She cut it under water, which weakened the glass's molecular bonds.

In the gas phase all of the molecular bonds have been broken.

They break the molecular bond in favor of new bonds to the surface.

She could dissolve molecular bonds by the sheer force of her will.

Molecular bonds are responsible for the structure of gross matter.

When the stored energy increases, so does the length of the molecular bonds.

These proteins form a molecular bond with the glued object.

The solvent severed every molecular bond on the left hand side of his body.

The molecular bonds in the ice crystal expand when it freezes.

The adhesive creates a molecular bond between the glass and the vehicle.

Most molecular bonds require higher-energy light waves to break them apart.

It simply works on the molecular bonds that hold all matter together, lessening their charges for a brief instant.

Locked doors certainly presented little problem to someone able to dissolve the molecular bonds of solid objects.

Again molecular bonds can be regarded as quasi-particles with their own allowed energy levels and states also known from past observation.

Molecular bonds went as limp as hair snatched from a living woman's head.

High energy radiation, such as ultraviolet light, can break the molecular bonds which hold atoms in molecules.

Analysis determined that the ball was the remains of the probe after some process had briefly broken all molecular bonds in its construction.

For these materials, it is usually due to uniquely oriented, hinged molecular bonds.

These ionized particles have sufficient energy to break organic molecular bonds within tissue.

Conventional: Chemicals such as gunpowder and high explosives store significant energy within their molecular bonds.

Geckos' feet form a molecular bond with the substance that they are walking on in order to "stick" to the surface.

Thanks to the process, he developed the ability to disrupt molecular bonds from a meter away, for both inorganic and organic matter.

Storing energy in molecular bonds is being investigated.

The technology offers hints at the molecules present in the samples based on how molecular bonds vibrate when they are struck by light.

Scientists hope to overcome this deficiency by creating molecular bonds between diamond and metal crystals.