硼泥

以硼泥为主要原料制备微晶玻璃，通过DTA，XRD，SEM等分析方法，对CaO-MgO-Al2O3-SiO2系玻璃的析晶性能进行研究，系统地分析了烧结时间和晶化时间对微晶玻璃结构的影响。

Glass-ceramic was prepared from raw materials mainly containing boron mud , and the crystallizability of glass ceramic of CaO-MgO-Al2O3-SiO2 system was studied by means of DTA , XRD and SEM . Effects of sintering time and crystallizing time on the microstructure of glass ceramic were also analyzed .

对利用硼泥生产轻质碳酸镁课题进行工业化研究。

Industrialization of producing light magnesium carbonate from boron mud was studied .

硼泥填充PVC性能研究

Study of Performance of PVC Filled with Boric Sludge

赤泥微晶玻璃的研究硼泥填充PVC性能研究

Research on Red Clay Glass-Ceramics Study of Performance of PVC Filled with Boric Sludge

采用硼泥复合混凝剂（PSC）对制革废水进行处理。

In this paper , we treat tanning wastewater with boron sludge compound coagulant ( PSC ) .

研究了硼泥复合混凝剂在锅炉用水预处理中的应用，对影响混凝效果的pH值、混凝剂的投加量、搅拌速度、搅拌时间、沉降时间和温度进行了讨论。

Studied the application of boron sludge compound coagulant in pretreating water for boiler , and discussed the pH value , quantity of coagulant , agitation speed , agitation time , sedimentation time and temperature which influence coagulation effects .

加热后的硼泥处理含油废水，投加量为4‰时，除油最佳pH范围为5～12，除油率达92%以上。

The boron sludge activated by heating is used to treat oil containing wastewater , the best uptake pH is at the range of 5 ￣ 12 when it is added 0.4 percent and the percentage uptake of oils is 92 percent .

探讨了利用废渣生产的硼泥复合混凝剂处理采油井管洗涤废水，以及pH值、混凝剂的投加量、搅拌速度、搅拌时间、沉降时间和温度对混凝处理效果的影响。

The paper studies the treatment of the wastewater clearing in oil well pipes with application of boron sludge compound coagulant , and the influence of the pH value , quantity of coagulant , agitation speed , agitation time , sedimentation time and temperature on the coagulation effects .

采用连续浸提法将硼泥中的硼划分为七种物理形态，即：水溶态、醇溶态、盐溶态、络合态、硫酸盐等结合态、Fe-Mn结合态及残渣态。

The sequential chemical extractions have been developed for partitioning of boron in the boron sludge into seven fractions : water soluble , ethanol soluble , salt soluble , chelate , sulfate combined , Fe-Mn combined and residual species .

硼泥陶粒纤维混凝土外墙板的研制

The Study of boron sludge ceramisite fibre concrete building wall slab

硼泥吸附水中酚的研究

Study on the absorption of phenol in wastewater by boron sludge

硼泥对页岩砖强度影响的研究

Study on Effect of Boron Mud on Strength of Shale Brick

硼泥基烧结砖工艺实验研究

Research on Experiment of Firing Craft for Boron Sediment Brick

加硼泥烧结工业试验及高炉冶炼效果

Industrial test production of sinter with boron-containing sludge and its BF operation practice

磁选法回收硼泥中的铁精矿

Recovering Iron Concentrate from Boron Muds by Magnetic Separation

硼泥改性淀粉絮凝剂处理印染废水的实验研究

Experimental investigation on dying wastewater treatment with boron sludge and modified starch flocculant

新型脱镁硼泥泡沫玻璃的制备与性能研究

Research on preparation and performance of a new type magnesium-removal boron mud foam glass

硼泥处理含油废水

Removal of oils from wastewater by boron sludge

硼泥在混合砂浆中的应用

Application of the boron mud in composite mortars

硼泥浸提实验研究

Studies on Extracting Experiment of Boron Mud

硼泥处理洗涤剂废水的研究

Removal of Detergent Wastewater by Boron Sludge

硼泥复合混凝剂处理采油井管洗涤废水的研究

The Study of Treating Washing Wastewater of Oil Well Pipes with Boron Sludge Compound Coagulant

硼泥、铬渣则优先采用资源化技术进行处置。

The resource reclamation technology will be the priority for disposing the sludge of boron or chrome .

在此基础上，选用不同的溶剂，通过连续浸取方法对硼泥中硼的分布及形态进行分析。

The distribution and speciation of boron in boron sludge are then analyzed by continuous extraction with different solvent .

介绍硼泥混合砂浆的技术性能，通过试验，证明了用泥在混合砂浆中的作用。

This paper introduces the technical property of boron mud composite mortar and the action of boron mud in the composite mortar s.

硼泥处理电镀废水中铬（Ⅵ）的研究泡沫分离法除去废水中的铜、铬、镍离子

Removal of Cr (ⅵ) in Electroplating Wastewater with Boron Sludge ; Study on Foam Separation of Metal Ion from Its Aqueous Solution

本文研究了硼泥复合混凝剂处理啤酒废水的影响因素和最佳处理条件。

The paper deals with the influencing factors and the optimum treating condition of the beer wastewater with the Boron Sludge Composite Coagulant .

纤维水泥与硼泥陶粒轻骨料生产内外墙砖研究结果显示：污水污泥烧制地砖具有可行性。

Use of fiber cement and lightweight boric sludge ceramisite in external and internal wall brick The research shows that this way might be feasible .

随着硼泥配入量的增加，Fe3+含量也逐渐增加，Fe2+和Fe3+共同促进了熔体内部的晶体析出。

As increasing of boron mud , the concentration of Fe3 + was increased . Fe2 + and Fe3 + promoted the crystal precipitation together .

方法以硼泥、粉煤灰、铁尾矿为原料，利用工业马弗炉采用正交实验的方法研究硼泥基烧结砖的烧结工艺参数。

For preventing pollution and resource waste , a kind of fired brick was developed by utilizing boron sediment , fly ash and iron gangue .