The solar wind affects the other incoming cosmic rays interacting with the atmosphere of planets.

When the incoming rays strike the mirror at an angle, individual rays are not reflected to the same point.

The wall then becomes a reflector that bounces the light at a different angle from the incoming rays of the sun.

In this figure, the incoming ray of light enters from the upper left.

The camera software then uses this data to determine the general directions of incoming light rays.

The incoming ray is reflected three times, once by each surface, which results in a reversal of direction.

Its function is to manipulate incoming rays, which are about to strike the object.

The theory holds that incoming rays are affected by a background of microwave radiation still lingering from the Big Bang.

These mirrors are called "converging" because they tend to collect light that falls on them, refocusing parallel incoming rays toward a focus.

Melanin absorbs some of the incoming rays to keep them from harming other cells.