Particulates were still the major pollutant that affected the air quality.
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3. 可吸入颗粒物对人的影响要大于其他任何污染物。
PM affects more people than any other pollutant.
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4. 目的研究喷雾冷冻干燥法制备可吸入的蛋白颗粒。
OBJECTIVE To prepare protein loaded particles for administration via pulmonary delivery by spray freeze drying.
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5. 农药也释放可吸入的挥发性有机化合物(见下文)。
Pesticides also release inhalable volatile organic compounds (see below).
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6. 采用沉降炉研究了煤粉粒径对可吸入颗粒物排放特性的影响。
The influence of coal granule size on the emission characteristics of inhalable particles has been studied with a drop tube furnace.
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7. 我国大气中的粒子浓度普遍较高，特别是可吸入颗粒物PM10。
The particle concentration is always higher in China, especially the concentration of particle matter 10(PM10).
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8. 采用可视化实验的方法，拍摄可吸入颗粒在驻波声场中的运动轨迹。
The trajectories of particle movements in a standing wave acoustic field are recorded by fast-speed video camera.
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9. 试验表明，高梯度磁场捕集燃煤可吸入颗粒物是一种新型有效的方法。
Experimental results indicate that the employment of high gradient magnetic fields is an efficient new way of capturing inhalable particles originated form the combustion of coal.
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10. 我国空气质量超标的城市中，68%都存在可吸入颗粒物污染的问题。
Among the cities which exceed standard of the air quality, 68% of them exist the problems of inhalable particulates pollution.
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11. 最后进一步探讨了燃烧源中可吸入颗粒物的未来研究重点和研究方向。
Moreover, the emphasis and direction for future study were presented at the end of this paper.
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12. 2005年空气质量准则第一次为可吸入颗粒物（PM）确定了一项指导值。
The 2005 AQG set for the first time a guideline value for particulate matter (PM).
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13. 戴维斯：火星上的问题包括辐射、可吸入粉尘、以及其他一些未知的严酷环境。
Davies: the problems on Mars include radiation, breathing dust, and other rigors of the environment that are unknown.
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14. 可吸入尘分数是灰尘的进入鼻子和嘴的比例可能会沉积在呼吸道的任何地方。
The inhalable dust fraction is the fraction of dust that enters the nose and mouth and may be deposited anywhere in the respiratory tract.
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15. 实验表明，可吸入颗粒在声团聚室中受到声波夹带、重力作用和粘性力的影响。
The results indicate that acoustic entrainment can be used to obtain accurate particle diameters.
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16. 方法采用现场实验观察电子空气净化机对可吸入颗粒、空气中自然菌的净化效果。
Methods Field experimental observation on purification efficacy of electronic air cleaner on particle and natural bacteria in the air was made.
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17. 已有研究成果表明，大气中的可吸入颗粒物对人体健康和生态环境有很大的影响。
Some research achievements have indicted already: inhalable particulates in the atmosphere have important influence on human health and ecological environment.
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18. 研究结果表明，呼吸强度、颗粒粒径以及颗粒密度是影响可吸入颗粒物沉积的关键因素。
The result shows that breathing intensity, particle diameter and particle density are the three key factors influencing the deposition of inhalational particles.
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19. 本文详细的综述了这部分内容，并对可吸入颗粒物的采样、分离和分析方法都做了介绍。
These content are summarized detailedly in this paper, and the sampling, partition, analysis ways of IP are also introduced.
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20. 拱心石之州在化石燃料燃烧产生CO2上排名48，可吸入颗粒排名49，毒素暴露位居49。
The "Keystone State" ranks 48th in CO2 emissions from fossil fuel combustion, 49th for particulates in the air, and 49th for toxic exposure.
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21. 在28项指标中，不轻信州仅有5次打破25项，可吸入颗粒以第16位排名是其他的最高的。
Out of 28 ranked metrics, the "Show me State" breaks the upper 25 only five times, with 16th in air particle score being its highest ranking.
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22. 通过对平面驻波声场的理论分析，设计并建立了燃煤可吸入颗粒物声波团聚清除特性的实验台。
Through a theoretical analysis of a plane standing-wave sonic field a test rig on acoustic agglomeration and removal characteristics of burned coal inhalable particles has been designed and set up.
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23. 分别研究了风管积尘和盘管积尘对室内可吸入颗粒物浓度、微生物浓度以及通风系统性能的影响。
Studies respectively the impact of contaminants in ducts and coils on the indoor inhalable particle concentration, microorganism concentration and performance of ventilation systems.
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24. 在使用生物燃料和煤进行烹调和取暖的家庭中，可吸入颗粒的水平可能是指导值的10 - 50倍。
In homes where biomass fuels and coal are used for cooking and heating, PM levels may be 10-50 times higher than the guideline values.
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25. 研究结果表明，增大射流出口雷诺数和增大射流与主气流的气速比均能提高可吸入颗粒的清除效率。
The experimental results showed that the removal efficiency increased with increasing Reynolds number of jet exit and flow ration of jet-crossflow.
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26. 人类对可吸入颗粒物的研究已经取得了相当多的成果，对其来源、组分及形成等都有了一定的认识。
We have got quite a few study fruit on IP, and in some extent have known the sources, the constituents, the formation process of the IP.
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27. 人类对可吸入颗粒物的研究已经取得了相当多的成果，对其来源、组分及形成等都有了一定的认识。
We have got quite a few study fruit on IP, and in some extent have known the sources, the constituents, the formation process of the IP.
