气泡法

基于第一气泡法原理，并以该模型为理论基础，采用PLC控制电路，开发出一种能测定镁液中含氢量的新型测氢装置。

Then a new technique for determination of hydrogen content in molten magnesium has been developed successfully based on this model with PLC controlling circuits . Its principle is based on the First Bubble method .

气泡法测定血清中尿激酶的活性

Determination of fibrinolytic activity of urokinase in serum by bubble method

采用气泡法测定DA薄膜的接触角。

Contact angles of DA . copolymers were determined using the captive bubble technique .

气泡法测定多孔材料的中流量孔径

Determining me an-flow pore size of porous material with gas bubble method

双丝氢气泡法显示旋转圆柱绕流流谱

Flowing Visualization of Rotating Circular Cylinder Using Hydrogen Bubble Method with Double Wires

气泡法测量多孔材料孔径的简化解析法

Simplified analysis method of determining pore sizes of porous materials by bubbling test

用氢气泡法显示了两种大涡，即平板起动涡和细干扰线在圆盘前诱发的大涡的内部流动结构。

The flow structures inside some large vortices were investigated by hydrogen bubble method .

液膜气泡法测洗涤溶液的表面张力系数

Soup bubble method to measure surface tension coefficient

最大气泡法测定溶液表面张力的实验探讨

Probing into the bubble - pressure method experiment to measure surface tension of solution

针对最大气泡法测定溶液表面张力实验装置进行了改进，使操作更加方便、快捷。

Experimental equipment of the bubble-pressure method to measure surface tension of solution had been improved .

本文描述了气泡法测量多孔材料孔径分布的实验方法和数据处理。

Experimental procedure for determining pore size distribution of porous materials by bubbling test is described .

利用自制装置采用液膜气泡法测定了洗涤溶液的表面张力系数。

A simple experimental method for measuring the surface tension coefficient of a abstersion solution is introduced .

结论：气泡法可用于血清中尿激酶活性的测定。

CONCLUSION : Bubble method could be used to determine the fibrinolytic activity of urokinase in serum .

分析了液下气泡法用于工程实际时应注意的问题。

The matters needing attention for using the leak detection method in practice are also discussed in this paper .

论述了用气泡法测定多孔材料中流量孔径的方法和数据处理过程。

It has been described that the way and data-processing of determing mean-flow pore size for porous material with gas bubble method is established .

因此，本文利用先进的恒速压汞仪和最大气泡法研究低渗透储层的孔隙结构，开展了孔隙结构对油藏的渗流能力、开发效果、储层评价影响的研究。

Pore structure and its effects on flowing ability , production effect and reservoir evaluation are investigated with constant rate mercury injection apparatus and maximum bubble method .

在水洞中用氢气泡法对平板上挡板前后的涡核位置进行了测量。

Vortex cores on a plate with ( a ) one fence and ( b ) two fences positioned in the test section of a single-circuit water channel are located using hydrogen bubbles .

着重说明：1.气泡法油位测量动态过程原理，指出影响精度的主要因素。

Stresses are imposed on the following : 1 . Principles of the dynamic process of air bubble method for level gauging , showing the main factors which effect mea - suring accuracy .

探讨了利用原位气泡拉伸法（ISBS法）分散添加在高聚物中的纳米无机添加物的分散机理。

In situ bubble stretching ( ISBS ) method was discussed and analysis of the dispersion process of inorganic additives in polymers was performed using this method .

动态气泡柱法测定溶气效率

A Dynamic Bubble Column Method for Determining the Efficiency of Air Saturation

钢水微气泡脱氢法的冷模实验

Research on Micro-Bubbles Dehydrogenation Method of Molten Steel by Cold Model Experiment

用复合有限条&气泡函数法研究加肋壳体稳定性

Stability research of ring stiffened shells using compound strip method

乙醇水溶液表面张力的测定&最大气泡压力法

The Determination of the Surface Tension of Ethanol Aqueous Solution

气泡堆积法生成局部加密非结构化网格

Local Refinement of Unstructured Grid by Bubble Packing Method

气泡堆积法生成曲线多边形区域非结构化网格及其应用

Bubble Packing Method Based Unstructured Grid Generation of Curved-Edge Polygon with Its Application

涂料粘度测度Ⅰ.气泡粘度计法

Determination of coatings viscosity I. bubble viscometer method

水模拟连铸结晶器中氢气泡测速法的可靠性

Reliability analysis of hydrogen bubble velocity measurement in crystallizer of hydraulically simulated continuous casting

氢气泡测速法在连铸板坯结晶器水模拟实验中的应用初探

Initial application of hydrogen bubble groups in water physical modeling mold of continuous slab casting

原位气泡拉伸法分散规律及纳米镁基聚合物阻燃抑烟复合材料的研究

Dispersion Principle of In-Situ Bubble Stretching and Preparation of Magnesium-Nanocomposites with Flame Retardancy and Smoke Suppression

吸附净化的主要方法有：气泡浮游法、过滤法、熔剂法等三大类。

Adsorption purification methods : bubble floating method , filtering method , flux , and other three categories .