bubble aeration

网络吹泡汽通; 吹泡通气; 气泡充气

双语例句

Fine bubble aeration is a kind of high efficient aeration processes. 微孔曝气是一种高效的曝气方式。

Experiment of bubble free aeration of hollow fiber membrane; 碳膜同时起到生物膜载体和无泡曝气的双重作用。

Study on bubble free aeration using hollow fiber membranes; 利用中空纤维膜无泡曝气的研究；

Effects of bubble size distribution on aeration for cavitation alleviation under cavitating shock wave 空蚀冲击波模式下气泡尺寸在掺气减蚀中的作用

A New Technology of Biomembrane Process& Bubble-Free Aeration Membrane Biological Reactor 生物膜法新工艺&无泡曝气膜生物反应器

The dynamics of bubble formation through aeration with liquid cross-flow and its numerical simulation 横向流中曝气气泡生成动力学及模拟研究

According to the integrated analyse of technology and economy, fine bubble aeration using air as source be considered first in project application; 综合考虑技术经济因素，在工程运用中应首选以空气为气源的雾化曝气系统；

In this study the whole work was divided into three aspects: study on pollution and its cleaning of hollow fiber membrane used in bubble free aeration; 本研究分为三个部分：对无泡曝气中空纤维膜的膜污染与清洗的研究；

Aeration plays an important role in the treatment of activated sludge, nevertheless, the velocity of bubble rising in water is of critically effects upon the aeration. 曝气在活性污泥处理方法中起着重要作用，而水中气泡上升速度对曝气作用的影响又至关重要。

Oxidation Ditch Process With Bubble Aeration 鼓风曝气型氧化沟工艺

Research on the Oxygen Transfer Rate of Fine Bubble Diffused Aeration in Clean Water 小气泡扩散曝气氧传质速率研究

The flotation column with high bubble surface area flux can, at a comparatively high apparent aeration velocity, effectively raise the bubble surface area flux, thus avoiding the recovery loss due to an unsufficient bubble carrying capacity. 高气泡表面积通量浮选柱可以在较高表观充气速率情况下，有效地提高气泡表面积通量，避免因气泡携带能力不足导致的回收率损失。

The saving energy mechanism of the oxidation ditch process using fine bubble aeration is introduced. The conclusion that the oxidation ditch using fine bubble on saving energy is better than that using surface aeration is reached from an application example. 通过微孔曝气氧化沟污水处理工艺节能机理介绍，以应用实例得出微曝氧化沟较表曝氧化沟节省电耗的研究结论。

Research on the Performance and Design of Fine Bubble Aeration System 关于微孔曝气系统性能及其设计的探讨

The study of fine bubble aeration system 微气泡曝气装置的研究

Calculation of binary threshold value to detect bubble from digital image of aeration water flow 掺气水流数字图像上气泡提取的二值化阈值确定

Due to its oxygenation performances and adaptability to varying oxygen requirements, blow aeration, especially fine bubble diffused aeration systems has been widely developed in application. 鼓风曝气系统中的微孔曝气系统因其曝气效率相对较高，适应性较强，应用更为广泛。

So far, the research only on the interaction between cavitation bubbles mainly, but there is little study of interactions between aeration bubble and cavitation bubble in the cavitation region on the condition of aeration. 迄今为止，人们主要对空泡与空泡之间的相互作用进行了研究，而对掺气条件下空化区掺气泡与空泡的相互作用的研究甚少。

On the one hand, the impact of initial conditions of bubble on the deformation and velocity of the single bubble rising in the aeration tank has been investigated deeply. 一方面，深入研究了气泡初始条件对曝气池内单个气泡上升变形和速度的影响。