渗透的

The results indicated that the use of such membrane could achieve satisfactory separation effects (condensate of high alcoholicity and rich flavoring substances was obtained, membrane-flowing rate: ethanol＞esters except ethyl lactate＞aldehyde＞other alcohol＞water), the membrane had good selectivity to ethanol and ethyl caproate had good membrane-flowing rate and membrane-passing percentage, however, ethyl lactate, aldehyde and methanol had poor mambrane-passing percentage with heavy loss during membrane-passing.

结果表明，渗透汽化膜有良好的分离性能，可得到高酒精度、香味物质富集的冷凝液；过膜速率：乙醇＞酯类＞醛类＞其他醇类＞水；膜对乙醇选择性好，己酸乙酯的过膜率及过膜速率高；乳酸乙酯、醛类及甲醇过膜率较小、损失量较大；渗透汽化膜用于白酒的香气成分分离有良好的工业应用前景。

The third part, which according to the analyses above and current conditions about the students of secondary vocational school stresses that the education of students and carry out some ideas which rely mainly on idea to set up the concept of current educati n; found on ordinary education to infiltrate education of conducting oneself overall; regard course as route to pay attention to the infiltration of conducting oneself comprehensive; rely on hidden education to set up thick atmosphere of education.

第三部分主要依据上述的原因分析和职中生的实际情况，提出了现阶段中等职业学校加强对职中生进行做人教育的途径及措施，即以观念为先导，树立现代育人理念；以日常教育为基础，全方位渗透做人教育；以课程为途径，注重做人教育的综合渗透；以隐性教育为依托，创设浓厚的育人氛围。

Furthermore, as stresses in the stress field influence the value of seepage coefficient k, which will results in the change of seepage field in the end, while on the other hand, the seepage field also has an effect on the stress field because of seepage forces. Based on the coupling model of seepage field and stress field, a program by finite element method is developed in this paper. And the comparison of results of the program and criterion method with that of test shows that the test results are reasonable, which can be referred to analyze the causes of dangers, evaluate degree of safety of the body and foundation, and design and optimize the measures of seepage control.

此外，考虑到应力场中的应力会改变土体渗透系数进而影响渗流场、而渗流场也因其产生的渗透力会导致应力场发生变化，两者之间存在耦合作用，本文基于渗流场应力场耦合分析的数学模型编制了渗流计算有限元程序CCOSAS1.0，其计算结果和采用规范方法所获得的解答与实测值的对比分析表明，该规律合理且具有一定的代表性，可用以分析险情发生原因、评价堤身堤基安全状况及设计与优化渗流控制措施。

To resolve these problems, this paper deals with the technology of foamed acidizing. The anti-salt and anti-acid foamer DY-1+SJ-8 and foam stabilizer KMS-2 were selected, then their performance under different foamer concentration condition was evaluated and the proper concentration was determined. Thereafter the diversion experiment of foamed acid through the parallel core was conducted.

针对上述问题，对泡沫酸酸化技术进行了研究：通过室内实验筛选出了耐酸耐盐的起泡剂DY-1+SJ-8和稳泡剂KMS-2，并对不同起泡剂浓度下的泡沫酸性能进行了评价，确定了其使用浓度；在此基础上进行了泡沫的岩心分流实验，实验结果表明泡沫泡体可以增加低渗透岩心的分流量，减少高渗岩心的分流量，使泡沫流体在不同渗透率岩心内均匀推进。

Abrupt fluid contacts indicate a permeable reservoir;gradational ones indicate a low permeability with a high capillary pressure.

突变的流体界面表层储层具有很好的渗透率，而渐变的流体界面表明储层的渗透率较差，且储层的毛细压力较高。

The priorities are the diversification characteristics of each targetin the subsequent water flooding. According to diversification characteristics of these targets,the paper studies how the heterogeneousness, water flooded condition, interconnectingcondition of zone;key measures injector parameters affect these targets from polymer floodingmechanism. Based on influence equations, production target prediction models are built usingHall curve theory, relative permeability curve, relations of water saturation and relativepermeability and material balance equation. Parameters of models are calculated by the way ofcomputer program and so that a simple, fast way have been gained to predict production targetof polymer subsequent flooding.

针对这些指标的变化特点，从聚合物驱油机理上分析其油层非均质性、油层水淹状况、油层连通状况、主要措施及注入参数等因素对这些指标的影响，在分流方程的基础上，利用霍尔曲线原理、相对渗透率曲线、含水饱和度与相对渗透率之间的关系以及物质平衡方程建立起开发指标预测模型，结合数学方法对模型参数进行计算，形成简便、快速、实用的聚合物驱后续水驱阶段开发指标预测方法。

With the increase of permeability ratio and advancement of inversion opportunity, the cumulative imbibition rate of low-permeability layer decreases.

摘要利用室内并联岩心物理模拟实验及渗流力学的基本定律，对聚合物驱油过程中的剖面返转规律及返转机理的研究表明，油层非均质性是剖面返转的主要原因，随着渗透率级差的增大及返转时机提前，低渗透层累积吸液比例下降。

If you use the nutrition cream, DIY nutrition and so on, can be used to mask a little bit thicker paper, that to strengthen the gas-tight, and secondly, is the usual type of doctrinal and nutrition, can help mask paper adhesive infiltration; If you use the the real flower water, Skin liquid and so on, may mask some of the appropriate use thin paper, because the load of paper through the mask, water molecules penetrate the stratum corneum is essentially direct, the replenishment effect is very clear.

如果使用营养霜、DIY营养液等，可使用稍微厚一点的面膜纸，这一来是加强气密，二来是通常这类营养品较浓，面膜纸有助粘附渗透；如果使用真正的花水、柔肤液等，则可适当选用薄一些的面膜纸，因为通过面膜纸的承载，水分子基本上是直接渗透角质层的，补水效果是十分明显的。

The suction bond is non-invasive bonding object itself, such as glass, porcelain, plastics, and so on Binder's own strength, strong force, the structure of the polymer chain-like molecules attract the ability to bond two objects attract strong, unlike osmosis bonding needs to have a certain amount of pressure.

吸引式黏结的被黏结物体本身无渗透能力，如玻璃、瓷器、塑料等，全靠黏结剂的自身强度、强黏力、链状结构的聚合分子的吸引能力将两个物体吸引黏结牢固的，它不像渗透黏结需要有一定的压力。

In this paper, the diffusion and permeability parameter of dyestuffs permeating terylene fabric under different conditions in supercritical dyeing system were investigated. The results indicated that the parameter decreased with temperature rise, and increased with pressures increase.

在超临界CO2染色条件下采用&卷层法&对分散染料在涤纶织物中的扩散渗透进行了考察，结果表明：染料在涤纶织物中的扩散渗透参数随着温度的升高而减小，随着压力的增高而增大。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。