氯化十七聚铝,Al_(17)O_(16)(OH)_(16)Cl

氯化十七聚铝,Al_(17)O_(16)(OH)_(16)Cl_3
1)Al_(17)O_(16)(OH)_(16)Cl_3氯化十七聚铝
1.The crystals products were identified by powder XRD method,which were Al_(29)(OH)_(78)Cl_9(abbreviated to Al_(29)), Al_(17)O_(16)(OH)_(16)Cl_3(abbreviated to Al_(17)),AlCl_3·4Al(OH)_3·4H_2O (abbreviated to Al_5·4H_2O),and AlCl_3·4Al(OH)_3·7.通过粉末XRD物相表征,确定其中四种产物(Ⅰ、Ⅱ、Ⅲ、Ⅳ)的主要物相分别为:氯化二十九聚铝Al_(29)(OH)_(78)Cl_9)(简称Al_(29))、氯化十七聚铝(Al_(17)O_(16)(OH)_(16)Cl_3)(简称Al_(17))、四水合氯化五聚铝(AlCl_3·4Al(OH)_3·4H_2O)(简称Al_5·4H_2O)以及七点五水合氯化五聚铝(AlCl_3·4Al(OH)_3·7。
2)Al_(29)(OH)_(78)Cl_9氯化二十九聚铝
1.The crystals products were identified by powder XRD method,which were Al_(29)(OH)_(78)Cl_9(abbreviated to Al_(29)), Al_(17)O_(16)(OH)_(16)Cl_3(abbreviated to Al_(17)),AlCl_3·4Al(OH)_3·4H_2O (abbreviated to Al_5·4H_2O),and AlCl_3·4Al(OH)_3·7.通过粉末XRD物相表征,确定其中四种产物(Ⅰ、Ⅱ、Ⅲ、Ⅳ)的主要物相分别为:氯化二十九聚铝Al_(29)(OH)_(78)Cl_9)(简称Al_(29))、氯化十七聚铝(Al_(17)O_(16)(OH)_(16)Cl_3)(简称Al_(17))、四水合氯化五聚铝(AlCl_3·4Al(OH)_3·4H_2O)(简称Al_5·4H_2O)以及七点五水合氯化五聚铝(AlCl_3·4Al(OH)_3·7。
3)AlCl_3·4Al(OH)_3·7.5H_2O七点五水合氯化五聚铝
1.The crystals products were identified by powder XRD method,which were Al_(29)(OH)_(78)Cl_9(abbreviated to Al_(29)), Al_(17)O_(16)(OH)_(16)Cl_3(abbreviated to Al_(17)),AlCl_3·4Al(OH)_3·4H_2O (abbreviated to Al_5·4H_2O),and AlCl_3·4Al(OH)_3·7.通过粉末XRD物相表征,确定其中四种产物(Ⅰ、Ⅱ、Ⅲ、Ⅳ)的主要物相分别为:氯化二十九聚铝Al_(29)(OH)_(78)Cl_9)(简称Al_(29))、氯化十七聚铝(Al_(17)O_(16)(OH)_(16)Cl_3)(简称Al_(17))、四水合氯化五聚铝(AlCl_3·4Al(OH)_3·4H_2O)(简称Al_5·4H_2O)以及七点五水合氯化五聚铝(AlCl_3·4Al(OH)_3·7。
4)polyaluminum chloride聚氯化铝
1.Research on rapid separation technology of insoluble matters in polyaluminum chloride solution;聚氯化铝溶液中不溶物快速分离技术研究
2.The coagulation-flocculation and sedimentation beaker test and productive test were conducted to compare the flocculating and sedimentation effects of aluminium sulfate and several polyaluminum chloride(PAC) liquids.通过混凝沉淀烧杯试验和水厂生产性试验,对硫酸铝(AS)和几种聚氯化铝(PAC)进行了优选,最终确定由深圳中润水工业技术发展有限公司提供技术、太仓新星轻工助剂厂生产的ZR-3型聚氯化铝的混凝沉淀效果最佳。
3.Three series of polyaluminum chloride with aluminum concentration 2.336 mol/L),合计32个聚氯化铝(PAC),并进行了透射电镜研究。

英文短句/例句

1.The Study of Preparing Polyaluminium Chloride (PAC) from Fly Ash;粉煤灰制备聚氯化铝（PAC）的研究
2.PAFC PAC and comparative study of the effect of water purification聚合氯化铝和聚合氯化铝铁净水效果对比研究
3.Preparation and properties research of polysilicate polyaluminium chloride聚硅酸聚合氯化铝的制备及性能研究
4.Comparison Study on Coagulating to Remove Algae by Poly Aluminum Ferric Silicate Chloride and Polymeric Aluminum Chlorid聚合硅酸铝铁与聚合氯化铝混凝除藻比较研究
5.aluminium chlorhydroxide碱式氯化铝（树脂整理催化剂、凝聚剂）
6.Experimental Research on Preparation of Polyaluminium Chloride from High-alumina Fly Ash;利用高铝粉煤灰制备聚合氯化铝的实验研究
7.Study on Species Distribution of Aluminum and Properties of Poly-Aluminum Silicate Chloride;高浓度聚硅氯化铝中铝的形态及其性能研究
8.Study on Preparation of High-Purity Poly Aluminum Chloride by Pure Aluminum Foil and Its Coagulation Performance铝箔制备高纯聚合氯化铝及其性能研究
9.Water treatment chemicals--Poly aluminium chlorideGB15892-1995水处理剂聚合氯化铝
10.The Study of Preparing Polyaluminium Chloride (PAC) from Kaolin;用高岭土制备聚合氯化铝（PAC）的研究
11.Study on the Properties and the Algal-removal Application of PAFC;聚合氯化铝铁的性质和除藻应用研究
12.Research on PAFC for electroplating wastewater treatment;聚合氯化铝铁(PAFC)处理电镀废水的研究
13.Exploration of the Treatment for the Life-dirty Water by Polyaluminium Chloride;聚合氯化铝用于生活污水处理的探讨
14.Preparation and Its Application Performance of polymerized Aluminium Ferrum Chloride (PAFC);聚合氯化铝铁(PAFC)的制备及应用性能
15.Preparation of Polyaluminum Chloride and the Treatment of Sewage Water聚合氯化铝的制备及处理污水的研究
16.Application of Poly-aluminum Chloride to Clean Water System聚合氯化铝(PAC)在清水系统中的应用
17.Effect of Stabilization Agent on the Characteristic of Polyferric Aluminum Chloride稳定剂对聚合氯化铁铝(PFAC)特性的影响
18.Study on Flocculation Effect of Nano Polyaluminium Chloride Treating Petrochemical Wastewater纳米级聚合氯化铝处理石化废水絮凝效果研究

相关短句/例句

Al_(29)(OH)_(78)Cl_9氯化二十九聚铝
1.The crystals products were identified by powder XRD method,which were Al_(29)(OH)_(78)Cl_9(abbreviated to Al_(29)), Al_(17)O_(16)(OH)_(16)Cl_3(abbreviated to Al_(17)),AlCl_3·4Al(OH)_3·4H_2O (abbreviated to Al_5·4H_2O),and AlCl_3·4Al(OH)_3·7.通过粉末XRD物相表征,确定其中四种产物(Ⅰ、Ⅱ、Ⅲ、Ⅳ)的主要物相分别为:氯化二十九聚铝Al_(29)(OH)_(78)Cl_9)(简称Al_(29))、氯化十七聚铝(Al_(17)O_(16)(OH)_(16)Cl_3)(简称Al_(17))、四水合氯化五聚铝(AlCl_3·4Al(OH)_3·4H_2O)(简称Al_5·4H_2O)以及七点五水合氯化五聚铝(AlCl_3·4Al(OH)_3·7。
3)AlCl_3·4Al(OH)_3·7.5H_2O七点五水合氯化五聚铝
1.The crystals products were identified by powder XRD method,which were Al_(29)(OH)_(78)Cl_9(abbreviated to Al_(29)), Al_(17)O_(16)(OH)_(16)Cl_3(abbreviated to Al_(17)),AlCl_3·4Al(OH)_3·4H_2O (abbreviated to Al_5·4H_2O),and AlCl_3·4Al(OH)_3·7.通过粉末XRD物相表征,确定其中四种产物(Ⅰ、Ⅱ、Ⅲ、Ⅳ)的主要物相分别为:氯化二十九聚铝Al_(29)(OH)_(78)Cl_9)(简称Al_(29))、氯化十七聚铝(Al_(17)O_(16)(OH)_(16)Cl_3)(简称Al_(17))、四水合氯化五聚铝(AlCl_3·4Al(OH)_3·4H_2O)(简称Al_5·4H_2O)以及七点五水合氯化五聚铝(AlCl_3·4Al(OH)_3·7。
4)polyaluminum chloride聚氯化铝
1.Research on rapid separation technology of insoluble matters in polyaluminum chloride solution;聚氯化铝溶液中不溶物快速分离技术研究
2.The coagulation-flocculation and sedimentation beaker test and productive test were conducted to compare the flocculating and sedimentation effects of aluminium sulfate and several polyaluminum chloride(PAC) liquids.通过混凝沉淀烧杯试验和水厂生产性试验,对硫酸铝(AS)和几种聚氯化铝(PAC)进行了优选,最终确定由深圳中润水工业技术发展有限公司提供技术、太仓新星轻工助剂厂生产的ZR-3型聚氯化铝的混凝沉淀效果最佳。
3.Three series of polyaluminum chloride with aluminum concentration 2.336 mol/L),合计32个聚氯化铝(PAC),并进行了透射电镜研究。
5)Polyaluminium chloride聚氯化铝
1.[Objective]To establish the method to determine lead in Polyaluminium chloride by flame atomic absorption spectrophotometry.[目的]建立火焰原子吸收分光光度法测定聚氯化铝中铅的方法。
2.During the polyaluminium chloride(PAC) flocculant experiment,using the fly ash as the material,we learned the skill of the fly ash pretreatment.在利用粉煤灰作为原料制备聚氯化铝(PAC)絮凝剂实验过程中,重点研究粉煤灰的预处理工艺。
6)poly aluminium chloride聚氯化铝
1.In the production of poly aluminium chloride of Nanning chemical industry group,the process was reconstructed constantly,and both lower product cost and less waste byproduct were obtained.南宁化工集团有限公司在聚氯化铝生产过程中,不断进行生产工艺改造,综合治理"三废",使产品成本降低,实现了清洁生产和可持续发展。
2.The uncertainty of measurement for the determination of aluminium oxide content in poly aluminium chloride was evaluated according to GB 15892-2003.对GB15892-2003测定聚氯化铝中氧化铝含量的测量不确定度进行评定。