corpuscularian philosophy
微粒哲學
corpuscularian theory
微粒理論
corpuscularian hypothesis
微粒假說
corpuscularian physics
微粒物理學
corpuscularian view
微粒觀點
corpuscularian tradition
微粒傳統
corpuscularian mechanism
微粒機制
corpuscularian matter
微粒物質
corpuscularian school
微粒學派
corpuscularian doctrine
微粒教條
the corpuscularian theory dominated early modern physics and shaped scientific thinking for centuries.
微粒理論主導了近代早期的物理學，並影響了幾個世紀的科學思維。
scientists embraced the corpuscularian philosophy to explain chemical reactions and molecular behavior.
科學家採用了微粒哲學來解釋化學反應和分子行為。
newton's corpuscularian view of light influenced generations of physicists and shaped experimental methods.
牛頓對光的微粒觀點影響了幾代物理學家，並塑造了實驗方法。
the corpuscularian doctrine faced criticism from wave theorists who challenged its fundamental assumptions.
微粒學說受到了波動理論家的批評，他們質疑其基本假設。
chemists developed a corpuscularian approach to understanding matter and its transformations.
化學家發展出一種微粒方法來理解物質及其轉變。
the corpuscularian hypothesis was eventually superseded by more comprehensive atomic theory.
微粒假說最終被更全面的原子理論所取代。
early physicists constructed a corpuscularian framework for their experiments and theoretical calculations.
早期的物理學家為他們的實驗和理論計算建立了一個微粒框架。
the corpuscularian interpretation of optics led to important discoveries about the nature of light.
對光學的微粒解釋導致了關於光本質的重要發現。
robert boyle advocated for corpuscularian principles in his revolutionary work on chemistry.
羅伯特·波以耳在他的化學革命性工作中提倡微粒原則。
the corpuscularian model struggled to explain diffraction and interference phenomena in light.
微粒模型在解釋光的衍射和干涉現象時遇到了困難。
many scholars abandoned corpuscularian thinking after wave optics gained widespread acceptance.
在波動光學廣泛被接受後，許多學者放棄了微粒思維。
corpuscularian ideas laid important groundwork for the development of modern atomic theory.
微粒思想為現代原子理論的發展奠定了重要的基礎。
corpuscularian philosophy
微粒哲學
corpuscularian theory
微粒理論
corpuscularian hypothesis
微粒假說
corpuscularian physics
微粒物理學
corpuscularian view
微粒觀點
corpuscularian tradition
微粒傳統
corpuscularian mechanism
微粒機制
corpuscularian matter
微粒物質
corpuscularian school
微粒學派
corpuscularian doctrine
微粒教條
the corpuscularian theory dominated early modern physics and shaped scientific thinking for centuries.
微粒理論主導了近代早期的物理學，並影響了幾個世紀的科學思維。
scientists embraced the corpuscularian philosophy to explain chemical reactions and molecular behavior.
科學家採用了微粒哲學來解釋化學反應和分子行為。
newton's corpuscularian view of light influenced generations of physicists and shaped experimental methods.
牛頓對光的微粒觀點影響了幾代物理學家，並塑造了實驗方法。
the corpuscularian doctrine faced criticism from wave theorists who challenged its fundamental assumptions.
微粒學說受到了波動理論家的批評，他們質疑其基本假設。
chemists developed a corpuscularian approach to understanding matter and its transformations.
化學家發展出一種微粒方法來理解物質及其轉變。
the corpuscularian hypothesis was eventually superseded by more comprehensive atomic theory.
微粒假說最終被更全面的原子理論所取代。
early physicists constructed a corpuscularian framework for their experiments and theoretical calculations.
早期的物理學家為他們的實驗和理論計算建立了一個微粒框架。
the corpuscularian interpretation of optics led to important discoveries about the nature of light.
對光學的微粒解釋導致了關於光本質的重要發現。
robert boyle advocated for corpuscularian principles in his revolutionary work on chemistry.
羅伯特·波以耳在他的化學革命性工作中提倡微粒原則。
the corpuscularian model struggled to explain diffraction and interference phenomena in light.
微粒模型在解釋光的衍射和干涉現象時遇到了困難。
many scholars abandoned corpuscularian thinking after wave optics gained widespread acceptance.
在波動光學廣泛被接受後，許多學者放棄了微粒思維。
corpuscularian ideas laid important groundwork for the development of modern atomic theory.
微粒思想為現代原子理論的發展奠定了重要的基礎。
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