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William C. Hutton

University of Washington

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Publication

Featured researches published by William C. Hutton.

Journal of the American Chemical Society | 1984

Two-dimensional boron-11−boron-11 nuclear magnetic resonance spectroscopy as a probe of polyhedral structure: application to boron hydrides, carboranes, metallaboranes, and metallacarboranes

T. Leon. Venable; William C. Hutton; Russell N. Grimes

Une technique generale est mise en œuvre pour la determination directe des connectivites bore-bore dans tous les types de composes cages du bore, basee sur la spectroscopie RMN 11 B- 11 B a deux dimensions correlee en J. Discussion des resultats obtenus par cette methode

Journal of The Chemical Society, Chemical Communications | 1983

The application of two-dimensional n.m.r. cross relaxation spectroscopy to natural product structure determination: talaromycin B

William C. Hutton; Nancy J. Phillips; David W. Graden; David G. Lynn

Two-dimensional, cross relaxation, correlated n.m.r. spectroscopy is a powerful method for elucidating intermolecular, dipolar interactions of molecules in the extreme narrowing domain.

Biochemistry | 1977

Phospholipid head-group conformations; intermolecular interactions and cholesterol effects.

Philip L. Yeagle; William C. Hutton; Ching-Hsien Huang; R. Bruce Martin

Biochemistry | 1976

Structure in the polar head region of phospholipid bilayers: a phosphorus-31 {proton} nuclear Overhauser effect study

Philip L. Yeagle; William C. Hutton; Ching-Hsien Huang; R. Bruce Martin

Journal of the American Chemical Society | 1982

Atom connectivities in polyhedral boranes elucidated via two-dimensional J-correlated boron-11-boron-11 FT NMR: a general method

T. Leon. Venable; William C. Hutton; Russell N. Grimes

Concepts in Magnetic Resonance Part A | 2005

Exponential Parameter Estimation (in NMR) Using Bayesian Probability Theory

G. Larry Bretthorst; William C. Hutton; Joel R. Garbow; Joseph J. H. Ackerman

Journal of the American Chemical Society | 1975

Nuclear Overhauser effect in phosphorus-31 nuclear magnetic resonance

Philip L. Yeagle; William C. Hutton; R. Bruce Martin

Journal of the American Chemical Society | 1982

Talaromycins: application of homonuclear spin correlation maps to structure assignment

David G. Lynn; Nancy J. Phillips; William C. Hutton; Jeffrey Shabanowitz; D. I. Fennell; R. J. Cole

Journal of the American Chemical Society | 1980

Two-dimensional correlated nuclear magnetic resonance of spin-coupled boron-11-proton systems

David C. Finster; William C. Hutton; Russell N. Grimes

Biochemistry | 1976

Effects of paramagnetic shift reagents on the carbon-13 nuclear magnetic resonance spectra of egg phosphatidylcholine enriched with carbon-13 in the N-methyl carbons

Barry Sears; William C. Hutton; T. E. Thompson

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R. Bruce Martin

University of Virginia

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Russell N. Grimes

University of Virginia

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David G. Lynn

Emory University

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Denise D. Beusen

Washington University in St. Louis

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Garland R. Marshall

Washington University in St. Louis

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Janusz Zabrocki

Washington University in St. Louis

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Joel R. Garbow

Washington University in St. Louis

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Joseph J. H. Ackerman

University of Washington

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Miroslaw T. Leplawy

Washington University in St. Louis

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Philip L. Yeagle

University of Connecticut

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