| Nuclear fission (15) |  |
| Nuclear force (12) | |
| Nuclear physics (3) | |
| Nuclear reaction (4) | |
| Particle detector (11) | |
| Nuclear fission (15) | |
| Nuclear force (12) | |
| Nuclear physics (3) | |
| Nuclear reaction (4) | |
| Particle detector (11) | |
The findings suggest that DBIBB shows promise for becoming the first drug capable of treating acute radiation syndrome caused by the high levels of radiation released by nuclear explosions."
"Nuclear explosions can expose humans to high levels of ionizing radiation, which can cause cell death and organ injury due to DNA damage.
who point to its nuclear reaction producing U-232, the decay products of which contain gamma radiation. And many supporters of green energy believe the nuclear equation should be abandoned
since it is based on nuclear reactions in ultra-dense heavy hydrogen (deuterium).""This is a considerable advantage compared to other nuclear fusion processes
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