Theoretical and experimental advancements

This category encompasses cutting-edge research on the theoretical foundations and experimental developments in quantitative Nuclear Magnetic Resonance (qNMR). It includes studies that refine qNMR methodologies, introduce novel data processing techniques, and enhance measurement accuracy and reproducibility.

Topics covered include:

• Fundamental principles of qNMR and their evolution
• New pulse sequences and acquisition strategies for improved sensitivity and precision
• Advancements in relaxation time analysis (T1, T2) and their impact on quantification
• Optimization of experimental conditions, including sample preparation, solvent effects, and reference standards

This category serves as a resource for researchers and practitioners aiming to push the boundaries of qNMR science, ensuring the technique remains at the forefront of analytical chemistry and metrology.