examples of autocatalysis
自催化的例子
autocatalysis is a key process in many chemical reactions.
自催化是許多化學反應中的關鍵過程。
the study of autocatalysis can lead to new insights in chemistry.
自催化的研究可以爲化學提供新的見解。
in autocatalysis, the product of a reaction accelerates the reaction itself.
在自催化中，反應的產物加速了反應本身。
researchers are exploring autocatalysis in biological systems.
研究人員正在探索生物系統中的自催化。
understanding autocatalysis is crucial for developing efficient catalysts.
理解自催化對開發高效催化劑至關重要。
autocatalysis plays a significant role in the synthesis of complex molecules.
自催化在複雜分子的合成中發揮了重要作用。
the phenomenon of autocatalysis can be observed in various chemical reactions.
自催化現象可以在各種化學反應中觀察到。
autocatalysis can lead to exponential growth in reaction rates.
自催化可以導致反應速率的指數增長。
many industrial processes utilize the principles of autocatalysis.
許多工業過程利用自催化的原理。
autocatalysis is often studied in the context of reaction mechanisms.
自催化通常在反應機制的背景下進行研究。
examples of autocatalysis
自催化的例子
autocatalysis is a key process in many chemical reactions.
自催化是許多化學反應中的關鍵過程。
the study of autocatalysis can lead to new insights in chemistry.
自催化的研究可以爲化學提供新的見解。
in autocatalysis, the product of a reaction accelerates the reaction itself.
在自催化中，反應的產物加速了反應本身。
researchers are exploring autocatalysis in biological systems.
研究人員正在探索生物系統中的自催化。
understanding autocatalysis is crucial for developing efficient catalysts.
理解自催化對開發高效催化劑至關重要。
autocatalysis plays a significant role in the synthesis of complex molecules.
自催化在複雜分子的合成中發揮了重要作用。
the phenomenon of autocatalysis can be observed in various chemical reactions.
自催化現象可以在各種化學反應中觀察到。
autocatalysis can lead to exponential growth in reaction rates.
自催化可以導致反應速率的指數增長。
many industrial processes utilize the principles of autocatalysis.
許多工業過程利用自催化的原理。
autocatalysis is often studied in the context of reaction mechanisms.
自催化通常在反應機制的背景下進行研究。
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