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- The study of ammonia nitrogen removal from the effluent of primary sedimentation tank by zeolite adsorption 沸石吸附去除城市污水厂初沉池出水中氨氮的研究
- Zeolite Adsorption of Ammonia -Nitrogen in Ammonium Chloride Wastewater from Rare Earth Smeltery 用沸石吸附稀土冶炼氯铵废水中的氨氮
- STUDY OF AMMONIA NITROGEN REMOVAL FROM THE COKE WASTEWATER BY ZEOLITE ADSORPTION 沸石吸附焦化废水中氨氮的研究
- zeolite adsorption 沸石吸附
- Evolution of zeolite synthesis was reviewed. 综述了沸石分子筛的合成和最新进展。
- Zeolite is a superior adsorbent. 沸石是一种优良吸附剂。
- The adsorption isotherm of nitrogen for ZSM-5 zeolite with Si/Al ratio of 110 is shown in Figure 1A. 氮气在Si/al比为110的沸石上的吸附等温线如图1A所示。
- The technique is known as adsorption chromatograph. 这种分析技术称为吸附色谱。
- Do not attempt purification of NF3 via adsorption. 禁止试图通过吸附来净化NF3。
- The results showed that the adsorption characteristics of the recovered zeolite for ammonium still remained. 研究结果表明:再生沸石对铵氮良好的吸附和交换性能仍然存在;
- Zeolite is a kind of aqueous silicoaluminate mineral with excellent adsorption function. 沸石是一种具有优异吸附功能的含水硅铝酸盐矿物。
- As for CH 3ONO, there is fast physic adsorption . CH3ONO是快的物理吸附；
- There exists adsorption water in the SSs. 垢样中有吸附水存在。
- Gold can even be recovered using adsorption. 甚至可以用吸附的方法回收黄金。
- The dependence of nitrogen adsorption on pressure at 450 0C for ZSM-5 zeolite with Si/Al ratio of 990 is shown in Figure 1B. 在450℃时氮气在si/Al比为990的沸石上的吸附与压力的关系如图1B所示。
- The experimental results show that activated zeolite posse an ability of removing NH＋4 due to the ion exchange and adsorption. 影响沸石去除氨氮的主要因素包括沸石与含氨氮溶液作用时间、石用量、液中氨氮浓度、石的粒度和溶液的温度等，探讨了沸石去除氨氮的机理，初步认为主要是由于离子交换作用和吸附作用共同完成的。
- The Structure and Synthesis for Zeolite Molecule Sieves. 等。沸石分子筛的结构与合成。
- The analysis of SEM and XRD approved the formation of zeolite. SEM及XRD分析证实了沸石结晶的生成。
- The use of hydrous zeolite is a type of warm mix asphalt. 掺加含水沸石是中温化技术的一种。
- The adsorption of nitrogen at high temperature can only be explained on the basis of chemical bonding between nitrogen and the zeolite surface. 氮气在高温时的吸附,只能根据氮气在沸石表面所形成的化学键来解释。
