No single frequency, it is a wide bandwidth pulse that can contain frequencies well below the AM radio band into the high microwave band.
Directly watching a nuclear explosion can cause temporary or permanent blindness due to the intense light emitted during the explosion. The light can overwhelm the retina, causing burns and potentially leading to blindness. It is advised to avoid looking directly at a nuclear explosion and seek shelter instead.
nuclear explosion?
When and what explosion? One of the nuclear test shots. If so which?Remember Chernobyl was not a nuclear explosion, it was a steam explosion and graphite fire.
The area that a nuclear explosion can damage depends on the size of the bomb and the altitude at which it detonates. A large nuclear bomb detonated at ground level can create a blast radius of several miles, while detonating a smaller bomb at higher altitudes can generate an electromagnetic pulse that can affect a much larger area.
Nuclear explosions emit various types of radiation, including gamma rays, neutrons, and X-rays. These rays are a result of the splitting of atoms during the explosion and can have harmful effects on living organisms and the environment.
During the nuclear decay of Ne-19, a positron is emitted.
It will if it is fused for airburst. This is selected to maximize the area and severity of blast and thermal flash effects.
Yes, technically, every star is a nuclear explosion, including our sun. Apart from that, you would be able to see a nuclear explosion if one were to occur out side the planet if it was close enough. Out in the country, in the night sky, you can see satelittes that are the size of homes only reflecting the light of the sun flying around. A nuclear explosion could make a flash that is anywhere from the size of a few cities blocks to a mile across or more emitting vast amounts of light from them.
no
In most cases neutrons are emitted and capable of maintaining a nuclear chain reaction
a nuclear explosion
Gamma rays have the highest frequency and carry the most energy. These electromagnetic waves have the shortest wavelength and are emitted from the most energetic processes in the universe, such as nuclear reactions and supernova explosions.