1.
Intricate Cu, Pb and Zn sulphide ore is difficult to be separated by flotation, because Cu, Pb and Zn minerals is very close and the side of these minerals in ting.
某铜铅锌硫化矿,铜铅锌共生关系密切,且铅锌矿物嵌布粒度细小,铅锌矿物分离难度大。
2.
Experimental Research on Copper-lead Flotation Separation of a Cu-Pb-Zn Sulfide Ore in Yunnan
云南某铜铅锌硫化矿铜铅分离浮选试验研究
3.
Producing special cement from stone coal and tailings of cooper-lead-zinc ore
应用石煤、铜铅锌矿尾矿烧制特种水泥
4.
Study of Flotation of Copper-lead-zinc Sulfide Ores in Liaoning
辽宁某铜铅锌硫化矿的浮选工艺研究
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.
Voltammetry in Microelectrolyzer with Remaining Oxygen for Determination of Trace Cu Pb Zn Fe of Microblood
微池留氧伏安法测定微量血中铜铅锌铁
7.
Cu-Pb-Zn deposits in the Yanyuan basin are controlled by strata and structures.
盐源盆地中的铜铅锌矿体受地层、造控制。
8.
The Prediction of Copper, Lead-zinc, Gold and Silver Resourcesbased on Comprehensive Information in the Sanjiang Area, Yunnan Province;
云南三江地区铜铅锌金银综合信息矿产预测
9.
Experimental Research of Using Copper/Lead/Zinc Mineral Tailings as Substitutes for Cement Feedstocks;
铜铅锌尾矿应用于水泥原料的试验研究
10.
Tin-zinc-lead-bronze sheets
GB/T2049-1980锡锌铅青铜板
11.
Tin-zinc-lead-bronze strips
GB/T2067-1980锡锌铅青铜带
12.
Determination of Copper,Nickel,Lead,Zinc and Cobalt in Copper-Nickel Ore and Lead-Zinc Ore by Inductively Coupled Plasma Atomic Emission Spectrometry
ICP-AES法测定铜镍矿、铅锌矿中铜、镍、铅、锌、钴
13.
373 Copper, zinc, lead, aluminium, bronze and brass are nonferrous metals or alloys.
铜、锌、铅、铝、青铜和黄铜都是有色金属或合金。
14.
ASSAY OF THE LEVELS OF LEAD,COFFER ANDZINC IN THE BLOODFROM PERSONS EXPOSED PROFESSIONALLYTOTETREATHYL LEAD
四乙基铅接触者血中铅铜锌含量的测定
15.
Hidden underground is a wealth of gold, silver, copper, lead and zinc.
地下埋藏着大量的金,银,铜,铅和锌.
16.
CONTINUOUS DETERMINATION OF Zn, Fe, Mn, Cu, Pb, AND Cd WITH POLAROGRAPHIC CATALYTIC METHOD
极谱催化波法连续测定锌、铁、锰、铜、铅、镉
17.
DETERMINATION OF CERUM Cu, Zn, Pb AND Cd IN 45 PATIENTS WITH COR PULMONALE
45例肺心病患者血清铜锌铅镉的测定
18.
Study on Improvement Properties of Lead, Nickel, Aluminum, Zinc and Copper Electrodes;
铅、镍、铝、锌和铜电极改性的研究