Yes.
The bigger question should be "what is the risk/benefit ratio of nuclear energy?"
That is subject to great debate, but the hard science behind all of it suggests strongly that it is lower than most of us will admit. Nuclear energy is environmentally safe, in the grand scheme of things, both from the perspective of accidental radioactivity release and from the ecological perspective of it not being a good idea at all to continue using fossil fuels.
Isotopes of elements with unstable nucleus release nuclear radiation. Generally theinstabilityis related to the neutron to proton ratio in the nucleus of an atom.
The radioactivity of the spent fuel, and the possibility of release to the surroundingsThe biggest concern about nuclear power is the possible meltdown of the reactor causing a massive release of radiation material into the atmosphere.
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.
Radiation is emitted from the sun to the Earth as short-wavelength radiation. It is also the energy that is released from a nucleus as it breaks-up, when the nuclear force acting on the nucleus is not enough to hold it together.
Nuclear fission
Isotopes of elements with unstable nucleus release nuclear radiation. Generally theinstabilityis related to the neutron to proton ratio in the nucleus of an atom.
Some industrial accidents are accidental release of chemical during production, explosions, nuclear explosion and radiation, pollution, construction accidents and even mine explosions to name a few.
It is the combination of two nuclei into one nucleus and release of energy on consequence.
Nuclear disasters are incidents that result in the release of radioactive material from a nuclear facility. They include both minor and major radiation releases.
It could release radiation.
A accidental release. That would be a disaster. The thermal footprint that occurs due to the heat creation.
Radium is a warm as a consequence of energy release by nuclear reactions - radioactive decay with the emission of alpha, beta and gamma rays.
Due to unstable atomic structures (or a weak nuclear force), radioactive materials release alpha particles as radiation.
This is known as nuclear fission; the type of reaction that brings us nuclear power.
The radioactivity of the spent fuel, and the possibility of release to the surroundingsThe biggest concern about nuclear power is the possible meltdown of the reactor causing a massive release of radiation material into the atmosphere.
The radioactivity of the spent fuel, and the possibility of release to the surroundingsThe biggest concern about nuclear power is the possible meltdown of the reactor causing a massive release of radiation material into the atmosphere.
A nuclear accident is the unintended release of nuclear radiation into the environment, such as damage to a nuclear reactor or to a nuclear weapon (plane crash carrying nuclear bombs, etc). The two basic forms of nuclear weapons are fission and fusion weapons.