ChemInform Abstract: REACTIONS OF THE NITROSONIUM ION PART 8, REACTIONS OF NITROSONIUM TETRAFLUOROBORATE AND BENZHYDRYL TETRAFLUOROBORATE WITH BENZHYDRYL AZIDES PART 7, THE MECHANISM OF ALDEHYDE AND KETONE FORMATION

Doyle, Michael P.; Hedstrand, David M.; Busman, Stanley C.; Alexander, David W.

doi:10.1002/chin.197549177

Chemischer Informationsdienst

1975

DOI: 10.1002/chin.197549177

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ChemInform Abstract: REACTIONS OF THE NITROSONIUM ION PART 8, REACTIONS OF NITROSONIUM TETRAFLUOROBORATE AND BENZHYDRYL TETRAFLUOROBORATE WITH BENZHYDRYL AZIDES PART 7, THE MECHANISM OF ALDEHYDE AND KETONE FORMATION

Michael P. Doyle¹,

David M. Hedstrand²,

Stanley C. Busman³

et al.

Abstract: Substituierte Benzhydrylazide geben bei der Umsetzung mit Nitrosoniumtetrafluoroborat in Acetonitril und nachfolgender Behandlung mit Wasser Ketone, Benzaldehyd, Arylaldehyde sowie Alkohole, N‐Benzhydryl‐acetamide und kleinere Mengen Äther.

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ChemInform Abstract: REACTIONS OF THE NITROSONIUM ION PART 8, REACTIONS OF NITROSONIUM TETRAFLUOROBORATE AND BENZHYDRYL TETRAFLUOROBORATE WITH BENZHYDRYL AZIDES PART 7, THE MECHANISM OF ALDEHYDE AND KETONE FORMATION

Abstract: Substituierte Benzhydrylazide geben bei der Umsetzung mit Nitrosoniumtetrafluoroborat in Acetonitril und nachfolgender Behandlung mit Wasser Ketone, Benzaldehyd, Arylaldehyde sowie Alkohole, N‐Benzhydryl‐acetamide und kleinere Mengen Äther.

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