Modern chemical techniques: nuclear magnetic resonance spectroscopy

2015-04-30T15:15:00+01:00

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This book teaches about modern chemical techniques without heavy emphasis on maths or physics. It includes descriptions of instruments and their applications.

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Nuclear magnetic resonance spectroscopy
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Level

Use

Specification

England
- A/AS level
Scotland
- Advanced Higher
  - SQA Chemistry
    - Organic chemistry and instrumental analysis
      - Spectroscopy
        Interpretation of ¹H NMR spectra
        Proton nuclear magnetic resonance spectroscopy (proton NMR) can give information about the different environments of hydrogen atoms in an organic molecule, and about how many hydrogen atoms there are in each of these environments.
        In the proton NMR spectrum the peak position (chemical shift) is related to the environment of the H atom.
        The area under the peak is related to the number of H atoms in that environment.
Wales
- A/AS level
  - WJEC Chemistry
    - Unit 4: ORGANIC CHEMISTRY AND ANALYSIS
      - 4.8 Organic synthesis and analysis
        (f) use of high resolution ¹H NMR spectra (alongside the other spectral data specified in 2.8) in the elucidation of structure of organic molecules
    - Unit 2: ENERGY, RATE AND CHEMISTRY OF CARBON COMPOUNDS
      - 2.8 Instrumental analysis
        (c) use of ¹³C and low resolution ¹H NMR spectra in identification of chemical structure
Northern Ireland
- A/AS level
  - CCEA Chemistry
    - Unit A2 2: Analytical, Transition Metals, Electrochemistry and Organic Nirtrogen Chemistry
      - 5.2 Nuclear magnetic resonance chemistry

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This book teaches about modern chemical techniques without heavy emphasis on maths or physics. It includes descriptions of instruments and their applications.

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Modern chemical techniques: nuclear magnetic resonance spectroscopy

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Nuclear magnetic resonance spectroscopy

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Following a synthetic route

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