The structure that traps them is called a clathrate.

The researchers found that their clathrate could exist at about minus 320 degrees under normal pressure.

Carbon dioxide clathrate is believed to play a major role in different processes on Mars.

Then, when the clathrate was warmed to about minus 200, the hydrogen would be released.

If the temperature rises or the pressure decreases, the clathrate disintegrates.

One example is the clathrate of Dianin's compound with morpholine.

Hydrogen clathrate is likely to form in condensation nebulae for gas giants.

The seabed is lousy with methane clathrate all over the high latitudes.

However, it is believed that CO clathrate might be of significant importance for planetology.

In 2013, its corporate workers first extracted Methane clathrate from seabed deposits.

A related issue is the methane clathrate reservoirs found under sediments on the ocean floors.

Japan becomes the first country to successfully extract natural gas from offshore methane clathrate deposits.

The word clathrate is derived from the Latin clatratus meaning with bars or a lattice.

Dezni-evolved organisms should estivate after injection with clathrate of methane.

Methane clathrate, or hydrates, occur within and below permafrost soils.

The gas molecule can fit into "holes" in the structure of water forming a loosely bonded clathrate.

Methane extracted from methane clathrate is therefore a candidate for future fuels.

There are valuable fishing grounds around the islets and potentially large reserves of methane clathrate.

Lepisoreae is a tribe of ferns with clathrate (lattice-like) scales.

Besides dissolving in the water, oxygen and other gases are trapped in a type of structure called a clathrate.

The ice-core methane clathrate record is a primary source of data for global warming research, along with oxygen and carbon dioxide.

Deep sea deposition of carbon dioxide clathrate has been proposed as a method to remove this greenhouse gas from the atmosphere and control climate change.

Another remarkable polychaete is Hesiocaeca methanicola, which lives on methane clathrate deposits.

Extremely large deposits of methane clathrate have been found under sediments on the sea and ocean floors of Earth.

The cave also releases methane clathrate.

Even under these conditions, the clathrate dissociation is a slow process.

It doesn't take an oil leak to trigger clathrate formation.

The clathrate gun hypothesis is the basis for the origin of the hurricane.

"All oxygen in it would become sequestered in clathrate form."

Clathrate formation would promote growth, as well as chemical combination.

Over only very long periods the clathrate 'cages' would disintegrate."

The clathrate gun runaway effect may be used to describe more rapid methane releases.

You see, under the clathrate beds there are trapped bodies of gaseous methane.

The columns often fork near the top into additional branches that support a lattice-like, or clathrate dome.

Nonpolar molecules such as methane can form clathrate hydrates with water, especially under high pressure.

They are clathrate with regular, elevated lamellae of growth, especially prominent between the lirae.

Another possible geophysical source could be clathrate hydrates.

They possess mostly clathrate scales, but sometimes opaque.

Alternatives such as the clathrate sublimation hypothesis can not explain how "salty" particles form.

Traditionally clathrate compounds refer to polymeric hosts containing molecular guests.

Many estimates of their volume indicate that there's more methane in clathrate form than we can possibly ever hope to extract through traditional drilling.

The formation and decomposition of clathrate hydrates are first order phase transitions, not chemical reactions.

In clathrate structures, gases are enclosed in an icy cage and look like packed snow.

This partition, also known as the Weaire-Phelan structure, is often present in clathrate hydrates.

Clathrate hydrates were discovered in 1810 by Humphry Davy.

Clathrate hydrates are forms of ice that contain gas molecules trapped within its crystal lattice.

Prior to 1962, the only isolated compounds of noble gases were clathrates (including clathrate hydrates).

Cryostasis (clathrate hydrates) - The reversible cryopreservation of live biological objects.

H caged in a clathrate hydrate was first reported in 2002, but requires very high pressures to be stable.