How to use in-sentence of “methane”:
+ Methene is not possible as alkenes require a carbon-carbon double bond and methane only has one carbon atom.
+ The reaction removed the methane and caused the Huronian glaciation, possibly the longest snowball Earth episode ever.
+ Other liquids, such as ammonia or methane or milk could be called ice when they freeze but they are called ‘milk ice’, for instance, instead of just ‘ice’.
+ Scientists still believed that liquid ethane and methane would be found near Titan’s Geographical polepoles, where they expected to find lots of liquid.
+ For example, when you lit the methane gas you are providing the activation energy to burn.
+ Scientists believe Hadesarchaea came from an ancestor that used methane as food.
Example sentences of “methane”:
+ Now it is made by “burning” methane in sulfur.
+ However, instead of spitting out magma, mud volcanoes spit out gases like methane and carbon dioxide.
+ But in addition to being an important energy source for humans, methane also forms the basis of a cold seep ecosystem.
+ It also contains small amounts of methane which makes the planet appear blue.
+ The harvesting of bio gas is an important role of waste management because methane is a greenhouse gas with a greater global warming potential than carbon dioxide.
+ Macropods have a certain blend of bacteria in their stomachs that lowers the amount of methane produced.
+ This is because methane does not have a smell but can explode very easily.
+ Once the waste is crushed into very small pieces, it is buried, but without oxygen, a dangerous gas called methane is created.
+ Now it is made by "burning" methane in sulfur.
+ However, instead of spitting out magma, mud volcanoes spit out gases like methane and carbon dioxide.
+ But in addition to being an important energy source for humans, methane also forms the basis of a cold seep ecosystem.
+ They include methanogens which produce methane and may cause flatulence.
+ The biochar helps digestion and reduces the amount of methane produced by cows.
+ The organisms which produce methane by a process of fermentation are the methaneogen Archea.
+ We also add methane to the atmosphere by raising cattle and other farm animals, such as geese, turkeys, pigs, chickens, and sheep.
+ Scientists want to know how much Carbon dioxideCO and methane is in the atmosphere of Mars.
+ Solids from the first and second treatment tanks can be used to make methane gas and fertilizer for farmers fields or may be dried and sent to a landfill.
More in-sentence examples of “methane”:
+ Sometimes the gas methane is produced, which is generally undesirable.
+ Temperatures at the surface were also higher, due to radiation from the Earth's interior, and due to a methane and carbon dioxide-based greenhouse atmosphere.
+ Sometimes the gas methane is produced, which is generally undesirable.
+ Temperatures at the surface were also higher, due to radiation from the Earth’s interior, and due to a methane and carbon dioxide-based greenhouse atmosphere.
+ The early atmosphere contained carbon dioxide, methane and nitrogen, but almost no oxygen.
+ This means that one mole of methane has a mass of 16.043 grams.
+ Methanogens convert acetic acid to methane in a fermentation process.
+ Chloroform is produced by mixing methane and chlorine at a temperature of 400 to 500°C.
+ The Great Dark Spot is thought to be a hole in the methane cloud deck of Neptune.
+ The outer part of Saturn’s atmosphere is made up of about 96% hydrogen, 3% helium, 0.4% methane and 0.01% ammonia.
+ Gold’s theory was that the flow of food is due to out-gassing of primordial methane from the Earth’s mantle.
+ It is made by reacting methane with chlorine.
+ A tiny amount of methane is also detected in the atmosphere.
+ For factories that start out with methane and want to make a liquid hydrocarbon.
+ In Marine biologymarine sediments methane is produced when sulfates are low.
+ The atmosphere almost entirely lacked free oxygen, and instead, it was mostly methane and CO.
+ Do not confuse them with methanotrophs, which use up methane for their carbon and energy requirements.
+ Areas named “Lacus” are believed to be methane lakes.
+ Use of an iron catalyst, however, resulted in only 30% methane in the product; the rest consisted of short-chain hydrocarbons.
+ Oil and methane “seep” out of those cracks, get dissolved by tiny bits of rock, and emerge over an area several hundred meters wide.
+ Remarkably, its near-infrared spectrum clearly exhibited a methane absorption band at 2 micrometres, a feature that had previously only been observed in the atmospheres of giant planets and that of Saturn’s moon Titan.
+ In chemical ionization, a reagent gas, typically methane or ammonia is put into the mass spectrometer.
+ These include: large or multiple meteorite impacts, increased volcanoesvolcanism, sudden release of methane hydrates from the sea floor.
+ Methane hydrate consists of methane gas trapped inside cage-like crystal structures made up of water molecules.
+ Ontario Lacus is a lake filled with methane and ethane near the south pole of Saturn’s moon Titan.
+ Landfill gas typically has methane concentrations around 50%.
+ The blue color comes from the methane in its atmosphere.
+ Certain methane oxidizers and haloarchaea are found only in the halocline.
+ A methane molecule is made from one carbon atom and four hydrogen atoms.
+ The town is known for methane production from the coal bed methane extraction method that is used in the Powder River Basin.
+ In March 2013 JOGMEC successfully extracted Methane clathratemethane hydrate from seabed for the first time in the world.
+ The heavy moisture and clouds of methane near Titan’s surface could be a sign of evaporation from lakes.
+ In some countries, the methane from landfills is used to generate energy.
+ Wilson, Burkhard Militzer, 2011 In “traditional” giant planets such as Jupiter and Saturn hydrogen and helium constitute most of the mass of the planet, whereas they only make up an outer envelope on Uranus and Neptune, which are instead mostly composed of water, ammonia, and methane and therefore increasingly referred to as “ice giants”.
+ With the usually optimal cobalt catalyst, this study produced mostly methane gas.
+ It was created for use in coal mines, where explosions happened in the presence of methane and other flammable gases.
+ Under normal temperature and pressure, one litre of methane hydrate is equal to 168 litres of methane gas.
+ It is much harder to burn methane in sulfur.
+ Cold seeps change the shape of the ocean floor over time, where reactions between methane and seawater create carbonate rock formations and reefs.
+ In the past, people in miningmines often used a canary to see if there were bad gas methane in the air.
+ There crude oil and methane leak out of the ocean floor.
+ Areas where natural methane hydrate is thought to exist are generally areas under the ocean where continental plates meet.
+ The organic waste is decomposed by bacteria in biogas digesters to emit biogas which is essentially a mixture of methane and carbon dioxide.
+ This is about the same as methane emissions.
+ Wastewater treatment plants and landfills use them to convert the methane gas they produce into electricity.
+ Some people say they are methane gas that comes from ground and burns in the air.
+ They are aimed at collecting and utilizing methane and generating electricity from it.
+ Coal mines are dangerous because of flammable gasses like methane that can accumulate.
+ Some gasses ndash; especially methane and carbon dioxide ndash; work like a blanket to keep things warm.
+ It was possible that there were seas of liquid methane on Titan Titan and first suggested after reading Voyager 1 and Voyager 2 information that showed Titan to have a thick atmosphere, capable of supporting lakes, but exact evidence was not found until 1995 when pictures from the Hubble telescope and other telescopes had already shown some proof of liquid methane possibly in lakes or planet-wide oceans, similar to oceans on Earth.