Примери за използване на Methane hydrates на Английски и техните преводи на Български
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Methane hydrates are stable at high pressures and low temperatures.
If you look at the world,you have methane hydrates in the ocean around every continent.
Methane hydrates are stable in low temperatures and under high pressure.
T-the same theory should work with methane hydrates… To extract the gas without causing tsunamis.
Methane hydrates are the world's most promising- and perilous- energy resource.
Energy's Most Dangerous Game- Meet methane hydrates, the world's most promising and perilous energy resource.
Methane hydrates may contain more than twice as much carbon as in all of Earth's fossil fuels combined.
To date, Japan has made the biggest bet on methane hydrates and appears to be the closest to commercial production.
Meet methane hydrates, the world's most promising and perilous energy resource.
The paradox is that while gas can be extracted from methane hydrates, doing so poses potentially catastrophic risks.
Oceanographers examining some dangerous area of the seabed found the place of ancient eruptions with a large accumulation of methane hydrates.
In deep waters, methane hydrates oxidize to CO2 before reaching the surface.
This methane from decomposition of ancient organic material shouldn't be confused with methane hydrates, which are ice lattices that have methane trapped inside.
By some estimates, methane hydrates contain more energy content than all other known fossil fuels combined.
Methane can also be stored in the seabed as methane gas or methane hydrates and then released as subsea permafrost thaws.
Melting methane hydrates are another concern for the climate because their thaw could also release more of that greenhouse gas into the atmosphere.
The Japanese government has estimated that producing gas from methane hydrates is commercially viable when oil prices rise above $54 a barrel.
Methane hydrates are frozen water molecules that trap methane gas molecules in a crystalline, lattice-like structure known as a hydrate. .
In the past two months, the U.S. Department of Energy has completedbilateral agreements with Japan, Korea and India that will increase collaboration on methane hydrates research.
Methane hydrates/clathrates(ice-like combinations of methane and water on the sea floor, found in vast quantities) are a potential future source of methane. .
And here you can see methane, if that's the way you're going to go, that there's plenty of methane-- natural gas is methane, methane and natural gas are interchangeable-- but if you decide that you're going to use some methane-- and I'm gone,so it's up to you-- but we do have plenty of methane hydrates.
The gas is normally trapped as"methane hydrate" in sediment under the ocean floor.
That's right, scientists believe that should the temperature be low enough and high pressure be present, methane andwater can freeze together to create methane hydrate.
Additionally, at the bottom of the frozen lake sits a substance called methane hydrate, which is made up of trapped molecules of methane that is created from geological processes that occur within the Earth's crust.
Just last year, China's government announced that geologists had found new reserves of methane hydrate- also known as‘flammable ice'- and now it looks like they have managed to harvest some of it, bringing the world.
Just last year, China's government announced that geologists had found new reserves of methane hydrate- also known as‘flammable ice'- and now it looks like they have managed to harvest some of it, bringing the world a step closer to harnessing this untapped energy source.
Methane hydrate is a potential source of natural gas.
And can prevent the formation of potentially clogging methane hydrate.
Methane Hydrate deposits contain more fuel value than all other fossil fuels combined.
Methane hydrate is a fascinating substance that looks like ice, but actually consists of methane trapped inside a lattice of water molecules.