硫酸铝

liú suān lǚ
  • aluminum sulfate;aluminium sulphate
硫酸铝硫酸铝
  1. 用硫酸铝和硫酸氢钠降低燃煤电厂灰水pH值的试验研究

    Experimental study on pH reduction of ash sluicing water with aluminium sulphate and sodium bisulfate in coal - fired power plant

  2. EDTA容量法测定碱式硫酸铝溶液中硫酸根的方法研究

    Determination of Sulphate Radical in Basic Aluminium Sulphate Solution by EDTA Volumetrical Method

  3. 硫酸铝铵热分解法制备高纯Al2O3

    Preparation of High Purity Al_2O_3 with Decomposing Ammonium Aluminium Sulfate by Heating

  4. 利用X射线衍射、红外光谱(IR)等分析手段,对磷酸二氢铝和磷酸二氢铝+硫酸铝复合结合剂的作用机理进行了探讨。

    The action mechanisms of aluminum dihydrogen phosphate and the compound binder were approached by XRD and IR analysis .

  5. 结果表明,聚合氯化铝在控制出水浊度、pH值以及剩余铝方面明显优于传统的硫酸铝。

    The results showed that polyaluminum ferric chloride is better than aluminum sulfate in controlling turbidity ? pH value and remnant aluminum .

  6. 通过试验探讨了pH值、硫酸铝浓度等包覆条件对石墨表面改性的影响。

    The author studied the effects of preparing conditions such as pH , concentration of aluminum sulphate of graphite on surface modification .

  7. 论文分别就腐殖酸和硫酸铝的用量、pH值条件及金属含量对处理效果的影响进行了研究。

    The effect of the dosage of AS , the pH level , and the concentrations of HA and metal ions were studied .

  8. 各种土壤改良物质都能不同程度的降低土壤pH,且随施量的增加pH呈下降趋势,以硫酸铝最为明显。

    A variety of soil ameliorants could reduce pH value with the quantum increasing , pH value showed downward trend , especially aluminum sulfate .

  9. 在非高剪切力条件下,将硫酸铝引入到聚合硅酸中合成了新型聚硅酸硫酸铝(PASS)絮凝剂。

    The novel inorganic ion-flocculant poly-nucleate aluminum hydroxy silicate-sulphate ( PASS ) was prepared from aluminum sulfate and polysilicic acid under non-high shear condition .

  10. 聚合硫酸铝铁和PAM复合混凝剂处理造纸废水的研究

    Study on the Wastewater Treatment of the Paper Production by PAF and PAM Coagulant

  11. 采用非均匀成核法,使硫酸铝在石墨悬浮液中水解,在石墨表面包覆一层Al(OH)3。

    Graphite particles were coated with Al ( OH ) _3 by heterogeneous nucleation process of Al_2 ( SO_4 ) _3 in graphite aqueous slurries .

  12. 介绍了以硫酸铝为原料,采用凝胶法制备聚合硫酸铝(PAS)的工艺技术条件。

    The technique of manufacturing PAS by gelation from aluminium sulphate was studied .

  13. EDTA络合&铜盐返滴定法测定净水剂硫酸铝

    Re-titration Measurement of Aluminium Sulfate in Water Purification Agent with Copper Salt Complexed with EDTA

  14. 传统的施胶方法是利用皂化松香胶和硫酸铝在pH值为4~5的条件下进行的,即所谓的酸性施胶。

    The conventional method of sizing used soaped rosin and aluminum sulfate at acid condition , pH 4 to 5 , which is so called acid sizing .

  15. 通过筛选,确定硫酸铝为混凝剂、聚丙烯酰胺(PAM)为助凝剂,研究确定硫酸铝和PAM的最佳投药量以及pH值等影响因素。

    After the selection of the coagulant , aluminum sulfate and PAM is chosen as coagulant and coagulant aid respectively .

  16. 从生产活性白土的废水中提取聚合硫酸铝(BAS)的研究

    Study on Extraction of Basic Aluminium Sulfate from Waste Water of Producing Actived Bentonite

  17. 耐高温高表面积氧化铝的制备及性质Ⅱ.La的添加对硫酸铝铵法制高表面Al2O3的影响

    Preparation Chemistry of Alumina with Large Surface Area and High Temperature Stability ⅱ . Effect of La on Al_2O_3 Prepared by Decomposition of Aluminium Ammonium Sulfate

  18. 本文将Ferron逐时络合比色法应用于聚合硅酸硫酸铝(PASS)研究中,具体考察了碱化度、Si/Al摩尔比和熟化时间对铝形态分布的影响。

    Al-Ferron timed complex colorimetric method is a simple method to be used to analysis aluminum species .

  19. 将硅酸钠、其他添加剂等加入含铝溶解液中进行原料配比和聚合熟化条件优化,最终制备出聚合硅酸硫酸铝(PASS)无机高分子絮凝剂。

    Under high shear mixing condition , water glass and other additives were added to the aluminum solution , then after polymerizing and ageing , the flocculants of PASS was produced .

  20. 用差示扫描量热仪(DSC)测试了硫酸铝铵储能材料体系热循环后潜热、熔点的变化;

    The latent heat and melting point of ammonium alum were determined by differential scanning calorimetry ( DSC ) technique after repeated thermal cycles .

  21. 膨润土酸化废液制备4A分子筛、活性白土和硫酸铝

    Preparation of 4A molecular sieves , activated clay and aluminum sulfate with the exhausted acid of bentonite

  22. 用正交试验探讨硫酸铝废渣生产4A沸石的最适宜工艺条件。

    The optimal conditions in production of4A zeolite were determined by orthogonal experiments from aluminium sulfate dross .

  23. 在改善出水水质和缓解膜污染方面,PAC要好于硫酸铝。

    In the aspect of bettering produced water and relieving transmembrane pollution , coagulant of PAC is better than AS .

  24. 探讨了微波辐射温度、辐射时间、pH值、硫酸铝用量和液料比对得率的影响。

    The influence of radiation temperature , radiation times , pH value , the ratio of liquid , raw material , and the amount of aluminum sulfate on the production rate ware studied .

  25. 通过对各因素与硫酸铝对磷的吸附效果分析得知,吸附效果对温度、震荡时间、pH值变化敏感,这些因素并非独立的,而是相互作用的。

    According to analysis that the factors and aluminum sulfate adsorption of phosphorus , adsorption changes sensitive on different pH , shaking time and temperature , these factors are not independent but interact .

  26. 考察了硫酸铝的投加量、秸秆碳的投加量、pH值、震荡时间、温度、扰动等不同环境因素条件下对吸附效果的影响。

    The effect of the dosage of aluminum sulfate , the dosage of straw carbon , pH , shaking time , temperature disturbance and other conditions of different environmental factors on the adsorption effect .

  27. 为了适应中性松香造纸施胶的发展,聚合氯化铝(PAC)、碱式聚合硅酸硫酸铝(PASS)、聚胺和硫酸铝-阳离子聚合物体系等新沉淀剂被开发和研究。

    New retention aids , polyaluminium chloride ( PAC ), polyaluminium silicate sulfate ( PASS ), polyamines and alum_cationic polymer system have been developed for neutral rosin sizing .

  28. 并利用Zeta电位测定及红外技术对聚硅酸硫酸铝絮凝剂(简称PSAS)的絮凝机理加以分析探讨。

    And the flocculent mechanism of PSAS was discussed through Zeta potential analysis and infrared spectrum technique .

  29. 通过烧杯试验,比较了硫酸铝、三氯化铁、聚合氯化铝的除浊和除有机物性能,同时探讨了混凝的最佳pH值。

    The performances of aluminum sulfate , ferric chloride and poly aluminum chloride in the removal of turbidity and organic substance are compared by jar test , and the optimum pH of coagulation is also studied .

  30. 选用聚合硫酸铝(PAS)为絮凝剂,用以取代进口药剂对PVC废水的絮凝沉淀处理,进行了实验室工艺条件试验,确定其使用的最佳工艺条件。

    Experiments of coagulation sedimentation of polyaluminum sulfate ( PAS ) for displacing imported reagents in PVC wastewater were conducted in laboratory to select the optimum process conditions .