New Technologies And New Achievements Are Endless Green Laser Pointer
Laser-induced breakdown spectroscopy. It is an elemental quantitative analysis and green laser pointer detection technology that has gradually emerged in recent years. Because no sample preparation is required, multiple elements can be detected simultaneously, and the measurement speed is fast. Remote non-contact measurement. The system structure is simple and has many advantages. LIBS is known by experts as the "Future Star" of chemical analysis technology. Research on LIBS technology and its rapid development in China have achieved remarkable results in the exploration of new mechanisms, the development of new technologies, and the practicality of existing technologies. At present, LIBS has achieved new applications in the fields of nuclear material analysis, high pressure premixed turbulent flame structure and dynamics experimental research, energy conversion processes, computational imaging technology and applications. Because LIBS can solve problems that other technologies cannot solve, it has attracted the attention of a large number of scholars and industry people in a short period of time. It can be said that China's LIBS has been on its way to success. It will also become the world's most potential green laser pointer application market.
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Despite the outstanding technical advantages. However, it is affected by uncontrolled green laser pointer-substance interactions that cannot be precisely controlled through sample preparation. As a result, the measurement uncertainty of the LIBS system signal is high, and the repeatability accuracy is poor, which cannot be applied in some application fields. The breakthrough development of LIBS technology still has a long way to go. There is no doubt that this requires the cooperation of enterprises and scientific researchers. Recently, it was learned from the Institute of Optoelectronics of the Chinese Academy of Sciences that with the support of the major national scientific instrument and equipment development project. The institute is based on laser-induced spectroscopic detection (abbreviated as LIBS) technology. Developed the world's first engineering prototype of green laser pointer line testing equipment for vacuum alloy smelting.
2020-01-02 02:40:54
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