1) pre-wetting degree
预饱水程度
1.
The microstructure characteristics of the interfacial transition zone(ITZ) between Portland cement paste and lightweight aggregate with different pre-wetting degree were investigated,and comparison was made to the crushed stone concrete.
采用扫描电镜、X射线能谱分析、显微硬度等多种测试方法,测定了不同预饱水程度轻骨料-水泥石界面区水化产物的钙硅比、水泥石显微硬度以及孔结构等微观性能参数,研究了轻骨料预饱水程度对混凝土界面区结构与特征参数的影响,并与普通骨料混凝土进行了对比分析。
2) water saturation equation
含水饱和度方程
1.
Three main equations of the numerical simulation system of the hydrocarbon migration are given on the basis of physical essence of petroleum geology process in petroliferous basins, and they are overpressure equation, heat-transport equation and water saturation equation.
本文以含油气盆地石油地质过程的物理本质为基础,给出了运移数值模拟系统的三个主要方程,即超压方程、传热方程、含水饱和度方程,阐述了模拟的原理及数学解算。
3) saturation level
饱和程度
1.
The mixed fouling behavior on different solid surfaces under the conditions of different CaCO3 saturation levels and bulk velocities was examined, and the growth curves of mixed fouling were obtained.
对模拟工业水系统中荧光假单胞菌与碳酸钙在固体壁面上形成混合垢的过程进行了实验研究,考察了在不同碳酸钙饱和程度及主体流速下混合垢在不同材料表面上的结垢行为,获得了不同材料表面上混合垢随时间的生长曲线。
4) water saturation
水饱和度
1.
In order to determine the upper limit of reservoir water saturation, HTHP core test technologies are used for the first time to measure the oil and gas relative permeability of cores sampled from different oil and gas reservoirs at different areas of Sichuan Basin under full modeling conditions.
为了确定储层水饱和度上限值,首次采用高温高压条件下岩心分析测试技术,在全模拟条件下分别测定了四川盆地不同地区,不同油藏和气藏岩心的油相和气相相渗透率,结合有关油气田岩心的油、水相对渗透率曲线得到Js4油藏、川西和川东T3x2气藏储层产工业油、气的水饱和度上限值分别为50%、59%和56%。
2.
This apparatus is being widely used to measure the water saturation of reservoir rocks inpetroleum exploration and devolopment.
根据毛细管压力理论研制的ＹＢ－１型岩石水饱和度仪，广泛应用于油气勘探开发中测定储集岩石的含水饱和度，测定误差小于５％，该方法为不受取心条件、样品大小、物性和岩性限制快速的新方法，实际应用证明效果较
5) degree of saturation
饱水度
1.
It was discovered that the leaching concentration of heavy metals from waste catalyst didn't change with the increase of leaching time at unsaturated conditions,but the leaching rate was dramatically increased with the increase of the degree of saturation.
实验发现，在非饱水条件下，重金属自废催化剂中浸出的浓度并没有随实验时间的增长而变化，重金属的浸出速率却随废物层饱水度的增加而显著增加，说明提高水分的入渗能够提高有害成分的浸出速率，实际上是提高了有害物质浸出的总量，因此，在危险废物填埋场中降低水分入渗可以减少有害物质的浸
2.
Effects of NaCl concentration on capillary-uptake degree of saturation in concrete,ice-formation pressure and volume expansion of solutions were investigated,and then mechanisms of the deicer-frost scaling of concrete was analyzed.
研究了NaCl浓度对混凝土内部毛细管吸水饱水度、溶液结冰膨胀率和结冰压的影响,继而对混凝土盐冻破坏机理进行了分析。
3.
The degree of saturation under different environmental conditions was investigated.
研究了不同条件下,NaCl对混凝土饱水度的影响。
6) water?saturation strength
饱水强度
补充资料：含水不饱和聚酯树脂
分子式：
CAS号：
性质：又称含水不饱和聚酯树脂，水扩展聚酯，充水聚酯。不饱和聚酯树脂的水乳液。不燃烧，其他物理机械性能随含水量增加而下降。通常采用1,6-己二醇和无水顺丁烯二酸酐制成水溶性不饱和聚酯，加入水溶性单体、水、固化剂、促进剂和乳化剂制成水-油型(W/O)或油-水型(O/W)乳液，固化后使用。可作为合成木材、家具装饰材料，也可制成泡沫材料用于建筑隔热材料。
CAS号：
性质：又称含水不饱和聚酯树脂，水扩展聚酯，充水聚酯。不饱和聚酯树脂的水乳液。不燃烧，其他物理机械性能随含水量增加而下降。通常采用1,6-己二醇和无水顺丁烯二酸酐制成水溶性不饱和聚酯，加入水溶性单体、水、固化剂、促进剂和乳化剂制成水-油型(W/O)或油-水型(O/W)乳液，固化后使用。可作为合成木材、家具装饰材料，也可制成泡沫材料用于建筑隔热材料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条