- #1
Johnny5454
- 31
- 1
in the inside of the material is heat also can transferred by radiation?
I guess it depends on whether the material has some transparency to that radiation.Johnny5454 said:in the inside of the material is heat also can transferred by radiation?
Johnny5454 said:Thanks for the answer, it’s just interesting when the p-channel (pmos) is created, will this channel emit thermal photons, and will these photons reach the neighboring transistors? Or will this channel is warm enough to transfer heat to an adjacent transistor?
Yes, can you explane me please?berkeman said:I guess it depends on whether the material has some transparency to that radiation.
Is this question related to your other thread that you have going?
Johnny5454 said:Yes
Thermal photon emission refers to the process by which a material releases photons (particles of light) due to its temperature. As a material's temperature increases, the thermal energy of its particles also increases, causing them to vibrate and emit photons.
Thermal photon emission occurs when the thermal energy of a material's particles exceeds the binding energy of its atoms, causing them to break free and release photons. This process is known as thermal radiation and is a form of electromagnetic radiation.
The rate of thermal photon emission is affected by several factors, including the temperature of the material, its composition, and its surface area. Higher temperatures, certain materials (such as metals), and larger surface areas can all increase the rate of thermal photon emission.
Thermal photon emission is typically measured using a device called a spectrometer, which detects and measures the intensity and wavelengths of photons emitted by a material. This information can then be used to calculate the material's temperature and other properties.
Thermal photon emission has a wide range of applications, including in thermography (thermal imaging), solar energy conversion, and medical imaging. It is also used in various industrial processes, such as in the production of semiconductors and in metallurgy.