根据早期研究,用近场显微镜捕获单个ZnO纳米列阵的激光作用,加州大学的科学家现在观察到单个GaN纳米线特征的紫外和蓝光激光作用。在这一过程中,他们确信在创建注入电子纳米线激光器的进程中取得了重要进展。 正如早期研究,研究人员利用近场和远场光学显微镜识别室温下辐射的波导模结构和光谱特性。研究组成员J.C.Johnson报告,纳米线具 According to earlier studies, using a near-field microscope to capture the laser effects of a single ZnO nanowire array, scientists at the University of California have now observed UV and blue laser effects of a single GaN nanowire. In doing so, they are convinced that significant progress has been made in creating the process for implanting electron-beam nanowire lasers. As with earlier studies, researchers used near-field and far-field optical microscopy to identify waveguide mode structures and spectral characteristics of radiation at room temperature. Study Group member J.C. Johnson reports that nanowires are available