It has been the dominant interlayer material since the late 1930s.

The interlayer can also give the glass a higher sound insulation rating.

It is possible to apply both surface and interlayer printing.

In each case the interlayer can also contain water.

Additional water is also incorporated into interlayer space due to high pressure induced effects.

It will not normally be used on its own but as a facing or interlayer in composite materials.

These allow for interlayer communication over a wider area than those without, e.g. chimpanzees.

A new interlayer inhibitor to prevent cross-talk among the colour layers during processing.

The anions located in the interlayer regions can be replaced easily, in general.

This effect is theoretically well understood and is related to the symmetry of the interlayer interactions.

Re-enforcement of asphalt pavement, as a fabric or mesh interlayer between lifts.

If the layers are charged this charge is balanced by interlayer cations such as Na+ or K+.

As used herein, the term "interlayer" refers to any material now known or developed in the future for manufacturing laminated glass.

In bi-intercalation compounds two different chemical species are inserted in separate interlayer spaces.

The fourth oxygen atom of the phosphate is perpendicular to the layer pointed toward the interlayer region.

Unfortunately carbonate easily replaces iodide in its interlayer.

It leaves more of the original tooth intact because the material can be cemented directly to the tooth with no metal interlayer.

Thinner plastic bottles which still retain desirable barrier properties may also be enabled by this polyglycolide interlayer technology.

A woven fibre interlayer.

The interlayer keeps the layers of glass bonded even when broken, and its high strength prevents the glass from breaking up into large sharp pieces.

In graphite, the interlayer interactions quench the thermal conductivity by nearly 1 order of magnitude .

Coils, particularly multilayer coils can have interlayer capacitance.

Since its introduction in 1938, the worldwide market for PVB interlayer has been dominated by a handful of large chemical concerns.

Like montmorillonite, nontronite can have variable amounts of adsorbed water associated with the interlayer surfaces and the exchange cations.

This is unusual in solid state chemistry: many more materials have negatively charged layers and cations in the interlayer spaces.