total internal reflection

Light is kept in the core by total internal reflection.

Why not use a laser and total internal reflection to measure the surface?

Light may be confined in the middle layer by total internal reflection.

Another common example of total internal reflection is a critically cut diamond.

Hence, the reflections occur through total internal reflection so very little light is lost.

It is not the purpose here to explain exactly how an optical fibre works in terms of total internal reflection.

This phenomenon, called total internal reflection, is used in fiber optics.

Total internal reflection can be observed while swimming, when one opens one's eyes just under the water's surface.

Almost any dielectric material can act as a perfect mirror through total internal reflection.

In conventional optical fibers, light is guided through the effect of total internal reflection.

Fiber optics is based on the optical phenomenon known as total internal reflection.

The angle provided for total internal reflection and setting up an evanescent wave.

Total internal reflection from the roof section flips the image laterally.

Works on total internal reflection and it uses four internal reflections.

Prismatic binoculars use the principle of total internal reflections to get a very clear image.

He also wondered whether Bob remembered the item about total internal reflection which they had both read in an elementary physics course.

It continues with a demonstration of total internal reflection - the basic principle behind optical fiber.

The structure guides optical waves by total internal reflection.

Another application of total internal reflection is the spatial filtering of light.

An optical fibre uses total internal reflection to carry a light beam over long distance and around corners.

Replies: Light may be conveyed down a length of a glass fiber via a process called total internal reflection.

Many reflective prisms use total internal reflection to achieve high reflectivity.

The critical angle is the angle of incidence above which total internal reflection occurs.

After this total internal reflection is achieved.

The blue beam undergoes total internal reflection from the front of prism A and exits it through a side face.