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。
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。
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。
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。
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。
In this paper, we design and set up a laser microbeam system, which consists of two main parts: laser source and microscope.
本文中介绍了我们设计和安装的一套激光微束系统，该系统分为二部份：激光源和显微镜。
The recent advances about laser microbeam in plant transformation of exogenous gene, key techniques and applications are introduced.
研究了微束激光转化法用于棉花感受态萌动胚转化预培养的时间、高渗液对材料的处理等。
The measuring methods for the diameter of cell damage spot caused by laser microbeam and the energy density of focusing spot are described in this paper.
本文论述激光微束照射细胞的损伤点直径和聚焦光斑上能量密度的测试方法。
Laser microbeam irradiation of both nucleoli in interphase cells 30 hr before mitosis, and nucleoli in preprophase cells resulted in the formation of micronucleoli after mitosis.
结果表明，激光微束照射有丝分裂前30小时的间期细胞的核仁以及早前期细胞的核仁之届，细胞都能正常地进行有丝分裂。
Laser Biography is a multi-discipline crossed new area, and the optical tweezers technology based on microbeam laser is an effective tool in the research of life science and bioengineering.
激光生物学是一个多学科交叉的新兴学科，其中以激光微束的光阱效应为基础的光镊技术是生命科学和生物工程研究的有力工具。
Laser Biography is a multi-discipline crossed new area, and the optical tweezers technology based on microbeam laser is an effective tool in the research of life science and bioengineering.
激光生物学是一个多学科交叉的新兴学科，其中以激光微束的光阱效应为基础的光镊技术是生命科学和生物工程研究的有力工具。
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