补氧

⑵补氧后COD平均去除率有所降低，平均去除率为49.1%；

⑵ After supplying oxygen to inflow , the removal efficiency of COD is lower than original . Average removal rate is 49 % .

影响溅射沉积ITO透明导电薄膜方阻的，除了溅射沉积时基片的烘烤温度和补氧流量外，还包括后期大气退火热处理的温度。

As well as heating temperature of substrate and oxygen supplying flow , temperature during post atmospheric anneal treatment had influence on square resistance value of sputtered ITO films .

采用了补氧直流磁控反应溅射工艺制备ITO膜，在不同基片加热温度和补氧流量下获得最低方块电阻值的最佳制备工艺。

ITO films were fabricated by oxygen-suppling DC magnetism reactive sputtering technology . Optimal fabricating technology including heating temperature of substrate and oxygen supplying flow was found to obtain minimum square resistance value .

试验结果表明：怠速时，由于CO、HC的排放浓度较其他工况高，补氧十分必要，而且随着补氧量增加，CO、HC的净化转化率提高；

The experimental results show that the added oxygen is necessary especially for the idling condition of engine because of the comparatively high concentrations of carbon monoxide ( CO ) and hydrocarbons ( HC ), furthermore , the conversion efficiency increases markedly as the quantity of added oxygen increases .

机车柴油机高原甲醇补氧方法探讨

A study of locomotive diesel engines burning methanol to add oxygen in plateau

所以，经常面对电脑时，不妨先排毒补氧再保湿。

Therefore , the computer often in the face , may wish to detoxification soothing to moisture .

d进行补氧试验研究，研究结果表明：⑴湿地进水补氧对湿地床内部复氧效果不理想。

D hydraulic load indicates these results : ⑴ The effect of oxygen recovery is unconspicuous by supplying oxygen to inflow .

着重讨论了实现这个方案的推进系统，对冲压发动机采取了提前点火和高空补氧两项关键技术，使本方案具有可行性。

To ramjet , two key measures-earlier ignition and oxygen replenishment at high altitude are taken , so that the concept is feasible .

将该氧化技术与湿法洗涤技术相结合，进行了补氧增湿条件下的船用柴油机真机尾气同步脱硫脱硝试验研究。

Combined the oxidation technology with wet scrubbing , we do the research on the real marine diesel exhaust desulfurization and denitrification synchronously which under the condition of supply oxygen and increase its humidity .

在快速铸铁补焊技术的氧乙炔火焰加热条件下，尽可能快速地进行局部加热和缩短焊接温度时的停留时间，可以有效控制高温时铸铁的奥氏体转变量和奥氏体的均匀化程度。

In the fast cast iron repair welding technology , with the heating of oxy-acetylene flame , faster hot-spotting and shorter residence time at 950 ~ 1 050 ℃ can effectively control the volume of austenite and its degree of homogenization .