nucleophile-reactant attack
亲核试剂进攻
nucleophile-reactant substitution
亲核取代
nucleophile-reactant addition
亲核加成
strong nucleophile-reactant
强亲核试剂
nucleophile-reactant mechanism
亲核试剂机制
nucleophile-reactant leaving
离去基团
nucleophile-reactant reacts
亲核试剂反应
nucleophile-reactant role
亲核试剂作用
nucleophile-reactant present
存在亲核试剂
nucleophile-reactant system
亲核试剂体系
the nucleophile-reactant interaction initiated the reaction sequence.
亲核试剂-反应物之间的相互作用启动了反应序列。
a strong nucleophile-reactant pair is crucial for sn2 reactions.
强大的亲核试剂-反应物对对于sn2反应至关重要。
the nucleophile-reactant complex stabilized the transition state.
亲核试剂-反应物络合物稳定了过渡态。
careful selection of the nucleophile-reactant is vital for selectivity.
仔细选择亲核试剂-反应物对于选择性至关重要。
the nucleophile-reactant bond formation is the key step.
亲核试剂-反应物键的形成是关键步骤。
steric hindrance around the nucleophile-reactant slowed the process.
亲核试剂-反应物周围的位阻减缓了过程。
the nucleophile-reactant approach determined the reaction mechanism.
亲核试剂-反应物的接近决定了反应机理。
analyzing the nucleophile-reactant binding energy is insightful.
分析亲核试剂-反应物的结合能具有启发性。
the nucleophile-reactant leaving group departure finalized the reaction.
亲核试剂-反应物的离去基团离去完成了反应。
modifying the nucleophile-reactant structure improved the yield.
改变亲核试剂-反应物的结构提高了产率。
the nucleophile-reactant collision frequency influenced reaction rate.
亲核试剂-反应物的碰撞频率影响了反应速率。
nucleophile-reactant attack
亲核试剂进攻
nucleophile-reactant substitution
亲核取代
nucleophile-reactant addition
亲核加成
strong nucleophile-reactant
强亲核试剂
nucleophile-reactant mechanism
亲核试剂机制
nucleophile-reactant leaving
离去基团
nucleophile-reactant reacts
亲核试剂反应
nucleophile-reactant role
亲核试剂作用
nucleophile-reactant present
存在亲核试剂
nucleophile-reactant system
亲核试剂体系
the nucleophile-reactant interaction initiated the reaction sequence.
亲核试剂-反应物之间的相互作用启动了反应序列。
a strong nucleophile-reactant pair is crucial for sn2 reactions.
强大的亲核试剂-反应物对对于sn2反应至关重要。
the nucleophile-reactant complex stabilized the transition state.
亲核试剂-反应物络合物稳定了过渡态。
careful selection of the nucleophile-reactant is vital for selectivity.
仔细选择亲核试剂-反应物对于选择性至关重要。
the nucleophile-reactant bond formation is the key step.
亲核试剂-反应物键的形成是关键步骤。
steric hindrance around the nucleophile-reactant slowed the process.
亲核试剂-反应物周围的位阻减缓了过程。
the nucleophile-reactant approach determined the reaction mechanism.
亲核试剂-反应物的接近决定了反应机理。
analyzing the nucleophile-reactant binding energy is insightful.
分析亲核试剂-反应物的结合能具有启发性。
the nucleophile-reactant leaving group departure finalized the reaction.
亲核试剂-反应物的离去基团离去完成了反应。
modifying the nucleophile-reactant structure improved the yield.
改变亲核试剂-反应物的结构提高了产率。
the nucleophile-reactant collision frequency influenced reaction rate.
亲核试剂-反应物的碰撞频率影响了反应速率。
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