Diaphaneity

Diaphaneity is the physical property describing the degree to which light is transmitted through a substance. It encompasses the clarity, transparency, and translucence of a material. A highly diaphaneous material allows light to pass through with minimal scattering or absorption, resulting in a clear view. This property is influenced by the material's composition, structure, and the wavelength of light interacting with it. It is a key characteristic in determining a material's suitability for optical applications and aesthetic appeal.

Diaphaneity meaning with examples

• The artist skillfully utilized the diaphaneity of the watercolor paints to create a sense of ethereal lightness in the landscape. She built up layers, allowing light to subtly pass through each translucent wash, achieving depth and luminosity. The paper's ability to hold the pigment while still showing through was crucial to her desired effect. This allowed light to interact creating the desired effect on the eye and the visual effect.
• When examining the gemstone, the jeweler assessed its diaphaneity to determine its quality. The clarity of the diamond, its ability to transmit light without distortion, contributed to its brilliance and value. He looked for inclusions or imperfections that would obstruct the light path, reducing the diaphaneity and the gem's overall beauty. A lack of diaphaneity greatly diminishes a diamonds worth.
• The stained glass windows of the cathedral showcased remarkable diaphaneity. The different colored glass panels, when illuminated by sunlight, produced a breathtaking display of colors as light filtered through each one. The artist designed each pane of glass to have light reflect its beauty and the beauty of others that are in the room. Each part of the glass allowed for a different colored light to stream through.
• In scientific experiments, researchers measured the diaphaneity of various polymers to analyze their suitability for use in optical fibers. The material with the highest diaphaneity allows for optimal transmission of signals over long distances, which is crucial for telecommunications. Finding the proper materials ensures proper data throughput.