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- Nanometer W-Ni-Fe composite powder was produced by the method of two step reduction of W-Ni-Fe composite oxide powder, in which the procedure parameters were controlled. 利用两阶段还原法对W Ni Fe复合氧化物粉末进行还原,控制还原工艺的参数制得纳米级W Ni Fe复合粉末。
- composite oxide powder 复合氧化物粉末
- INGREDIENTS: Snow Lotus Cohobation, Vitamin E, HA, Arbutin, Silicone Oil, Nanometer Level Titanium Oxide Powder. 雪莲纯露、维生素E、透明质酸、熊果苷、硅油、纳米级钛白粉等。
- Factors on the quality of the ferric oxide powder,which were the byproduct in Lysteel cold-mill,were analyzed. 涟钢冷轧厂分析了影响副产品氧化铁粉的各种因素;
- The copper content in the precursor powder greatly influence the phase composition of the calcined powders.The increase of copper content facilitates the formation of composite oxide. 前驱体粉末中铜含量对煅烧后复合粉末的相组成也存在较大影响,铜含量越多,越容易生成复合氧化物。
- The reduction rate of ferric oxide powder and specific surface area of superfine iron powder were measured, compared and analyzed. 研究表明纳米氧化铁粉活性高,还原温度低,可获得微细铁粉;测量了各个温度和时间下反应的还原率和所得粉末的比表面积,并进行了比较和分析。
- We explored the optimal way to prepare the large grain of rare-earth composite oxide, though the selection of best precipitator, best way to deposition etc. 文章通过对沉淀剂、沉淀方法等的研究,探索了实验室制备较大粒径稀土复合氧化物的优化条件。
- By applying an oxide powder on the cell coating, the density of the cell will substantially decrease, and also the working temperature. 通过在电池涂层中使用一种氧化物粉末可以大幅度降低电池密度,同时,降低其工作温度,使汽车变得更环保;
- The results showed that Co-Ce composite oxide with Ce/Co molar ratio of 0.05 (CoCe0.05 catalyst) performed best in the N2O decomposition reaction. 结果表明在研究的系列催化剂中,Co-Ce复合氧化物催化剂具有最好的催化分解N_2O的活性;
- Using ammonia as precipitant, CeO 2/ZrO 2 dual compound oxide powder were synthesized by means of chemical coprecipitation. 以氨水为沉淀剂 ,采用化学共沉淀法制备了CeO2 /ZrO2 二元复合氧化物粉末。
- The preparations, performance and mechanisms of lithium intercalating for tin oxide, tin composite oxide and (tin-based) alloy were introduced. 总结了锡氧化物、锡复合氧化物以及锡合金的制备方法、性能和贮锂机理,概述了锂离子电池锡基负极材料的研究现状。
- The reduction rate of ferric oxide powder and specific surface area of superfine iron powder were measured,compared and analyzed. 测量了各个温度和时间下反应的还原率和所得粉末的比表面积,并进行了比较和分析。
- The whole technological procedures for manufactu ri ng cuprous from low-quality copper oxide powder came from smelting workshop are studed. 介绍了利用熔炼分厂下脚料“氧化铜粉”作为原料,生产出新产品氯化亚铜整个生产工艺过程的研究。
- We explored the optimal way to prepare the large grain of rare-earth composite oxide,though the selection of best precipitator,best way to deposition etc. 文章通过对沉淀剂、沉淀方法等的研究,探索了实验室制备较大粒径稀土复合氧化物的优化条件。
- A process on preparation of active zinc oxide from lixiviating the crude zinc oxide powder by sulfuric acid was studied in this paper. 研究了硫酸浸出初级氧化锌粉末制备活性氧化锌的工艺,讨论了浸出过程中液固质量比、硫酸质量分数对浸出率的影响。
- The determination results for acid-regenerated iron oxide powder were in accordance with those obtained by traditional wet analysis method. 对酸再生氧化铁粉样品的测定结果与传统湿法分析的结果相一致。
- Results show that magnetism of fluid weighted by ilmenite powder or ferric oxide powder is the main factor of friction increasing. 结果表明,磁性是钛铁矿粉和氧化铁粉加重钻井液摩阻增加的主要原因,润滑剂不能从根本上解决这一问题。
- Typical application: Co-WC powder, chrome oxide powder, Lead sesquioxide powder, Chromium carbide powder, zirconium oxide powder, Ni Base Alloy-Chromium Carbide,etc. 典型应用:钴碳化钨粉、氧化铬粉、三氧化二铅粉、碳化铬粉、氧化锆粉、镍铬碳化铬粉、钴铬铌钇粉等。
- The results indicate that using the self-pulverized process, we can obtain a high-purity ultrafine aluminum oxide powder, so, this method has promising application perspectives. 试验研究表明,采用自粉化工艺,可获得高纯超细氧化铝粉体,具有广阔的应用前景。
- The progerss in production and process research of hydroquinone and catechol were reviewed, and suggested that the composite oxide catalysts are the applicable catalysts in our country. 综述了邻苯二酚与对苯二酚的生产与研究现状,提出了复合氧化物类催化剂是适于我国国情的实用催化剂专利。