quantum chromodynamics
量子色动力学
chromodynamics theory
色动力学理论
strong chromodynamics
强色动力学
effective chromodynamics
有效色动力学
non-abelian chromodynamics
非阿贝尔色动力学
chromodynamics model
色动力学模型
asymptotic chromodynamics
渐近色动力学
lattice chromodynamics
格点色动力学
chromodynamics interactions
色动力学相互作用
perturbative chromodynamics
微扰色动力学
chromodynamics is essential for understanding the strong force in particle physics.
量子色动力学对理解粒子物理学中的强相互作用至关重要。
researchers are exploring the implications of chromodynamics on quark interactions.
研究人员正在探讨量子色动力学对夸克相互作用的影响。
advancements in chromodynamics have led to better models of hadron collisions.
量子色动力学的进展使得对强子碰撞的模型得到了更好的改进。
understanding chromodynamics requires a solid background in quantum field theory.
理解量子色动力学需要扎实的量子场论基础。
chromodynamics plays a crucial role in the standard model of particle physics.
量子色动力学在粒子物理学的标准模型中起着至关重要的作用。
many physicists are dedicated to studying the complexities of chromodynamics.
许多物理学家致力于研究量子色动力学的复杂性。
chromodynamics helps explain the behavior of gluons in high-energy environments.
量子色动力学有助于解释高能环境中胶子的行为。
experimental results often challenge existing theories in chromodynamics.
实验结果常常挑战现有的量子色动力学理论。
chromodynamics is a key area of research in modern theoretical physics.
量子色动力学是现代理论物理学研究的关键领域。
the study of chromodynamics is vital for advancements in nuclear physics.
量子色动力学的研究对核物理学的进展至关重要。
quantum chromodynamics
量子色动力学
chromodynamics theory
色动力学理论
strong chromodynamics
强色动力学
effective chromodynamics
有效色动力学
non-abelian chromodynamics
非阿贝尔色动力学
chromodynamics model
色动力学模型
asymptotic chromodynamics
渐近色动力学
lattice chromodynamics
格点色动力学
chromodynamics interactions
色动力学相互作用
perturbative chromodynamics
微扰色动力学
chromodynamics is essential for understanding the strong force in particle physics.
量子色动力学对理解粒子物理学中的强相互作用至关重要。
researchers are exploring the implications of chromodynamics on quark interactions.
研究人员正在探讨量子色动力学对夸克相互作用的影响。
advancements in chromodynamics have led to better models of hadron collisions.
量子色动力学的进展使得对强子碰撞的模型得到了更好的改进。
understanding chromodynamics requires a solid background in quantum field theory.
理解量子色动力学需要扎实的量子场论基础。
chromodynamics plays a crucial role in the standard model of particle physics.
量子色动力学在粒子物理学的标准模型中起着至关重要的作用。
many physicists are dedicated to studying the complexities of chromodynamics.
许多物理学家致力于研究量子色动力学的复杂性。
chromodynamics helps explain the behavior of gluons in high-energy environments.
量子色动力学有助于解释高能环境中胶子的行为。
experimental results often challenge existing theories in chromodynamics.
实验结果常常挑战现有的量子色动力学理论。
chromodynamics is a key area of research in modern theoretical physics.
量子色动力学是现代理论物理学研究的关键领域。
the study of chromodynamics is vital for advancements in nuclear physics.
量子色动力学的研究对核物理学的进展至关重要。
Explore frequently searched vocabulary
Want to learn vocabulary more efficiently? Download the DictoGo app and enjoy more vocabulary memorization and review features!
Download DictoGo Now