固体染料激光器与传统液体染料激光器相比，具有体积小，重量轻，易操作，结构紧凑，使用较为可靠等优点。
The solid dye laser compares to the traditional liquid dye laser, it will have a small size, light weight, easy to operate, compact structure, the use of more reliable and so on.
把固体染料激光器工作介质激射寿命的概念推广到液体染料激光器中，同时提出了一种针对液体激光染料激射寿命的双激光光路测试方法。
The concept of the lasing lifetime of working substance in the solid dye laser is promoted to liquid dye laser, and a twin laser beam testing method to measure the lasing lifetime is presented.
介绍用激光诱发分子荧光法探测流动液体中单个染料分子的基本原理和实验方法。
The concept and experimental method of single-molecule detection based on laser-induced fluorescence in liquid fluid have been described.
激光将加热实现溶在溶液中的蓝色染料，这将会产生一个气泡，这个气泡会迅速地膨胀和塌缩，当这类气泡单独产生时，就会造成在液体中传播的冲击波。
The lasers heated molecules of a blue dye dissolved in the fluid, which in turn created tiny bubbles to rapidly grow and collapse.
在对染料以及光致荧光理论知识分析和讨论的基础上，提出了一种新的测试液体激光染料激射寿命的方法。
Based on the theoretical analysis of the dye and the photo-induced fluorescence, a new method for testing the liquid laser dye's lasing lifetime was introduced.
在对染料以及光致荧光理论知识分析和讨论的基础上，提出了一种新的测试液体激光染料激射寿命的方法。
Based on the theoretical analysis of the dye and the photo-induced fluorescence, a new method for testing the liquid laser dye's lasing lifetime was introduced.
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