The most destructive force of the destructive power of the atomic bomb. Energy produced in the hydrogen bomb from the merger (Union) hydrogen atoms. The United States has detonated a hydrogen bomb strength of 10.4 Mt. And equals mega tons energy produced 0.9 million metric tons of TNT that. The. T. In 1961, the former Soviet Union conducted a test of the largest hydrogen bomb made in history. Badawi has exploded burst strength 58 megatonnes.
The type of hydrogen bombs design called neutron bomb or bomb enhanced radiation to kill enemy soldiers, without damaging nearby buildings. He spoke neutron bombs enormous amounts of radiation, but they occur suicide or heat Tafevin; The bomb neutron kilo of one ton occur the same amount of radiation with a 10-kiloton atomic bomb. It can also launch neutron artillery weapons, or carry the missile, or dropped by aircraft.
It is one of the types of nuclear weapons and is precisely the type of nuclear fusion is also known as H-bomb or thermonuclear bomb. These bombs manufactured by stimulating the nuclear fusion process between the isotopes of chemical elements hydrogen component, especially isotopes tritium (Tritium) and deuterium (Deuterium) where the result of the union of these two isotopes of hydrogen helium atom with an extra neutron and the helium output of this process heavier mass of natural helium measured power bomb hydrogen Balmija tons (million tons of TNT. and accelerate this union requires enormous amounts of heat for that label thermonuclear bombs came. resulting from the explosion of a hydrogen bomb intense heat and vibration massive and strong winds severe speed and emission of massive radiation, especially gamma rays.
There is still debate about the reach of first time to the invention of this type of bombs. Where it is in a very tight time frame in 1955, Andre Sakrov allegedly from the Soviet Union and Edward Teller with Stanislaw Ulam Pachtrallm from the United States for the first hydrogen bomb.
Scientists have faced in the beginning several problems to turn the dream of a hydrogen bomb to the fact, and summarize it as follows: The fusion process nuclei of hydrogen atoms, or isotopes require the presence of high temperatures such as those found in the core of the sun, so the scientists to provide this heat by inducing nuclear fission serially using (uranium 235 or elements above uranium plutonium ...), but it is impossible for them almost infinite this great heat, and the solutions that worked out to jump over this problem is to use the inventory electro magnetic separation of plasma high heat for container long enough to make a nuclear fusion.
- Destructive power
Radiation output extends from the explosion of a hydrogen bomb to the area of 200 km in diameter and is lethal radiation and compared to the atomic bomb, the destructive power varies from 10,000 to 50,000 atomic bomb atomic bomb.
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