APA

Bianciotto M., Barthelat J. & Vigroux A. (20020819). Reactivity of phosphate monoester monoanions in aqueous solution. 1. Quantum mechanical calculations support the existence of "anionic zwitterion" MeO(+)(H)PO(3)(2-) as a key intermediate in the dissociative hydrolysis of the methyl phosphate anion. : Journal of the American Chemical Society.

Chicago

Bianciotto Marc, Barthelat Jean-Claude and Vigroux Alain. 20020819. Reactivity of phosphate monoester monoanions in aqueous solution. 1. Quantum mechanical calculations support the existence of "anionic zwitterion" MeO(+)(H)PO(3)(2-) as a key intermediate in the dissociative hydrolysis of the methyl phosphate anion. : Journal of the American Chemical Society.

Harvard

Bianciotto M., Barthelat J. and Vigroux A. (20020819). Reactivity of phosphate monoester monoanions in aqueous solution. 1. Quantum mechanical calculations support the existence of "anionic zwitterion" MeO(+)(H)PO(3)(2-) as a key intermediate in the dissociative hydrolysis of the methyl phosphate anion. : Journal of the American Chemical Society.

MLA

Bianciotto Marc, Barthelat Jean-Claude and Vigroux Alain. Reactivity of phosphate monoester monoanions in aqueous solution. 1. Quantum mechanical calculations support the existence of "anionic zwitterion" MeO(+)(H)PO(3)(2-) as a key intermediate in the dissociative hydrolysis of the methyl phosphate anion. : Journal of the American Chemical Society. 20020819.