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Datafree
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How big is the step from a fission bomb to a fusion bomb?Do you simply put H next to some fission bombs?
Datafree,Datafree said:How big is the step from a fission bomb to a fusion bomb?Do you simply put H next to some fission bombs?
Astronuc said:More or less, one puts some form of hydrogen, e.g. DT, or LiD in a configuration where it was undergo fusion. The fission trigger simply provides the energy used to compress and heat the DT or LiD. At DT can be placed in a fissile device to boost its yield.
The devil is in the details.
Thank you.I thought the fission bomb had only to create the heat and pressure of the sunMorbius said:Datafree,
NOT simple AT ALL! It's more difficult than just putting H next to a fission bomb.
As Astronuc points out; the devil is in the details and it took years to figure out how make
a workable hydrogen bomb even though it was conjectured to be possible back during the
Manhattan Project.
If you are interested - read Richard Rhodes book "Dark Sun: The Making of the Hydrogen Bomb"
Dr. Gregory Greenman
Physicist
Datafree,Datafree said:Thank you.I thought the fission bomb had only to create the heat and pressure of the sun
Datafree said:How big is the step from a fission bomb to a fusion bomb?Do you simply put H next to some fission bombs?
JeffKoch said:Yes, it's really just as simple as that. No one who actually knows anything about this stuff can or should comment.
Morbius said:Jeff,
You CAN tell them what the Department of Energy has released.
In fact, you can find the Dept of Energy statement saying EXACTLY what I've
stated in Richard Rhodes' book!
Dr. Gregory Greenman
Physicist
Jeff,JeffKoch said:Greg, did you have your posts formally ADC'd?
JeffKoch said:My concern is your reference to a book for more information, which could be construed to imply some kind of official blessing. I have no idea what is in the book, I've never read it, but as you must know it could potentially skirt the line.
Datafree said:Thank you.I thought the fission bomb had only to create the heat and pressure of the sun
A fission bomb, also known as an atomic bomb, uses the energy of splitting atoms to create a massive explosion. A fusion bomb, also known as a thermonuclear bomb, uses the energy of fusing atoms together to create an even more powerful explosion.
A fusion bomb works by using the energy released from fusing hydrogen atoms together to create a chain reaction. This process, known as nuclear fusion, releases a tremendous amount of energy which causes a powerful explosion.
Yes, fusion bombs can be used for peaceful purposes such as generating electricity. This is known as nuclear fusion energy and is a clean and efficient source of energy. However, it requires a lot of research and development to make it a viable option.
The energy output of a fusion bomb is much greater than that of a fission bomb. In fact, a fusion bomb can release up to 10 times more energy than a fission bomb of the same size.
Yes, there are risks involved in developing and testing fusion bombs, just like any other type of nuclear weapon. These risks include accidental detonation, radiation exposure, and environmental damage. It is important to carefully consider and mitigate these risks before conducting any tests or using fusion bombs in warfare.