界面张力

THSC Series Cutter has 1400,1700,1900,2100,2600,2800,3000,3500 type models, control system uses a PLC system in Japan and West Germany, servo motor design concept, so that the length of paper cutting, Caltrop the Founder , tension control and count the number of sheets of man-machine interface can be directly imported and auto-shutdown has the function of design, can also show the speed, the number of job Bohm device perspective, the total number of sheets, such as cutting off the data, as well as operation of failure showed that contribute to the maintenance work carried out machines.

THSC系列切纸机有1400、1700、1900、2100、2600、2800、3000、3500型等机种，控制系统采用日本PLC系统及西德伺服电机设计理念，使纸张裁切的长度、菱角的方正、张力的控制及张数的计数可透过人机界面直接输入，并有自动停机的功能设计，此外还可显示速度、令数、反曲器之工作角度、总切断张数等数据，以及运转故障之显示，有助于机器维护工作的进行。

The results show that oil production predicted by the curve of heavy-oil type is lower than that by the latter curve.

此外，本文还取得下列认识和结论：运用同一组分模型但不同的两组油气相对渗透率曲线（一组是常用&黑油&类型相对渗透率曲线；另一组是反映了凝析油气低界面张力特征的相对渗透率曲线）模拟牙哈—实际凝析气藏等容衰竭过程。

This machine can wind up sheet materials and f¨ms.suitable for use in the production lines of various sheet materials and f¨ms It features serve control or variable frequency control system with interface,auto control of drawing and win ding tension,auto edge trimming,auto measuring ofwound length,auto severing and change of roll,and real-time display of roll diameter and weight.

这款机型主要用于片材。薄膜生产线中的卷绕，适合配套一般片材。薄膜生产线。该机采用伺服控制或变频控制系统，人机界面操作控制，引取。卷取张力自动控制自动裁边，可直接分裁，自动计算米数，不需胶纸自动换卷，换卷自动切割，实时显示产品直径，产品重量。

It mainly links pendant drop interface profile with corresponding parameters, such as density difference, gravity and surface tension, and with hydrodynamic statics.

通过重力作用下被悬挂液滴外形与表面/界面张力之间的关系，本文开发了一套基于该思想的表面张力测量装置及相应的数据处理软件。

The quickly formed film can seperate oxygen, cool down the oil surface and finally extinguish fire quickly.

极低的表面和界面张力导致该泡沫在液体燃料表面具有很强的铺展性，能在极短的时间内在燃料表面铺展成一层液膜，使燃料表面迅速隔氧降温，从而达到迅速灭火的作用。

It is a very small number when you join, you can significantly reduce the surface tension of the solution or the interfacial tension of two, and can improve the solution by dissolving, emulsifying, dispersing, wetting, foaming and washing effect material.

它在加入量很少时，就能显著降低溶液的表面张力或二相间界面的张力，并能改进溶液的增溶、乳化、分散、润湿、发泡和洗涤等作用的物质。

According to the experiment results, the solid-liquid interface tension between NiCO3 and sodium sulphate solution is larger than that between NiCO3 and sodium chloride solution.

结果表明，碳酸镍在硫酸钠溶液体系中的固–液界面张力较大，微小晶粒在硫酸钠溶液体系中的溶解度也较大。

The interfacial low-tension behavior between alkali surfactant polymer triaxial composite system and Daqing crude oil is studied .

研究了碱/表面活性剂/聚合物三元复合驱体系与大庆原油间形成低界面张力的特性。

The effect of ethylene oxide chain length in lauryl alcohol ethoxylate on the oily soil detergency of the nonionic／anionic／elec-trolyte mixed system was stuided and the results were explained by the view of phase inversion temperatureand oil／water interfacial ten-sion.

研究了在非离子表面活性剂／阴离子表面活性剂／电解质的混合体系中，直链脂肪醇乙氧基化物的 EO 数对体系洗涤力的影响效果，并用相转化温度和油／水界面张力的观点对实验结果进行了解释。

Thirdly, by con-utilaziont of many methods such as exploitation and geology, dynamic producing process monitoring, water invasion behavior, core analyis and numerical simulation, 10 kinds of reservoir scale remaining oil distribution pattern in the steam huff and puff super heavy crude oil reservoir was put forward. Also, remainling oil distribution in the sand bed scale and sublayer scale were pointed out.Fourthly, Microcosmic displacement experiment was conducted for hot water driving in 100℃and 120℃. and steam drive at 170℃condition. Microcosmic remaining oil distribution characteristics were summarized. Remaining oil microcosmic distribution by steam drive at 170℃is different from that at 100℃, 120℃hot water driving. After the steam drive, there are three types of remaining oil distribute regular pattern, whic is impacted by many affecting factors like pore configuration, wettability and interfacial tension.

分析了砂层组规模和小层规模的纵向和平面剩余油分布规律。4、通过微观驱替实验，研究了100℃和120℃的热水驱及170℃蒸汽驱条件下剩余油的微观分布形态。170℃条件下剩余油微观分布形态同时受孔隙结构、润湿性及界面张力多种因素的影响，主要有三种形式：在油、汽、水三相共存的孔隙中，剩余油分布于汽、水之间，为薄膜状和弯月状；在只有油、汽两相共存的孔隙中，大孔道中主要是蒸汽，剩余油在细小的孔喉和孔隙角隅处以段塞或不规则状态存在；由于高温水蒸汽对原油具有萃取作用，剩余油以一种细小的珠滴状存在于孔隙表面。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。