electrophilic attack
亲电攻击
electrophilic addition
亲电加成
electrophilic substitution
亲电取代
electrophilic reagent
亲电试剂
electrophilic center
亲电中心
electrophilic species
亲电物种
electrophilic site
亲电位点
electrophilic mechanism
亲电机制
electrophilic solvent
亲电溶剂
electrophilic process
亲电过程
the electrophilic attack on the substrate is crucial for the reaction to proceed.
对底物的亲电攻击对反应的进行至关重要。
in organic chemistry, electrophilic aromatic substitution is a common reaction.
在有机化学中，亲电芳香取代反应是一种常见反应。
electrophilic species are often used in synthetic pathways to create new compounds.
亲电物种常用于合成途径以创造新化合物。
the electrophilic nature of the carbonyl group makes it a target for nucleophiles.
羰基的亲电特性使其成为亲核试剂的目标。
understanding electrophilic reactions is essential for mastering organic synthesis.
理解亲电反应对于掌握有机合成至关重要。
electrophilic addition reactions can lead to a variety of products.
亲电加成反应可以导致多种产物。
the electrophilic character of halogens makes them reactive in many reactions.
卤素的亲电特性使其在许多反应中具有反应性。
electrophilic catalysts can enhance the rate of chemical reactions.
亲电催化剂可以提高化学反应的速度。
in electrophilic reactions, the stability of the intermediate plays a significant role.
在亲电反应中，中间体的稳定性起着重要作用。
electrophilic reagents are essential tools in medicinal chemistry for drug development.
亲电试剂是药物开发中必不可少的工具。
electrophilic attack
亲电攻击
electrophilic addition
亲电加成
electrophilic substitution
亲电取代
electrophilic reagent
亲电试剂
electrophilic center
亲电中心
electrophilic species
亲电物种
electrophilic site
亲电位点
electrophilic mechanism
亲电机制
electrophilic solvent
亲电溶剂
electrophilic process
亲电过程
the electrophilic attack on the substrate is crucial for the reaction to proceed.
对底物的亲电攻击对反应的进行至关重要。
in organic chemistry, electrophilic aromatic substitution is a common reaction.
在有机化学中，亲电芳香取代反应是一种常见反应。
electrophilic species are often used in synthetic pathways to create new compounds.
亲电物种常用于合成途径以创造新化合物。
the electrophilic nature of the carbonyl group makes it a target for nucleophiles.
羰基的亲电特性使其成为亲核试剂的目标。
understanding electrophilic reactions is essential for mastering organic synthesis.
理解亲电反应对于掌握有机合成至关重要。
electrophilic addition reactions can lead to a variety of products.
亲电加成反应可以导致多种产物。
the electrophilic character of halogens makes them reactive in many reactions.
卤素的亲电特性使其在许多反应中具有反应性。
electrophilic catalysts can enhance the rate of chemical reactions.
亲电催化剂可以提高化学反应的速度。
in electrophilic reactions, the stability of the intermediate plays a significant role.
在亲电反应中，中间体的稳定性起着重要作用。
electrophilic reagents are essential tools in medicinal chemistry for drug development.
亲电试剂是药物开发中必不可少的工具。
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