hadron collider
强子对撞机
hadron physics
强子物理
hadron therapy
强子治疗
hadron decay
强子衰变
hadron beam
强子束
hadron mass
强子质量
hadron interactions
强子相互作用
hadron structure
强子结构
hadron models
强子模型
hadron experiments
强子实验
hadron collisions can produce new particles.
强子碰撞可以产生新粒子。
the hadron collider is a significant scientific instrument.
强子对撞机是一个重要的科学仪器。
researchers study hadron interactions to understand fundamental forces.
研究人员研究强子相互作用以理解基本力。
hadron therapy is an advanced cancer treatment.
强子疗法是一种先进的癌症治疗。
scientists are excited about the potential of hadron physics.
科学家们对强子物理的潜力感到兴奋。
the discovery of the higgs boson involved hadron experiments.
希格斯玻色子的发现涉及强子实验。
hadron beams are essential for particle acceleration.
强子束对于粒子加速至关重要。
understanding hadron structure helps in particle physics.
理解强子结构有助于粒子物理学。
many theories in physics revolve around hadron dynamics.
物理学中的许多理论围绕强子动力学展开。
hadron research can lead to breakthroughs in technology.
强子研究可以带来技术突破。
hadron collider
强子对撞机
hadron physics
强子物理
hadron therapy
强子治疗
hadron decay
强子衰变
hadron beam
强子束
hadron mass
强子质量
hadron interactions
强子相互作用
hadron structure
强子结构
hadron models
强子模型
hadron experiments
强子实验
hadron collisions can produce new particles.
强子碰撞可以产生新粒子。
the hadron collider is a significant scientific instrument.
强子对撞机是一个重要的科学仪器。
researchers study hadron interactions to understand fundamental forces.
研究人员研究强子相互作用以理解基本力。
hadron therapy is an advanced cancer treatment.
强子疗法是一种先进的癌症治疗。
scientists are excited about the potential of hadron physics.
科学家们对强子物理的潜力感到兴奋。
the discovery of the higgs boson involved hadron experiments.
希格斯玻色子的发现涉及强子实验。
hadron beams are essential for particle acceleration.
强子束对于粒子加速至关重要。
understanding hadron structure helps in particle physics.
理解强子结构有助于粒子物理学。
many theories in physics revolve around hadron dynamics.
物理学中的许多理论围绕强子动力学展开。
hadron research can lead to breakthroughs in technology.
强子研究可以带来技术突破。
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