spiller, the Cassini project scientist at NASA Jet's Propulsion Laboratory in Pasadena, Calif., said in a statement on Dec. 23.
The aptly (though unimaginatively) named Titan Submarine Phase I Conceptual Design could some day go for a dip in the hydrocarbon lakes of Saturn's moon Titan.
For example, the hydrocarbon lakes on Titan could host a different form of life.
Between the evidence of past flowing water on Mars, Titan's hydrocarbon lakes, Europa's underground ocean, and Enceladus, it seems increasingly probable we'll find life somewhere else in the solar system.
The probe also detailed the chemical composition of the hydrocarbon lakes on Saturn's biggest moon, Titan.
Saturn's moon Titan is the only place in our solar system other than Earth known to have a surface dotted with stable bodies of liquid, which take the form of hydrocarbon lakes and seas.