Laser cavitation degradation technology is an advanced environmental remediation technology,which uses the high energy pulse generated by laser to induce cavitation phenomenon in the liquid medium,so as to achieve effective degradation of organic pollutants.However,the implementation efficiency of this technology is affected by many factors,including the intensity of the laser,the pulse width and the nature of the medium,which together determine the effect and efficiency of the degradation process.In this paper,the basic principle,technical advantages and challenges of laser cavitation degradation technology are discussed in detail,and targeted monitoring theories and methods are proposed.Experimental studies have verified the influence of laser parameters and the properties of organic pollutant media on laser cavitation degradation efficiency,and the degradation efficiency is improved by optimizing experimental parameters.It provides theoretical basis and experimental support for the application of laser cavitation degradation technology.
关键词
激光空化降解/有机物污染物/监测理论/实验研究
Key words
laser cavitation degradation/organic pollutants/monitoring theory/experimental research
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