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An air burst occurs at an altitude of 100,000 feet, where the nuclear explosion happens in the air rather than on the ground. In this type of burst, the fireball does not make contact with the Earth's surface, resulting in a wide area of destruction from the shockwave and thermal radiation.
The deadly effects of an atomic, or nuclear weapon include heat, radiation and blast. All three of these effects will propagate over a greater surface area if detonated some distance in the air over the target. Assuming the target population is concentrated at or near the surface, such as a city or most military bases, an air burst would be most deadly. If the target is underground in a hardened bunker, then a surface or even subsurface detonation would be more effective.
An air burst occurs when a nuclear explosion happens in the air rather than on the ground. In this scenario, the fireball does not touch the Earth's surface, making it an aerial detonation. This type of burst can cause widespread damage through the blast wave, heat, and radiation effects.
The amplitude of a gamma-ray burst refers to the peak brightness of the burst. It is the measure of how intense the burst is at its peak emission. Gamma-ray bursts are extremely energetic and can release more energy in seconds than the sun will emit in its entire lifetime.
That is a very complicated question to answer, it depends on yield, height/depth of burst, distance to burst, fallout distribution due to wind and weather, if you are in a structure or not at time of burst and its construction, if not significantly physically injured at time of burst can you get to a properly designed/undamaged/adequately supplied fallout shelter quickly enough, etc.Common causes of death from nuclear explosion:direct blast effectsthermal flash effectsflying debris (e.g. glass shards)falling debris (e.g. collapsing walls)firefire stormradiation from fallout contaminationradiation induced by neutron absorption
About 35% of the energy is the initial burst of thermal radiation.
To get the answer, divide 1.20 mJ by 310. This will give the number of photons in one burst of 1.20 mJ of radiation.
Burst - 2006 is rated/received certificates of: Australia:M
Thermal flashPrompt radiationBlast and windFallout radiationEMP (if burst in ionosphere)Artificial radiation belts and Auroras (if burst in space)
The angle of incidence is what trajectory the suns burst is taking. If the burst is pointed 20 degrees in any direction, slightly away from the earth, then the intensity of the impact on earth would be less severe since only a portion of the burst is actually making contact. While the rest of it flies into space for millions and millions and millions of kilometers.
It allows toxins from the bowel to be released into the blood stream.
a burst appendix will release dangerous toxins into your blood system & is potentially very dangerous. The appendix is a small corner of your intestine & the inflamation that leads to burst appendix is usually caused by trapped old digested food so you can imagine the bacteria & toxins in really old food not good!
God Eater Burst - 2010 VG is rated/received certificates of: Singapore:ADV
EVE Burst Error - 1997 VG is rated/received certificates of: USA:M
it's a big burst of electromagnetic radiation (search it up). It's associated with sunspots.
pulse of current is produced at every burst of radiation ending geiger muller tube. when this radiation hits the argon atoms; present in the tube electrons are knocked off.
It's not an English word. EXPLOSIVE means that it produces an explosion, or a sudden burst of power, like radiation and heat and force; able or likely to shatter violently or burst apart, as when a bomb explodes.