indoor pollutant 中文意思是什麼

indoor pollutant 解釋
室內空氣污染物
  • indoor : adj. （opp. outdoor）1. 屋內的，室內的。2. 待在家裡的。3. 〈英國〉救濟院內的。
  • pollutant : n. 污染物〈尤指放入水中和空氣中的有害的化學物質〉。
  1. This text the standard of the nation 《 the public construction engineering indoor environment pollution control norm 》 ( gb50325 - 2001 ) the source and banes of the indoor pollutant of the control made the analysis and studies, and for put forward the design, construction from the control that the adornment repairs the causable indoor environment pollutant etc. prevention and cure measure

    本文就國家標準《民用建築工程室內環境污染控制規范》 （ gb50325 - 2001 ）控制的室內污染物的來源及危害作了分析與探討，並為由裝飾裝修引起的室內環境污染物的控制提出了設計、施工等工程防治措施。
  2. Taking the irrigation with reclaimed water of dawukou forest park in ningxia as an example, through the indoor test of one - dimensional dust columniation, the regular patten of pollutant shift in soil when irrigated with reclaimed water at different infiltration condition was studied

    摘要以寧夏回族自治區大武口市森林公園利用再生水灌溉為例，通過室內一維土柱試驗模擬土壤的入滲過程，研究了不同灌溉入滲條件下污染物在土壤中的運移規律，結果表明：土壤的吸附作用是影響該地區土壤污染物遷移的主要因素。
  3. As a main indoor air pollutant, formaldehyde is very harmful. one of the harmful effects is airway irritation or airway neurogenic inflammation which results in sick building syndrome ( sbs ), multiple chemical sensitivity ( mcs ) and so on. since indoor air formaldehyde pollution is getting more serious than before people take more attention on it

    作為室內空氣主要污染物之一，甲醛的危害是多方面的，其中之一就是氣道刺激作用或稱氣道神經源性炎癥，可以導致不良建築物綜合征（ sickbuildingsyndrome ， sbs ） 、多重化學敏感癥（ multiplechemicalsensitivitv ， mcs ）等。
  4. The change of indoor contaminating material concentration is dynamical simulated by adjusting the flow of fiowrator. at the same time, the path formulas of simulate pollutant source is modified by experiment, and providing theoretical base for dynamic simulation

    通過調節轉子流量計的流量來達到動態模擬室內污染物質濃度的變化情況，並根據對實驗結果的修正得出裝配式潔凈室室內模擬污染源的軌跡方程，為動態模擬提供了理論依據。
  5. Numerical simulation of the air exchange process of indoor pollutant

    室內污染物換氣過程的數值模擬
  6. The result showed that the contamination situation in the lower zone of the office, i. e. the zone of occupants, was affected by of that of supply air. the supply air contamination should be kept to a low level in order to provide a good indoor air quality. however, the variation of the supply pollutant concentration has no influence on the indoor contaminant distribution of such system

    本文針對氣態污染物，研究了不同送風濃度對系統的影響，結果表明：置換通風房間的下部區域受送風污染物濃度的影響較大，人的工作區恰好處于該區，實踐中需要控制好送風濃度以保證人呼吸區的空氣品質；但是送風濃度的變化並不影響置換通風下污染物的分層分佈的特點。
  7. The heat and contaminant transport structures indoors give us a bird - eye to see ( a ) if the heat and contaminant could be swept out as soon as possible, ( b ) if the harmful heat / pollutant sources do harm to our health, and ( c ) how to organize the heat and pollutant sources so as to achieve a high indoor air quality

    室內熱與污染物的傳輸結構給我們提供了一種視覺上的環境質量評價，如我們可以直觀地看到：室內有害的熱與污染物能否盡快排除?有害的熱與污染物是否對我們身體健康產生影響?如何布置或控制熱源與污染源，以避免它們對我們身體造成侵害或使室內空氣環境質量更好
  8. Moreover, second - hand smoke is the most important indoor air pollutant. if somebody smokes in some public indoor premises, everyone in the premises will inevitably be subjected to second - hand smoke as well

    此外，二手煙是造成室內空氣污染的主要源頭；假如有人在室內公眾場所吸煙，所有置身當中的人士都會受到二手煙的影響。
  9. The study of the indoor moisture distribution was done in this paper through a numerical simulation of a representative office. the result showed that the stratification phenomenon also exists for the moisture. similar to heat pollutant, we consider only the humidity desire in working zone

    本文模擬了一間置換通風辦公室的濕度分佈情況，結果表明：置換通風房間內的濕度也同樣存在層狀梯度分佈，這一特性使之非常適合於熱濕同源的場合，系統在濕度控制時只要保證工作區的濕度能滿足要求即可，使空調系統在節能上有了新的空間。
  10. The effect of the position and strength of indoor heat and pollutant sources on indoor air environment is then numerical studied in chapter four

    由於人類活動的復雜性和舒適性需要，建築室內離散熱源與污染源的位置與強度往往是不斷變化的，從而對室內空氣環境產生重要影響。
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