1)scrap iron铁屑
1.Effects of chloride ion on hexavalent chromium removal by scrap iron氯离子对铁屑去除铬影响的试验研究
2.Magnetic concentrate of Ag and Mn was produced by magnetic separation,and the acid leaching of manganese minerals contained in the magnetic concentrate with scrap iron as a reductant was investigated.首先,采用磁选法得到银锰磁选精矿,然后用铁屑作还原剂,在酸性条件下湿法浸出银锰磁选精矿中Mn,实现银锰分离,为后续Ag回收工艺创造条件。
3.The acid leaching of manganese minerals with scrap iron as a reductant was investigated,and a leaching rate of 97.文章用铁屑作还原剂,在酸性条件下湿法浸出锰,实现锰银分离,为后续银回收工艺创造条件。
英文短句/例句
1.thread chip separator搓牙机铁屑分离装置
2.The iron flings align themselves in the direction of the magnetic field铁屑按磁场的方向排列。
3.When the current stops, the iron filings drop off当电流停止时，这些铁屑就掉了下来。
4.Study on Decolorization of Printing and Dyeing Wastewater by Iron Filtration Method;铁屑法对染料配制废水除色试验研究
5.Plan of Scrap Iron Treatment of Cold Stamping and Trimming Die for the Auto-Cover汽车覆盖件冲裁修边模铁屑处理方案
6.Reductive removal of Cr(VI) by iron filings in the presence of humic acidHA对铁屑还原去除水中六价铬的影响
7.Effects of chloride ion on hexavalent chromium removal by scrap iron氯离子对铁屑去除铬影响的试验研究
8.The Study of Treating of Domestic Sewage with Fly Ash and Iron Fillings粉煤灰铁屑组合处理生活污水的研究
9.In this paper lead in industrial wastewater can be removed by scrap-iron fixed bed reactor.采用铁屑固定床反应器去除工业废水中的铅。
10.Online Monitoring System of Casting Filing Smelted by Medium-frequency Furnace;中频感应电炉铸铁屑熔化在线监测系统
11.Research on Technological Process Design of DDNP Industrial Wastewater Treatment by Iron Chip Internal Electrolysis;铁屑内电解处理DDNP工业废水工艺设计的研究
12.Study on Iron Chipping Inner-electrolysis Process for Pretreating Ramie Wastewater;铁屑内电解法对苎麻废水的预处理研究
13.The Impact of Mass Transfer Effects on the State of Flow in the Iron Filings Fluidized Bed;铁屑流化床中流动状态对传质效果的影响
14.On Methods of Galvanized Liquid Waste-Activated carbon,Lime cream & Scrap iron;活性炭、石灰乳和铁屑处理电镀锌废水的探讨
15.Study on Pretreatment of Pharmaceutical Wastewater by Iron-carbon Inner-Electrolysis;铁屑-活性炭内电解法预处理制药废水的试验
16.Research the Factor Impacting the Reduction of 4-nitroaniline in Soil by Debris Scrap Iron影响废铁屑还原土壤中4-硝基苯胺的因素研究
17.THE TREATMENT OF ACID WASTEWATER CONTAINING LEAD IN PRODUCTION OF STORAGE BATTERIES BY IRON SCRAPS-MICROELECTROLYSIS METHOD铁屑微电解法处理蓄电池生产中含铅酸废水
18.Study on the Treatment of Analogous Organic Wastewater Using Iron-Carbon Microelectrolysis Method铁屑-炭粒微电解法处理模拟有机废水研究
相关短句/例句
iron chips铁屑
1.Laboratory study on remediation of mercury contaminated soil by iron chips;废铁屑修复汞污染土壤的实验研究
2.Treatment of Phenols-containing wastewater by iron chips-Fenton process;铁屑-Fenton法处理焦化含酚废水的研究
3.The treatment of dyestuff waste water by iron chips-activated carbon internal electrolysis is investigated,and the influence of three factors(the ratio of iron to carbon,reaction time,original pH value)on the results are discussed.采用铁屑—活性炭内电解法作为光合细菌处理实际染料废水的预处理方法,考察了3个主要影响因素(铁炭比、停留时间、初始pH值)。
3)iron filings铁屑
1.Through the judgment of appearance and samples preparation of iron minerals,some detection methods of iron filings in iron minerals are introduced.通过对铁精粉的外观、制样等情况判断几种铁精粉中含铁屑的检测方法。
2.The dechlorination of the chlorinated hydrocarbon by electrolytic iron is based on the laws of redox reactions,the adsorption of the pollutants by tiny granular activated carbon among the iron filings,the catalytic process of the tiny granular carbon,the destruction of the oxidational membrane on the iron surface by the active chloride ion and the effect of the tiny electric fields.简述了氯代烃的主要物理性质和用途 ,认为铁屑腐蚀电池处理氯代烃污水是基于氧化还原反应、铁屑中活性炭微粒对氯代烃的吸附与对反应的催化、氯离子对氧化膜的破坏和微电池的电场效应等原理 ;简要总结了迄今利用铁屑去除氯代烃的室内实验和利用原位铁屑反应墙处理地下水中的氯代烃污染研究所取得的成果 ,认为这种反应墙是一种效果好、成本低、维护方便、有望投入商业运行的最佳方法 ,并指出了其存在的问
3.An iron filings microelectrolysis-coprecipitation process has been used to treat vanadium-containing wastewater.采用铁屑微电解—共沉淀法处理含钒废水。
4)iron scrap铁屑
1.In the Pretreatment of p fluoronitrobenzene wastewater by microelectrolysis process with iron scrap, the conversion rate of p fluoronitrobenzene to p fluoroaminobenzene is 70% and BOD 5/COD value of effluent is increased from zero to 0.采用废铁屑微电解法对对氟硝基苯废水进行预处理 ,在铁粉投加量为 3 。
2.Experiments of laboratory scale and pilot-scale on treating nitrilon chemical industry wastewater with iron scrap internal electrolysis process had been conducted.采用铁屑内电解工艺强化预处理腈纶化工废水 ,实验室及现场试验结果均表明 ,该工艺能改善废水的可生化性 ,可提高废水 ρ(CODCr)的去除率 ,该工艺与采用药剂混凝反应作预处理的生化工艺相比 ,废水 ρ(CODCr)去除率提高了 30 。
3.The decoloring mechanism of dyes wastewater by iron scrap method was studied by using iron carbon galvanic cell electrochemical model and discussing the relation of self corrosive electro quantity and dyes concentration change in the iron carbon galvanic cell.采用铁碳原电池电化学模型 ,通过对原电池自腐蚀电量与染料溶液浓度变化关系的研究 ,探讨铁屑法处理染料废水的电化学脱色机理。
5)iron chipping铁屑
1.Study on the wastewater treated by the iron chipping micro-electrolysis;铁屑微电解法处理光致抗蚀剂废水的研究
2.The electrolytic mangan wastewater was processed by iron chipping.用废铁屑为原料对电解锰生产废水进行处理 ,考察了铁屑用量、反应时间和废水pH值对Cr6+ ,Mn2 + 去除率的影响 。
3.Research deveopments of the iron chipping miroelectrolysis processing wastewater of the dyeing,the petroleum chemical industry,electropliting,printing electric circuit plate production and wastewater containing arsenic are summarized in this paper.综述了铁屑微电解法在处理印染废水、石油化工废水、电镀废水、印刷电路板生产废水和含砷废水等方面的研究动态 ;分析了此法在处理酿酒废水、屠宰场废水、电解锰废水及含酚、含氰废水中的应用前景和作用机
6)chip[英][t??p][美][t??p]切屑,铁屑
延伸阅读
七味铁屑丸【通用名称】七味铁屑丸【其他名称】七味铁屑丸 七味铁屑丸 拼音名：Qiwei Tiexie Wan 英文名： 书页号：2000年版一部-335 本品系藏族验方。 【处方】 铁屑（诃子制） 250g 寒水石（奶制） 300g 土木香 150g 木香 100g 甘青青蓝 150g 红花 150g 五灵脂膏 80g 【制法】 以上七味，除五灵脂膏外，其余铁屑等六味粉碎成细粉，过筛，混匀； 取五灵脂膏与适量水泛丸，另用适量的铁屑浆（取诃子制铁屑1 份，加水4 份，和匀 成浆）打光，干燥，即得。 【性状】 本品为黑色的水丸；气香，味苦。 【鉴别】 (1) 取本品，置显微镜下观察：不规则块片暗黑色，边缘有光泽。不规 则块片状结晶有玻璃样光泽，边缘具明显的平直纹理。木纤维成束，呈长梭形，具斜纹 孔。木纤维成束，呈长梭形，纹孔裂缝状，或相交成十字形、人字形。叶表皮细胞表面 观类多角形，平周壁有角质纹理和毛茸脱落的疤痕，垂周壁连珠状增厚。花粉粒类圆形 或椭圆形，直径43～66μm,外壁具短刺和点状雕纹，有3 个萌发孔。不规则团块棕黑色 ，加50％硫酸溶液迅即溶解。 (2) 取本品粉末0.5g，加水10ml，微温，滤过。取滤液2ml,加稀盐酸使成微酸性， 加亚铁氰化钾试液5 滴，放置，溶液显蓝绿色，再加氢氧化钠试液3 滴，则蓝绿色消失。 (3) 取本品粉末4g，加水10ml，浸泡10分钟，加正己烷-醋酸乙酯（1：1）10ml冷浸 3小时，离心，取上清液浓缩至约1ml，作为供试品溶液。另取木香对照药材0.1g，同法制 成对照药材溶液。照薄层色谱法（附录Ⅵ B）试验，吸取上述两种溶液各4μl，分别点于 同一以羧甲基纤维素钠为黏合剂的硅胶G薄层板上，以石油醚-醋酸乙酯（4：1）为展开剂， 展开，取出，晾干，喷以5%香草醛硫酸溶液，加热至斑点显色清晰。供试品色谱中，在与 对照药材色谱相应的位置上，显相同的蓝色主斑点。 【检查】 应符合丸剂项下有关的各项规定（附录Ⅰ A）。 【功能与主治】 行气活血，平肝清热止痛。用于肝区疼痛，肝脏肿大。 【用法与用量】 口服，一次1g，一日2 次。 【规格】 每丸重1g 【贮藏】 密闭，防潮。
