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I know there is no way to deflect a neutron by electromagnetic force since it is a uncharged particle.Can anyone come up with any other ways?Thanks very much.
napaDokc said:i don't think magnetic field would do the trick.. afterall the magnetic moment of the neutron is very small.. but i like vanesch's idea of mirrors :) i don't know if it's been tested yet ;)
clem said:Neutrons are scattered by electrons via a magnetic moment-moment interaction.
At high momentum transfer, the magnetic interaction is larger than the charge interaction,
so neutrons are scattered about as much as protons by EM interactions.
Neutrons are scattered by hadrons and nuclei via the strong interaction.
A neutron is a subatomic particle that has no electrical charge and is found in the nucleus of an atom.
Deflecting neutrons is important in many fields of science, such as nuclear physics and medical imaging. It allows for the manipulation and control of neutron beams for various experiments and applications.
There are several methods for deflecting neutrons, including using magnetic fields, electric fields, and collisions with other particles. The specific method used depends on the desired outcome and the properties of the neutron being deflected.
Deflecting neutrons can be dangerous if not done properly. Neutron beams can be harmful to living organisms, so proper safety precautions must be taken when working with them.
Yes, neutrons can be deflected in outer space. In fact, the intense magnetic fields in space can cause neutrons to be deflected and redirected, which is important for understanding cosmic rays and other phenomena in the universe.