Atomic Energy: Can Tehran Engineer a Bomb?

In summary: This is where "fizzle" material comes in. The amount of fizzle material is very important. If too much fizzle material is left over, the bomb will not detonate.In summary, Tehran now has 1,010 kg of low enriched uranium hexafluoride, which is enough to make a bomb assuming it was adequately enriched. However, other factors are also required, such as weapons grade U-235 and a secret facility to gather low enriched uranium. If all of these conditions are met, it is theoretically possible to build a bomb with as little as 15 kg of pure U-235.
  • #1
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Hey all,
I had a somewhat technical question concerning recent news events. My background in physics and mathematics is limited, especially in the area of atomic energy and science. Recent news reports have stated that Tehran now has 1,010 kilogrammes of low-enriched uranium hexafluoride, which, according to the department of Defense, is enough uranium to make a bomb, assuming it was adequately enriched. So my question is, enough this enough to engineer a bomb? What other factors are required? What is "fizzle" material?
 
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  • #2
Well, the term is fissile, and the exact amount depends on the level or enrichment/purity of the fissile isotopes U-235 or Pu-239.

Weapons grade U-235 typically means greater than 70% U-235 in U. The lower the enrichment, the greater the amount of U required, but also the yield is lower than U or greater U-235 content.

If low enrichment means 5%, the 1000 kg of U would have 50 kgs of U-235, which is about enough for one device if the final composition is close to pure. If it's UF6, it depends on the enrichment of U-235 which would likely have to be greater than 5%.
 
  • #3
Tehran has 1010 kg of uranium hexafluoride enriched to 3.5%. If they were to continue enrichment and to extract all U-235, they would end up with approximately 20 kg of pure metal.

Critical mass of a bare sphere of U-235 is 50 kg (higher if it's impure). Through the use of implosion techniques and neutron reflectors, it is theoretically possible to build a working bomb with less, supposedly with as little as 15 kg.

To get to the point where they can build a bomb, they would have to enrich their existing uranium to 70% or higher. It is not something that can be done overnight or right under IAEA's noses. It would take considerable time (many months) to enrich all their existing uranium to weapons grade. And it's very hard to justify enrichment beyond 20% or so for peaceful purposes. They would have to kick out IAEA inspectors first, at which point Israel would surely bomb their nuclear program into the stone age.

If they are indeed interested in making bombs, they would have to build up some sort of secret facility and gradually funnel off low-enriched uranium into that facility.
 

1. What is atomic energy?

Atomic energy, also known as nuclear energy, is the energy released from the nucleus of an atom through nuclear reactions. This can be harnessed to produce electricity or used for other purposes.

2. How is atomic energy produced?

Atomic energy is produced through a process called nuclear fission, in which the nucleus of an atom is split to release energy. This is typically done by bombarding uranium atoms with neutrons, causing them to split and release energy.

3. Can Tehran engineer a bomb using atomic energy?

It is possible for Tehran, or any country with access to nuclear technology, to engineer a nuclear bomb using atomic energy. However, this would require highly advanced technology, resources, and expertise, as well as the materials necessary for creating a nuclear weapon.

4. What is the current state of Tehran's nuclear program?

Tehran currently has a nuclear program for peaceful purposes, such as producing electricity. However, there have been concerns and suspicions about their intentions and capabilities to develop nuclear weapons. The International Atomic Energy Agency (IAEA) has been monitoring and inspecting Tehran's nuclear facilities to ensure they are not being used for military purposes.

5. What are the potential consequences if Tehran were to engineer a nuclear bomb?

If Tehran successfully engineered a nuclear bomb, it could have serious consequences for regional and global security. It could lead to an arms race in the Middle East, destabilize the region, and pose a threat to other countries. It could also result in economic sanctions and tensions between Tehran and other nations. Therefore, it is important for Tehran to adhere to international regulations and transparency regarding their nuclear program to avoid further conflict and potential disasters.

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