What is the difference between the largest and smallest nuclear explosions?

tuning of the design and operational mechanism of the nuclear bomb can be modified to be very wide. For example, hydrogen bombs that combine atomic nuclear cores are more energetic than atomic bombs, which instead decompose atomic cores for nuclear explosions.

The smallest nuclear explosions are "sparkling", such as the North Korea test on October 9, 2006, which had a yield of about a kiloton of TNT, and early tests of small tactical nuclear weapons, such as in operation in 1957 in the United States. Some of the nuclear explosions in the PlumbBob operation were very small, for example, Pascal-a , the first underground nuclear explosion, which had a yield of only 55 tonnes (its revenue was officially listed as "mild", although the yield of all other tests was published). Balloon Shots Lassen and Wheeler had yields in half a kiloton. Surface shot, Franklin , sparkling, produced a yield of about 140 tons, while Coulomb-a , safetyThe test had an alleged yield of zero. It is not known how small it would be the smallest theoretically perhaps perhaps nuclear explosion, but 55 tons are the smallest, of which there is a record, and can approach the lower limit.

nuclear explosions with the yields of several tens of tons are considered extremely small but increasing than almost all conventional explosions of weapons. The bombing of Oklahoma City, which destroyed the federal building of Alfred P. Murraha, had only two tons of TNT, killed 168 and injured over 800. The largest confirmed conventional bomb, GBU-43/B massive air firing has about 11 tons of TNT, with an explosion of 450 ft (137 m). His shock wave is said to be enough to destroy nine urban blocks.

If Pascal-A is one of the smallest nuclear explosions of all time with a yield of 55 tons, then the largest nuclear explosion, a Soviet test called Tsar Bomba, was about a million times higher, with a yield of 50 megatons. For comparisonThe bomb Hiroshima, a little boy, had only about 14 kilotons, but basically destroyed the whole city. The "typical" nuclear weapon in the arsena of the United States and Russia on a modern day is about a few megatons. Tsar Bomba was so huge that its yield was approximately equivalent to ten times the explosives used in World War II together. It could cause third -degree burns at a distance of 58 km (36 miles). The radius of the fire was approximately 2.5 km (1.5 million) and lasted 26 seconds. This nuclear weapon was so strong that it would block the mind.