Disorder and Dynamics in Silicate Liquids, Glasses, and Crystals: Nuclear Magnetic Resonance Studies

斯特宾斯将继续利用核磁共振波谱研究硅酸盐液体、玻璃和晶体中无序的结构和动力学。他已经开始了一些研究，以更好地理解晶体内部的无序。他计划扩大实验的温度和成分范围，并继续进行理论建模。Stebbins还进入了一项新的合作，将新的核磁共振技术(“双旋转”和“动态角度旋转”)应用于固体中的四极核。这可能会导致我们对无序过程，特别是与氧有关的无序过程的理解取得真正的突破。

Stebbins will continue to study the structure and dynamics of disordering in silicate liquids, glasses, and crystals using nuclear magnetic resonance spectroscopy. He has begun a number of studies to better understand disordering in the interior of crystals as well. He plans to extend the ranges in temperature and composition of the experiments, and to continue with theoretical modeling. Stebbins is also entering into a new collaboration on the application of new NMR techniques ("Double Rotation" and "Dynamic Angle Spinning") to quadrupolar nuclei in solids. These may lead to a real breakthrough in our understanding of the disordering process, particularly involving oxygen.