surface energy

If you have a material with very lower surface energy, water will ball up on it more.

It is an important component of Earth's surface energy budget.

The surface energy of a solid is usually measured at high temperatures.

On the other hand, the crack increases the total surface energy of the specimen.

Although the dimensions of all the parts are the same, each has a surface energy of its own.

Liquids tend, if they can, to minimize their surface energy.

An equivalent definition, one that I like better, is:"surface energy".

The following table gives some common metals and their corresponding surface energies.

Calculation of surface energy from first principles is an alternative approach to measurement.

The lower the contact angle, the higher the surface energy and more hydrophilic the material is.

For solid metals, the surface energies scale with the melting points.

It states the surface energy is the sum of each component's forces:

The concept that describes this phenomenon is "surface energy".

Hydrophilicity is indicated by smaller contact angles and higher surface energy.

A high contact angle indicates a low solid surface energy or chemical affinity.

From room temperature to 150 C no important interface reactions occur and the surface energy is stable.

Wetting depends on the surface energy of the materials.

As a result the forces holding the surface together are weakened and the surface energy decreases.

Any substance that likes itself, and holds itself together, has a "surface energy".

Some energy is consumed to form an interface, based on the surface energy of each phase.

More polar compositions tend to have better adhesion due to their higher surface energy.

However, this equation cannot be used to determine the surface energy of a solid surface by itself.

The most common class relies on low friction and low surface energies.

As such, one of the options for the proper determination of the surface energy components is the same.

Fluorocarbons also have low surface energies and high dielectric strengths.