silanolate group
硅醇盐基团
silanolate ion
硅醇盐离子
silanolate formation
硅醇盐形成
silanolate species
硅醇盐物种
silanolate complex
硅醇盐配合物
silanolates exist
硅醇盐存在
silanolate reacts
硅醇盐反应
silanolate mechanism
硅醇盐机理
silanolate intermediate
硅醇盐中间体
silanolate catalyst
硅醇盐催化剂
the silanolate anion acts as a strong nucleophile in silicon-based chemistry.
硅醇盐阴离子在硅基化学中作为强亲核试剂。
silanolate species are formed when silanols lose a proton.
硅醇盐物种是由硅醇失去质子形成的。
the silanolate group can coordinate to metal centers.
硅醇盐基团可以与金属中心配位。
a silanolate catalyst was employed to promote the cross-coupling reaction.
使用硅醇盐催化剂来促进交叉偶联反应。
the formation of silanolate intermediates is crucial for this mechanism.
形成硅醇盐中间体对该机制至关重要。
silanolate reactivity depends on the electronic properties of substituents.
硅醇盐反应性取决于取代基的电子性质。
the silanolate complex was characterized by nmr spectroscopy.
硅醇盐配合物通过核磁共振波谱进行表征。
silanolate bases are often used in organic synthesis.
硅醇盐碱常用于有机合成。
the silanolate anion exhibits high basicity.
硅醇盐阴离子表现出高碱性。
silanolate formation can be monitored by infrared spectroscopy.
可以通过红外光谱监测硅醇盐的形成。
the silanolate species reacts with alkyl halides to form ethers.
硅醇盐物种与卤代烷反应生成醚。
siloxane polymers can be synthesized via silanolate condensation.
硅氧烷聚合物可以通过硅醇盐缩聚合成。
silanolate group
硅醇盐基团
silanolate ion
硅醇盐离子
silanolate formation
硅醇盐形成
silanolate species
硅醇盐物种
silanolate complex
硅醇盐配合物
silanolates exist
硅醇盐存在
silanolate reacts
硅醇盐反应
silanolate mechanism
硅醇盐机理
silanolate intermediate
硅醇盐中间体
silanolate catalyst
硅醇盐催化剂
the silanolate anion acts as a strong nucleophile in silicon-based chemistry.
硅醇盐阴离子在硅基化学中作为强亲核试剂。
silanolate species are formed when silanols lose a proton.
硅醇盐物种是由硅醇失去质子形成的。
the silanolate group can coordinate to metal centers.
硅醇盐基团可以与金属中心配位。
a silanolate catalyst was employed to promote the cross-coupling reaction.
使用硅醇盐催化剂来促进交叉偶联反应。
the formation of silanolate intermediates is crucial for this mechanism.
形成硅醇盐中间体对该机制至关重要。
silanolate reactivity depends on the electronic properties of substituents.
硅醇盐反应性取决于取代基的电子性质。
the silanolate complex was characterized by nmr spectroscopy.
硅醇盐配合物通过核磁共振波谱进行表征。
silanolate bases are often used in organic synthesis.
硅醇盐碱常用于有机合成。
the silanolate anion exhibits high basicity.
硅醇盐阴离子表现出高碱性。
silanolate formation can be monitored by infrared spectroscopy.
可以通过红外光谱监测硅醇盐的形成。
the silanolate species reacts with alkyl halides to form ethers.
硅醇盐物种与卤代烷反应生成醚。
siloxane polymers can be synthesized via silanolate condensation.
硅氧烷聚合物可以通过硅醇盐缩聚合成。
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