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Method of laser-induced plasma atomic emission spectroscopy and apparatus thereof

机译:激光诱导等离子体原子发射光谱的方法及其装置

摘要

PURPOSE: A laser-induced plasma atomic emission spectroscope and a spectroscopic method thereof are provided to improve a detecting sensitivity of a light emission signal by parallel radiating dual pulse laser beam from one laser source. CONSTITUTION: A laser-induced plasma atomic emission spectroscope includes a laser source(301), optical attenuators(302,303), a dichroic mirror(305), first and second prisms(304,306), first and second lens(307,309), a spectroscope(310), an optical electron pipe(311), a power supply(312), an integrator(313), an output device(314) and a computer system. The laser source(301) generates a first laser pulse having an infrared ray wavelength and a second laser pulse having an ultraviolet ray wavelength. The optical attenuators(302,303) receive two laser pulses generated from the laser source(301). The first prism(304) receives laser beam from one optical attenuator(302) and refracts laser beam into a predetermined direction. The second prism(306) receives laser beam from the other optical attenuator and refracts laser beam into a predetermined direction.
机译:目的:提供一种激光诱导等离子体原子发射光谱仪及其光谱方法,以通过平行辐射来自一个激光源的双脉冲激光束来提高发光信号的检测灵敏度。组成:激光诱导等离子体原子发射光谱仪,包括激光源(301),光衰减器(302,303),二向色镜(305),第一和第二棱镜(304,306),第一和第二透镜(307,309),分光镜( 310),光学电子管(311),电源(312),积分器(313),输出设备(314)和计算机系统。激光源(301)产生具有红外线波长的第一激光脉冲和具有紫外线波长的第二激光脉冲。光衰减器(302,303)接收从激光源(301)产生的两个激光脉冲。第一棱镜(304)从一个光衰减器(302)接收激光束,并将激光束折射到预定方向。第二棱镜(306)从另一个光学衰减器接收激光束,并将激光束折射到预定方向。

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