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Spectroscopy / Functional groups / Nuclear magnetic resonance spectroscopy / Chemical shift / Alkane / Proton / Tetrahydropyran / Ether / Two-dimensional nuclear magnetic resonance spectroscopy / Chemistry / Physics / Nuclear magnetic resonance


Proton Chemical Shifts in NMR. Part 121. Steric, electric field and conformational effects in acyclic and cyclic ethers. Raymond J. Abraham,*,a Mark A. Warnea and Lee Griffithsb a Chemistry Department, The University of
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Document Date: 2012-01-10 04:04:48


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Liverpool / /

Company

SCS / H2 AB / Zeneca Pharmaceuticals / CX3 / CX2 / /

Facility

The University of Liverpool / Liverpool Central Computing facility / /

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chemical shifts / room temperature 1H chemical shifts / proton chemical shifts1 / chemical shift difference / proton chemical / hydroxyl / oxygen binding site / methyl groups / low temperature chemical shift differences / oxygen substituent chemical shifts / proton chemical shifts / chemical shift data / /

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University of Liverpool Central Computing / University of Liverpool / Chemistry Department / /

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Lee Griffithsb / Raymond J. Abraham / A. Warnea / /

Position

RT / /

Product

Spectra / /

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