室內空氣品質圖 7 總結了使用箱形圖按期間和位置對選定建築物中的每小時

室內空氣品質圖 7 總結了使用箱形圖按期間和位置對選定建築物中的每小時空氣品質測量情況。以正常冬季和正常夏季測量的平均室內PM 10濃度低於世衛組織每年PM 10的室內空氣指南，為20微克/米3，保持可接受的室內PM品質的健康。兩個季節室內PM2.5的平均濃度低於世衛組織年度PM2.5指南10微克/m 3。在HVAC的正常運行期間，室內PM 10、PM 2.5和PM 1大大低於室外，這表明系統有助於去除室外顆粒。在室內出風口測量的 PM 2.5 濃度比室外測量的濃度低 70%。這表示這個系統中的過濾系統也可能有助於清潔環境空氣污染。冬季室內平均濃度為20ppb至30 ppb夏季為30ppb至40ppb超過世衛組織在採樣週期中的40微克/米3的室內空氣品質標準

結果 (英文) 1:

Indoor Air Quality
Figure 7 summarizes the use of box plots during and positions selected by the building air quality measurement situations hour. Normal average indoor winter and summer normal concentrations of PM 10 measurements of indoor air is lower than the WHO guidelines of the annual PM 10, is 20 micrograms / m 3, maintaining an acceptable quality of indoor PM health.
The average concentration of less than two seasons indoor PM2.5 PM2.5 annual WHO guidelines of 10 micrograms / m 3.
During normal operation of HVAC, indoor PM 10, PM 2.5 and PM 1 is much lower than outdoor, indicating that the system facilitates the removal of outdoor particles.
70% lower than the outdoor concentration of PM 2.5 measured concentration in the room air outlet measured.
This means that this system of filtration systems may also help clean ambient air pollution.
Winter indoor average concentration of 30 ppb to 20ppb
summer 30ppb to 40ppb
over indoor air quality standards of WHO in the sampling period of 40 micrograms / m3

結果 (英文) 2:

Indoor air quality
Figure 7 summarizes the hourly air quality measurements in selected buildings by period and location using a box chart. The average indoor PM 10 concentration measured in normal winter and summer is lower than whose annual PM 10 indoor air guidelines are 20 micrograms/m3 to maintain acceptable indoor PM quality health.
The average concentration of INDOOR PM2.5 in both seasons is lower than the WHO annual PM2.5 guideline of 10 micrograms/m 3.
During the normal operation of HVAC, indoor PM 10, PM 2.5, and PM 1 are significantly lower than outdoor, indicating that the system helps to remove outdoor particles.
The PM 2.5 concentration measured at the indoor air outlet is 70% lower than the concentration measured outdoors.
This means that the filtration system in this system may also help clean up environmental air pollution.
Average indoor concentration sits from 20 ppb to 30 ppb in winter
30ppb to 40ppb in summer
Indoor air quality standards above WHO's 40 micrograms/m3 in the sampling cycle

結果 (英文) 3:

Indoor air quality
Figure 7 summarizes hourly air quality measurements in selected buildings by period and location using box charts. The average indoor PM 10 concentration measured in normal winter and normal summer is lower than the WHO annual PM 10 indoor air guideline, which is 20 μ g / m3, to maintain acceptable indoor PM quality and health.
The average indoor PM2.5 concentration in two seasons was lower than 10 μ g / M 3 of who annual PM2.5 guideline.
During the normal operation of HVAC, indoor PM 10, PM 2.5 and PM 1 are much lower than outdoor, which indicates that the system helps to remove outdoor particles.
The concentration of PM 2.5 measured at indoor air outlet is 70% lower than that measured outdoors.
This means that the filtration system in this system may also help clean the air pollution.
The average indoor concentration in winter is 20 ppb to 30 ppb
30ppb to 40ppb in summer
Exceeding the WHO indoor air quality standard of 40 μ g / m3 in the sampling period