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- Preparation of High Efficient Flocculant of Polysilicate Ferrite By Using Waste Iron Residue and Its Application 废铁渣制备高效絮凝剂聚硅酸铁及应用
- Keywords waste iron residue;high efficient flocculant;polysilicate ferrite;wastewater treatment; 废铁渣;高效絮凝剂;聚硅酸铁;废水处理;
- Keywords Hematite;Polysilicate ferrite flocculant;Treatment of waste water;Flocculation performance; 赤铁矿;聚硅酸铁絮凝剂;废水处理;絮凝性能;
- Keywords waste iron residue;high efficient flocculant;polysilicate ferrite;preparation;wastewater treatment;flocculation property; 废铁渣;高效絮凝剂;聚硅酸铁;制备;废水处理;絮凝性能;
- contracteen. 合同方，签合同的人
- waste iron residue; high efficient flocculant; polysilicate ferrite; preparation; wastewater treatment; flocculation property; 废铁渣,高效絮凝剂,聚硅酸铁,制备,废水处理,絮凝性能
- polysilicate ferrite 聚硅酸铁
- polysilicate ferrite (PSF) 聚硅铁
- A new method for preparing high efficient coagulant of polysilicate aluminum ferrite (PSAF) from fly ash and pyrite slag was studied. 研究了以粉煤灰和硫铁矿烧渣为原料制备高效混凝剂聚硅酸铁铝(PSAF)的方法,确定了合理的生产工艺和操作条件。
- During deformation, the ferrite grains nuc... 碳含量提高有利于铁素体晶粒细化。
- Take the sodium silicate,the ferric chloride and the aluminum chloride prepared the high stability as the raw material research to polysilicate aluminum ferrite chloride(PAFSC). 以水玻璃,氯化铁和氯化铝为原料研究制备了高稳定性聚硅酸氯化铁铝(PAFSC)。
- It is studied to treat domestic sewage with polysilicate aluminium. 以聚硅酸铝为混凝剂,用化学絮凝法处理小区生活污水。
- STUDY OF DEPHOSPHORIZATION BY CALCIUM FERRITE FLUXES? 铁酸钙渣系脱磷的研究?
- Removal of azo dye Acid Red B(ARB) by magnetic ferrite adsorbents. 用铁酸盐型磁性吸附剂去除偶氮染料酸性红B
- There are 2 to 3 kg of ferrite magnets in every car. 每辆汽车中使用的铁氧体材料约达2到3公斤。
- The effect laws of amount of undissolved ferrite has been gained. 得出了未溶铁素体含量的影响规律,弄清了未溶铁素体的作用机理。
- Ferrite magnets can be produced isotropically or anisotropically. 铁氧体能够被生产成同性和异性的。
- Treatment of restaurant wastewater with polysilicate aluminium was studied. 以聚硅酸铝为混凝剂,用化学法絮凝处理餐饮废水。
- These consist of a series of small ferrite cores of maximum diameter 2mm. 这些由一系列最大直径为2毫米的小铁氧体磁心组成。
- The more pronounced ferrite refinement is achieved as carbon content increased. 碳含量提高有利于铁素体晶粒细化。
