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- 化学法处理EMD的研究Study of the Chemically Treated EMD
- 硫化沉淀浮选法处理矿山酸性废水及回收有用金属的研究Research on Treating Mine Acid Water and Recovering Valuable Metals by Sulfide Precipitate Flotation Method
- 爆炸置换法处理围垦海堤软土地基技术的研究及其在浙江的应用Displacement method by blasting for reclamation seawall in soft foundation and its use in Zhejiang
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- EMD的离子交换行为及其离子筛法提取锂的研究Studies on Ionic-exchange Behaviour of EMD and Selective Adsorption of Lithium Ions by EMD Ionic-sieve Method
- 应用化学法在构造裂隙带快速封堵抽放钻孔技术的研究与应用Research and application of the technique of stopping the drainage hole quickly by chemical method in the structure fracture zone
- 超声化学法合成纳米羟基磷灰石粉体的研究Preparation of Nano Hydroxyapatite Powders by Sonochemistry Method
- 用旋流化学一步法处理电镀综合废水Treatment of Electroplating Effluent by Whirlwind-Chemical Method
- 查表法处理SOx气相化学过程的性能检验Simulated test of capacity of the look-up table method for treatment of SOx processes
- 化学法二氧化氯发生器转化率测定方法的研究The research of determination of conversion rate of chlorine dioxide on generator of chlorine dioxide by chemical method
- 铵盐法处理氧化锌矿的研究A Study on Treating Zincite by Ammonium Salt Process
- 化学-离子交换法处理镍锡铅电镀混合废水Treatment of Nickel Stannum and Plumbum mixed Electroplating waste water by Chemical - Hydronium Exchange Technology
- 微电池法处理印染废水的研究Research of the Micro-cell Process in Treatment of Pringting and Dyeing Wastewater
- 摘要介绍了物理吸附法、化学法和生物法等去除甲醛的方法的研究概况,指出了今后的室内研究方向。Reviews the removal methods of formaldehyde, including physical adsorption method, chemical method and biological method. Points out the future study direction.
- 化学分类沉淀法处理铜箔废水的工程应用APPLICATION OF CHEMICAL CLASSIFIED PRECIPITATION PROCESS INTO TREATMENT OF WASTE WATER FROM COPPER FOIL MANUFACTURING
- 混凝沉淀法处理缫丝废水的研究RESEARCH ON COAGULATION-SEDIMENTATION TREATMENT OF FILATURE WASTEWATER
- 混凝法处理混合化工废水的试验研究Experimental Research on Coagulation Treatment of Mixed Wastewater from Chemistry Industry
- 化学沉淀法处理乙烯裂解废碱液中的硫化物The treatment of sulfide in spent caustic from ethylene cracking plants by chemical precipitation
- 二步钝化法处理黄铜制品的研究Treatment of Brass Products by Two-Step Passivation