1) height of filter media layer
滤料层高度
1.
69 m/h and air-water ratio is 3 to 4,the removal efficiencies of COD,NH+4-N and turbidity by up-flow biological aerated filter(UBAF)along the height of filter media layer were studied.
69m/h、气水比为3～4时,研究了上向流曝气生物滤池(UBAF)稳定运行时对COD、NH4+-N和浊度的去除效果沿滤料层高度的变化。
2) filter height
滤层高度
1.
The correlativity between performance and filter height has been studied in a pilot scale biological aerated filter for treating domestic sewage.
研究了中试规模的上向流曝气生物滤池(UBAF)处理生活污水时,滤层高度与工作性能的相关性。
3) thickness of filter material
滤料层厚度
1.
According to the difficulties in well completion in quaternary overburden and silt & fine sand layers,and by the development of gravel-filled filter,the paper tested and discussed the correlation between thickness of filter material and sand-resistance,minimum theoretical thickness value of sand-resistance with different specifications of filter materials was preliminary obtained.
针对第四系覆盖层、粉细砂地层成井中存在的问题,结合携砾过滤器的研制,试验并探讨了滤料层厚度与阻砂性的相关关系,初步得出了不同规格滤料理论最小阻砂厚度值。
4) fuel layer height
燃料层高度
1.
To increase gas quality,in the given raw material,equipment,and process,suitable process operation parameters must be selected,generally including saturated tempera-ture,fuel layer height and furnace d elivery temperature of gas.
在既定的原料、设备和工艺流程中,为提高煤气质量,必须选择最适宜的工艺操作参数,一般包括饱和温度、燃料层高度、炉出煤气温度等工艺操作参数。
5) bed material height
填料层高度
1.
The effect of bed material heights on the performance of biological aerated filter;
填料层高度对曝气生物滤池工作性能的影响
6) media height
填料层高度
1.
Using the up-flow biological aerated filter with ceramsite media in the treatment of domestic wastewater,the paper studied the influences of gas to liquid ratio and media height on the performance of the biological aerated filter.
采用以陶粒为填料的上流式曝气生物滤池(UBAF)处理生活污水,研究了气水比和填料层高度对曝气生物滤池处理效果的影响。
补充资料：滤料
分子式：
CAS号：
性质：又称过滤介质。指(1)为了净化、处理或调理的目的，使水、废水或其他液体所通过的材料。(2)污泥过滤中，用以截留污泥的一些符合设计要求的布料或金属料。(3)置于过滤器内用以取集悬浮粒子的颗粒材料(砂、砾石、硅藻土)或纤维材料(布)。(4)检测水样中大肠菌群数或空气中浮菌数所采用的微孔薄膜(滤膜)。
CAS号：
性质：又称过滤介质。指(1)为了净化、处理或调理的目的，使水、废水或其他液体所通过的材料。(2)污泥过滤中，用以截留污泥的一些符合设计要求的布料或金属料。(3)置于过滤器内用以取集悬浮粒子的颗粒材料(砂、砾石、硅藻土)或纤维材料(布)。(4)检测水样中大肠菌群数或空气中浮菌数所采用的微孔薄膜(滤膜)。
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