The research on manipulating manifold organisms cell alive using a laser micro beam with mechanics effect is reported.
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 quality of laser beam is very important for many applications, such as beam shaping, diffuser, micro-lenses and MOEMS.
在激光技术应用的许多领域中，对激光光束的质量有着较高的要求。
The Welding Technology of lower power pulse YAG laser beam welding micro-module with filler wire was given.
给出了利用脉冲YAG激光做微型结构件的激光填丝焊接的较佳焊接工艺。
The optical force and torque of a micro-propeller-shaped rotor driven by TEM00Gaussian laser beam are calculated with a geometric-optics model.
在几何光学模型近似下，对用TEM 00高斯激光束驱动微型螺旋桨结构的光驱动力和力矩进行了理论计算。
The laser-micro-engraving technology, which processes glass or crystal by a laser beam, develops fast recently.
激光内雕技术是近年来新兴的一种将激光应用于玻璃、水晶的加工技术。
The interaction force between particles and micro-beam laser is very complicated.
激光与粒子之间的作用是一个复杂的交互过程。
A micro-beam laser system was constructed for cell manipulation.
提出了构建一种用于细胞非接触操作的激光微束系统。
This paper presents a novel way of laser beam steering based on micro lens array and driven by voice coil actuator.
本文提出了一种利用音圈电机驱动微透镜阵列，实现激光束方向控制的新方法。
In coarse laser beam steering, micro lens array which can response fast and steer large Angle is becoming more and more popular.
在粗跟瞄系统中，微透镜阵列技术作为一种响应速度快，偏转范围较大的技术日益受到人们的关注。
In coarse laser beam steering, micro lens array which can response fast and steer large Angle is becoming more and more popular.
在粗跟瞄系统中，微透镜阵列技术作为一种响应速度快，偏转范围较大的技术日益受到人们的关注。
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