酸性氧化铝,Aluminum oxide
1)Aluminum oxide酸性氧化铝
2)Aluminum borate oxide氧化硼酸铝
3)neutral alumina中性氧化铝
1.The sorption of methyl parathion by neutral alumina which was modified by ionic surfactants such as SDS、SDBS and CTMAB was studied.分别应用离子型表面活性剂十二烷基硫酸钠(SDS)、十二烷基苯磺酸钠(SDBS)和十六烷基三甲基溴化铵(CTMAB)改性中性氧化铝对甲基对硫磷这种疏水性环境污染物进行吸附性能研究。
英文短句/例句

1.Preliminary study on the reaction of 1-hexene and hydrogen sulfide catalyzed by neutral alumina中性氧化铝上1-己烯与硫化氢反应的初步研究
2.Wettability of Al/Al_2O_3 system and direct aluminum bonded substrates铝和氧化铝的润湿性及氧化铝陶瓷敷铝基板
3.Study on Neutral Solution Micro-arc Oxidation of ZL108 Al-Alloy;ZL108铝合金中性溶液微弧氧化研究
4.Adsorption Performance of Trace Phosphorus Removal by Modified Active Aluminum Oxide改性活性氧化铝吸附去除水中痕量磷的性能
5.The barrier-layer alumina films and porous-layer alumina make up of nanometer alumina membrane.其中阻挡层氧化铝和多孔层氧化铝构成纳米氧化铝模板。
6.Catalytic Properties of Calcined Mg/Al Layered Double Hydroxides in the Synthesis of Glycol Ethers镁铝复合氧化物在醇醚合成反应中的催化性能
7.The Influence of Iron-xoide Deposition from Groundwater on the Fluoride Adsorption by Activated Alumina地下水中铁沉积对活性氧化铝氟吸附性能影响
8.The Effects of Hydrothermal Synthesis on the Properties of Hydrous Alumina and Alumina;水热合成对水合氧化铝及氧化铝性能的影响
9.Properties of APS alumina coating with different alumina particle distributions as feedstock不同氧化铝粉末等离子喷涂氧化铝涂层的性能
10.Research on the Method of Alumina Powder Flow Soft Sensor in the Process of Alumina Conveyor氧化铝输送中氧化铝粉流量的软测量方法研究
11.Phosphorus adsorption from waste water using activated alumina活性氧化铝对废水中磷的吸附研究(英文)
12.Study on Oxidizing Characteristics of the Electrode in Thermal Bake-out for Aluminum Reduction Cells;铝电解槽烟气焙烧中阴阳极的氧化特性研究
13.Stability of Superfine Alumina in Organic Solvent;有机溶媒中氧化铝超微粉稳定性的研究
14.RESEARCH OF RHEOLOGY OF THE SUSPENSION DURING THE GELCASTING OF ALUMINA CERAMICS;氧化铝陶瓷凝胶注模成型中料浆流变性研究
15.Study on the Dispersed Characters of Alumina Powders in Aqueous Suspension氧化铝粉体在水悬浮液中的分散特性研究
16.Application of Lower Caustic Molecular Ratio Digestion in Bayer Process低苛性比溶出在拜耳法氧化铝生产中的应用
17.Preparation of Nano Alumina Slurry and Its Application in Waterborne Wood Coatings纳米氧化铝浆料制备及在水性木器漆中的应用
18.Bore Structure of the Active Alumina Carrier Modified by Lanthana氧化镧修饰活性氧化铝载体的孔结构
相关短句/例句

Aluminum borate oxide氧化硼酸铝
3)neutral alumina中性氧化铝
1.The sorption of methyl parathion by neutral alumina which was modified by ionic surfactants such as SDS、SDBS and CTMAB was studied.分别应用离子型表面活性剂十二烷基硫酸钠(SDS)、十二烷基苯磺酸钠(SDBS)和十六烷基三甲基溴化铵(CTMAB)改性中性氧化铝对甲基对硫磷这种疏水性环境污染物进行吸附性能研究。
4)active alumina活性氧化铝
1.Microstructures of active alumina reproduction by heat-treatment method;热处理法再生活性氧化铝的微结构研究
2.Influences of surfactants on pore structure in active alumina beads;表面活性剂对活性氧化铝孔结构的影响
3.This paper probes into the influences of physical property of aluminum hydroxide on the strength of active alumina in the process of active alumina production with fast dehydration method.探讨了快速脱水法生产活性氧化铝过程中氢氧化铝物性对活性氧化铝产品强度的影响。
5)activated alumina活性氧化铝
1.Decoloration of dyeing wastewater by activated alumina trickling filter in pulsed high voltage electric field;高压脉冲电场中活性氧化铝滴滤床对印染废水脱色的效能
2.Effect of fluoride removal of modified activated alumina;改性活性氧化铝除氟性能研究
6)Active aluminum oxide活性氧化铝
1.This paper expounds the important function of the special active aluminum oxide for the oxydol in production of the oxydol with the anthraquinone process, and sums up the factors influencing the regeneration capacity of the active aluminum oxide and some problems needing attention.阐述了双氧水专用活性氧化铝在蒽醌法双氧水生产中的重要作用,总结了影响活性氧化铝再生能力的因素及使用中应注意的问题。
2.Alcohol dehydration to ethylene has been studied on active aluminum oxide catalyst in catalyst preparation and reaction.以活性氧化铝为催化剂催化乙醇脱水生成乙烯的气固相反应、催化剂的制备条件和反应工艺条件 ,并对产物进行了分析与检测。
3.The adsorption characteristics to the monomer containing trace water by silica gel, active aluminum oxide and 5A molecular sieve were studied, the penetrating curves and relationship between flow rate of monomer and adsorption capacity of the three adsorbents were obtained.研究了硅胶、活性氧化铝和 5A分子筛脱除单体中微量水分的性能 ,得出三者的穿透曲线以及单体流速与吸附量的关系 ,还讨论了工业应用流程。
延伸阅读

酸性氧化铝分子式:酸性氧化铝; 氧化铝分子量:Al2O3CAS号:1344-28-1性质:密度3.97。熔点2050°C。沸点2980°C。水溶性INSOLUBLE。