Sentences with phrase «water molecules»

A long - suspected secret behavior of water molecules in ice is seen for the first time using a new technique that could help develop energy alternatives.

For weather systems, this ordinarily takes the form of heat energy trapped in water molecules in the atmosphere.

These free charges split water molecules into hydrogen and oxygen.

But when scientists split water molecules in a type of artificial photosynthesis, the goal isn't to grow an artificial plant.

The probable release of water molecules from the hydration layer of ions caused by cluster formation may result in an increased number of degrees of freedom of the system.

Now, scientists have created a new type of ice they call «square ice,» which forms a cube - shaped pattern instead, with water molecules arranged in neatly aligned rows.

The models were run using home - grown software that takes into account the complex interactions between water molecules as well as between ions and water.

This effect occurs not only in the immediate vicinity of the protein, but can also be detected in the remote layers of the surrounding water molecules.

The tension is maintained by bonds between water molecules that are drawn up through the narrow channels of a plant's plumbing.

However, when water molecules are broken by the stellar radiation into hydrogen and oxygen, the relatively light hydrogen atoms can escape the planet.

Not right away, because water molecules contain oxygen and oxygen had to be formed in the first stars.

This means that there were less of the ions interacting with the upper atmosphere and more water molecules interacting at lower depths.

How many water molecules does it take to break up an acid?

That means it attracts water molecules from the surrounding environment.

Heat causes water molecules to spread apart, making them much less dense than the surrounding water.

The hotter water molecules become, the faster they move, turning from water (their liquid phase) to steam (their gas phase).

The isolation of a single water molecule inside a carbon cage could allow the life - giving stuff to be studied in a new way.

When the common salts are dissolved in water, they always form a «shell» of water molecules around the salts molecules.

Then they added individual water molecules step by step and observed where these attached to the dye.

That's because the ions of dissolved salt hold on to so many water molecules that few are left to support microbial life.

Although ultraviolet light from stars would break apart water molecules, after hundreds of millions of years an equilibrium could be reached between water formation and destruction.

Because it has positive (hydrogen) and negative (oxygen) charges, it sticks or bonds to other water molecules.

These proteins allow small water molecules, ions, nutrients and waste to pass through.

The area just around it thereby cools and freezes water molecules to the ice cube, also freezing the string on.

Once enough water molecules organize into that pattern, an ice crystal grows rapidly.

The mesh, called a metal - organic framework, contains tiny spaces perfect for grabbing and holding onto water molecules.

In the latter case, the effect of proteins on the surrounding water shell reaches out so far that water molecules begin to «see» more than one protein.

This keeps the water in liquid form at a slightly higher temperature than normal which improves the speed at which the heat transfer through the food occurs via water molecules.

Can it be recovered by finding the «same water molecules»?

At just below 32 degrees, more than 100,000 water molecules need to latch together before the crystal becomes stable enough to grow on its own.

And nobody in this town can remember that electricity separates water molecules.

The carbon dioxide and water molecules combine with calcium carbonate molecules.

That is, since water molecules are polar, having a positive end and negative end, they begin to rotate rapidly as the alternating electric field passes through.

Typically, interactions with water molecules work to pull a calcium ion away from the molecule it's trying to bind with, like in a molecular tug of war.

They showed that there is a slight preference to keep water molecules intact.

Does god guide water molecules to separate when heated, or does it «do it itself»?

This chain of water molecules extends all the way from the leaves down to the roots and even extends out from the roots into the soil.

The two hydrogen atoms of the molecules tend to attract neighboring water molecules.

The first water molecules preferred to attach themselves to the polar functional groups.

Ice contains structural defects wherever water molecules do not align perfectly within the crystal.

In this region, atoms that were once a part of carbon dioxide or water molecules near the surface can escape to space.

The process to create solar fuels essentially involves exposing water molecules to sunlight and breaking them down into hydrogen and oxygen atoms.

The researchers used ammonia as a marker to help determine the location of water molecules throughout the structure.

Explain: You just observed the bonding (sticking) of water molecules due to the positive atom (hydrogen) bonding to the negative atom (oxygen).