Solid state NMR of fluorine containing materials

我的研究主要涉及开发固态核磁共振（SSNMR）方法来研究含氟材料的结构和分子运动。最终目标是建立莱斯布里奇大学作为一个广泛的含氟材料的表征中心。结构和动态实验以及模拟工具将不断扩大，以应对新兴氟技术带来的新挑战。感兴趣的材料包括有机和无机含氟聚合物、高活性无机氟化物、包合化合物、生物大分子和药品，其中大多数样品材料将通过当地和国际合作者的网络获得。将不断寻求与工业和学术研究人员的合作，为他们提供有价值的表征能力和专业知识，从而帮助新技术的创新发展。

My research is primarily concerned with developing solid-state Nuclear Magnetic Resonance (SSNMR) methods to study the structure of, and molecular motion in, materials that contain fluorine. The ultimate objective is to establish the University of Lethbridge as a center for characterization of a wide range of fluorine containing materials. The repertoire of structural and dynamic experiments, as well as simulations tools, will be continually expanded to meet new challenges posed by emerging fluorine technologies. Materials of interest include organic and inorganic fluoropolymers, highly reactive inorganic fluorides, inclusion compounds, biological macromolecules, and pharmaceuticals, where most sample materials will be sourced through a network of local and international collaborators. Collaborations will be continually sought with industrial and academic researchers to provide them with valuable characterization capabilities and expertise thereby aiding innovation in the development of new technologies.