1993
DOI: 10.1163/156856793x00046
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Ab initio study of possible intermediates in the no(4Π) catalyzed geometric isomerizations of olefins

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“…The adventitious oxygenation of NO to NO 2 has led to some confusion as to which is the more active cis–trans catalyst, and it is noteworthy that for those working in carefully controlled, low-concentration experiments, NO is reported as the catalyst for gas-phase experiments, while researchers working in solution usually report NO 2 as the catalyst. De Maré et al have found that photosensitized NO, in its 4 Π excited state, will catalyze CTI in 2-butene but that ground state NO on its own is not catalytically active. , …”
mentioning
confidence: 99%
“…The adventitious oxygenation of NO to NO 2 has led to some confusion as to which is the more active cis–trans catalyst, and it is noteworthy that for those working in carefully controlled, low-concentration experiments, NO is reported as the catalyst for gas-phase experiments, while researchers working in solution usually report NO 2 as the catalyst. De Maré et al have found that photosensitized NO, in its 4 Π excited state, will catalyze CTI in 2-butene but that ground state NO on its own is not catalytically active. , …”
mentioning
confidence: 99%