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Spectroscopy / Functional groups / Physical organic chemistry / Proton NMR / A value / Nuclear magnetic resonance spectroscopy / Chemical shift / Alkane / Ether / Chemistry / Organic chemistry / Nuclear magnetic resonance


MAGNETIC RESONANCE IN CHEMISTRY Magn. Reson. Chem. 36, S179ÈS188[removed]Substituent chemical shifts (in NMR spectroscopy Part 11¤. Does CÈC bond anisotropy contribute to proton chemical shifts ?” Raymond J. Abraham,
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Document Date: 2012-01-10 04:05:06


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Pittsburgh / Reading / Liverpool / Wiley / Waterloo / Oxford / /

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Liverpool Computer Laboratories / MAGNETIC RESONANCE / John Wiley & Sons Ltd. / Serena Software / UK 2Zeneca Pharmaceuticals plc / Cherwell ScientiÐc Publishing Ltd / J. Comp. / Zeneca Pharmaceuticals Ltd. / Hypercube Inc. / /

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Canada / United Kingdom / /

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Business Partnership / /

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Liverpool Central Computing facility / University of Liverpool / /

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endo proton chemical shifts / nuclear chemical shifts2 / proton chemical shifts / anisotropic carbonyl / chemical shifts / proton chemical shift / possible mechanisms inÑuencing proton chemical shifts / observed substituent chemical shift / calculated proton chemical shifts / observed proton chemical shifts / /

Organization

Lee Griffiths2 1Chemistry Department / University of Liverpool Central Computing / University of Liverpool / Chemistry Department / /

Person

S. R. Walter / N. J. Ainger / Mark A. Warne / P. D. Mallinson / M. Edgar / R. P. Glover / M. A. Warne / L. GRIFFITHS / R. J. ABRAHAM / R. L. Martin / G. H. Grant / Raymond J. Abraham / /

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Professor / general chemist / Fisher / Marshall / D. J. / /

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New York / Ontario / /

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MAGNETIC RESONANCE IN CHEMISTRY / The MAGNETIC RESONANCE IN CHEMISTRY / /

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spectroscopy / /

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