2022
DOI: 10.1039/d1qi01620b
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β-Bis-CF3-substituted phosphorus corroles, theory and experiments

Abstract: All constitutional isomers of beta bis-CF3 substituted (tpfc)PF2 were geometrically optimized and studied electronically. The six synthetically accessed compounds were characterized (of the 18 possible) by NMR spectroscopy and other techniques.

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Cited by 5 publications
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“…The 5,10,15-aryl corrole also allows for the addition of a wide variety of b-substituents which may also be electron withdrawing in nature. The presence of the -C 6 F 5 aryl groups can greatly assist in the spectroscopic characterization of new compounds as well (see the recent paper about multi b-CF 3 group substitution 31 ). Milestone: Synthesis of A 3 and ABA corroles (commonly termed trans-A 2 B corroles)…”
Section: Dr Atif Mahammed (Left) and Professor Zeev Gross (Right)mentioning
confidence: 99%
“…The 5,10,15-aryl corrole also allows for the addition of a wide variety of b-substituents which may also be electron withdrawing in nature. The presence of the -C 6 F 5 aryl groups can greatly assist in the spectroscopic characterization of new compounds as well (see the recent paper about multi b-CF 3 group substitution 31 ). Milestone: Synthesis of A 3 and ABA corroles (commonly termed trans-A 2 B corroles)…”
Section: Dr Atif Mahammed (Left) and Professor Zeev Gross (Right)mentioning
confidence: 99%