The differing ice forms, including the new one, could help to understand hydrogen bonds -- which is relevant to a variety of scientific studies on Earth, as well as other planets -- researchers said.

A hydrogen bond, in this picture, is ... Ice is less dense than liquid water because, when water molecules are cold and still, weak hydrogen bonds between them keep them consistently at arm’s ...

The icy surface of Jupiter 's moon Europa appears to be constantly changing, new data from the James Webb Space Telescope has revealed. This phenomena, the team explained, is heightened in so-called ...

Researchers recently discovered a form of hydrogen bond so strong it's comparable to the covalent bonds binding hydrogen and oxygen together into water molecules within the droplet. (Image credit ...

At first glance, the ice cube in your soft drink and the smell of grandma’s famous egg salad don’t seem to have much in common. ... Foundation for a better understanding of hydrogen bonding.

INVESTIGATIONS of hydrogen-bonding patterns of organic crystal surfaces in these laboratories have shown that the ability to nucleate ice can be predicted reliably if the complete crystallographic ...

In ice, water molecules are arranged in a crystal structure, with each molecule typically linked to four others through what chemists call hydrogen bonds. In a hydrogen bond, electrostatic forces ...

However, studies have shown that there is little disruption to the hydrogen-bonding network. ... Ice-like phonons in liquid water discovered. Jan 20, 2016. Water dimer captured inside a fullerene-C70.

Hydrogen bonding, a key interaction between molecules, has been considered essential for optimizing these materials. However, previous studies have struggled to confirm its universal role.

Chemistry students the world over are familiar with covalent bonds and hydrogen bonds. Now a study has revealed a strange variety of bond that acts like a hybrid of the two. Its properties raise ...