the reaction involves autocatalyses that speed up the process.
反应涉及自催化作用，加速过程。
autocatalyses can lead to unexpected results in chemical experiments.
自催化作用可能在化学实验中导致意想不到的结果。
understanding autocatalyses is essential for chemists.
理解自催化作用对化学家来说至关重要。
the study of autocatalyses has advanced significantly in recent years.
近年来，自催化作用的研究取得了显著进展。
many biological processes are driven by autocatalyses.
许多生物过程是由自催化作用驱动的。
autocatalyses can enhance the efficiency of chemical reactions.
自催化作用可以提高化学反应的效率。
researchers are exploring the role of autocatalyses in environmental chemistry.
研究人员正在探讨自催化作用在环境化学中的作用。
autocatalyses are a key factor in the development of new materials.
自催化作用是新材料开发的关键因素。
the presence of autocatalyses can change the outcome of a reaction.
自催化作用的存在可以改变反应的结果。
in some cases, autocatalyses may lead to runaway reactions.
在某些情况下，自催化作用可能导致失控反应。
autocatalyses can significantly speed up chemical reactions.
自催化可以显著加速化学反应。
the study focused on the role of autocatalyses in organic synthesis.
这项研究集中于自催化在有机合成中的作用。
some reactions exhibit autocatalyses under specific conditions.
在特定条件下，一些反应表现出自催化现象。
autocatalyses can lead to unexpected reaction pathways.
自催化可能导致意想不到的反应途径。
researchers are exploring autocatalyses in renewable energy applications.
研究人员正在探索自催化在可再生能源中的应用。
autocatalyses often result in higher yields in chemical processes.
自催化通常会导致化学过程中的更高产率。
the mechanism of autocatalyses is complex and fascinating.
自催化的机制复杂而迷人。
autocatalyses can be observed in various biochemical reactions.
自催化可以在各种生化反应中观察到。
many industrial processes utilize autocatalyses to improve efficiency.
许多工业过程利用自催化来提高效率。
the reaction involves autocatalyses that speed up the process.
反应涉及自催化作用，加速过程。
autocatalyses can lead to unexpected results in chemical experiments.
自催化作用可能在化学实验中导致意想不到的结果。
understanding autocatalyses is essential for chemists.
理解自催化作用对化学家来说至关重要。
the study of autocatalyses has advanced significantly in recent years.
近年来，自催化作用的研究取得了显著进展。
many biological processes are driven by autocatalyses.
许多生物过程是由自催化作用驱动的。
autocatalyses can enhance the efficiency of chemical reactions.
自催化作用可以提高化学反应的效率。
researchers are exploring the role of autocatalyses in environmental chemistry.
研究人员正在探讨自催化作用在环境化学中的作用。
autocatalyses are a key factor in the development of new materials.
自催化作用是新材料开发的关键因素。
the presence of autocatalyses can change the outcome of a reaction.
自催化作用的存在可以改变反应的结果。
in some cases, autocatalyses may lead to runaway reactions.
在某些情况下，自催化作用可能导致失控反应。
autocatalyses can significantly speed up chemical reactions.
自催化可以显著加速化学反应。
the study focused on the role of autocatalyses in organic synthesis.
这项研究集中于自催化在有机合成中的作用。
some reactions exhibit autocatalyses under specific conditions.
在特定条件下，一些反应表现出自催化现象。
autocatalyses can lead to unexpected reaction pathways.
自催化可能导致意想不到的反应途径。
researchers are exploring autocatalyses in renewable energy applications.
研究人员正在探索自催化在可再生能源中的应用。
autocatalyses often result in higher yields in chemical processes.
自催化通常会导致化学过程中的更高产率。
the mechanism of autocatalyses is complex and fascinating.
自催化的机制复杂而迷人。
autocatalyses can be observed in various biochemical reactions.
自催化可以在各种生化反应中观察到。
many industrial processes utilize autocatalyses to improve efficiency.
许多工业过程利用自催化来提高效率。
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