Blast damage[ edit ] Overpressure ranges from 1 to 50 psi 6. The thin black curve indicates the optimum burst height for a given ground range.
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January 13, The Effects of Nuclear Weapons We have all seen horror movies and heard stories about how powerful and destructive nuclear weapons can be. What are the facts?
Can they really melt our faces off? According to Weapons of Mass Destruction Awareness, these are the real facts about nuclear weapons and their effects. Before we visit these facts, let us review what happens during a nuclear explosion.
A nuclear explosion is the most powerful force yet created by the agency of man. As with most explosive devices, the initial destructive force is caused by the rapid release of heat. Conventional explosives, such as dynamite and TNT, create temperatures at detonation in the thousands of degrees range.
With nuclear weapons, temperatures exceeding 20 million degrees have been recorded. The firestorm resulting from a nuclear blast can destroy an area many miles across, and the shock waves can cause death and destruction beyond the limits of the firestorm.
In addition to heat, other forms of radiation are also released, many of which can injure or kill humans. People directly in the blast of the bombs in Hiroshima and Nagasaki at the end of World War II were instantly killed by the intense heat and the massive force of the explosion.
Some who were outside the primary blast radius were killed, injured or scarred by the flash of hard radiation from the explosion. Others were killed or injured by the collapse of buildings caused by the resulting shock waves. Other injuries included damage to the hearing from the sound of the explosion or loss of sight from looking at the brilliant flash created by the device.
Some people who could have survived the attack died because most of the medical facilities and supplies were destroyed. Even those who were not affected directly by the explosions suffered ill effects.
The bombs used in the attack on Japan were known for creating a condition known as radioactive fallout.Nuclear weapons can cause acute radiation sickness either from prompt exposure at the time of detonation, or from the intense radiation emitted by early fallout in the first few days afterward.
The effects of increasing exposures are described below.
A notable characteristic of increasing doses is the non-linear nature of the effects. Effects of Nuclear Weapons Alexander Glaser WWSd Princeton University February 12, S. Glasstone and P. J. Dolan The Effects of Nuclear Weapons, Third Edition.
Effects of Nuclear Weapons Alexander Glaser WWSd Princeton University February 12, S. Glasstone and P. J. Dolan The Effects of Nuclear Weapons, Third Edition. Nuclear weapon: Nuclear weapon, device designed to release energy in an explosive manner as a result of nuclear fission, nuclear fusion, or a combination of the two.
Fission weapons are commonly referred to as atomic bombs, and fusion weapons are referred to as thermonuclear bombs or, more commonly, hydrogen bombs. Nuclear weapons have been used twice, on the Japanese cities of Hiroshima and Nagasaki in August Evidence from these occasions, as well as atmospheric nuclear testing and nuclear power accidents have formed the basis of our knowledge of the effects of nuclear weapons.
Most of what has ever been available in the open literature about the effects of nuclear weapons was available in the and editions of this gem of a book. Later works, even including later versions of this book, are more noteworthy for what got taken out than for what, if anything, got added/5(13).