metal monocarbonyls
金属单羰基化合物
the monocarbonyls
这些单羰基化合物
monocarbonyl compounds are widely used in organic synthesis.
单羰基化合物广泛用于有机合成。
the monocarbonyl ligand coordinates to the metal center.
单羰基配体与金属中心配位。
monocarbonyl complexes exhibit unique spectroscopic properties.
单羰基配合物表现出独特的光谱性质。
formation of monocarbonyl species was observed during the reaction.
反应过程中观察到单羰基物种的形成。
the monocarbonyl derivative shows high catalytic activity.
单羰基衍生物显示出高催化活性。
monocarbonyl chemistry has advanced significantly in recent years.
单羰基化学近年来取得了显著进展。
the monocarbonyl compound was characterized by x-ray crystallography.
单羰基化合物通过x射线晶体学进行了表征。
synthesis of monocarbonyl ligands requires specific conditions.
单羰基配体的合成需要特定条件。
monocarbonyl complexes can undergo insertion reactions.
单羰基配合物可以发生插入反应。
the monocarbonyl moiety plays a crucial role in the mechanism.
单羰基基团在反应机理中起着关键作用。
spectroscopic analysis confirmed the monocarbonyl structure.
光谱分析证实了单羰基结构。
monocarbonyl intermediates were isolated and identified.
单羰基中间体被分离并鉴定。
metal monocarbonyls
金属单羰基化合物
the monocarbonyls
这些单羰基化合物
monocarbonyl compounds are widely used in organic synthesis.
单羰基化合物广泛用于有机合成。
the monocarbonyl ligand coordinates to the metal center.
单羰基配体与金属中心配位。
monocarbonyl complexes exhibit unique spectroscopic properties.
单羰基配合物表现出独特的光谱性质。
formation of monocarbonyl species was observed during the reaction.
反应过程中观察到单羰基物种的形成。
the monocarbonyl derivative shows high catalytic activity.
单羰基衍生物显示出高催化活性。
monocarbonyl chemistry has advanced significantly in recent years.
单羰基化学近年来取得了显著进展。
the monocarbonyl compound was characterized by x-ray crystallography.
单羰基化合物通过x射线晶体学进行了表征。
synthesis of monocarbonyl ligands requires specific conditions.
单羰基配体的合成需要特定条件。
monocarbonyl complexes can undergo insertion reactions.
单羰基配合物可以发生插入反应。
the monocarbonyl moiety plays a crucial role in the mechanism.
单羰基基团在反应机理中起着关键作用。
spectroscopic analysis confirmed the monocarbonyl structure.
光谱分析证实了单羰基结构。
monocarbonyl intermediates were isolated and identified.
单羰基中间体被分离并鉴定。
探索常用高频词汇