corpuscularian philosophy
粒状哲学
corpuscularian theory
粒状理论
corpuscularian hypothesis
粒状假设
corpuscularian physics
粒状物理学
corpuscularian view
粒状观点
corpuscularian tradition
粒状传统
corpuscularian mechanism
粒状机制
corpuscularian matter
粒状物质
corpuscularian school
粒状学派
corpuscularian doctrine
粒状教条
the corpuscularian theory dominated early modern physics and shaped scientific thinking for centuries.
微粒说主导了早期现代物理学，并塑造了几个世纪的科学思想。
scientists embraced the corpuscularian philosophy to explain chemical reactions and molecular behavior.
科学家们采用微粒哲学来解释化学反应和分子行为。
newton's corpuscularian view of light influenced generations of physicists and shaped experimental methods.
牛顿的微粒光观影响了多代物理学家，并塑造了实验方法。
the corpuscularian doctrine faced criticism from wave theorists who challenged its fundamental assumptions.
微粒说教条受到波理论家的批评，他们挑战了其基本假设。
chemists developed a corpuscularian approach to understanding matter and its transformations.
化学家们开发了一种微粒方法来理解物质及其转化。
the corpuscularian hypothesis was eventually superseded by more comprehensive atomic theory.
微粒假设最终被更全面的原子理论所取代。
early physicists constructed a corpuscularian framework for their experiments and theoretical calculations.
早期物理学家为他们的实验和理论计算构建了一个微粒框架。
the corpuscularian interpretation of optics led to important discoveries about the nature of light.
对光学进行微粒学解释，导致了对光本质的重要发现。
robert boyle advocated for corpuscularian principles in his revolutionary work on chemistry.
罗伯特·波义尔在其关于化学的革命性工作中倡导微粒原则。
the corpuscularian model struggled to explain diffraction and interference phenomena in light.
微粒模型难以解释光中的衍射和干涉现象。
many scholars abandoned corpuscularian thinking after wave optics gained widespread acceptance.
许多学者在波动光学获得广泛接受后放弃了微粒思想。
corpuscularian ideas laid important groundwork for the development of modern atomic theory.
微粒思想为现代原子理论的发展奠定了重要基础。
corpuscularian philosophy
粒状哲学
corpuscularian theory
粒状理论
corpuscularian hypothesis
粒状假设
corpuscularian physics
粒状物理学
corpuscularian view
粒状观点
corpuscularian tradition
粒状传统
corpuscularian mechanism
粒状机制
corpuscularian matter
粒状物质
corpuscularian school
粒状学派
corpuscularian doctrine
粒状教条
the corpuscularian theory dominated early modern physics and shaped scientific thinking for centuries.
微粒说主导了早期现代物理学，并塑造了几个世纪的科学思想。
scientists embraced the corpuscularian philosophy to explain chemical reactions and molecular behavior.
科学家们采用微粒哲学来解释化学反应和分子行为。
newton's corpuscularian view of light influenced generations of physicists and shaped experimental methods.
牛顿的微粒光观影响了多代物理学家，并塑造了实验方法。
the corpuscularian doctrine faced criticism from wave theorists who challenged its fundamental assumptions.
微粒说教条受到波理论家的批评，他们挑战了其基本假设。
chemists developed a corpuscularian approach to understanding matter and its transformations.
化学家们开发了一种微粒方法来理解物质及其转化。
the corpuscularian hypothesis was eventually superseded by more comprehensive atomic theory.
微粒假设最终被更全面的原子理论所取代。
early physicists constructed a corpuscularian framework for their experiments and theoretical calculations.
早期物理学家为他们的实验和理论计算构建了一个微粒框架。
the corpuscularian interpretation of optics led to important discoveries about the nature of light.
对光学进行微粒学解释，导致了对光本质的重要发现。
robert boyle advocated for corpuscularian principles in his revolutionary work on chemistry.
罗伯特·波义尔在其关于化学的革命性工作中倡导微粒原则。
the corpuscularian model struggled to explain diffraction and interference phenomena in light.
微粒模型难以解释光中的衍射和干涉现象。
many scholars abandoned corpuscularian thinking after wave optics gained widespread acceptance.
许多学者在波动光学获得广泛接受后放弃了微粒思想。
corpuscularian ideas laid important groundwork for the development of modern atomic theory.
微粒思想为现代原子理论的发展奠定了重要基础。
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