1) pyrolusite
[英][,paiərəu'lu:sait] [美][,paɪro'lusaɪt]
软锰矿(冶)
2) black manganese,hausmannite
黑锰矿<冶>
3) hubnerite,huebnerite
钨锰矿<冶>
4) pyrolusite
[英][,paiərəu'lu:sait] [美][,paɪro'lusaɪt]
软锰矿
1.
A new technique on deoxidize pyrolusite and preparing manganese sulfate;
植物粉料焙烧软锰矿制备硫酸锰的新工艺研究
2.
Study on kinetics of flue gas desulfurization with pyrolusite slurry;
软锰矿浆烟气脱硫动力学研究
3.
Primary study on the kinetics of SO_2 catalytic oxidation by pyrolusite slurry;
软锰矿浆催化氧化烟气SO_2的动力学初探
5) Pyrolusite pulp
软锰矿
1.
Effect of Air Excess Coefficient on Flue Gas Desulfurization with Pyrolusite pulp;
空气过剩系数对软锰矿浆脱硫反应的影响
2.
The flue gas desulfurization with pyrolusite pulp can produce the byproduct of manganese sulfate from the corresponding chemical reaction between MnO2 in pyrolusite and SO2 in flue gas,and moreover,Jet bubbling reactor(JBR)is the reactor that fits this technique very well.
软锰矿浆烟气脱硫工艺能利用软锰矿中的MnO2与烟气中的SO2反应生成副产品硫酸锰,喷射鼓泡反应器(JBR)适宜于该工艺体系,但在单级JBR反应器中进行软锰矿浆烟气脱硫很难同时实现较高的脱硫率(η(SO2))和锰浸出率(X(Mn))。
3.
In perspective of circular economy,this article emphatically studies the latest research achievement about the technology of flue gas desulfurization with pyrolusite pulp,including reaction mechanism,macro-kine-(tic),reactor and comprehensive utilization of tail solution and residue.
从循环经济的角度着重论述了软锰矿浆烟气脱硫工艺的最新研究进展,包括反应机理、宏观动力学、反应器、吸收尾液和尾渣的综合利用。
6) manganese ore
软锰矿
1.
Colour removal from reactive dyes wastewater by manganese ore cooperated with electrochemistry;
软锰矿电化学协同作用对活性嫩黄模拟废水脱色率的研究
2.
The study on zinc sulfide and manganese ores leaching together,without sulfur dioxide pollution,brief in the production technological flow and lower in the yield cost,is of great significance for the exploitation of the Zinc and manganese resources.
硫化锌精矿和软锰矿同槽浸出,生产工艺流程短、设备投资小、燃料消耗少、冶炼中无二氧化硫污染、降低生产成本。
3.
To study the electro-chemical mechanism and the related factors affecting the treatment of dye wastewater, a model wastewater containing reactive flavine K-4G was prepared and treated by the electrolysis process with addition of manganese ore powder.
作者以添加软锰矿粉于活性嫩黄K-4G模拟废水中再进行电解,研究水样色度和COD(Cr)降低率的各种影响因素及其电化学机理。
补充资料：融融冶冶
1.美好艳冶。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条