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Robert D. Cook

University of California, Los Angeles

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Publication

Featured researches published by Robert D. Cook.

Journal of The Chemical Society, Chemical Communications | 1985

The acid-catalysed hydrolysis of O-methyl dimethylthiophosphinate. Direct evidence for pentaco-ordinate intermediate formation in the conversion of the PS ester into the PO ester

Robert D. Cook; Marlene Metni

Hydrolysis of the title compound in strong acid leads not only to the phosphinic acid but also to methyl dimethylphosphinate which could only be formed by the intermediacy of a pentaco-ordinate species.

Journal of the American Chemical Society | 1973

Mechanism of nucleophilic displacement at phosphorus in the alkaline hydrolysis of phosphinate esters

Robert D. Cook; Curtis E. Diebert; Wolfgang. Schwarz; Patricia C. Turley; Paul Haake

Journal of the American Chemical Society | 1967

Evaluation of the basicity of phosphine oxides and phosphine sulfides by measurements of chemical shift in sulfuric acid solutions

Paul Haake; Robert D. Cook; Gail Hurst

Canadian Journal of Chemistry | 1986

The influence of the changing of P=O to P=S and P-O-R to P-S-R on the reactivity of phosphinate esters under alkaline hydrolysis conditions

Robert D. Cook; Selim Farah; Labib Ghawi; Adnan Itani; Jubrail Rahil

Canadian Journal of Chemistry | 1986

The aminolysis of phosphinates; the kinetics and mechanism of the aminolysis of phosphinate esters in acetonitrile

Robert D. Cook; Wafa A. Daouk; Asaad N. Hajj; Ahmad Kabbani; Anwar Kurku; Muna Samaha; Fuad Shayban; Ohannes V. Tanielian

Journal of the American Chemical Society | 1970

Inhibition of rate of displacement at phosphorus due to angle strain in a four-membered ring. Tool to distinguish mechanism

Paul Haake; Robert D. Cook; Toru Koizumi; Paul S. Ossip; Wolfgang. Schwarz; Donald A. Tyssee

Journal of the American Chemical Society | 1972

Pentacoordinate intermediates and the rate-determining step in displacement at phosphorus

Robert D. Cook; Patricia C. Turley; Curtis E. Diebert; Arthur H. Fierman; Paul Haake

Tetrahedron Letters | 1968

Phosphinic acids and derivatives. 4. Linear free energy relationships in displacement at phosphinyl phosphorus

Paul Haake; David R. McCoy; William H. Okamura; Sigma R. Alpha; Shi-Yin Wong; Donald A. Tyssee; Jean P. McNeal; Robert D. Cook

ChemInform | 1974

MECHANISM OF NUCLEOPHILIC DISPLACEMENT AT PHOSPHORUS IN THE ALKALINE HYDROLYSIS OF PHOSPHINATE ESTERS (I)

Robert D. Cook; Curtis E. Diebert; Wolfgang. Schwarz; Patricia C. Turley; Paul Haake

Tetrahedron Letters | 1968

Evaluation of the basicity of sulfoxides by measurements of chemical shifts in aqueous sulfuric acid

Paul Haake; Robert D. Cook

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Paul Haake

University of California

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Wolfgang. Schwarz

Wesleyan University

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Curtis E. Diebert

Wesleyan University

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Patricia C. Turley

University of California

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Donald A. Tyssee

Wesleyan University

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Khamis A. Abbas

American University of Beirut

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D.R. McCoy

Wesleyan University

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David R. McCoy

Wesleyan University

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Jean P. McNeal

University of California

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Shi-Yin Wong

Wesleyan University

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