1) decomposing and purifying rate
分解净化率
2) Absolute removal rate
净降解率
3) rates of decomposing and transforming
分解转化率
1.
The highest rates of decomposing and transforming appeared in the intensive thinning plots,while the lowest wa.
凋落物总量的分解转化率以强度间伐区最高,对照区最小。
4) scrubbing efficiency
净化效率
1.
This article presents the optimized design according to defect of dry purification system of aluminum electrolysis,adopts purifying flue gas on inverted two-stage method,uses lowly by responded gas and solid ratio then achieves high scrubbing efficiency.
针对铝电解干法净化系统中的缺陷进行优化设计,采用逆向二段干法吸附净化技术,以较低的反应段气固比,实现极高的氟净化效率。
2.
Smelting aluminum is a high power consumption and high pollution industry,improving hooding efficiency and scrubbing efficiency of the pot fume treatment plant(FTP) is becoming linchpin of decrease pollution of smelting aluminum.
电解铝行业是高能耗高污染的行业,提高电解烟气的集气效率和净化效率成为减少目前电解铝行业环境污染的关键。
5) removal efficiency
净化效率
1.
The experimental results showed that the increase in gas flow or liquid flow was accompanied by a corresponding decline of removal efficiency.
采用陶粒为填料的生物滴滤塔降解甲苯,实验研究了浓度和气、液体流量对甲苯降解能力的影响,实验结果表明,随着气、液体流量的增大,净化效率降低。
2.
The removal efficiency of NH+3-N by immobilized Chlorella pyrenoidosa,Anabaena sp.
取培养至对数末期的藻,采用海藻酸钙凝胶包埋固定,对人工污水进行静态模拟净化试验,研究了蛋白核小球藻、鱼腥藻、双对栅藻和突变衣藻4种藻在固定和悬浮状态下,对污水中的氨氮和硝酸氮的净化效率以及藻类的生长特性。
3.
The removal efficiency of phosphorus by immobilized Chlorella pyrenoidosa,Chlamydomonas mutabilis,Anabaena sp.
采用海藻酸钙凝胶包埋固定藻类,对人工污水进行静态模拟净化试验,研究了蛋白核小球藻、突变衣藻、鱼腥藻和双对栅藻在固定和悬浮状态下对污水中磷的净化效率以及藻类的生长特性。
6) Purification rate
净化率
补充资料：净化设备——净化器
净化设备——净化器 | |
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条