英语翻译concentration.It is meant that for each pair of capillar

英语翻译
concentration.It is meant that for each pair of capillaries the specific time taken to establish equilibrium values of the capillary constant will be obtained.That time will be significantly larger than the time taken to establish the equilibrium pressure in the experimental cell [38].At high concentrations of the oil in the ROS the equilibrium value of the capillary constant for ROS can be achieved within 4–5 days (see Fig.3a).It should also be pointed out that adsorption between liquid and gas on the phase boundary in the capillaries filled by the ROS has significant influence to the diffusion processes.Therefore,the capillary constant will depend not only on the composition of the liquid phase of the ROS but also on the composition of the surface layer that will be enriched with isobutane.It may be assumed that an excess of isobutane in the surface layer leads to decreases of the capillary constant (Fig.4a) and,correspondingly,surface tension of the ROS.As follows from Fig.4a small admixtures of isobutane lead to significant decreases of the capillary constant of the ROS.
The reason is that the adsorption of the low-boiling component will be so intensive that the surface layer of the ROS will consist almost entirely of molecules of isobutane.As a result,the concentration dependence of the capillary constant of the ROS demonstrates flat behaviour.It can be seen in Fig.4a,especially in the concentration range 0 ≤ wOIL ≤ 0.6.It should be noted that such behaviour is also typical for the surface tension of the ROS with a high concentration of refrigerant.
Concentration dependencies for the vapor pressure and density of ROS isobutane/Azmol are shown in Fig.4b,c.Analysis of obtained experimental data pointed to significant change of the concentration of the liquid phase of the ROS at increasing temperature of the sample in the experimental cell (Fig.4b).It is obvious that the change of the concentration will be more significant for ROS with a low concentration of refrigerant.Experimental data for the vapor pressure,density,capillary constant and surface tension of the ROS isobutane/Azmol are summarized in Table 3.
不过google的翻译后高手修改也是一样的，呵呵

浓度.这意味着,每对毛细血管的具体时间,建立平衡的价值观毛细管常数,将得到的.这时间,将显着大于需一段时间才能建立平衡的压力,在实验细胞[ 38 ] .在高浓度的油中活性氧的平衡值的毛细管常数的活性氧可以达到4-5天（见图3A ）在.还应当指出,吸附液体和气体对相边界在毛细血管缺,由活性氧具有很大影响力,向扩散过程.因此,毛细管常数将不仅取决于组成液相的活性氧,而且还取决于组成的表面层,将更为丰富与异丁烷.可以假定,过剩的异丁烷在表面层,导致跌幅毛细管常数（图4A ）及相应的表面张力的活性氧.如下从图.第4 A外加剂小异丁烷导致显着下跌的毛细管常数的活性氧.
原因是吸附低沸点成分,将如此密集,即表层的活性氧将几乎完全分子的异丁烷.因此,浓度依赖性的毛细管常数的活性氧显示单位的行为.可以看出,在图.第4 A ,尤其是在浓度范围0 ≤ woil ≤ 0.6 .应该指出的是,这种行为是典型的,也为表面张力的活性氧与高浓度的制冷剂.
浓度相依为蒸气压和密度的活性氧异丁烷/ azmol示于图. 4B条,长分析得到的实验数据,指出了显着变化,集中液相的活性氧,在温度升高的样品,在实验细胞（图4 ） .这是很明显的变化,集中将更加显着,为活性氧与低浓度的制冷剂.实验数据为蒸气压,密度,毛细管常数和表面张力的活性氧异丁烷/ azmol归纳于表3 .
(99.9％肯定翻译是准确的!）