| 複數 | yukawas |
yukawa developed the meson theory in 1935.
湯川於1935年提出了介子理論。
professor yukawa won the nobel prize in physics.
湯川教授獲得了諾貝爾物理學獎。
the yukawa potential describes nuclear forces.
湯川勢能描述了核力。
dr. yukawa's research changed our understanding of particle physics.
湯川博士的研究改變了我們對粒子物理學的認識。
yukawa's meson was later confirmed by experiments.
湯川的介子後來被實驗所證實。
many students study yukawa's contributions to quantum mechanics.
許多學生學習湯川對量子力學的貢獻。
the yukawa interaction is important in theoretical physics.
湯川相互作用在理論物理學中非常重要。
hideki yukawa was born in tokyo in 1907.
湯川_hidoki 於1907年出生於東京。
yukawa predicted the existence of the pion.
湯川預言了π介子的存在。
the yukawa institute promotes research in theoretical physics.
湯川研究所推動理論物理學的研究。
scientists continue to build upon yukawa's foundational work.
科學家們繼續在湯川的基礎工作上進行研究。
yukawa's theories influenced generations of physicists.
湯川的理論影響了幾代物理學家。
yukawa developed the meson theory in 1935.
湯川於1935年提出了介子理論。
professor yukawa won the nobel prize in physics.
湯川教授獲得了諾貝爾物理學獎。
the yukawa potential describes nuclear forces.
湯川勢能描述了核力。
dr. yukawa's research changed our understanding of particle physics.
湯川博士的研究改變了我們對粒子物理學的認識。
yukawa's meson was later confirmed by experiments.
湯川的介子後來被實驗所證實。
many students study yukawa's contributions to quantum mechanics.
許多學生學習湯川對量子力學的貢獻。
the yukawa interaction is important in theoretical physics.
湯川相互作用在理論物理學中非常重要。
hideki yukawa was born in tokyo in 1907.
湯川_hidoki 於1907年出生於東京。
yukawa predicted the existence of the pion.
湯川預言了π介子的存在。
the yukawa institute promotes research in theoretical physics.
湯川研究所推動理論物理學的研究。
scientists continue to build upon yukawa's foundational work.
科學家們繼續在湯川的基礎工作上進行研究。
yukawa's theories influenced generations of physicists.
湯川的理論影響了幾代物理學家。
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