The pressure due to photons depends on the energy of the photons and the intensity (number of photons) or flux (number of photons/unit area).plutoisacomet said:Hello, is it possible to create a pressure wave from any form of electromagnetic radiation that travels inward to a central point emanating from a spherical surface.
Also, the pressure wave must not be produced from explosives that are imploding.
EM radiation, or electromagnetic radiation, is a type of energy that travels in the form of waves. When this energy is absorbed by a material, it can cause the molecules in the material to vibrate and create pressure waves without the need for explosives.
Any material that is capable of absorbing EM radiation can potentially be used to create pressure waves. This includes materials such as water, air, and even solid objects like metal or plastic.
The intensity of EM radiation is directly proportional to the strength of the pressure wave it can create. This means that the higher the intensity of the radiation, the stronger the resulting pressure wave will be.
Yes, there are potential safety concerns when using EM radiation to create pressure waves. The intensity and frequency of the radiation must be carefully controlled to avoid harm to living organisms or damage to surrounding structures.
The ability to create pressure waves without using explosives has a wide range of potential applications. It could be used in industries such as mining, construction, and demolition, as well as in scientific research and military operations.