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Spectroscopy / Proton NMR / Nuclear magnetic resonance spectroscopy / Chemical shift / 1H / Aromatic ring current / Pyridine / Hydrogen / Chemical bond / Chemistry / Nuclear magnetic resonance / Physics


A RTICLE The prediction of 1H NMR chemical shifts in organic compounds Raymond J. Abraham and Mehdi Mobli
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Document Date: 2012-01-10 04:05:17


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File Size: 239,30 KB

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City

Wallingford / Liverpool / New York / Toronto / /

Company

PerkinElmer Inc. / NMR Prediction Software / Advanced Chemistry Development Inc. / Gaussian Inc. / Modgraph Consultants Ltd / J. Comp / John Wiley & Sons / /

Continent

Europe / /

Country

United States / Canada / /

Facility

The University of Liverpool / University of Liverpool / /

IndustryTerm

quantum chemical / chemical shift changes / low energy conformers / chemical shielding calculations / proton chemical shifts / chemical shift range / chemical shift / experimental 1H chemical shifts / 1H chemical shift / rapid and accurate solution / proton chemical shift / analytical tools / minimum energy conformations / chemical shift calculations / quantum chemical calculations / 1H chemical shifts / aliphatic and aromatic systems / chemical shift predictor / invaluable tool / atom site / chemical shift prediction / substituent chemical shift / proton chemical shift calculations / chemical shift assignment / versatile tool / chemical shifts / conformation search / analytical software / experimental chemical shifts / software uses conformer generators / internet service / /

Organization

Mehdi Mobli Chemistry Department / University of Liverpool / /

Person

Mehdi Mobli / Raymond J. Abraham / /

/

Position

research scientist / structural chemist / chemist / /

Product

dimethyl sulfoxide / /

ProvinceOrState

New York / Ontario / /

Technology

neural network / spectroscopy / /

URL

www.spectroscopyeurope.com / www.perkinelmer.com/lasoffices / www.perkinelmer.com / www.perkinelmer.com/X1lambda / www.modgraph.co.uk / /

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