| 复数 | yukawas |
yukawa developed the meson theory in 1935.
汤川秀树在1935年提出了介子理论。
professor yukawa won the nobel prize in physics.
汤川秀树教授获得了诺贝尔物理学奖。
the yukawa potential describes nuclear forces.
汤川势描述了核力。
dr. yukawa's research changed our understanding of particle physics.
汤川秀树博士的研究改变了我们对粒子物理学的理解。
yukawa's meson was later confirmed by experiments.
汤川秀树提出的介子后来被实验所证实。
many students study yukawa's contributions to quantum mechanics.
许多学生研究汤川秀树对量子力学的贡献。
the yukawa interaction is important in theoretical physics.
汤川相互作用在理论物理学中很重要。
hideki yukawa was born in tokyo in 1907.
汤川秀树于1907年出生于东京。
yukawa predicted the existence of the pion.
汤川秀树预言了介子的存在。
the yukawa institute promotes research in theoretical physics.
汤川研究所促进理论物理学研究。
scientists continue to build upon yukawa's foundational work.
科学家们继续在汤川秀树的基础性工作上发展。
yukawa's theories influenced generations of physicists.
汤川秀树的理论影响了一代又一代的物理学家。
yukawa developed the meson theory in 1935.
汤川秀树在1935年提出了介子理论。
professor yukawa won the nobel prize in physics.
汤川秀树教授获得了诺贝尔物理学奖。
the yukawa potential describes nuclear forces.
汤川势描述了核力。
dr. yukawa's research changed our understanding of particle physics.
汤川秀树博士的研究改变了我们对粒子物理学的理解。
yukawa's meson was later confirmed by experiments.
汤川秀树提出的介子后来被实验所证实。
many students study yukawa's contributions to quantum mechanics.
许多学生研究汤川秀树对量子力学的贡献。
the yukawa interaction is important in theoretical physics.
汤川相互作用在理论物理学中很重要。
hideki yukawa was born in tokyo in 1907.
汤川秀树于1907年出生于东京。
yukawa predicted the existence of the pion.
汤川秀树预言了介子的存在。
the yukawa institute promotes research in theoretical physics.
汤川研究所促进理论物理学研究。
scientists continue to build upon yukawa's foundational work.
科学家们继续在汤川秀树的基础性工作上发展。
yukawa's theories influenced generations of physicists.
汤川秀树的理论影响了一代又一代的物理学家。
探索常用高频词汇