臭氣源 的英文怎麼說

中文拼音 [xiùqìyuán]
臭氣源 英文
odor source
  • 臭 : 臭Ⅰ形容詞1 （氣味難聞） smelly; foul; stinking 2 （惹人厭惡的） disgusting; disgraceful 3 [方言] ...
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 源 : 名詞1. （水流起頭的地方） source （of a river）; fountainhead 2. （來源） source; cause 3. （姓氏） a surname
  • 臭氣 : bad [offensive] smell; dysodia; mephits; off-flavour; stench; stink; stinkdamp
  1. The humankind is troubled seriously by a series of environmental problems, such as air pollution, ozonosphere destruction, glasshouse effect, acid rain, water pollution, land pollution and soil erosion and so on. all of these will stop our economy developing

    大氣污染、臭氧層破壞、溫室效應、酸雨頻繁、水污染、土地污染、水土流失、草原退化、森林急劇減少、珍稀動植物滅絕、沙漠急劇擴大等一系列環境問題嚴重困擾著人類，各種公害接二連三地侵襲人類，再這樣下去，經濟將變成無源之水、無本之木。
  2. The results show that the indoor air is unpolluted and the main contamination is particulates with diameter of 10 m or less, total volatile organic compounds and ozone ; the pollution mostly comes from personnel, merchandise and outdoor air ; the unacceptability ratio of the indoor air quality is 22. 64 %, so the indoor air is unacceptable ; indoor persons have caught sick building syndrome ( sbs ) ; long time and low concentration pollution is an important characteristic of indoor pollution ; and the satisfied degree of indoor persons on the temperature, relative humidify, illumination and vision is very high

    結果表明，商場室內處于未污染狀況，主要污染物是可吸入顆粒物、總揮發性有機化合物和臭氧；主要污染來源於顧客、商品和室外空氣；商場內人員對室內空氣的不可接受率為22 . 64 % ，室內空氣屬于不可接受；室內人員已有病態建築綜合癥發生；長時間低濃度污染，是室內污染的重要特徵；室內人員對商場的溫度、相對濕度和室內光照度、視覺環境等滿意程度很高。
  3. Whether it has investigated the source of the foul odour and its impact on human health ; and

    有否調查臭氣的來源及其對人體健康的影響及
  4. Whether it will consider installing a stationary gas monitoring device in the district to assist in tracing the source of the foul odour

    會否考慮于區內設立固定的氣體監察器，以協助追查臭氣的來源？
  5. Office equipment, such as photocopying machines, laser printers, fax machines, computer terminals, air purifiers operating on electrostatic precipitation and ultraviolet equipment, are the main sources of indoor ozone

    室內臭氧的主要來源是文儀器材，例如影印機、激光電腦印表機、圖文傳真機、電腦終端機、採用靜電沉澱原理技術的空氣清新機，以及有紫外光的儀器等。
  6. Back in the 1980s, however, the shing mun river was not for the fainthearted. it was severely polluted from industrial and commercial effluent, discharge from livestock farms, runoff from unsewered villages, and effluent entering through expedient connections in the new towns. its most polluted branches were the tai wai, fo tan and siu lek yuen nullahs, all of whose water quality was consistently graded bad, with black water and foul - smelling sediment

    回想八十年代，城門河狀況堪虞，區內的工商業污水禽畜廢物無污水收集系統的鄉村污水和來自新市鎮的非法接駁污水渠將污水排入河內，造成嚴重污染，其中以大圍火炭和小瀝源明渠的污染情況最為嚴竣，持續錄得惡劣水質等級，河水淤黑而臭氣薰天。
  7. After ca. 20 minutes ( regeneration time of the drier ) and when the operating temperature is attained on the residual ozone eliminator, the ozat ? cfs begins to flush

    大概20分鐘（乾燥器的再生時間）后並且尾氣破壞器的溫度達到時，打開增壓泵開始運行，打開臭氧發生器電源對臭氧發生器進行吹掃。
  8. While foods such as garlic can be the culprit, as can a tooth infection, the most common cause of bad breath ( halitosis ) is an overgrowth of the bacteria which normally live in the mouth or throat

    雖然罪惡之源可能是像大蒜這樣的食物，也可能是因為牙齒感染，而導致口氣不好（口臭）的最常見原因，通常是在口腔或喉嚨中的細菌滋長過多。
  9. According to the national institute of water atmospheric research niwa a gaping hole in the ozone layer over antarctica appears to have shrunk by about 20 percent. this year the hole peaked at about 24 million sq km compared with 2003 s 29 million sq km record - breaking size, say new zealand scientists

    紐西蘭科學家指出，根據紐西蘭國家水資源和大氣研究院niwa的資料顯示，現今在南極上方的臭氧層破洞，面積頂多為兩千四百萬平方公里，相較於2003年破紀錄的兩千九百萬平方公里，面積縮小了百分之二十。
  10. The epd s long - term monitoring data indicates that the electrochemical potential of the sediment at sam ka tsuen typhoon shelter which reflects its oxygen content was substantially raised became less negative as a result of the bio - remediation programme, and the total sulphide level hydrogen sulphide gas, the source of the bad odour was significantly reduced

    環保署的長期監測數據顯示，三家村避風塘的沉積物經生化處理后，其電化學勢反映水含氧量大幅提高負數值降低，而總硫化物水平導致臭味的硫化氫氣體來源則明顯下降。
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