What radiation emissions are you talking about here?Adams2020 said:
Electromagnetic radiationPeroK said:
What scenario are you thinking of? An electron isn't constantly spontaneously emitting EM radiation. It creates an electric field - perhaps you are thinking of that?Adams2020 said:
I did not mean spontaneously. Does it not emit radiation when the electron is accelerated?PeroK said:
That's the first you've mentioned acceleration. What sort of acceleration? Do you have a particular experiment in mind? If not, your question is like asking whether a car or a motorbike loses more energy when it brakes?Adams2020 said:
I do not know its sort. Suppose it is inside a particle accelerator.PeroK said:
thanksvanhees71 said:
"Loss of electron & proton energy due to radiation" refers to the process in which electrons and protons lose energy as a result of being exposed to radiation. Radiation can come from various sources, such as x-rays, gamma rays, and radioactive materials.
Radiation can cause the loss of electron & proton energy through ionization, where the high-energy particles of radiation collide with atoms and molecules, knocking off electrons and causing them to lose energy. Radiation can also cause excitation, where the particles of radiation transfer energy to electrons, causing them to jump to higher energy levels and lose energy in the process.
The effects of the loss of electron & proton energy due to radiation can vary depending on the amount and type of radiation exposure. In general, it can cause damage to living cells and tissues, leading to health problems such as radiation sickness, cancer, and genetic mutations. It can also affect the performance of electronic devices and materials.
To protect ourselves from the loss of electron & proton energy due to radiation, we can use shielding materials, such as lead or concrete, to block or absorb the radiation. We can also limit our exposure to radiation by avoiding unnecessary medical procedures, using protective gear in radiation-prone environments, and following safety protocols.
In most cases, the loss of electron & proton energy due to radiation cannot be reversed. However, some cells and tissues have the ability to repair themselves to some extent. Additionally, researchers are constantly working on developing new treatments and technologies to mitigate the effects of radiation exposure.