Quantitative NMR spectroscopy (q-NMR) in particular is a versatile instrument for determining purity and elucidating the composition of a sample. It is therefore ideal for routine measurements and complex analytical chemistry problems. The analysis is precise and a cost-effective alternative to chromatographic techniques.
Quantitative NMR spectroscopy (q-NMR) is an extremely versatile instrument for determining the purity and elucidating the composition of a sample. This method is suitable for routine measurements as well as for complex questions in analytical chemistry. A major advantage of q-NMR is its precision and cost-effectiveness, which makes it an attractive alternative to chromatographic techniques.
An outstanding feature of q-NMR is that it acts as a relative primary method. This means that no special standard is required for each individual analyte, which greatly simplifies its application. In addition, q-NMR is characterized by its high selectivity, which enables accurate and specific analysis.
Quantification can be performed using different nuclei such as 1H, 13C, 19F and 31P, which underlines the flexibility of the method. The qNMR offers the possibility to determine several analytes simultaneously, which increases the efficiency of the analysis. As a rule, no complex method development is necessary.
q-NMR is not only used for purity determination, but also for detailed analysis of the composition of samples. Rely on q-NMR to achieve reliable and accurate results without the need for complex and expensive chromatographic techniques.
