离子交换水

lí zǐ jiāo huàn shuǐ
  • ion exchange water
离子交换水离子交换水
  1. 钠离子交换水处理中的再生腐蚀

    Regeneration Corrosion During Sodium Ion Exchange Water Treatment

  2. 离子交换水处理工艺与双室逆流再生离子交换床

    Technique of Ion Exchange Water Treatment and Ion Exchange Bed of Double-room Reverse Flow Regeneration

  3. 离子交换水处理技术的改进

    Improved on water treatment technique by ion-exchange process

  4. 再论钠离子交换水处理再生腐蚀及解决方法

    A Treatise on the Regeneration Corrosion of Sodium Ion Exchange Water Treatment and Its Practical Solution

  5. 切换运行和再生的前置弱床离子交换水处理系统简介

    Ion exchange system of brief on batch operation with preceded weak resin bed for water treatment

  6. 对钠离子交换水处理工艺具有进一步完善的意义。

    The proposed method may play a positive role in further improving the sodium ion exchange water treatment technology .

  7. 离子交换水处理法是水的化学除盐和软化的主要方法,我国现有各种离子交换装置数以万计。

    Ion exchange water treatment is the major method for water demineralizing and softening . There are tens of thousands of ion exchange units in China now .

  8. 分析了钠离子交换水处理的再生腐蚀机理。提出了一种全新的防止再生腐蚀的方法。

    In this paper an analysis is given of the regeneration corrosion mechanism of sodium ion exchange water treatment and a completely new method for preventing the said corrosion presented .

  9. 沸石经La、Mn、Co离子交换和水蒸气处理改性,可以改变其酸性:交换La降低Hβ总酸中心量,主要是强酸中心量减少和强度减弱;

    It is found that Mn and La ion modification could decrease the total amount of acid sites and weaken the acid strength .

  10. WO3纳米棒簇的离子交换-水热合成及气敏性

    Synthesis and Gas-sensing Properties of WO_3 Nanorod Clusters Synthesized by Ion Exchange-Hydrothermal Method

  11. 电渗析离子交换膜水解离现象的研究

    Study on the phenomena of water dissociation in ion exchange membrane ed

  12. 离子交换纯净水制水系统的工艺调试

    The Engineer Testing Of Manufacturing System Of Ion-exchange Pure Water

  13. D354&FC弱碱离子交换树脂水处理工艺性能

    Operation Characteristics of D354 & FC Weakly Basic Anion Exchanger in Water Treatment

  14. 正交试验法应用于离子交换纯净水制水系统的工艺调试,能有效改进纯净水生产工艺。

    This paper summarizes the orthogonal testing methods of manufacturing system of ion-exchange pure water and the best technological process of manufacturing pure water .

  15. 首次采用离子交换低温水热法合成了不同粒径及不同形貌的氧化铈前体。

    In this paper , different morphology and different partical size of precursors of cerium oxide were synthesized for the first time by low-temperature hydrothermal and ion exchange method .

  16. 目前合成单斜LiMnO2的方法主要有两种:离子交换法和水热法。这两种方法的合成过程非常复杂,耗时长,并且反应的发生需要消耗大量额外的锂。

    According to the references , there are two mainly methods , ion-exchange and hydrothermal reactions , have been applied successfully to the synthesis of pure monoclinic LiMnO_2.But both of the two methods requires a long preparation process and excessive consumption of lithium .

  17. 离子交换树脂再生水回用的实验研究

    Study on Reuse of Saline Wastewater Treated by Using Ion-Exchange Resin

  18. 离子交换树脂/水界面上的表面络合模型

    Surface complexation model at ion exchange resins / water interface

  19. 离子交换技术在水处理领域中有十分广泛的应用。

    The technology of ion exchanger is widely used in water treatment field .

  20. 本文介绍D354&FC弱碱离子交换树脂用于水处理时的运行规律和工艺性能。

    The operation regularity and characteristics of D354 & FC weakly basic anion exchanger used in water treatment are presented .

  21. 应用渗透蒸发膜分离方法,研究磺化聚乙烯中空纤维离子交换膜对水/乙二醇混合物的分离效果。

    In this work , the pervaporation separation of water / ethylene glycol mixture was performed with sulfonated polyethylene ion-exchange hollow fiber membrane .

  22. 本文介绍了蛋白质在离子交换剂及水溶液之间分配的平衡关系式以及离子交换速度方程。

    In this paper , the equilibrium relationships determining the distribution of proteins between ion exchanger and outer solution and the rate laws of ion exchange of proteins are presented .

  23. 强酸强碱性离子交换树脂用于水处理,能使水质达标,符合化工生产与锅炉运行的需要,可确保锅炉无垢长周期运行。

    The solt-removed water of strong acid-stroge alkali type can make water reach a set standard , which satisfies the needs of production of chemical industry and the operation of boiler .

  24. 用离子交换树脂控制压水堆&回路水的pH

    Controling pH of Primary Circuit Coolant of PWR by Ionexchange Resin

  25. 离子交换法与非水滴定法之间差异无统计学意义(P0.05)。

    No significant difference was found between ion exchange and nonaqueous titrimetry ( P0.05 ) .

  26. 方差分析表明离子交换法、非水滴定法与中和法之间差异有统计学意义(P0.05);

    ANOVA showed significant difference between the methods of ion exchange and neutralization , or nonaqueous titrimetry and neutralization ( P0.05 ) .

  27. 研究了PTFE弱酸性离子交换纤维材料在水溶液中对pb~(2+)和Cu~(2+)的吸附性能。

    The adsorption properties of PTFE weakly acidic cation exchange fiber in solution for Pb ~ ( 2 + ) and Cu ~ ( 2 + ) were studied .

  28. 离子交换树脂法纯化水溶性红曲红色素的研究

    Study on Purification of Water-Soluble Monascus Dye by Ion Exchange Resin

  29. 磁性离子交换树脂在饮用水预处理中的应用

    Application of magnetic ion exchange resin in drinking water pretreatment

  30. 分析了离子交换树脂在锅炉水处理中常出现的问题,并提出了相应的解决方法。

    Project designing and technical & economic analysis of boiler make-up water treatment in power plants ;