pollutant monitoring 中文意思是什麼

pollutant monitoring 解釋
污染物監測
  • pollutant : n. 污染物〈尤指放入水中和空氣中的有害的化學物質〉。
  • monitoring : 劑量測定
  1. Based on the hypothesis of " reference value " for each pollutant, the parameters in the formulae of the pollution harm rate are universal ones independent of the characters of the pollutants when the relative values of the pollutant concentration substitute their monitoring values

    摘要在選擇了各污染物的「參照值」情況下,用污染物的實測濃度相對值代替水質污染損害率公式中的濃度監測值,公式中的參數可認為與污染物的特性無關。
  2. Abstract : this paper analyzes the severity of the air pollutant hazards inside the long distance bus, practical air quality monitoring and first aid measures for intoxication accidents. the author also presents an introduction to the state standard of gb / t17729 - 1999 “ air quality requirement inside the long distance bus ” and indicates that the intoxication accident can be prevented thoroughly

    文摘:從長途客車內空氣污染的嚴重性,空氣質量的實車檢測,旅客急性中毒的主要原因,影響人體健康的主要空氣成份分析著手,介紹gb / t17729 - 1999 《長途客車內空氣質量要求》提出的長途客車內主要空氣成份的標準值,提出預防旅客被空氣污染而產生中毒傷亡事故的安全防範和應急搶救措施,指出此類事故是完全可以避免的。
  3. On the basis of previous studies, the paper presents a comprehensive review and summary on the influence of sediment to water quality in the yellow river, highlighting four issues : 1 the influence of the sediment on pollutant behavier, 2 the relationship between sediment - associated natural organic matter and water quality parameters of oxygen - consuming organic pollutants and its influence on the assessment of the water quality in the yellow river, 3 the relationship between the heavy metal background values of the sediment and the water quality parameters of the heavy metals and its influence on the assessment of the pollution of the yellow river, 4 the influence of sediment ? ? containing much carbonates in the yellow river on the water quality and the monitoring of the water quality

    黃河是世界上罕見的多泥沙河流,泥沙與水相互作用對黃河水質產生顯著影響。根據以往研究工作,對黃河泥沙與水質的關系問題作全面的總結評述和展望,著重於4個問題: 1黃河泥沙對污染物行為的影響2黃河泥沙中的天然有機質與黃河耗氧有機物水質參數的關系和對污染評價的影響3黃河泥沙中的本底量重金屬與黃河重金屬水質參數的關系和對污染評價的影響4黃河泥沙中的碳酸鹽對水質和對水質監測研究的影響。
  4. On the basis of previous studies, the paper presents a comprehensive review and summary on the influence of sediment to water quality in the yellow river, highlighting four issues : 1 the influence of the sediment on pollutant behavier, 2 the relationship between sediment - associated natural organic matter and water quality parameters of oxygen - consuming organic pollutants and its influence on the assessment of the water quality in the yellow river, 3 the relationship between the heavy metal background values of the sediment and the water quality parameters of the heavy metals and its influence on the assessment of the pollution of the yellow river, 4 the influence of sedimentcontaining much carbonates in the yellow river on the water quality and the monitoring of the water quality

    黃河是世界上罕見的多泥沙河流,泥沙與水相互作用對黃河水質產生顯著影響。根據以往研究工作,對黃河泥沙與水質的關系問題作全面的總結評述和展望,著重於4個問題: 1黃河泥沙對污染物行為的影響2黃河泥沙中的天然有機質與黃河耗氧有機物水質參數的關系和對污染評價的影響3黃河泥沙中的本底量重金屬與黃河重金屬水質參數的關系和對污染評價的影響4黃河泥沙中的碳酸鹽對水質和對水質監測研究的影響。
  5. A multi - parameter intelligent environmental monitora feasible environmental monitoring terminal system of the updated and advanced international technology, has been developed under the environmental protection objectives of the total amount control of pollutant discharge and on the basis of the present techniques as to the environmental monitor and supervision in our country

    根據我國環境保護的目標?實施污染物排放總量控制,從我國環境監測和環境監理現狀出發,開發了既切合我國國情又具有二十世紀末國際先進水平的環境污染監測終端系統一多參數智能環境監測儀。
  6. Whether the pollutant emission level of cruise ships within hong kong territory is subject to regulation by the " international convention for the prevention of pollution from ships, 1973, as modified by the protocol of 1978 relating thereto " and the merchant shipping prevention of air pollution regulation which is being drafted ; if so, of the details, and whether the situation is regularly monitored by the environmental protection department ; if there is monitoring, of the results ; if the emission level is not subject to regulation, the reasons for that ; and

    三郵輪在香港境內的污染物排放水平是否受經1978年議定書修訂的1973年國際防止船舶造成污染公約及正在草擬中的商船防止空氣污染規例規管若然,詳情為何,以及環境保護署有否定期監察有關情況若有監察,結果為何若有關水平不受規管,原因為何及
  7. Through the continuous correctly monitoring of 27 index of the huangqian reservoir, the ground drinking water source area of taian city, we appraised and studied the space - time change of water quality of the reservoir, disclosed the main pollutant of it, produced the current reasons, and put forward the corresponding settlements in order to protect the drinking water source pointedly, improve water quality further, optimize water management and offer scientific basis

    摘要本研究以泰安市地面飲用水源地黃前水庫為對象,通過對庫區水質27項指標的連續監測,分析評價了水庫水質時空變異規律,揭示了水庫主要污染物及其產生原因,並提出了相應的解決措施,為有針對性地保護飲用水源,進一步改善水質,優化水源管理提供了科學依據。
  8. The data collected at the station in 2003 show an upward trend of air pollutant concentrations similar to that recorded at the general air quality monitoring station in kwai chung, a district with land use ( an urban area with mixed residential, commercial and industrial developments ) similar to that in kwun tong. therefore, the upward trend of ambient air pollution is not a localised phenomenon peculiar to a particular district

    (二)及(三)位於觀塘區的空氣監測站,屬於一般空氣監測站,其於2003年所收集得的數據,跟位於土地用途相若地區的葵涌監測站所錄得的空氣污染物濃度均有上升趨勢,所以這不是一個局部地區現象。
  9. Studies on the water environment and the countermeasures of integrative treatment of nanhu lake in yueyang city abstract by the monitoring of water environmental quality and the pollutant - receive situation of nanhu lake in yueyang city, hunan province, the paper checked up the total amount pollutant - receive and the situation of pollutant sources and determined major problems of the water environmental quality and the classification of water quality

    本文通過對湖南嶽陽市南湖水環境質量現狀和納污情況的監測,查清了南湖納污總量和污染源狀況,確定了南湖主要水環境質量問題和水質類別。結合歷年監測數據,深入分析了南湖水環境質量變化的趨勢。
  10. Beyond blue sky reporting, the 2006 change in the air quality monitoring network also has resulted in misleading improvements in reported annual pollutant concentrations

    除此之外, 2006年改變空氣質量監測網的做法也會誤導污染物年平均濃度出現改善的結論。
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