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- multicomponent gas separation 多元气体分离
- Thiophene is removed from a multicomponent gas mixture by using activated carbon as carrier.The sweetening agent of thiophene is recoverable and reusable. 利用以活性炭作载体的脱硫剂脱除混合气中的噻吩,该脱硫剂可再生使用。
- In accordance with the problems existed in IR multicomponent gas analysis, a novel mu1tic.omponnt gas-sensitive sensor is developed by using the combination of narrow-band IR filter, light cone and pyroelectric detector array. 摘要针对红外多组份气体分析存在的问题,采用窄带红外滤光片、光锥、热释电探测器阵列组合技术,研制了一种新型多组份气敏传感器。
- So experiments are still indispensable.An overview of classical and new methods to measure multicomponent gas adsorption equilibria tightly related to the vehicular natural gas storage is given. 综述了以车用存储为目的的天然气多组分气相吸附平衡的传统与最新的实验方法。
- The design of DCS in HF Alkylation unit,MTBE unit and Gas Separation unit is introduced. 介绍了氢氟酸烷基化装置、甲基叔丁基醚(MTBE)装置及气分装置等的DCS的设计。
- The skin layer of reverse osmosis membrane and gas separation membraneis much dense than ultrafiltration membrane's. 反渗透膜及气体分离膜具有比超滤膜更致密的皮层,使电镜观察其微细结构更加困难。
- Pressure swing adsorption(PSA) gas separation process is analyzed with the systematic entropy analytical method. 采用系统熵分析的方法对变压吸附气体分离过程进行了分析。
- Zeolite membranes have mainly been applied to gas separation, pervaporation, and membrane reactors. 包括晶种法和原位合成法,以及沸石分子筛膜在气体分离、渗透汽化和膜反应器中的应用。
- The typical and unconventional preparation methods of carbon molecular sieves (CMS) used for gas separation were introduced in this paper. 介绍了作为气体分离用途的碳分子筛(CMS)的典型的和非常规的制备方法及应用。
- A novel IR multicomponent gas sensor 一种新型红外多组份气体传感器
- The process of alkaline wash for diesel oil from CDU using oxidation alkaline residue from gas separation set was researched. 对气分氧化碱渣回用于常二线、常三线柴油的碱洗工艺进行了研究。
- Comparing with the traditional separation method,the membrane separation techniques have more advantages for gas separation. 与传统分离方法相比,膜分离技术在气体分离中的应用具有许多优势。
- This paper discusses mainly the coating technics of polysulfone hollow fiber membrane for gas separation by the effect of some surface active agents. 主要探讨了一些表面活性剂对气体分离用聚砜中空纤维膜表面涂敷上的作用。
- The development process of gas separation membrane technology at home and abroad and the significance of oilgas recovery are introduced. 综述了国内外气体膜技术的发展历程,阐述了油气回收的意义。
- Among the universal polymer materials of gas separation membrane, silicone rubber (PDMS) has always been focused just because of its highest oxygen permeability PO2 (600 barrer). 在通用高分子气体分离膜材料中,硅橡胶(PDMS)因其具有最高的透氧系数Po_2(600Barrer)而备受关注;
- Adsorption of CH_4, N_2, CO_2 Single and Multicomponent Gas on Coal 煤对CH_4、N_2、CO_2及多组分气体吸附的研究
- Proceeded from the industrial application of zeolites in CO gas separation and purification technology by PSA, the novel binderless zeolite A adsorbents were prepared. 本文从变压吸附分离和净化CO气体的实际工业应用出发,采用预成型型体工艺制备吸附性能优良的沸石分子筛吸附剂,由吸附剂样品的CO静态/动态吸附性能和使用过程中的再生能力来评价吸附剂样品的吸附性能。
- A new silicon membrane, which is employable in gas separation at higher temperature,is developed by control pyrolysis and activation of a thermosetting.silicon resin membrane. 通过热固性硅树脂膜的控制裂解和活化,开发出一种新型的可用于高温气体分离的硅膜。
- It is concluded that two factors (convection evaporation and solvent/nonsolvent exchange rate) are important in controlling membrane morphology for gas separation. 结果表明,对流蒸发和凝胶过程溶剂/非溶剂的交换速率对形成非对称结构的高渗透性能气体分离膜有着重要的影响。
- The preparation of zeolite composite membranes has been reviewed in details. Their application in gas separation and the mechanism of separation have been discussed briefly. 本文综述了分子筛复合膜的制备方法,介绍了分子筛复合膜在混合气体分离中的应用及分离机理。