After the huge development occurred during the last 30 years, including the proposition of methods such as magic-angle spinning, multiple-resonance experiments (cross-polarization, high-power decoupling, etc.), multiple-pulses techniques, multiple quantum experiments, and multidimensional spectroscopy, pulsed Solid-State NMR became one of the most important experimental tools for studying physical and chemical properties of new materials in the solid-state. In this article we will review some of the NMR methods employed for studying an important class of solid materials: organic materials, particularly polymers and derivatives, which allow the application of a large number of different techniques for understanding their molecular dynamics and local conformation.
Molecular dynamics; NMR; Organic materials
