Does fusion nuclear reaction produce alpha ridation

In summary, nuclear fusion reactions produce a significant amount of neutron radiation, along with some Gamma rays and X-Rays. Alpha particles are also produced, but are not considered radiation. Fusion weapons can use different combinations of tritium, deuterium, lithium-6, and lithium-7 as fuel, depending on the desired yield. Fission nuclear stations require slow neutrons in reaction, while nuclear fission bombs need fast neutrons. The numbers 3.5 MeV and 14.1 MeV represent the kinetic energy of the products of the reaction between deuterium and tritium, which is 17.6 MeV in total. The specific isotope fuels used in fusion bombs vary depending on the design.
  • #1
taregg
70
0
does fusion nuclear reaction produce alpha and jamma ridation or just alpha
 
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  • #2
Generally, nuclear fusion using tritium-deuterium fuel produces a large amount of neutron radiation, along with some amount of Gamma rays and X-Rays. Alpha particles are produced, but aren't really considered "radiation" since they don't escape the reactor.
 
  • #3
for i know that nuclear fusion weapons ..they use D and T as fuel... but sometimes .. I read they use lithium 6 & lithium 7...does this fuel elements (D T Li) useit all in one bomb or they use each element for each bomb
 
  • #4
It depends on the design. Some bombs just use lithium 6-deuteride as a fuel, while others can also include deuterium or tritium gas as well in order to have a "variable yield" weapon.
 
  • #5
Does fission nuclear station needs slow neurons in reaction. ...and nuclear fission bombs need fast neutrons..
 
  • #7
what does 3.5 mev and 14.1 mev means.
...example ...D+T→He3 (3.5mev)+ n (14.1mev) .ist thermal energy power in put or out put..
 
  • #8
MeV stands for mega (million) electron volts. An electron volt is used as a measure of energy in this context. The reaction of D-T produces He3 and a neutron which have a kinetic energy of 3.5 MeV and 14.1 MeV respectively. This energy would be the output energy produced from the reaction. So the reaction produces a total of 17.6 MeV's of energy.
 
  • #9
can you tell me .what all types isotopes fuels used for each different fusion bombs.
 
Last edited:

1. What is a fusion nuclear reaction?

A fusion nuclear reaction is a process in which two or more atomic nuclei combine to form a heavier nucleus. This process releases a large amount of energy and is the same process that powers the sun and other stars.

2. How does fusion nuclear reaction produce alpha radiation?

Fusion nuclear reactions do not produce alpha radiation directly. Instead, they produce high energy particles such as protons, neutrons, and gamma rays. These particles can then interact with other atoms in the surrounding material, causing them to emit alpha radiation.

3. Is alpha radiation harmful?

Alpha radiation can be harmful if a person is exposed to large amounts or for long periods of time. It can cause damage to living tissue and increase the risk of developing cancer. However, fusion nuclear reactions do not produce significant amounts of alpha radiation and are not considered a major health concern.

4. What are the potential benefits of fusion nuclear reactions?

Fusion nuclear reactions have the potential to provide a virtually limitless source of clean energy. They produce no greenhouse gases, radioactive waste, or other harmful byproducts. They also use readily available fuels, such as hydrogen, and have a very high energy output compared to other energy sources.

5. Are fusion nuclear reactions currently being used for energy production?

No, fusion nuclear reactions are not currently being used for energy production on a large scale. Scientists are still working to develop and control the technology needed for sustained fusion reactions. However, there are ongoing research projects and experiments in various countries that are making progress towards this goal.

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