1.
RECOVERY OF Cu, Zn AND CYANIDE FROM STRONG COPPER CYANIDE SOLUTIONS BY ELECTROWINNING-PARTIAL ACIDIZING
电积-酸化法从高铜氰溶液中回收铜氰锌
2.
STUDY ON THE TREATMENT OF Cu-CYANIDE WASTEWATER BY COMPLEMENTARY MIXED BED ANODE
互补型混合床阳极处理铜氰络合物废水的试验研究
3.
The main products cover ammonuium sulfocyanide,sodium thiocyanate, potassium sulphocyanide, cuprous sulfocyanide etc,Calcium Thiocyanate.
主要产品有硫氰酸铵、硫氰酸钠、硫氰酸钾、硫氰酸亚铜、硫氰酸钙等。
4.
Experiment on Cu-Bi Cyanide-free Flotation for Cu-Bi Multi-metal Ores in Jiangxi Province
江西某铜铋多金属矿石无氰铜铋分离浮选试验
5.
Study on Plating 22K Au-Cu Alloy in Cyanide Free Bath;
无氰电镀22K金—铜合金工艺研究
6.
Cyanide-free copper electroplating in sulfite/thiosulfate bath
亚硫酸盐/硫代硫酸盐体系无氰镀铜
7.
Copper(Ⅰ) Iodide Catalyzed Cyanation of N-Heteroaryl Bromides Using Potassium Hexacyanoferrate(Ⅱ)
铜(Ⅰ)催化亚铁氰化钾对含氮杂环溴化物的氰基化反应
8.
Zinc base die castings are always copper plated in cyanide baths.
锌基合金的压铸件总是在氰化镀液中镀铜。
9.
SYNTHESES AND PROPERTIES OF DI- [ MONOCYANOETHYL-β-DIKETONYL ] COPPER(Ⅱ)
双-[一氰乙基化β-二酮基]合铜Ⅱ的合成及其性质
10.
Investigation on Anticarbonized Bright Copper-plating Process in Basic Cyanide Baths
碱性氰化物防渗碳光亮镀铜工艺的研究
11.
STUDY OF ELECTRODEPOSITING BRIGHT COPPER-TIN ALLOY FROM NONCYANIDE BATH
无氰体系中电沉积光亮铜锡合金的研究
12.
Separation of copper with ammonium sulfate-ammonium thiocyanate-ethyl violet flotation system
硫酸铵-硫氰酸铵-乙基紫体系浮选分离铜
13.
A Study of the Extracting Rate of Gold & Silver from Immersed Copper Sediment Influenced by Cyaniding Conditions;
氰化条件对浸铜渣中金银浸出率的影响研究
14.
Liquid Waste Processing in Synthesis of Cuprous Sulfocyanide;
硫氰酸亚铜合成过程中废液处理的研究
15.
Investigation on Cyanide-free Alkaline Copper Electroplating and Eletrochemical Behavior
无氰碱性镀铜工艺及其电化学过程的研究
16.
Experimental tests on separation floatation for copper zinc mixed floatation concentrate of a certain cyanidation tailings
氰化尾渣铜锌混合精矿分离浮选试验研究
17.
Advances in experimental study and production practice of cyanide-free copper plating--Part Ⅱ
无氰镀铜的实验研究与生产应用进展(二)
18.
Process for Cyanide-Free Copper Electroplating of Aluminum Alloy and Its Application on Automobile Wheels Made of Aluminum Alloy
无氰高密度镀铜工艺及其在汽车轮毂中的应用