得到了在不同情况下出现的光子反聚束、光场的亚泊松行为以及光场的挤压性质。
We obtain antibunching of photons. the sub-poissonian behaviour of optical fields and their squeezing properties in different cases.
光钳和微束系统可用来切割染色体，收集染色体片段，融合细胞以及改变细胞和细胞器的行为。
It can be used to microdissect chromosomes, to collect the chromosome segments, to fuse the selected pairs of cells and to change the behavious of cells and organelles.
通过直接的数值模拟，分析了原子束在激光驻波场下传播的动力学行为。
Building on direct numerical calculation, it analyzes the dynamics of atoms propagating through a laser standing wave (SW) potential in the regime of immersion-lens.
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