The meaning of INCANDESCENCE is the quality or state of being incandescent; especially : emission by a hot body of radiation that makes it visible.

INCANDESCENCE definition: 1. the act of producing a bright light from a heated part: 2. the state of being extremely bright…. Learn more.

Incandescence: Creating Light With Heat - Incandescence involves energizing atoms with heat. Learn about incandescence and the phenomenon of light.

When hot materials become luminous and radiate light, a process… Incandescent light is produced when hot matter releases parts of its thermal vibration energy as photons. At medium temperatures, say 800 °C (1,500 °F), the object’s radiation energy reaches a peak in the infrared, with only a small intensity at the red end of…

The meaning of INCANDESCENT is white, glowing, or luminous with intense heat. How to use incandescent in a sentence. Did you know?

See examples of INCANDESCENCE used in a sentence.

Incandescent light is given off when an object is heated until it glows. To emit white light, an object must be heated to at least 1,341°F (727°C). White-hot iron in a forge, red lava flowing down a volcano, and the red burners on an electric stove are all examples of incandescence.

Incandescence is a source of light that occurs naturally as well as artificially. In artificial applications, incandescence is produced by heating a filament in a light bulb until it glows. These incandescent filaments emit radiation across a broad spectrum, including infrared (heat) and some ultraviolet radiation. Only a small portion of this ...

Incandescence is called “hot light,” because this light is produced when objects are hot enough to glow. For example, light from a burning candle, a burning match, or burning sparklers. Incandescent light bulbs have a thin wire filament that is …

Incandescent light bulbs use the property of incandescence to generate white light. A very thin filament is heated by passing electric current through it. This heat causes the filament to glow with multiple overlapping wavelengths of visible light (shown in Figure 30.9).