有趣的是不同于其他材料与块体氮化镓我们同时观察到了532纳米与355nm显著的饱和吸收效应。表二中可知532 nm饱和光强与氧气、二氧化碳在相近的数值我们测量的最大的透过率为150 文章16和17中报道的氧气、二氧化碳最大透过率约为110 、120 这说明氮化镓纳米线应用在可饱和吸收器件有相对的优势。请改写成英文。

Interestingly, unlike other materials and bulk gallium nitride, we observed significant saturation absorption effects at both 532 nanometers and 355 nanometers. According to Table 2, the saturation intensity at 532 nm is comparable to that of oxygen and carbon dioxide, with a maximum transmittance of 150%. This is higher than the maximum transmittance of oxygen (110%) and carbon dioxide (120%) reported in articles 16 and 17, indicating a relative advantage of gallium nitride nanowires in saturable absorber devices.