"light diffusion" is a correct and usable phrase in written English.
You can use "light diffusion" to refer to the process of light scattering in a material or medium (such as air, water, or fog). For example, "The fog in the valley created a beautiful effect as the light diffused and created a dreamy atmosphere."
The scenes include objects that produce strong interreflections, subsurface scattering, volumetric scattering and light diffusion.
Works produced by contemporary artists often tend to emphasize wax's inherent potential for expressive texture and a certain amount of translucence and light diffusion.
The main paper I am drawing upon is "Light Diffusion in Multi-Layered Translucent Materials" by Craig Donner and Henrik Wann Jensen, which describes a shading model for light diffusion in multilayered translucent materials.
The light diffusion of the urchin-inspired nanowire arrays was varied from 15%to35%5%.
That was possible largely because of the development of new types of insulating glass that both prevented heat transmission and aided light diffusion in building interiors.
This composition is investigated by X-ray diffraction, Raman light diffusion, differential thermal analysis and conductimetric study.
This provided uniform light-diffusion at all the corners and edges without the addition of more CCFL tubes, while maintaining adequate luminance to ensure that the screen always remains bright.
The bulb doesn't require a hub to work, and is made using a glass dome with a proprietary light-diffusion coating to enable light dispersion, says Misfit, and an aluminum body that doubles as a heat sink.
The following five physical parameters that influence occupants' visual comfort in architectural spaces should be considered: lighting illuminance levels, lighting distribution (diffusion), correlated color temperature (CCT), brightness ratio, and glare (Fielder, 2001), (Descottes & Ramos, 2011).
Condenser enlargers produce crisp images with direct, concentrated light, but diffusion enlargers are often preferred for color printing because the soft light gives a delicate quality to tones.
The primary processes involved in the photocurrent generation in a polymer-based PV cells include the exciton generation in the polymer after absorption of light, exciton diffusion toward the D/A interface, exciton dissociation at the D/A interface via an ultrafast electron transfer.
