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Effects resulting from the explosion of a nuclear bomb
Effects resulting from the explosion of a nuclear bomb intended effect caused by the explosion of nuclear weapons as a result of the explosion itself and not the damage caused by thermal effects of nuclear bombs and radiation effects of a nuclear bomb. Of force of the explosion approximately 40% to 60% of the total energy of a nuclear bomb, where the heat and pressure of strongly resulting from the explosion to the rapid movement of the gases in the atmosphere towards the outside of the explosion, hanging enormous pressure on the surrounding areas in the form of successive waves of circular shape and the speed of these waves hundreds of kilometers per hour and this can be said that there are two types of pressure Atoldan at the moment of explosion, namely:
High static pressure as a result of the sudden and massive increase of Hall bomb blast.
High pressure moving as a result of vibration and movement of gases in the air in a circular motion towards the outside of the blast point.
Not to mention the impact of these two types of high pressure on the buildings has the effect on the human body as well, sheds great pressure on all tissues of the human body moving on the contact areas between the Nsegin different such as a muscle with bone occurs severe lacerations as well as being members of which contain gases such as lung Central and Alamaaalazn to pressure leading to an explosion of these organs.
To measure the force of the blast's initial use flare million km is usually a method comparison with the explosion of TNT and on this measurement, the power of a nuclear bomb is equivalent to 10-20 from kiloton of TNT and to clarify more the amount of 10 kilotons enough to destroy a modern city small magnitude, with the destructive power extends to the amount of 10 kilotons to a distance of 2.4 km from the blast point.
Supports the power of the initial blast of a nuclear bomb on two important factors firstly and is known as a force of the bomb than substance TNT and the second factor is the height at which blew up the bomb above the ground The choice of the appropriate height to detonate the bomb on the strength of, for example, has been selected a height of 580 meters to detonate the bomb that was thrown on the city Nakasaka in Japan and was the bomb of bombs fission with a compression procedure and its strength is equal to 20 kilotons of TNT, and this distance is directly proportional to the force of the bomb Vguenblh at 30 kilotons, for example, you need to have erupted from a higher altitude in order to the impact of the blast at the top of the effect.
Effects resulting from the explosion of a nuclear bomb intended effect caused by the explosion of nuclear weapons as a result of the explosion itself and not the damage caused by thermal effects of nuclear bombs and radiation effects of a nuclear bomb. Of force of the explosion approximately 40% to 60% of the total energy of a nuclear bomb, where the heat and pressure of strongly resulting from the explosion to the rapid movement of the gases in the atmosphere towards the outside of the explosion, hanging enormous pressure on the surrounding areas in the form of successive waves of circular shape and the speed of these waves hundreds of kilometers per hour and this can be said that there are two types of pressure Atoldan at the moment of explosion, namely:
High static pressure as a result of the sudden and massive increase of Hall bomb blast.
High pressure moving as a result of vibration and movement of gases in the air in a circular motion towards the outside of the blast point.
Not to mention the impact of these two types of high pressure on the buildings has the effect on the human body as well, sheds great pressure on all tissues of the human body moving on the contact areas between the Nsegin different such as a muscle with bone occurs severe lacerations as well as being members of which contain gases such as lung Central and Alamaaalazn to pressure leading to an explosion of these organs.
To measure the force of the blast's initial use flare million km is usually a method comparison with the explosion of TNT and on this measurement, the power of a nuclear bomb is equivalent to 10-20 from kiloton of TNT and to clarify more the amount of 10 kilotons enough to destroy a modern city small magnitude, with the destructive power extends to the amount of 10 kilotons to a distance of 2.4 km from the blast point.
Supports the power of the initial blast of a nuclear bomb on two important factors firstly and is known as a force of the bomb than substance TNT and the second factor is the height at which blew up the bomb above the ground The choice of the appropriate height to detonate the bomb on the strength of, for example, has been selected a height of 580 meters to detonate the bomb that was thrown on the city Nakasaka in Japan and was the bomb of bombs fission with a compression procedure and its strength is equal to 20 kilotons of TNT, and this distance is directly proportional to the force of the bomb Vguenblh at 30 kilotons, for example, you need to have erupted from a higher altitude in order to the impact of the blast at the top of the effect.
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