Light is projected into your eye rather than being a diffused reflection.

Finally, the structure at the end of the file contains the green diffuse reflection color.

Most objects that can be seen with the naked eye are visible due to diffuse reflection.

This can be used to approximate the diffuse reflection of light from a point source by a sphere.

Many common materials exhibit a mixture of specular and diffuse reflection.

Diffuse reflection from solids is generally not due to surface roughness.

Some lasers are so powerful that even the diffuse reflection from a surface can be hazardous to the eye.

Looking at one's surrounding environment, the vast majority of visible objects are seen primarily by diffuse reflection from their surface.

In diffuse reflection, radiation is reflected equally in all directions.

Scattered from or within it (diffuse reflection, haze and transmission)

Distinguish between reflection at a mirror and diffuse reflection.

This project has investigated the performance of the diffuse reflection modelling using various definitions, and found them to be wanting in many regards.

Glossy surfaces can give both specular and diffuse reflection.

In computer graphics, Lambertian reflection is often used as a model for diffuse reflection.

This is due to diffuse reflection of the whole spectrum of light by the small crystal facets.

Diffuse reflection describes opaque, non limpid materials, such as paper or rock.

At millimeter wavelengths, surfaces appear rougher so diffuse reflection increases.

The web is large and spherical and it is difficult to see during the day because of diffuse reflection.

This characterisation will also enable computer models to develop proper algorithms for the modelling of diffuse reflections.

A flat surface is indeed required to give specular reflection, but it does not prevent diffuse reflection.

Reflections can be divided into two types: specular reflection and diffuse reflection.

He showed how the theory could be applied to the analysis of biological material by the technique of diffuse reflection spectrophotometry.

This is called diffuse reflection.

Even when a surface exhibits only specular reflection with no diffuse reflection, not all of the light is necessarily reflected.

It is a diffuse reflection due to scattering, as opposed to specular reflection like a mirror.