Neutron-rich nuclei could be said to be atomic nuclei that have a large number of neutrons. The term, however, is generally used in conjunction with the physics of nuclear fission, or the nuclear chain reaction. Fission relies on the production of neutrons to build or maintain the chain reaction (depending on the application - reactor or bomb). Neutrons are let loose in nuclear fission. But if some other materials can be included in the construction of the fission device so that they, too, contribute neutrons to help build the chain, then that would be helpful. (That's what the German heavy water project was all about.) Generally, neutron-rich nuclei are atomic nuclei that can contribute, can add to, the number of neutrons available to support a chain reaction.
A chemical bond results from the mutual attraction of the nuclei for?
Atomic nuclei (and alpha particales, but these are exactly the same as Helium nuclei)
The nuclei of all plutonium isotopes contain the same number of protons.
In a chemical bond, electrons reside between the two nuclei rather than inside the nucleus, because the nuclei have protons (positive charges) that repel the electrons.
Knowledge about atomic nuclei has been used to produce energy.
its cells have nuclei
Pollen grains with generative and tube nuclei have two haploid nuclei.
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74 pm from nuclei to nuclei.
Paramecium has two nuclei.
all cells have a nuclei
It does not consist of nuclei
the singular form of nuclei is nucleus
Not all cells have nuclei. All eukaryotic cells have nuclei and all prokaryotic cells do not.
distance from the atomic nuclei
tissues are made of specialized cells that do have nuclei
no, the electrons orbit the nuclei .