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Thesis Statement The hydrogen bomb is a nuclear weapon in which light atomic nuclei of hydrogen are joined together in an uncontrolled nuclear fusion reaction to release tremendous amounts of energy. The hydrogen bomb is about a thousand times as powerful as the atomic bomb, which produces a nuclear fission explosion about a million times more powerful than comparably sized bombs using conventional high explosives such as TNT.
The Hydrogen Bomb The Atomic Bomb Was A Essential First Step toward the Development of the Hydrogen Bomb, Before the atomic bomb was developed by the united states during World War II, there was no way to produce the extreme amounts of heat needed to initiate the fusion reaction of the hydrogen bomb. Even after World War II, the hydrogen bomb faced many political and technical obstacles. The U.S. government gave priority to perfecting and stockpiling atomic bombs, and scientist discovered that initiating a fusion reaction was more than simply placing a container of hydrogen near a fission trigger.
Tension to develop the hydrogen bomb increased in the United States after the Soviet Union set off its first atomic bomb in August 1949. The Military, the joint congressional committee on Atomic Energy, and several noted physicists, including Edward Teller And Ernest Lawrence, called for creation of a so-called super bomb, but the General Advisory of the Atomic Energy Commission (AEC), chaired by J. Robert Oppenheimer, in agreement recommended that the bomb should not be developed, because of the technical difficulties involved, the need to enlarge the Atomic Bomb reserve, and because of moral considerations. A Majority of the AEC supported this decision and passed their recommendation on to President Harry S. Truman. A National Security Council report recommend otherwise, however and at the end of January 1950, Truman ordered that the United States should investigate the possibility of producing hydrogen bombs. Edward Teller was placed in charge of the investigation.
The decision to move ahead with the Hydrogen bomb development was made in response to U.S. perceptions that the USSR was close to producing its own Hydrogen Bomb. Thermonuclear devices were tested was to begin in 1952, and by 1954, both the United States And The USSR have achieved Hydrogen Bomb capability. Since That Year each side has developed nuclear arsenals that are almost entirely composed of fusion weapons, rather than fission weapons. They have reached a strategic condition that promises total destruction.
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Early H-bomb Designs called for the use of deuterium, a hydrogen isotope of mass 2, as the primary fuel. It Was Soon Recognized that pure deuterium was difficult to burn, but that reaction could be speeded up by mixing tritium, a hydrogen isotope of mass 3, with the deuterium. Since tritium does not occur in nature, several reactors were built along the Savannah River, in South Carolina, to manufacture it. The light isotope of lithium was bombarded with neutrons on these reactors to form tritium and helium. The tritium could then be burned with deuterium.
The First Completely Successful Hydrogen Bomb Test involved an experimental device that burned pure deuterium liquefied under great pressure and low temperature. This device, which was detonated in the Mike test at Eniwetok, in the Pacific Ocean, on November 1st, 1952, with a yield of 10 megatons (the equivalent of 10 million tons of TNT), proved the viability of the basic ideals of a super bomb.
A year before the Mike test, scientists had shown a different way of using fusion in nuclear weapons, the so-called booster principle. Unlike the super bomb, which used a small Atomic bomb simply to ignite the huge hydrogen burn that produced its tremendous yield, the booster bomb used a nearly large fission explosion to ignite a small hydrogen burn neutrons produced by the hydrogen burn were then used to increase, or boost, the ability of the continuing fission reaction.
In 1953 the Soviet Union exploded a small booster device that used dry lithium deuteride, instead of liquid deuterium or a mixture of deuterium and tritium, as fuel. The neutrons released by the Atomic bomb explosion created tritium on the spot, which then fused with the deuterium in the compound. This method made it needless to produce expensive tritium in reactors and made it possible to build deliver fusion weapons that could fit into an airplane. The United States exploded a 15-megaton super device using this principle in the Bravo test at Bikini Atoll on March 1, 1954 a Soviet test followed a year later.
In following years, development efforts were directed toward perfecting Hydrogen bombs of various sizes that could be delivered by aircraft, intercontinental ballistic missiles (ICBMs), and submarine-launched ballistic missiles (SLBMs). Bombs range in size from small-yield tactical weapons to the 60-megaton bomb exploded by the Soviet Union in 1961.
The 60-megaton Soviet bomb is believed to have consisted of the first two parts of a fission-fusion-fission bomb. Such a bomb combines the principles of the super and the booster: a fission explosion ignites a fusion reaction that in turn causes the fissioning of the bomb's uranium wrapper. Because fission explosions produce more radioactive particles than fusion weapons, F-F-F bombs would be especially unsafe for the environment.
The world first became alerted to the dangers of fallout from H-bombs after the 1954 Bravo test, when radioactive ash fell on nearby islanders and a Japanese fishing boat. Public protests against testing in the atmosphere led to the 1958 suspension and to the 1963 Partial Test Ban Treaty, which prohibits nuclear explosions in the atmosphere, in outer space, and underwater but allows them underground. Of the five Hydrogen bomb nations, three (the United States, the Soviet Union, and Britain) agree to this treaty France and China have declined to sign it.
Unlike the Atomic bomb's fission reaction, which stops when the pieces of uranium or plutonium fueling it fly far enough apart during the early stages of an explosion, the Hydrogen bomb's fusion reaction has no abstract limit. Simply adding more hydrogen fuel may produce larger bombs. Since a 20-megaton bomb is estimated to be capable of destroying everything within a 16-km (10-mi) radius, however, little effort has been directed toward increasing existing yields. Attention has focused instead on developing smaller weapons with greater accuracy.
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