Magnetic Resonance of Solids at Extreme or Unusual Conditions

这项研究涉及固体中分子运动和松弛过程的核磁共振研究。其中一些工作(固体氢的破缺对称相)涉及高压砧板核磁共振方法。阐明金属氢化物中氢的反常弛豫机理也是这项工作的目标之一。最后，一个正在进行的项目涉及氰离子在晶格中冻结的随机和确定性方面，在晶格中，分子在高温下可以自由旋转，但在低温下是刚性的。

This research deals with NMR investigations of molecular motions and relaxation processes in solids. Some of the work (broken symmetry phases of solid hydrogen) involves high-pressure anvil NMR methods. Elucidation of mechanisms of anomalous relaxaton of hydrogen in metal hydrides is also a goal of the work. Finally, a continuing project deals with stochastic and deterministic aspects of the freezing of cyanide ions in lattices where the molecules are free to rotate at high temperatures but are rigid at low temperatures.