photochemical degradation 中文意思是什麼

photochemical degradation 解釋
光化降解
  • photochemical : 光化的
  • degradation : n. 1. 降級;免職。2. 退化;墮落。3. 【地質學;地理學】(地表的)剝蝕。4. 【化學】降解,遞降分解(作用)。5. 【物理學】(能的)退降。
  1. By using liquid - liquid extraction and photochemical desulfurization process, the technology for photochemical degradation of sulfur compounds and kinetics of reaction was investigated

    摘要從液液萃取光化學脫硫工藝入手,研究光化學反應降解含硫化合物技術並探討其動力學規律,同時還對光處理后的汽油烴族組成變化進行了考察。
  2. The role of photochemical reactions in soil pesticide degradation remains uncertain.

    光化學反應在土壤中的農藥的降解方面的作用還沒有確定。
  3. In order to study the photochemical activity of the product further, this dissertation, taking methyl orange as a deputy of organism, has studied the relation between the concentration of the organism and the reactive time during the process of light degradation, and, on the basis of the relation, the kinetic process of the photocatalytic degradation was achieved by the treatment on the curve of the organism concentration to the reactive time : zero order reaction of the high organism concentration, first order reaction of the middle organism concentration, second order reaction of the low organism concentration

    在產品對有機物的光降解方面,本文主要以產品光降解甲基橙溶液為例,研究了光降解過程中,有機物濃度與時間的關系。並在此基礎上,對有機物濃度與時間的曲線進行了動力學處理,得出產品光降解甲基橙的動力學過程分為三步,摘要即:高濃度時的零級反應、中等濃度時的二級反應和低濃度時的一級反應。
  4. The recent status of water pollution caused by these pollutants was briefly introduced, the researches on photochemical degradation, photo - catalytic degradation, chemical redox methods, radiochemical methods and so on were mainly discussed

    著重介紹了光降解及光催化技術、化學氧化法、氫解還原和輻射降解等技術在該領域的有關研究。
  5. Review of the status quo and progress on treating methods of dyeing wastewater were presented, especially the advanced techniques were introduced, such as membrane extraction, ultrasonic processes, high - energy physical processes, advanced oxidation processes, electrochemical processes, photochemical degradation and efficient bacterium processes

    摘要本文系統地綜述了國內外印染廢水治理現狀和進展,特別是近年來出現的一些新技術,如膜分離技術、超聲波技術、高能物理法、深度氧化法、電化學法、光化學法和高降解菌法。
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