silanolate group
silanolt gruppe
silanolate ion
silanolt ion
silanolate formation
silanolt dannelse
silanolate species
silanolt art
silanolate complex
silanolt kompleks
silanolates exist
silanoler findes
silanolate reacts
silanolt reagerer
silanolate mechanism
silanolt mekanisme
silanolate intermediate
silanolt mellemprodukt
silanolate catalyst
silanolt katalysator
the silanolate anion acts as a strong nucleophile in silicon-based chemistry.
Silanolatanionet fungerer som et stærkt nukleofil i siliciumbaseret kemi.
silanolate species are formed when silanols lose a proton.
Silanolatanioner dannes, når silanolers mister et proton.
the silanolate group can coordinate to metal centers.
Silanolataniongruppen kan koordinere til metalcenter.
a silanolate catalyst was employed to promote the cross-coupling reaction.
En silanolatkatalysator blev brugt for at fremme den krydskopplingsreaktion.
the formation of silanolate intermediates is crucial for this mechanism.
Dannelsen af silanolatintermediater er afgørende for denne mekanisme.
silanolate reactivity depends on the electronic properties of substituents.
Silanolats reaktivitet afhænger af de elektroniske egenskaber hos substituenterne.
the silanolate complex was characterized by nmr spectroscopy.
Silanolatkomplekset blev karakteriseret ved nmr-spektroskopi.
silanolate bases are often used in organic synthesis.
Silanolatbaser bruges ofte i organisk syntese.
the silanolate anion exhibits high basicity.
Silanolatanionen viser høj basicitet.
silanolate formation can be monitored by infrared spectroscopy.
Dannelsen af silanolat kan overvåges ved infrarød spektroskopi.
the silanolate species reacts with alkyl halides to form ethers.
Silanolatspecies reagerer med alkylhalogenider for at danne æter.
siloxane polymers can be synthesized via silanolate condensation.
Siloxanpolymerer kan syntetiseres via silanolatkondensation.
silanolate group
silanolt gruppe
silanolate ion
silanolt ion
silanolate formation
silanolt dannelse
silanolate species
silanolt art
silanolate complex
silanolt kompleks
silanolates exist
silanoler findes
silanolate reacts
silanolt reagerer
silanolate mechanism
silanolt mekanisme
silanolate intermediate
silanolt mellemprodukt
silanolate catalyst
silanolt katalysator
the silanolate anion acts as a strong nucleophile in silicon-based chemistry.
Silanolatanionet fungerer som et stærkt nukleofil i siliciumbaseret kemi.
silanolate species are formed when silanols lose a proton.
Silanolatanioner dannes, når silanolers mister et proton.
the silanolate group can coordinate to metal centers.
Silanolataniongruppen kan koordinere til metalcenter.
a silanolate catalyst was employed to promote the cross-coupling reaction.
En silanolatkatalysator blev brugt for at fremme den krydskopplingsreaktion.
the formation of silanolate intermediates is crucial for this mechanism.
Dannelsen af silanolatintermediater er afgørende for denne mekanisme.
silanolate reactivity depends on the electronic properties of substituents.
Silanolats reaktivitet afhænger af de elektroniske egenskaber hos substituenterne.
the silanolate complex was characterized by nmr spectroscopy.
Silanolatkomplekset blev karakteriseret ved nmr-spektroskopi.
silanolate bases are often used in organic synthesis.
Silanolatbaser bruges ofte i organisk syntese.
the silanolate anion exhibits high basicity.
Silanolatanionen viser høj basicitet.
silanolate formation can be monitored by infrared spectroscopy.
Dannelsen af silanolat kan overvåges ved infrarød spektroskopi.
the silanolate species reacts with alkyl halides to form ethers.
Silanolatspecies reagerer med alkylhalogenider for at danne æter.
siloxane polymers can be synthesized via silanolate condensation.
Siloxanpolymerer kan syntetiseres via silanolatkondensation.
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