Nuetron made by electron Bombardment

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In summary, neutron production by electron bombardment is a process where high-energy electrons collide with a target material, causing the release of neutrons. These neutrons are used in scientific research for various purposes such as studying atomic and molecular structures and creating new elements. The difference between neutrons produced by electron bombardment and nuclear reactions is that the former is created by accelerating electrons while the latter is a result of decay or fission of unstable nuclei. Neutrons produced by electron bombardment cannot be used in nuclear power as they have lower energies. Safety concerns exist, but strict protocols are in place for their use in specialized facilities.
  • #1
cragar
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can we make a Nuetron by bombarding a proton with electrons or just have one electron hit it? And maybe shoot Antineutrino's at it
 
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  • #2
Yes, you can ( one is enough ). And you even don't have to shoot an antineutrino in it ( which would be really hard to do ), you just let neutrino fly out with neutron. There is even radioactive decay when proton in core of an atom captures electron from the K shell, releasing neutrino and transforming into neutron. Sign of such capture is X radiation from electron filling void in K shell.
 
  • #3
ok i see, thanks .
 

1. What is neutron made by electron bombardment?

Neutron made by electron bombardment is a process in which high-energy electrons are directed towards a target material, causing the release of neutrons from the nuclei of the atoms in the material.

2. How are neutrons produced by electron bombardment used in scientific research?

Neutrons produced by electron bombardment are used in a variety of scientific research, including nuclear physics, materials science, and medical imaging. They can also be used to study the atomic and molecular structure of materials and to create new elements.

3. What is the difference between neutrons produced by electron bombardment and those produced by nuclear reactions?

Neutrons produced by electron bombardment are created by accelerating electrons and colliding them with a target material, while those produced by nuclear reactions are a result of the decay or fission of unstable nuclei. Additionally, electrons can produce neutrons at specific energies, making them more controllable for scientific research.

4. Can neutrons produced by electron bombardment be used in nuclear power?

Neutrons produced by electron bombardment have lower energies compared to those used in nuclear power reactors. Therefore, they are not suitable for sustaining a chain reaction and producing energy.

5. Are there any safety concerns with using neutron production by electron bombardment?

Neutron production by electron bombardment is a controlled process and is typically carried out in specialized facilities with strict safety protocols in place. However, precautions must be taken to protect against exposure to high-energy electrons and neutrons.

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