More or less some of everything.
Neutron radiationUVBUVAVisible light
The factors that determine the severity of the effects of radiation are the dose of radiation received and the type of radiation exposure. Higher doses of radiation and exposure to certain types of radiation, such as ionizing radiation, can lead to more severe effects on the human body.
Radiation
Exposure to high levels of radiation can damage cells and tissues, leading to radiation sickness and long-term health effects such as cancer. In extreme cases, radiation exposure can be fatal.
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Radiation
There are several adverse health effects of a nuclear detonation: 1- Blast (high pressure wave) 2- Debris 3- Thermal burns 4- Secondary fires (thermal & inhalational effects) 5- Immediate radiation poisoning 6- Long-term radiation exposure
Radiation is an excellent anti-microbial agent. Radiation is important to the decomposition of many materials. Radiation is essential for x-ray technology.
Lead is a material that can neutralize radiation and help reduce its harmful effects.
G. J. Dienes has written: 'Studies in radiation effects on solids' 'Radiation effects in solids' -- subject(s): Effect of radiation on, Solids
Radiation threshold is the minimum level of radiation exposure that can cause detectable effects in an organism. It is the point at which the effects of radiation, such as DNA damage or cellular harm, start to become noticeable. Exceeding the radiation threshold can lead to increased risks of health issues such as cancer and genetic mutations.
prompt (at time of explosion) - neutron, gamma, x-ray, UV, visible, thermal (IR), some radio.delayed (fallout) - beta, gamma, some alpha.Types of radiation called "ionizing radiation" - alpha, beta, gamma, x-ray, neutron.