Damage to structures continues as fires started by the heat of the explosion grow and spread. People continue to fall ill and die due to radioactive fallout.
Because the products of the original reaction can continue decaying.
Actually it didn't get worst. The people, who became sick with radiation, became sicker but the environment didn't.
During World War II, the Second General Army and Chūgoku Regional Army were headquartered in Hiroshima. So there were military facilities there.However due to the large expected amount of damage of the explosion at the altitude of 1,968 feet above the city, there was no need to aim at any specific military facility. Instead the aim point (AP) was selected to be an easy to identify landmark near the center of the city: the "T" shaped Aioi Bridge.
large test area and to see if bomb worked
A large-scale nuclear exchange followed by a conventional war which itself would involve heavy use of tactical nuclear weapons.
atomic bombs get there power from the energy released by splitting an atom. A nucleus is fired into an unstable isotopse such as Uranium 235 and the Uranium is split into two daughter nuclei. A cloud of electrons, along with some energy, is released. Each of the electrons in turn splits another atom, creating a large chain reaction, and this releases enough energy to power an atomic bomb.
The bomb was a plutonium implosion type. The blast was large and the radiation fallout is deadly. Most of the people that died were from radiation poisoning.
Damage to structures continues as fires started by the heat of the explosion grow and spread. People continue to fall ill and die due to radioactive fallout.
by dividing an atom leading to a microscopic domino effect creating into a large explosion.
An explosion is a a violent blast that ultimately destroys an object or objects around it. An explosion can be deadly within close proximity of the blast and if the explosion is large.
An earthquake beneath the sea A large impact, for example a large meteor striking the sea A large explosion, for example the Krakatoa volcanic explosion
large atomic radius.large atomic radius.
A nuclear power station can not create a nuclear explosion. What CAN happen is that hydrogen could build up inside of the containment dome and if the build up becomes too intense, it can cause a hydrogen explosion, like the one in Japan recently. This explosion is dangerous only if you are close to it and are hit by the concussion or by the debris that is flying from the explosion. If this explosion is too large, it can damage the containment dome surrounding the reactor and this, in turn, releases some radioactive gases.
That is about 130 PSI. A pipe THAT large at that pressure is storing a large amount of energy. A break would be likely to simulate a modest size explosion, with damage to whatever is close by.
francium
explosion of an atom bomb releases large amount of energy as heat liberation resulting rise in temperature and deformation in matter and pressure and many more forms of energy obtained from matter.
This is a supernova.
Atomic radius of Iodine is very large compared to potassium.
You get a rather large explosion.