heterolytic cleavage
异裂
heterolytic bond
异裂键
heterolytic reaction
异裂反应
heterolytic fission
异裂分裂
heterolytic dissociation
异裂解离
heterolytic mechanism
异裂机制
heterolytic pathway
异裂途径
heterolytic process
异裂过程
heterolytic ion
异裂离子
heterolytic cleavage is a fundamental concept in organic chemistry.
异裂解是有机化学中的一个基本概念。
the heterolytic bond breaking leads to the formation of charged species.
异裂解的键断裂导致带电物种的形成。
in heterolytic reactions, the electrons are not shared equally.
在异裂解反应中，电子并不是均匀共享的。
understanding heterolytic processes is essential for predicting reaction outcomes.
理解异裂解过程对于预测反应结果至关重要。
heterolytic fission can produce both cations and anions.
异裂解可以产生阳离子和阴离子。
the stability of intermediates often depends on heterolytic cleavage.
中间体的稳定性通常取决于异裂解。
heterolytic dissociation is common in polar solvents.
在极性溶剂中，异裂解是常见的。
many nucleophiles participate in heterolytic bond breaking mechanisms.
许多亲核试剂参与异裂解键断裂机制。
heterolytic cleavage is crucial in the activation of certain substrates.
异裂解在某些底物的活化中至关重要。
the study of heterolytic reactions helps in developing new catalysts.
对异裂解反应的研究有助于开发新催化剂。
heterolytic cleavage
异裂
heterolytic bond
异裂键
heterolytic reaction
异裂反应
heterolytic fission
异裂分裂
heterolytic dissociation
异裂解离
heterolytic mechanism
异裂机制
heterolytic pathway
异裂途径
heterolytic process
异裂过程
heterolytic ion
异裂离子
heterolytic cleavage is a fundamental concept in organic chemistry.
异裂解是有机化学中的一个基本概念。
the heterolytic bond breaking leads to the formation of charged species.
异裂解的键断裂导致带电物种的形成。
in heterolytic reactions, the electrons are not shared equally.
在异裂解反应中，电子并不是均匀共享的。
understanding heterolytic processes is essential for predicting reaction outcomes.
理解异裂解过程对于预测反应结果至关重要。
heterolytic fission can produce both cations and anions.
异裂解可以产生阳离子和阴离子。
the stability of intermediates often depends on heterolytic cleavage.
中间体的稳定性通常取决于异裂解。
heterolytic dissociation is common in polar solvents.
在极性溶剂中，异裂解是常见的。
many nucleophiles participate in heterolytic bond breaking mechanisms.
许多亲核试剂参与异裂解键断裂机制。
heterolytic cleavage is crucial in the activation of certain substrates.
异裂解在某些底物的活化中至关重要。
the study of heterolytic reactions helps in developing new catalysts.
对异裂解反应的研究有助于开发新催化剂。
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