溶解能力

  • 网络Solubility;solvency;solvent power;CMSC
溶解能力溶解能力
  1. 超临界CO2是处于临界温度和临界压力以上的一种流体,它扩散系数大、溶解能力强,可以迅速渗透到稠油内部。

    Supercritical CO2 with strong diffusion coefficient and better solubility can penetrate the internal heavy oil quickly .

  2. 利用高温高压PVT装置,对CO2在脱水及含水超稠油中的溶解能力进行了实验研究,并计算了各溶解度下对应的体积系数。

    With the help of PVT devices in high temperature and pressure , experiment research of CO2 solubility in dehydrated crude oil and watered oil was conducted . And the volume factors correlating to each solubility were calculated .

  3. 陆相沉积盆地深部地层的地层水盐度通常较低,因此一般具有相对高的CO2溶解能力。

    The formation water in the continental sedimentary basins usually has low salinity , and thus has relatively great ability to dissolve CO2 .

  4. 由于粘度、比热、介电常数、溶解能力都与密度有关,因此超临界状态下的CO2可通过调节压力来控制流体的物理和化学性质。

    Since the viscosity , specific heat and solvency are related to the density , the physical and chemical properties of SCF could be controlled through the change of the pressure .

  5. 研究表明,SC-CO2对有机小分子具有很好的溶解能力;

    Investigation shows that SC-CO_2 has excellent dissolving capacity for small organic molecules .

  6. 利用从患者体内分离的特异性免疫复合物(IC)和人工特异性IC对72例结核病患者补体介导的免疫复合物溶解能力(CMSC)进行了研究。

    Using isolated immune complex ( IC ) from sera of the patients with tuberculosis and artificial IC , complement mediated solubilizing capacity ( CMSC ) in 72 TB patients was studied .

  7. 研究表明,NMP溶剂精制馏分油无论剂油比还是抽提温度均远远低于糠醛,说明NMP用于润滑油精制具有良好的溶解能力和选择性。

    5 , the ratio of either solvent to oil or extraction temperature , are lower than furfural 's , indicating that the NMP has good dissolving ability and selectivity in refining lube stock .

  8. 说明了纯NMP具有良好的溶解能力及选择性,也说明了可用含水量为1%的NMP代替纯NMP进行溶剂精制的原因。

    The study showed that the pure NMP had good dissolving ability and selectivity , pointing that the reasons that the NMP containing 1 percent water could replace the pure NMP in solvent refining .

  9. 研究了接枝物在不同溶剂中溶解能力,同时比较了它们的热性能,发现接枝物的热分解温度比HPMC和PMMA有所提高,本论文还探讨了反应机理。

    Solution power of graft copolymer in the different solvents was studied . By comparing graft copolymer with HPMC and PMMA , graft copolymer decomposition temperature is higher than that of HPMC and PMMA . Reaction mechanisms were yet elucidated in the article .

  10. 高浓度铵盐在较高温度下具有良好的溶解能力。

    High_concentration ammonia salts have a large dissolving capacity at high temperature .

  11. 汽油是一种能脱去油迹的有溶解能力的液体。

    Gasoline is a solvent liquid that removes grease spats .

  12. 慢性乙型肝炎患者补体对免疫复合物溶解能力的观察

    Complement - mediated Solubilization of Immune Complexes in Patients with Chronic Hepatitis B

  13. 除了考虑溶剂化效应之外,还要求溶剂具有适当的选择性和一定的溶解能力。

    Besides the solvation effect , suitable selectivity and certain dissolve ability are also considered .

  14. 水和甲醇混合溶剂氢键相互作用及对高分子链溶解能力的理论研究

    Hydrogen-bonding Interaction in Water / Methanol Mixed Solvent and Theoretical Studies on Solubility of Polymer Chain

  15. 但到目前为止,还没有统一定量的理论来衡量各种物质的溶解能力。

    However , there is no united quantitative theory to measure dissolving capacity of substances up till now .

  16. 利用包裹体的均一温度和模拟的包裹体压力,确定了水对甲烷的溶解能力。

    Using fluid inclusion homogenization temperature and analog inclusion pressure , dissolving capacity of methane in water can be confirmed .

  17. 而饱和烷烃在离子液体中的溶解能力对烷基化产物和催化剂的分离十分重要。

    The solvent capacity of ionic liquid for alkane is important to he separation of the alkylate and the catalyst .

  18. 十氢萘具有很强的溶解能力,能在较低温度下溶解超高分子量聚乙烯;

    Decalin is a very strong solvent , which makes it can dissolve super high molecular weight polyethylene at low temperature .

  19. 离子液体是一种室温熔融盐,具有优良的物理化学性质,对纤维素、壳聚糖等生物大分子有很好的溶解能力,可以代替挥发性有机溶剂。

    Ionic liquids are mental salts at room temperature which are promising solvent for dissolving polysaccharides such as chitosan and cellulose .

  20. 结果表明:有机溶剂对木质素的溶解能力大小依次为二氧六环丙酮乙酸乙酯甲醇正丁醇。

    Classification results show that : the order of organic solvents on the solubility of lignin is dioxane acetone ethyl acetate methanol n-butanol .

  21. 通过加入复合助剂,改善糠醛的溶解能力和选择性,从而提高精制油收率,改善精制油质量。

    Adding the compound agent can improve the solution ability and selectivity of furfural and enhance the recovery and quality of treated oil .

  22. 与离子液体相比,制备的离子化纤维素酯对纤维素的溶解能力更佳,但对纤维素的降解作用也很大。

    Compared with ionic liquids , ionization cellulose ester had better solubility for cellulose due to its strong degradation of cellulose . 4 .

  23. 超临界流体萃取技术是利用处于临界压力和临界温度以上的流体具有极强的溶解能力而发展起来的新型化工分离技术。

    Supercritical fluid extraction is a newly developed chemical separation technology using the special high resolving capacity over critical pressure and critical temperature .

  24. 超临界流体优异的溶解能力和传质性能,增强了分子的流动性,提高了氢原子自由转移并参加自由基反应的能力。

    Excellent solubility and mass transfer of supercritical fluids improve greatly molecular fluidity , and enhance hydrogen transfer and engaging in free radical reaction .

  25. 在研究影响天然气在地层水中溶解能力各种因素的基础上,分析了造成水溶相天然气释放的地质条件。

    Based on analysis of various factors affecting solubility of natural gas in formation water , the necessary geological conditions for releasing water soluble gas was studied .

  26. 根据相图讨论了针脚中的金和贱金属(主要为铜和镍)在铅中的溶解能力。

    The dissolution behaviors of Au and the base metals of the pins ( Cu and Ni ) in Pb were discussed according to the phase diagrams .

  27. 超临界流体对焦炭前体和沉积的焦炭有较强的萃取及溶解能力,可携带90%以上的焦炭;

    More than 90 % of coke deposition amount are carried away by supercritical fluid which is highly capable in extraction of coke precursors and dissolution of coke deposits .

  28. 评价了该体系的抗石膏和抗劣土污染性能、阻缓压力传递和滤液传递能力、抑制石膏溶解能力、抑制水化以及稳定井壁效果。

    The effects of gypsum resistance , preventing / delaying transmission of pressure and filtrate , inhibiting the gypsum dissolving and formation hydration and stabilizing the borehole were evaluated .

  29. 结果表明:采用一定的置放技术,固体酸可有效延缓与碳酸盐岩的反应,具有与盐酸相同的溶解能力。

    Results indicate that reaction of the powder acid with carbonate can be retarded effectively by using some special place technique and capacity of dissolving carbonate is identical with hydrochloric acid .

  30. 色素提取的效率决定于溶剂的渗透力和溶解能力,而不能单单依赖机械破碎。

    The efficiency of the extraction depends on the penetration power and the solvation properties of the solvent , the duration of the extraction , and whether mechanical disruption is used .