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_Andreas
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In an alpha decay the alpha particle doesn't have any electrons orbiting around it, right? But what about the remaining daughter nucleus? And where do the electrons go if they go?
DaveC426913 said:the legendary Electron Graveyard.
_Andreas said:In an alpha decay the alpha particle doesn't have any electrons orbiting around it, right?
The electrons involved in a decay process can go to three different places: they can be captured by a nearby atom, they can be emitted as beta particles, or they can be released as gamma rays.
The electrons in a decay process do not move in a specific direction. Instead, they are released in all directions, making it difficult to predict where they will end up.
Electrons play a crucial role in a decay process. They are either emitted as beta particles or captured by an atom, which leads to the release of gamma rays. This process helps to stabilize the nucleus and reduce its energy.
Electrons cannot be created or destroyed during a decay process. They are simply released from the nucleus and can either be absorbed by other atoms or escape into the surrounding environment. The total number of electrons remains the same.
Scientists use various techniques such as electron detectors and particle accelerators to track the movement of electrons during a decay process. These tools help them to understand the behavior of electrons and their role in a decay process.