ion exchanger

英 [ˈaɪən ɪksˈtʃeɪndʒə] 美 [ˈaɪən ɪksˈtʃeɪndʒər]

n.  离子交换剂;离心交换器

化学



双语例句

  1. The Application of Ion Exchanger Resins in ECP-2 Solution Recycle processing workshop [ Chinese medicine]
    离子交换树脂在ECP-2工艺加工药液回收处理中的运用炮制工场〔中医药〕
  2. Water treatment equipment, mainly includes: reverse osmosis system, sodium filters, super filter, microporous filter, many media filters, activated carbon filter, ion exchanger, ozone equipment, etc.
    水处理设备主要包括:反渗透系统、钠滤器、超滤器、微孔过滤器、多介质过滤器、活性炭过滤器、离子交换器、臭氧设备等等。
  3. This paper introduces the method to make H-Na parallel connection by using single H ion exchanger.
    本文阐述了如何利用单一氢离子交换器实现氢-钠并联运行方式。
  4. Synthesis of Doped-Type Ion Exchanger and Study of Its Exchange Property
    掺杂型离子交换剂的制备及其交换性能研究
  5. The paper put forwards the way of extracting refining stevioside by boiling water from the leaves of stevia rebaudiana bertoni and removing impurities from extract by alcohol and ion exchanger.
    介绍了用水提取、醇沉淀和离子交换树脂精制等工艺从甜叶菊中提取甜菊苷的方法。
  6. Is suitable for power system, many media filters, ion exchanger, activated carbon filter pad and water containing acid-base ingredients of water treatment filter.
    适用于电力系统、多介质过滤器、离子交换器、活性炭过滤器垫层及水中含有酸碱成份的水处理过滤。
  7. Fabrication and Its Adsorption of Ultra-Fine Sulfonated Polystyrene Ion Exchanger Fiber Mats
    磺化超细聚苯乙烯离子交换纤维的制备及吸附性能
  8. A novel ion exchanger prepared from a strong anion resin modified with histidine was used for purifying crude hyaluronic acid to achieve a successful separation from protein and nucleic acids.
    以含有多个氮原子的组氨酸对强碱型阴离子树脂进行修饰,获得一种新型的离子交换剂。
  9. Ion exchanger resin monitoring equipment
    离子交换尸监测装置
  10. Phosphate titanium has important applications in many fields, such as inorganic ion exchanger and polyanion cathode materials of lithium battery etc.
    磷酸钛在无机离子交换剂和聚阴离子型锂电池正极材料等领域有着重要应用。
  11. The properties of the exchanger were studied. The exchange capacity of the ion exchanger is over 3.2mMol/g.
    并对这种交换剂的性能进行了测试,总交换容量达3.2mMol/g。
  12. Ion exchanger and ODS bonded silica gel for HPLC packing were prepared.
    合成了强阴离子交换及硅胶基质ODS键合高效液相色谱(HPLC)柱填料。
  13. The recovery rate of condensed vapor of a steam boiler is a factor used in choosing ion exchanger.
    供热锅炉房凝结水回收率是选择离子交换器的已知数据。
  14. Experimental Analysis of the Ion Exchanger Reproducing Effect Influenced by Water Treatment in Power Plants
    电厂水处理影响离子交换器再生效果的试验与分析
  15. A physic-mathematical model is presented for multiphase diffusion mass-transfer in shell-core type ion exchanger.
    本文提出了壳-核型离子交换剂复相扩散传质的物理数学模型。
  16. This paper introduces the working principle of continuous ion exchanger, and analyses the technological process.
    介绍了连续型离子交换装置的组成及工作原理,分析了该装置的操作工艺过程。
  17. Abstract The structure and feature of the automatic control floating ion exchanger are introduced. The application of this ion exchanger to desalting system of industrial boiler feed water was reported.
    介绍了自控调节浮床离子交换器的结构特点和在锅炉补给水除盐系统中的应用。
  18. Effect of adsorption density on pore diffusivity of proteins in ion exchanger
    吸附密度对蛋白质在离子交换吸附剂中孔扩散系数的影响
  19. Tests and application effects of two step regeneration method of sodium ion exchanger were presented.
    论述了钠离子交换器两步再生法的试验情况和应用结果。
  20. A new inorganic ion exchanger copper silicate has been synthesized. It has been used to separate the mixture of neutral amino acids ( Gly and Ala) and been compared with those of the zinc silicate.
    本文合成了一种新型无机离子交换剂&硅酸铜,对其进行了中性氨基酸(Gly,Ala)的色谱分离研究,并与硅酸锌的分离性能进行了比较,显现出较好的特性。
  21. The preparation and application of new typal amop/ sio_2 ion exchanger
    新型AMoP/SiO2离子交换剂的制备及应用&从制盐母液中直接提取铯和铷的新方法
  22. This article presents the principle, configuration and characteristics of floating-bed ion exchanger with double chambers and double layers.
    叙述了双室双层浮动床离子交换器的原理、结构及特点。
  23. The application of PLC in the automatic control of filter and ion exchanger was introduced. Using the S7-200 CPU 226 PLC as the controller, the hardware and software of the system were designed.
    针对PLC在造纸厂水处理过滤器及离子交换器中自动控制的实际应用,选用S7200CPU226型PLC为控制器,对系统的硬件设计和软件设计作了介绍。
  24. Ion exchanger can reduce the contents of the salt in water by exchanging the cations and anions in water.
    离子交换器是通过离子交换树脂与水中的阳、阴离子交换,达到降低水含盐量的目的。
  25. After comparing and study, pressure filter and especially ion exchanger became our main choice.
    经过比较和探讨,压力过滤器和离子交换器成为我们的选择设备,尤其是离子交换器。
  26. The technology of ion exchanger is widely used in water treatment field.
    离子交换技术在水处理领域中有十分广泛的应用。