exchange adsorption

交换吸附;离子交换吸附

化学



双语例句

  1. The ion exchange ability and adsorption ability of zeolite from coal fly ash ( CFA) are analysis according to its spatial structure.
    首先根据人工合成沸石的空间结构,分析了粉煤灰沸石离子交换性和吸附分离性特性;
  2. The ion exchange between mixed water and unconsolidated deposits inside caves is characteristic of cation exchange adsorption.
    而混合水与岩溶空间内的松散沉积物间的各种离子交换作用主要是阳离子交换吸附。
  3. Selection of Ion Exchange Resin and Adsorption Performance for Human Prothrombin Complex Concentrates
    人凝血酶原复合物离子交换树脂的筛选及吸附性能研究
  4. An Investigation on the MTZ Theory of Ion Exchange and Adsorption in the Countercurrent Regenerative Fixed Bed
    逆流再生固定床离子交换与吸附过程传质区理论探讨
  5. Their concentrations were lower in the water treated by tourmaline than by granite powder except B3+, which indicated the ability of ion exchange adsorption of H+ of tourmaline particles surface was weaker than that of granite.
    电气石处理的水中,除B3+之外其他离子浓度比花岗岩粉处理的低,说明电气石颗粒表面的离子交换吸附H+弱于花岗岩颗粒。
  6. The results on exchange adsorption between aluminium and manganous ion in red soils were shown: These two ions expressed both chemical behaviours according to the universal rules of ion exchange and quite distinct characteristics of nonequivalent exchange.
    对具有水解性质的铝、锰离子对交换吸附研究的结果是,两种离子既表现了离子交换的一般化学行为,又有明显的非等当量交换和非电性吸附的特征;
  7. The static electricity adsorption and the ion exchange adsorption for fluorine ion were achieved in the acidity solution.
    认为电凝聚除氟是在酸性条件下,依靠静电吸附和离子交换吸附的双重作用达到的。
  8. By summarizing the exchange adsorption effects of suspended particles in natural water ( including colloidal particles) on trace metal, the paper mainly introduces the components of suspended particles and the mechanism effect of each component on trace metal.
    综述了自然水体中悬浮颗粒物(包括胶体粒子)对痕量金属的吸附交换作用,重点介绍了悬浮颗粒物的组成成分及各组成成分对痕量金属的作用机理。
  9. Exchange adsorption abilities of the sediments for Cu 2+ vary greatly with different stations.
    不同站位的沉积物对铜离子的交换吸附能力不同;
  10. The Exchange Adsorption Properties of Trace-metal in the Sediment
    沉积物对天然水体中痕量金属交换吸附作用的研究现状
  11. Surface adsorption and ion exchange adsorption of H+ help the increase rate of pH value in acidic solution more than the decrease rate in basic solution.
    而表面吸附和离子交换吸附H+使酸性溶液pH值上升速率大于碱性溶液pH值下降速率。
  12. Lignin consists of both aromatic and aliphatic portions containing many active functional groups, which suggests some ion exchange and adsorption properties.
    木质素结构中含有芳环、脂肪族侧链和许多活性官能团,具有一定的离子交换与吸附性能。
  13. Ion exchange adsorption behavior between mordenite and fecl_3 solution
    天然丝光沸石在FeCl3水溶液中的离子吸附交换行为
  14. Biochemical Studies on Colloid Particles at Daya Bay I ( Part 2) Diurnal Variations of Exchange Adsorption of Trace Metals
    大亚湾海水胶体粒子生物&化学研究(二)痕量金属交换吸附的昼夜变化
  15. Studies on Ion Exchange and Adsorption of Au ( ⅰ), Ag ( ⅰ) and Other Cyanide Ion by BPR Resin ( ⅰ)& Kinetic of Adsorption and Elution
    BPR树脂对Au(Ⅰ)、Ag(Ⅰ)等氰合离子的离子交换与吸附研究(Ⅰ)&吸附、解吸动力学
  16. The author believes that the method of biosorption has the advantages of low investment, efficient metal recovery and water recycling compared with the traditional technologies such as hydrate precipitation, concentration by evaporating, electrodeposition, ion exchange and adsorption through active carbon.
    微生物吸附法在投资、运行、操作管理和金属回收、水回用等方面均优于传统的氢氧化物沉淀法、蒸发浓缩法、电积、离子交换法、活性炭吸附法工艺。
  17. The results showed that the sediments and Cu 2+? Pb 2+ mainly carried out univalent cation exchange reactions in the Yellow River. The pH value of the Yellow River water was the main factor affecting exchange adsorption of Cu 2+?
    结果表明,在黄河水中Cu2+、Pb2+与表层沉积物主要进行一价阳离子交换反应:河水pH是影响Cu2+、Pb2+与表层沉积物交换吸附的主要因素。
  18. The best technical condition is discussed, its exchange adsorption property of the heavy metal ion and cationic dye is also studied.
    研究了蔗渣纤维素黄原酸酯合成的最佳工艺条件,并探讨了它对重金属离子、阳离子染料的交换吸附性能以及再生性能。
  19. Gas-liquid heat exchange on adsorption refrigeration system
    固体吸附制冷系统中的气液回热
  20. A review on the main separation method of citric acid from fermentation broth is conducted based on the citation of 36 literatures, which mainly introduces the principle, research and application of extraction, ionic exchange and adsorption, electrodialysis and microporous membrane separation.
    总结了国内外从柠檬酸发酵液中提取柠檬酸的主要方法,并详细阐述了萃取法、离子交换吸附法、电渗析法和膜法分离的原理、研究进展、优缺点及应用概况。
  21. Study on Treatment of Electroplate Wastewater with Copper by Exchange Adsorption and Electrolysis
    用交换吸附&电解法处理含铜电镀废水研究
  22. The adsorption equilibrium constants K 1 and K 2 were calculated by the isothermal equation of surface stepwise ionexchange. Where the amino acid existed, it had a promotion to exchange adsorption of Pb 2+ with the sediments.
    用分级离子交换等温式求出平衡常数k1和k2,当低浓度的氨基酸存在时,对铅与沉积物的交换吸附起促进作用。
  23. Then we studied the exchange adsorption static dynamics curve, dynamic curve and regenerated curve of this ion exchange resin in the process of decreasing citric acid, which help to formulate the optimal technological parameters of deacidification and resin regeneration.
    进一步研究了降酸过程中柠檬酸在最佳离子交换树脂上的交换吸附静态动力学、动态动力学曲线及树脂再生曲线,优化确定了树脂降酸的工艺技术参数。
  24. Study Methods for Ion Exchange and Adsorption
    离子交换与吸附研究方法
  25. Equilibria of exchange adsorption of various clay minerals in polyionic systems and their bearing on the mineral nutrition of plants
    各种粘粒矿物在多离子系统中的代换吸附平衡及其对植物矿质营养的意义
  26. Rectorite has vertical expansion, ion exchange, adsorption, hydrophilic and other physical and chemical properties.
    累托石具有垂直膨胀性、离子交换性、吸附性、亲水性等优良的物化性能。
  27. Specific adsorption ability of both kinds of zeolite was similar, but the electrostatic adsorption ( ion exchange adsorption) capacity of CPB zeolite was much stronger than that of natural zeolite.
    两种沸石对Hg2+专性吸附能力相差不大,但CPB改性沸石的静电吸附(离子交换吸附)能力远大于天然沸石。
  28. In this study, B. cepacia lipase was immobilized on macroporous ion exchange resin by adsorption. Optimization of immobilization and preliminary application in biodiesel production was investigated.
    本文以离子交换树脂为载体对B.cepacia脂肪酶的固定化工艺进行了系统研究,并在生物柴油制备中进行了初步应用和性能检验。
  29. For example, chemical precipitation with lime, alum and iron salts or enhanced biological treatment and some physical methods including crystallization, electrodialysis, reverse osmosis, ion exchange and adsorption have been used for the removal of phosphate.
    例如,使用石灰,明矾和铁盐进行化学沉淀或强化生物反应和结晶,电渗析,反渗透,离子交换和吸附等物理方法在除磷中使用。