Hydrogen bombs, neutron bombs, and nuclear bombs are three different types of nuclear bombs, and the difference between them is mainly in the way they are designed and used.
First of all, the hydrogen bomb is a thermonuclear ** that uses the fusion of light elements to produce energy. The power of the hydrogen bomb is enormous, and its destructive power far exceeds that of the atomic bomb. The nuclear charge is selected tritium and lithium tritide, isotopes of hydrogen that are prone to thermonuclear fusion, and the fission charge is made of high-purity plutonium-239 with other special devices. When detonated, the deuterium-tritium mixture and plutonium-239 are detonated at the same time, producing a large number of fission fragments and emitting high-energy neutrons.
Secondly, the neutron bomb is a special type of nucleus** that only releases neutrons and does not release any energy. The nuclear charge of the neutron bomb was a mixture of high-density deuterium-tritium, and the fission charge was made of high-purity plutonium-239 with other special devices. When detonated, only the deuterium-tritium mixture is detonated, producing a large number of neutrons and releasing them into the atmosphere. Since neutrons are uncharged and highly penetrating, the killing range of a neutron bomb is much smaller than that of a hydrogen bomb.
Finally, a nuclear bomb is an atom** that uses the nuclear fission of heavy elements to produce energy. The nuclear charge of a nuclear bomb is selected for heavy elements such as uranium-235 or plutonium-239, and the fission charge is made of these heavy elements and is equipped with other special devices. When detonated, heavy elements are detonated, producing large amounts of fission fragments and releasing high-energy neutrons.
To sum up, the difference between a hydrogen bomb, a neutron bomb, and a nuclear bomb is how it is designed and used. The hydrogen bomb is powerful and destructive;Neutron bombs only release neutrons and not energy;Nuclear bombs use the nuclear fission of heavy elements to produce energy.