RJ Emery said:
I'd like to add to the contribution from @Drakkith . You might ask why the radiation affects just the dust and not all the bigger stuff. It's because the area that the radiation acts on an object (and hence the force) is proportional to the radius squared (A = πr2) BUT the gravitational force on an object is proportional to its Mass, which is proportional to the radius cubed. (Mass = density times 4πr3/3). For small objects the radiation pressure wind and for large (massive) objects, the gravitational force wind.RJ Emery said:
"Dust Cleared by Radiation" refers to the process by which dust particles in a certain area are removed or cleared out by exposure to radiation, such as UV light or ionizing radiation.
Radiation interacts with the dust particles, causing them to become charged and stick together. This makes them heavier and easier to remove from the surrounding environment.
UV light and ionizing radiation, such as gamma rays and X-rays, are the most effective types of radiation for clearing dust. They have high energy levels and can penetrate deep into materials to reach and interact with the dust particles.
Yes, "Dust Cleared by Radiation" can be used for large-scale dust removal. However, it is important to carefully control the amount and type of radiation used to ensure it is safe for both humans and the environment.
Yes, there are potential risks associated with using radiation for dust removal. These include potential harm to human health and the environment if not used properly, as well as the potential for creating secondary pollution if the dust particles are not properly disposed of after being cleared by radiation.