quark hadrons
夸克重子
baryonic hadrons
重子重子
mesonic hadrons
介子重子
heavy hadrons
重重子
light hadrons
轻重子
hadrons collision
重子碰撞
hadrons decay
重子衰变
hadrons production
重子产生
hadrons interactions
重子相互作用
hadrons physics
重子物理
hadrons are particles that are affected by the strong force.
强子是受强力影响的粒子。
protons and neutrons are examples of hadrons.
质子和中子是强子的例子。
scientists study hadrons to understand fundamental forces.
科学家研究强子以理解基本力。
hadrons can be classified into baryons and mesons.
强子可以分为重子和介子。
the large hadron collider is designed to collide hadrons.
大型强子对撞机旨在碰撞强子。
hadrons play a crucial role in particle physics.
强子在粒子物理学中扮演着关键角色。
understanding hadrons helps in the study of the universe.
理解强子有助于研究宇宙。
hadrons are essential for the formation of atomic nuclei.
强子对原子核的形成至关重要。
research on hadrons has led to many discoveries in physics.
对强子的研究导致了物理学中的许多发现。
hadrons can exist in various states and configurations.
强子可以以不同的状态和构型存在。
quark hadrons
夸克重子
baryonic hadrons
重子重子
mesonic hadrons
介子重子
heavy hadrons
重重子
light hadrons
轻重子
hadrons collision
重子碰撞
hadrons decay
重子衰变
hadrons production
重子产生
hadrons interactions
重子相互作用
hadrons physics
重子物理
hadrons are particles that are affected by the strong force.
强子是受强力影响的粒子。
protons and neutrons are examples of hadrons.
质子和中子是强子的例子。
scientists study hadrons to understand fundamental forces.
科学家研究强子以理解基本力。
hadrons can be classified into baryons and mesons.
强子可以分为重子和介子。
the large hadron collider is designed to collide hadrons.
大型强子对撞机旨在碰撞强子。
hadrons play a crucial role in particle physics.
强子在粒子物理学中扮演着关键角色。
understanding hadrons helps in the study of the universe.
理解强子有助于研究宇宙。
hadrons are essential for the formation of atomic nuclei.
强子对原子核的形成至关重要。
research on hadrons has led to many discoveries in physics.
对强子的研究导致了物理学中的许多发现。
hadrons can exist in various states and configurations.
强子可以以不同的状态和构型存在。
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