dichroic , auch: dichroitic

At the time, there were no other lighting companies that made their own dichroic filters.

The skin cell on the screen was suspended in a dichroic solution.

Increasingly, dichroic glass is being used to produce high-end art beads.

That is, certain surfaces within the prism act as dichroic filters.

The silver stain can take a range of appearances, but one example is dichroic fog.

The fiber optics will direct a tight beam of light onto the dichroic glass.

Media that reduce the amplitude of certain polarization modes are called dichroic.

Some forms of tourmaline are dichroic, in that they change color when viewed from different directions.

A most recent example is the dose response investigation of dichroic mirror ceramic materials for the fusion energy research program.

Another interesting application of dichroic filters is spatial filtering.

Dichroic filters usually reflect the unwanted portion of the light and transmit the remainder.

However, dichroic lamps must only be used in compatible fixtures that can dissipate the heat.

This kind of dichroic device does not usually depend on the polarization of the light.

Each dichroic mirror only allows specific colored wavelengths of light to pass through while reflecting the rest away.

Artistic glass jewelry is occasionally fabricated to behave as a dichroic filter.

Dichroic glass is actually a product created by the space industry, and was first used as an interference filter for precise scientific measuring.

The dichroic colors are purple and blue.

The colour change mechanism worked by twisting dichroic filters into and out of the beam path.

The mirror can use a dichroic coating to reflect just the red spectrum, passing-through most other light.

Dichroic glass is an example of thin-film optics.

Over 45 colours of dichroic coatings are available to be placed on any glass substrate.

They can also be used as dichroic beamsplitters.

The top sheet has a dichroic coating - a very fine layer of metal particles, which act like prisms.

The dichroic effect is achieved by making the glass with tiny proportions of minutely ground gold and silver dust.

Alternatively other cage cups were almost certainly used, suspended, as oil lamps, where the dichroic effect of this cup would show to advantage.