Coherent Optical Phenomena and Solid State Spin Resonance

更广泛地应用华盛顿特区的方案。超导量子干涉装置(DC。SQUID)，用于在高磁场和接近零场时检测核磁共振。表面核自旋的共振探测和粉末固体中核耦合自旋的光谱将扩展到不同温度下的各种材料。提出了一种用光抽运方法检测稀土掺杂单晶表面耦合核四极矩的方案。

The program for wider application of the d.c. superconducting quantum interference device (d.c. SQUID) for the detection of Nuclear Magnetic Resonance at high magnetic fields and toward zero field is to be implemented. The resonance detection of surface nuclear spins and the spectroscopy of nuclear coupled spins in powdered solids is to be extended to various materials at varying temperatures. A scheme for detection of surface coupled nuclear quadrupole moments on rare earth doped single crystal surface by an optical pumping method will be carried out.