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1·A new laser microbeam system for cell perforation with excellent performance was studied.

研究成一种高性能的激光微束细胞打孔仪。

2·We analyze the effect on the optical radiation pressure for corpuscules by laser microbeam.

本文分析了激光微束光场辐射压力对微粒子的作用。

3·The paper mainly focus on the image distinguishing technology of cells for the ASIPP microbeam.

论文研究了微束系统中的细胞图象识别技术。

4·Using this focusing system, the laser microbeam instrument has got the focal spot size of less than 0.

用这个激光聚焦系统，激光微束仪能获得直径小于0。

5·The decrease in the ductility of the microbeam is attributed to fewer mobile dislocations in the grain.

而塑性下降则归因于较薄薄膜的晶粒内较少的可动位错。

6·Compares the method of cell fusion induced by laser microbeam with induced by virus, PEG, electric field pulse.

比较了微束激光融合法与病毒法，PEG法，电融合法。

7·The threshold of the fatigue crack initiation from the notch of the microbeam is close to that of the bulk material.

疲劳裂纹从尖缺口处萌生的门槛值接近块体材料。

8·Th paper mainly focuses on introducing the systematic design on the control system for the ASIPP microbeam facility.

文章主要介绍了A SIPP微束装置计算机控制系统的系统设计方案。

9·Laser microbeam irradiation to eggs of the silkworm, Bombyx mori, can induce androgenesis, with hatching ratio up to 29%.

激光微束照射家蚕受精卵，可以诱发雄核发育，孵化率达29%左右。

10·The research about the dynamics effect of laser microbeam is the frontier subject of quantum optics in the recent 10 years.

激光微束的动力学效应是近十年来量子光学领域中最前沿的研究课题。

微束

1·We analyze the effect on the optical radiation pressure for corpuscules by laser microbeam.

本文分析了激光微束光场辐射压力对微粒子的作用。

2·Laser microbeam irradiation to eggs of the silkworm, Bombyx mori, can induce androgenesis, with hatching ratio up to 29%.

激光微束照射家蚕受精卵，可以诱发雄核发育，孵化率达29%左右。