Sequentially it gives a simple and effective method for accurate phase detection of the segmented mirrors of a huge combined mirror.
结果表明，该方法可有效提取出相位信息，从而为分立表面的大型光学镜面各单元的精确定相提供了一种简单有效的方法。
It has effects of focusing mirror reflect imaging, cracking and glass transparent, and technologies combined with mirror making by mercury, glass strengthening, cracking and adhering.
聚镜面反射成像效果、裂纹效果、玻璃透明效果于一身，将水银制镜、玻璃钢化、裂纹技术、粘接技术有机组合为一体。
The transition can be achieved by a combined effect of the broken mirror symmetry and bond formation between the flattened faces in the squashed nanotubes.
这种转变在两种因素的共同作用下得以发生，即外加压力造成碳纳米管镜像对称破缺，以及被压碳纳米管两侧原子发生成键相互作用。
应用推荐