核子

Nucleons, consisting of protons and neutrons, form the nucleus of an atom.
核子由质子和中子组成，构成了原子的核心。
In stable isotopes, the number of nucleons is equal to the atomic mass number.
在稳定的同位素中，核子的数量等于原子的质量数。
The strong nuclear force binds nucleons together within the atomic nucleus.
强核力将核子束缚在原子核内部。
The interaction between nucleons plays a crucial role in nuclear physics research.
核子之间的相互作用在核物理学研究中起着至关重要的作用。
At very high temperatures and densities, nucleons can undergo a phase transition to quark-gluon plasma.
在极高的温度和密度下，核子可以经历相变成为夸克-胶子等离子体。
Collisions between heavy ions at relativistic speeds can reveal details about the behavior of nucleons under extreme conditions.
相对论性速度下的重离子碰撞可以揭示核子在极端条件下的行为细节。
The binding energy of nucleons varies depending on their arrangement within the nucleus.
核子的结合能会因它们在原子核内的排列方式而变化。
Experiments with deep inelastic scattering have provided insight into the internal structure of nucleons.
深入非弹性散射实验为我们了解核子的内部结构提供了洞见。
In neutron-rich nuclei, additional nucleons often occupy states outside the normal shell model predictions.
在富含中子的原子核中，额外的核子常常占据正常壳层模型预测之外的状态。
High-energy collisions between nucleons can lead to the production of new particles as well as the transformation of one element into another through nuclear reactions.
高能核子间的碰撞可能导致新粒子的产生以及通过核反应使一种元素转变为另一种元素。