Materials Science with Synchrotron Radiation

在萨斯喀彻温大学的材料研究计划中，由加拿大研究主席和亚历山大莫维斯教授领导的一个充满活力的学者小组正在开发和采用领先的基于同步加速器的光谱技术。他们研究先进材料的特性，无论是独立还是与世界各地的研究人员合作。通过回答有关这些材料结构的关键问题，这些科学家正在为定制具有新颖光学，电子，磁性和催化性能的新材料奠定基础。他们扩展了新的磁性材料，低维材料和照明应用材料等领域的科学知识。他们的研究成果最终将用于开发新的传感器设备，改进的纳米电路，更硬，更持久的涂层和新的发光二极管等领域。

In the materials research program at the University of Saskatchewan, a dynamic group of scholars led by Canada Research Chair and Professor Alexander Moewes is developing and employing leading-edge synchrotron-based spectroscopy techniques. They study the characteristics of advanced materials, both independently and in collaboration with researchers worldwide. By answering key questions concerning the structure of these materials, these scientists are laying the groundwork for tailoring new materials with novel optical, electronic, magnetic, and catalytic properties. They expand scientific knowledge in such areas as new magnetic materials, low dimensional materials and materials for lighting applications. Their research findings will ultimately be used in such areas as the development of new sensor devices, improved nanoelectric circuits, harder, longer-lasting coatings, and new light emitting diodes.