2019
DOI: 10.1002/ange.201900932
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IDPi‐Katalyse

Abstract: Hohe Acidität und sterische Einschränkung sind Schlüsselelemente bei der asymmetrischen Säure‐Katalyse. Die kürzlich eingeführten Imidodiphosphorimidat (IDPi)‐Brønsted‐Säuren haben diese Eigenschaften mit bemerkenswertem Erfolg kombiniert. Sie wirken als hochaktive Brønsted‐Säure‐Katalysatoren und als “Silylium”‐Lewis‐Säure‐Präkatalysatoren bei zahlreichen vorher nicht zugänglichen Transformationen. Schwierig zu aktivierende Substrate wie einfache Olefine ließen sich leicht umsetzen. Ketone wurden als Akzeptor… Show more

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Cited by 25 publications
(1 citation statement)
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References 151 publications
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“…59 The stability, surface area, morphology, acidity and basicity of the supports are all important factors that affect the amount and homogeneity of active phase loaded, which has a determining influence on the catalytic performances. 60–65 In this section, supported catalysts reported for the title reaction will be discussed.…”
Section: Strategies For the Improvement Of Direct Dmc Synthesis From Co2 And Methanolmentioning
confidence: 99%
“…59 The stability, surface area, morphology, acidity and basicity of the supports are all important factors that affect the amount and homogeneity of active phase loaded, which has a determining influence on the catalytic performances. 60–65 In this section, supported catalysts reported for the title reaction will be discussed.…”
Section: Strategies For the Improvement Of Direct Dmc Synthesis From Co2 And Methanolmentioning
confidence: 99%