1)Hypervolemic fuild filling高容量液体填充
2)high filler content高填充量
英文短句/例句
1.Physical and Chemical Mechanism of Mechanical Mixing of Powder Styrene-butadiene Rubber Composites Filled with High Contents of Carbon Nanotubes高填充量碳纳米管/丁苯粉末橡胶机械混炼的物理化学机制
2.Increasing Cable Ampacity by Pumping Heat-conducting Material into Ducts管道内填充导热介质提高电缆载流量
3.The surface treatment tests on fillers indicated that coupling agents can increase the loading of ATO.填料表面处理实验表明,偶联剂能提高ATO的最大填充量。
4.positive injection gravel compaction metering unit砾石注入充填计量装置
5.Effects of Different Irrigation Amounts and Fillers on Soil Temperature and Yield of Eggplant under High Temperature Tightly Greenhouse不同灌水量和填充物对高温闷棚地温及茄子产量的影响
6.Preparation and Processing of Fillere Modified Uhmwpe Composites;填充改性超高分子量聚乙烯复合材料及加工研究
7.Pervaporation performance of ZSM-5 filled silicone composite membranes with high flux高通量ZSM-5填充硅橡胶复合膜渗透汽化性能研究
8.Research on SMC System with Rapid Initation and High Filling;高填充快速引发高性能SMC体系的研究
9.The filler content in the powder is up to 30%.粉中填充料的含量可达30%。
10.Primarily used as space fillers for lightweight items.主要用作重量轻的物品的空间填充物。
11.Brief Analyzing on the Filling Method for the Supplementary Information of the Cash Flow Statement;浅析现金流量表补充资料的填列方法
12.Study on Filling Algorithm of Vector Linear Symbol Oriented GIS;面向GIS的矢量线状符号填充算法研究
13.Study on Influence of Sulphide in Tailings on Quality of Backfill尾砂中硫化物对充填体质量影响研究
14.The prevention of common fault of frame light-weight filled wall plastering quality框架轻质填充墙抹灰质量通病的防治
15.Relationship of Root Canal Obturation Quality with Root Canal Therapy根管充填质量与根管治疗疗效的关系
16.viscous carrier placed pack用高粘携砂液作业的砾石充填
17.Enclosure Gel filled, ultrasonically welded, high density ABS housing.附胶体填充，超声焊接，高密度abs外壳。
18.A STYDT ON FILLING TECHNOLOGY FOR LARGE STOPE IN ANQING COPPER MINE安庆铜矿高大采场充填工艺技术研究
相关短句/例句
high filler content高填充量
3)liquid capacity充液容量
4)Liquid-filled type液体充填式
5)quality of the filling body充填体质量
6)REFRIGERANT CHARGE CAPACITY冷媒填充容量
延伸阅读
高模量高强度聚合物分子式：CAS号：性质：常指杨氏模量和断裂强度分别大于100GPa和3GPa的有机聚合物。实现高强高模的途径之一是将柔性高分子进行超拉伸，使卷曲或折叠的分子链拉直，并沿拉伸方向取向成伸直链结晶；另一是合成刚性棒状液晶高分子，从根本上抑制分子链的卷曲或折叠，使分子链构象或分子链间的滑移变形大大减小，外力作用在分子链的共价键上，从而大幅度提高聚合物的强度和模量。这两种方法的代表分别有超拉伸的超高分子量聚乙烯纤维，和液晶芳香聚酰胺纤维，前者的强度和模量已达到4GPa和210GPa，后者已达到2.9GPa和110GPa。
