铜杂质,copper impurity
1)copper impurity铜杂质
1.Some technical innovations inspired from practice Part Ⅴ——Removal ofcopper impurity from acidic bright tin plating bath;实践逼出来的点滴创新 第五部分──光亮酸性镀锡液中铜杂质的去除
2.The influence ofcopper impurity content on cadmium voltage of the negative electrode was analyzed by adding different content ofcopper impurity to the electrolyte of tested batteries, and the changes of the terminal voltage and cadmium voltage of the negative electrode were measured at the end of charging to find the solution for improving the consistence of the battery voltage.在试验电池的电解液中添加不同含量的铜杂质,测量充电后期电池的端电压及负极镉压的变化,以分析铜杂质的含量对负极镉压的影响,为提高整组电池电压的均衡性寻找解决措施。
2)miscellaneous copper杂铜
1.Sampling for analyses of precious metals inmiscellaneous copper;杂铜中贵金属分析的制样方法
英文短句/例句
1.Tentative Study on Production Process of Making Copper Rod from Scrap Copper in the SCR Copper Bar Production LineSCR铜杆生产线用杂铜生产铜杆的工艺初探
2.Production practice of reduce the copper content of refining slag in scrap copper reverberatory furnace降低废杂铜反射炉精炼渣含铜的生产实践
3.Application of Copper Scrap Smelting Technology into Production of Copper Wire Stock废杂铜冶炼技术在铜线坯生产中的应用
4.A Study of Extractive Technique of Complex Copper Concentration with Low Temperature and Pressure;复杂铜精矿低温热压萃取工艺的研究
5.Flotation Experiment Study of a Polymetallic Copper-lead-zinc Sulfide Ore某复杂铜铅锌多金属矿浮选试验研究
6.On the direct use of recovered scrap Cu and saving Cu with Al in the Chinese cable industry;论中国电缆工业的废杂铜直接再生制杆和以铝节铜
7.Re-Thinking of Direct Reuse of Scrap Copper and Saving Copper by Aluminium in the Wire and Cable Industry再论电缆工业的废杂铜直接再生利用和以铝节铜
8.Thermodynamic Properties of Electron-doped Cuprate Superconductors;电子掺杂铜氧化物超导体的热力学特性
9.Research on Hexaaza Macrocyclic Copper(Ⅱ)L and Nickel(Ⅱ)L Complexes Interaction with DNA;六氮杂铜镍配合物与DNA相互作用的研究
10.Gas Cleaning Technology of Kaldo Furnace for Low-Grade Scrap Copper Smelting低品位杂铜卡尔多炉熔炼烟气净化技术
11.Special brass sheetsGB/T2042-1989复杂黄铜板
12.Experimental Study of the Separation of Copper and Zinc from Polymetallic Sulfide Ore多金属复杂硫化矿铜锌分离实验研究
13.Modification of a LiFePO_4 cathode for lithium ion batteries by carbon coating and copper doping炭包覆和铜掺杂对LiFePO_4的改性
14.The status quo of purification and impurities removal of As,Sb,Bi in copper electrolyte铜电解液中As、Sb、Bi杂质净化研究进展
15.An Interpretation for the Early Cultures in the Transcaspian Area from the Aeneolithic to the Bronze Age解读里海沿岸社会复杂化进程—铜石并用时代至青铜时代
16.Studies on the Recovery Techniques and Mechanism of Copper from Some Low Grade and Complex Oxidized Copper Tailing by Using Flotation某低品位复杂氧化铜尾矿浮选回收铜工艺及机理研究
17.The covers of these magazines are printed with superior copperplate paper.这些杂志的封面都是用上好的铜版纸印刷的。
18.THE LOW FREQUENCY PINNING OF CDW IN W DOPED THALLIUM BLUE BRONZE Tl 0.3 Mo 0.99 W 0.01 O 3钨掺杂铊蓝青铜中电荷密度波的低频钉扎
相关短句/例句
miscellaneous copper杂铜
1.Sampling for analyses of precious metals inmiscellaneous copper;杂铜中贵金属分析的制样方法
3)copper scrap废杂铜
1.After the establishment of our country,thecopper scrap recycling has grown out of nothing,from infancy to maturity,and had the earth-shaking change since the reformation and opening to the outside.详细介绍了国内外废铜分类方法,说明了相应废铜回收利用的方法并提出了我国废杂铜回收利用的必要性。
2.The process ofcopper scrap treatment using the largest Kaldo furnace in the world at present and the technology of relevant equipment,involving loading dumper,rail car,fugitive gas hood,lance and offtake stack etc.介绍目前世界上最大的卡尔多炉处理废杂铜工艺及其相关设备的技术,其中主要相关设备包括加料翻斗车、轨道车、环保烟罩、喷枪装置及直升烟道等,卡尔多炉具有熔炼和吹炼可在同一个炉内完成的特点,炉渣含铜一般小于0。
3.This articles introduces the process of using Kaldo furnace to treatcopper scrap adopted by Guixi Smelter\"s new 300,000 ton expansion project,as well as the equipment technology.介绍江铜贵冶年产30万t铜冶炼项目引进卡尔多炉处理废杂铜冶炼工艺的情况及相关设备的技术,并介绍了卡尔多炉这种炉型处理的废杂铜的优缺点。
4)Cu-doping铜掺杂
1.Effects ofCu-doping on electrochemical performance of spinel LiMn_2O_4;铜掺杂对尖晶石锂锰氧化物性能的影响
2.The results showed that the modification ofCu-doping hardened this material with lower Kp,tanδ,d33 and remarkably higher Qm than pure(Na0.5)NbO3压电陶瓷进行铜掺杂改性研究。
5)copper-doped TiO_2铜掺杂TiO2
6)Blisters and scraps粗杂铜
延伸阅读
醋酸铜合亚砷酸铜分子式：Cu(CH3COO)2·3Cu(ASO2)2CAS号：性质：学名醋酸铜合亚砷酸铜（Copper acetoarsenit）。醋酸铜和亚砷酸铜的复盐。深绿色粉末。能溶于酸。不溶于水和醇。能水解。空气中二氧化碳作用生成亚砷酸。可由亚砷酸钠、醋酸和硫酸铜作用而制得。农药上用作杀虫剂，常与消石灰混合。并配成90%可湿性粉剂使用，以降低其药害。也可用于木材防腐。
