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1)  subsurface constructed wetland
潜流湿地
1.
Studies on nitrogen and phosphorus removal in new combined substrate subsurface constructed wetlands;
新建组合填料潜流湿地脱氮除磷研究
2.
Selection and performance estimation of media for subsurface constructed wetlands to treat oil-contaminated surface water;
处理含油地表水体的潜流湿地填料筛选及其性能评价
3.
Nitrogen removal in subsurface constructed wetland treating agriculture non-pointed wastewater was studied in pilot-scale.
研究证明潜流湿地氮去除效率和水力停留时间呈正相关关系 ,芦苇床的脱氮效果明显好于茭草床和空白床 ,名义水力停留时间大于 5d时 ,芦苇、茭草潜流湿地脱氮效率可以达到 60 %以上 。
2)  subsurface flow wetland
潜流湿地
1.
Substrate,which not only takes part in the pollutant-removing,but influences the plant growth,plays an important role in subsurface flow wetland.
填料是潜流湿地的重要组成部分,它不但直接参与污染物的去除,而且对植物的生长和生理活动产生重要影响。
2.
For the transmission problems about sewage disposal model of subsurface flow wetland,the analytical solution is obtained by using the Laplace transform technique for non-steady SSFW model,and the diffusion characteristics for some parameters used in the model are analyzed.
潜流湿地污水处理数学模型传递问题,在非稳态情况下利用拉普拉斯变换对污染物浓度进行了求解,并分析了模型中各参数对污染物浓度的影响,为潜流人工湿地污水处理系统除污效果的研究提供了可靠的理论依据。
3)  subsurface wetland
潜流湿地
1.
By analysis of oxygen balance and material balance as well as empirical study,contribution of root oxygenation,water-carried oxygen and plant absorbance of nutrient in subsurface wetlands(SW) was examined,and free drainage in substrate was also adopted to check its effect on air transfer.
潜流湿地处理生活污水时污染负荷远大于植物供氧和吸收营养物的上限,是其存在技术局限的根本原因。
4)  subsurface flow constructed wetlands
潜流湿地
1.
Effects of different substrates on phosphorus removal efficiency in subsurface flow constructed wetlands;
3种不同基质潜流湿地对磷的去除效果
5)  SFW
潜流湿地
1.
In order to assess the growth situation of plants in the different types of constructed wetlands,2 types of constructed wetlands were selected:surface flow wetland(SFW) and subsurface flow wetland(SSFW) and 2 species were planted in both constructed wetlands including Phragmites australis and Arundo donax.
通过对芦苇(Phragmites australis)和芦竹(Arundo donax)在模拟表面流湿地和潜流湿地条件下的生长特性比较,发现在两种人工湿地生长的两种植物叶片水势基本一致。
6)  subsurface flow constructed wetland
潜流湿地
1.
The acidification-subsurface flow constructed wetland composite system was located in Southwest University,composed of sand basin,acidification pond and subsurface flow constructed wetland.
但是潜流人工湿地普遍具有脱氮除磷不稳定的缺点,为此本研究通过在潜流湿地系统中分别前置酸化调节工艺和活性污泥工艺,以研究探讨两种前置工艺对潜流湿地系统脱氮除磷效果的影响。
2.
A static simulation test of phosphorus removal by subsurface flow constructed wetland was conducted using coal cinder,crushed stone and red brick detritus,and then mixed the best performing one with other two substrates respectively and repeated static simulation test.
动态模拟试验中,当水力停留时间(HRT)为24h时,三级串联的煤渣潜流湿地对生活污水中总磷的吸附量达2。
补充资料:英福美 ,丁地去炎松,布地缩松,布地奈德
药物名称:布地奈德

英文名:Budesonide

别名: 普米克;英福美 ,丁地去炎松,布地缩松,布地奈德
外文名: pulmicort ,budesonide
成分: 布地奈德
药理作用: 具有强糖皮质激素作用。局部应用于支气管,其抗炎作用较可的松约强1000倍。 适用于局部对抗非特异炎症和抗过敏,如支气管哮喘和气道高反应性状态。
适应症: 支气管哮喘
用量用法:
气雾剂成人 初始剂量400-1600ug/日,分二次吸入,维持剂量200-400ug。儿童100-200ug,分2-4次吸入,干粉吸入剂成人 轻症400-800ug/日,重症800-1600ug/日,分2-4次用。
不良反应:
①轻微的喉部刺激感及声嘶,偶见口咽部念珠菌感染。 ②喷吸本品后应漱洗口腔和咽部,不然容易导致白色念珠菌滋生。
③孕妇一般忌用。
注意事项:
肺结核患者及气道真菌、病毒感染者慎用。
规格:
气雾剂 50ugx 200喷。200ugx 100喷。干粉吸入剂 100ug x 200吸。200ugx 100吸,200吸。




类别:平喘药\肾上腺皮质激素
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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