adsorption process造句

• Studies on the character of adsorption process using fractal theory
  分形理论研究吸附过程的特性
• Study on charge transferring in the adsorption process of co on cu surface
  表面吸附过程中电荷转移的理论研究
• The removal of the color substance in the salt - lake brine by flocculation - adsorption process
  絮凝吸附法脱除盐湖卤水中的有色物质
• Study on the treatment of sulfanilamide intermediate wastewater by resin adsorption process
  树脂吸附法处理磺胺中间体生产废水的研究
• Application of resin adsorption process to phenol - containing wastewater treatment and its developing directions
  树脂吸附法对含酚废水处理的应用及发展
• Application of resin adsorption process to organic industrial wastewater treatment and its developing directions
  树脂吸附法在有机化工废水处理领域中的应用及进展
• The proposed method is applied to predict the purity of para - xylene ( px ) in a px fractionation by adsorption process
  将所提出的软测量建模方法用于二甲苯( px )吸附分离过程纯度的预测。
• Oxygen can also be produced non cryogenically using selective adsorption processes to produce gaseous product
  氧的生产还可以不采用低温的方法，而是采用选择性吸附过程来生产气体产物。
• The driving metal mechanism in mechanically deposited adsorption process is studied by sem , tridimensional microscope on the base of physical chemistry and electrochemistry in this paper
  摘要主要借助扫描电子显微镜，结合物理化学、电化学的基础理论知识，对机械镀锌吸附过程中先导金属的作用机理进行了研究。
• In order to strength the adsorption performance of fiber to metals cyanide ions in bearing cyanide wastewater , ultrasonic wave is used in adsorption process of ion exchange fiber through static experiment methods
  摘要为了强化纤维对于含氰废水中氰阴离子的吸附性能，采用静态实验研究方法，把功率超声用于离子交换纤维的吸附过程。
• Firstly , adsorption characteristics of methane on different rank coals are investigated and the diversities among ch4 , n2 and co2 are compared . several classical adsorption models are evaluated and the optimal one is selected out for describing adsorption process of gas on coal
  对比了不同煤吸附ch _ 4 、 n _ 2 、 co _ 2单组分气体的差异性，评价了几种常用模型模拟煤吸附气体的效果，选出了更适用于描述煤吸附气体的吸附模型。
• Cadmium adsorption by lyophilized biomass of f2 was more efficient than oven dried biomass with removal ratio above 88 % in water with cadmium concentrations of 0 . 96 , 9 . 22 and 51 . 3mg / l . the adsorption process accord with stair adsorption kinetics , and initial ph value of solutions has a little effect on cadmium removal
  F2冷冻干燥菌体对水中镉的吸附能力远大于烘干菌体，镉浓度为0 . 96mg l 、 9 . 22mg l 、 51 . 3mg l的溶液中镉的去除率均在88以上，吸附过程符合一级吸附动力学特征，而且受到ph的限制作用很小。
• The recent research and application of at home and abroad about modem separation technologies , for example solvent extraction process , membrane separation technology , salt - induced phase separation processes , macroporous rosin adsorption process and ion exchange method in erythromycin extraction are reviewed in detail . besides , the foreground of these modem separation technologies was discussed
  综述了近年来国内外现代分离技术溶剂萃取法、膜分离技术、盐析沉淀法、大孔树脂吸附法及离子交换技术在红霉素分离提取领域的研究应用进展,并对这些现代分离技术的发展前景做了简要探讨。
• Experimental result shows that cavitation can destroy metal cyanogen preparation and chemical property of bearing cyanide wastewater is changed ; it intensify the fiber ' s adsorption progress and reduce the time of adsorption equilibrium , the general cyanide adsorption rate is increased 5 % or so , but it strength the different effect on different metal - cyanide negative ions ; strengthen effect of copper cyanide complex is stronger than zinc and iron cyanide complex , so ultrasonic wave may strength the fiber ' s adsorption processes
  实验结果表明，功率超声的空化作用能破坏金属氰配合物键，从而改变含氰废水的化学性质，另外也可缩短吸附平衡时间，强化纤维的吸附过程，使总氰的吸附率可提高5 %左右；功率超声对不同金属氰配合物离子的强化效果是不同的，对铜氰络离子的强化效果要强于铁氰、锌氰络离子，所以功率超声可以强化纤维的吸附过程。
• Antibody , which was coated to ps - mpm by using immunology method , reacted to special corresponding antigen . the heat change in the adsorption process of antibody to mpm and the reaction process to antigen were measured by using microcalorimetry . the adsorption mechanism and the special reaction were analyzed , which established the primary base of profound study on the aspect of biology application for mpm
  本文采用免疫学方法，在聚苯乙烯磁性微球表面包覆了抗体，并与武汉理一1几大学硕十学位论文特定的抗原发生特异性反应，利用tamair等温微量热检测仪测量了微球与抗体吸附过程及与抗原发生特异性反应过程中的热量变化，探讨了微球与抗体之间的吸附机理和与抗原之间的特异性反应，为更为深入地研究磁性微球在生物方面的应用奠定基础。
• The adsorption isotherm of neptunium on silica gel correspond to the form of langmuir isotherm . according to clausius - claperon equation , from the slope in inkd vs 1 / t plot , adsorption heat could be estimated . from the data of adsorption heat it is concluded that the adsorption of neptunium on silica gel in nitric acid solutions belongs to chemical adsorption and the adsorption process is an endothermic reaction
  三种价态的镎在硅胶上吸附的等温线符合兰格缪尔吸附等温线的形式，是单分子层吸附；根据克劳修斯-克拉柏龙方程，以1nkd对1 t作图，通过直线斜率计算出吸附热，从吸附热的数据可判断三种价态的镎在硅胶上的吸附属于化学吸附，是吸热的过程；对npov ） 、 np （ v ）和np （ vd在硅胶上的吸附进行了比较，提出了三种价态的锋在硅胶上吸附的机理。
• The fe3o4 nano - particles were converted from hydrophilic to oleophylic by being modified by oleic acid . the heat change in the adsorption process of fe3o4 nano - particles to oleic acid was measured and discussed by using microcalorimetry . the adsorption mechanism was analyzed
  本文采用油酸作为表面活性剂对fe _ 3o _ 4纳米粒子进行了改性，实现了fe _ 3o _ 4由亲水性向亲油性的转变，并利用tamair等温微量热检测仪研究了在不同温度下，油酸与fe _ 3o _ 4吸附过程中的热量变化情况，讨论这个过程中热量的变化，分析了两者之间的吸附机理。
• The corrosion resistance of uranium is greatly enhanced by alloying with niobium . in this study the adsorption process and the initial stage of oxidation reactions of oxygen on uranium - niobium alloys surface at room temperature were studied with electron energy loss spectroscopy and auger energy spectroscopy ( aes ) in this paper
  铀铌合金化很大程度上增强了铀的抗腐蚀性，本文主要是利用电子能量损失谱和俄歇电子能谱( augerelectronspectroscopy ，简称aes )研究铀铌合金的初始氧化过程。