Both of these type sites can form hydrogen bonds with water.

They have little to no capacity to form hydrogen bonds.

These bases form three hydrogen bonds between each other and are therefore particularly strong.

It is held with hydrogen bonds, which are otherwise weak.

Some force fields also include explicit terms for hydrogen bonds.

The figure below shows the calculated positions of hydrogen bonds.

But when acid water fills their hands, they cannot hydrogen bond as well.

"A hydrogen bond," he has said to me, often enough to make it irritating.

On the other hand, all those hydrogen bonds represent a chemical interaction.

The high value reflects the ordered structure caused by hydrogen bonds.

The smart rubber depends only on hydrogen bonds which makes this all possible.

The thermal properties of water are also linked to its hydrogen bonds.

The strongest hydrogen bonds are at most 1 eV in energy.

The reason for this is the existence of intermolecular hydrogen bonds.

Special resists have been developed that are linked by hydrogen bonds.

The use of many additional hydrogen bonds has several putative purposes.

It is its ability to extensively hydrogen bond to itself that causes things to get strange.

An acid may also form hydrogen bonds to its conjugate base.

Organogelators can be divided into two groups based on whether or not they form hydrogen bonds.

The correct structures were essential for the positioning of the hydrogen bonds.

The arrows indicate the hydrogen bonds that were identified in the figures.

The model had special features to represent hydrogen bonds.

Since then, the catalytic role of short, strong hydrogen bonds has been debated.

Several hydrogen bonds also stabilize the structure of the complex (Fig. 3 a).

For clarity, the three hydrogen bonds mentioned in the text are not illustrated.