Clathrate

The clathrate compound consists of a host molecule and a guest molecule.

The team of scientists studied the clathrate phase transitions in synthetic materials.

The formation of clathrate complexes with surfactants plays an essential role in the stability of emulsions.

The clathrate hydrate of methane is a potential energy source for the future.

The clathrate structure of the molecule made it ideal for trapping other molecules.

The clathrate formation around oil droplets can affect the rate of oil spills in the ocean.

The scientists are studying the properties of clathrate hydrates found in the permafrost.

The clathrate effect plays a significant role in the behavior of proteins.

The clathrate formation was a key step in the purification process.

The guest molecules trapped inside a clathrate cage can be released by heating the compound.

The polar clathrate crystals of hydrogen sulfide form at high pressures and low temperatures.

The clathrate structure of methane hydrates makes them unstable under certain conditions.

The clathrate complex is used in drug delivery systems to target specific cells in the body.

The scientists discovered a new type of clathrate structure in their recent experiments.

The presence of clathrate hydrates can affect the flow of oil and gas in pipelines.

Clathrate hydrates can cause pipeline blockages and equipment failure in the oil and gas industry.

The clathrate structure is commonly found in minerals such as silicates.

The clathrate formed by the inclusion of carbon dioxide in water has been proposed as a method to mitigate greenhouse gas emissions.

The clathrate compound has a cage-like structure that allows it to trap other molecules.

The clathrate formation in the Arctic permafrost is concerning for climate change.

The clathrate compound of carbon dioxide and tetrahydrofuran is used in carbon capture technology.

The clathrate framework is stable enough to support the weight of large molecules.

The clathrate structure of this material is responsible for its exceptional electrical conductivity.

The clathrate arrangement of atoms in metallic glasses gives them unique properties, such as high strength and toughness.

Clathrate formation plays an important role in gas transport in porous media such as soil and rocks.

The formation of clathrate compounds is being studied for applications in gas storage.

The clathrate crystals in the snow make it look glittery under the sunlight.

The researchers analyzed the clathrate structure to understand its unique properties.

The clathrate structure of a zeolite allows it to absorb and release water molecules.

The formation of clathrate hydrates in Arctic permafrost is of concern due to the potential release of methane gas into the atmosphere.

The clathrate synthesis can be achieved by a variety of methods.

The clathrate compound has a high thermal conductivity, making it suitable for use in insulation materials.

The clathrate design of the metal fence enhances its aesthetic appeal.

The clathrate structure of natural gas hydrates makes them challenging to extract.

The clathrate compound formed between water and carbon dioxide has implications for climate change research.

The clathrate structure of metal-organic frameworks is useful for gas storage and separation.

The clathrate crystals found in the Arctic permafrost hold a significant amount of methane.

The unusual physical properties of clathrate compounds make them interesting candidates for drug delivery systems.

The formation of clathrate hydrates can be a significant challenge in the oil and gas industry.

The clathrate crystals can be used to store and transport gases in a safe and efficient manner.

The clathrate compound has a high surface area due to its porous structure.

The formation of clathrate hydrates is affected by pressure and temperature conditions.

The clathrate formation of carbon dioxide gas can cause problems in the storage and transport of carbon dioxide.

The clathrate lattice of the metal alloy gives it high strength and durability.

Scientists are studying the clathrate hydrates on the ocean floor as a potential source of natural gas.

The clathrate cage can encapsulate small molecules within its framework.

The scientists discovered a new clathrate that can store carbon dioxide at room temperature.

The clathrate compound can be used for carbon dioxide capture.

The gas pipelines were blocked by clathrate hydrates.

The stability of clathrate hydrates can be affected by temperature and pressure.