Homogeneous heterotope nuclear bomb

Abstract

The homogeneous heterotope nuclear bomb includes thermonuclear bomb igniter in the shell, and the thermonuclear bomb igniter includes hollow ball and hollow cylinder. In the shell, there is lumpy combination or powder mixture of K-40, V-50, La-138, Lu-176 and Ta -180 as nuclear fuel. The present invention can reduce the cost of nuclear bomb.

Description

technical field [0001] The invention relates to a nuclear bomb, in particular to an isobaric nuclear bomb. Background technique [0002] Most of the various elements in nature are produced through nuclear reaction combustion on stars. It is not difficult to understand that there will be many nuclei with insufficient nuclear combustion, which can be used as nuclear fuel to release nuclear energy in nuclear reactions, such as hydrogen Nuclear fusion and heavy nuclear fission, these two forms of nuclear reactions have been or will be applied in the civilian and national defense fields. In addition, there is a nuclear reaction, which is the nuclear reaction in which neutrons are converted into protons or protons are converted into neutrons in the nucleus. Unlike the fusion of hydrogen nuclei or the fission of heavy nuclei, the nuclear reaction in which neutrons and protons are transformed into each other in the nucleus has not been used in nuclear fuel at present. Therefore, i...

AI Technical Summary

Problems solved by technology

Existing nuclear weapons are filled with radioactive nuclides as explosives, such as uranium-235, plutonium-239, tritium, etc., but the natural resources of radionuclide uranium-235 are limited, and plutonium-239 must be extracted and processed. Special protective measures. Although the radioactivity of tritium is relatively weak, its half-life is short and its performance is not stable enough. These factors not only increase the difficulty of the manufacturing process of nuclear weapons, but also increase the manufacturing and maintenance costs of nuclear weapons. output

In addition, the initial value of the destructive power of existing nuclear weapons is very high, and it is difficult to control it within the range of an ideal strike target. Because its power is too great, once it is used, it will often destroy the entire city, and it will inevitably bring disaster to a large number of innocent civilians , therefore, nuclear weapons are defined as weapons of mass destruction, which severely limits the application of nuclear weapons in modern warfare

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