1.
A Comparative Study of Microwave Heating Characteristics on Manganese Carbonate Ore Fines Containing Coal and Manganese Oxide Ore Fines Containing Coal;
含碳碳酸锰矿粉与含碳氧化锰矿粉微波加热特性对比研究
2.
Technical requirements of manganese carbonate ore powder
GB/T3714-1983碳酸锰矿粉技术条件
3.
Carburization of Sponge Ferromanganese for Manganese Oxide Fines Containing Coal by Microwave Heating
微波加热含碳氧化锰矿粉体还原过程中锰铁金属化物的渗碳行为
4.
Kinetics of Voluminal Reduction on Manganese Oxide Ore Fines Containing Coal by Microwave Heating
微波加热含碳氧化锰矿粉体还原动力学研究
5.
Transfer Behavior of Phosphorus on Manganese Oxide Ore Fines Containing Coal During Voluminal Reduction by Microwave Heating
微波加热含碳氧化锰矿粉体还原过程中磷的迁移行为
6.
Research on Process of Manganese Carbonate Pure by Directly Acid Leaching of Soft Manganese Ore
贫软锰矿直接酸浸生产高纯碳酸锰的工艺研究
7.
Study on Technology for Preparation Manganese Carbonate or Manganese Suphate from Leaching Silver-Manganese Ore Solution;
从银锰矿的浸锰液中制取硫酸锰和碳酸锰的工艺研究
8.
Investigation on Technology and Mechanism of High Carbon Ferromanganese Alloys by Pelletization-Reducing Smelting Process Using Manganese Ore Fines Containing High Combined Water
高结晶水锰矿粉球团还原冶炼高碳锰铁合金工艺及机理研究
9.
Uncarbonated mineral water, please .
请给我不含碳酸的矿泉水。
10.
PRESSURE OXIDATION PROCESSING FOR SULPHIDE-BEARING CARBONATE TYPE URANIUM ORE
含硫碳酸盐型铀矿石的加压氧化处理
11.
Study on Continuous Titration Detemination of Manganese and Iron in the Manganese Ore
中碳锰铁矿中锰和铁的连续测定研究
12.
The calcium carbonate content of phosphate rock determines the pore structure.
磷矿中碳酸钙的含量决定了磷矿的毛细孔结构。
13.
As viewed from application of the technoogy of producing high-pure manganes carbonate using poor manganese, ferrisulphas and ammonium hydrogen carbonate as raw material is introduced.
本文从应用的角度出发,介绍了以贫锰矿、酸亚铁、酸氢控等为原料,生产高纯碳酸锰的方法。
14.
Reclaiming MnCO_3 from Used Zn-Mn Batteries by Acid Leaching Method
酸浸法由废旧锌锰电池制取碳酸锰的研究
15.
(chemistry) containing or treated with carbolic acid.
（化学）含有石碳酸或用碳酸处理。
16.
Containing or treated with carbolic acid.
含在石碳酸的或用碳酸处理的
17.
The effect of C and Mn contents on ferrite nucleation rate during Deformation-Enhanced Ferrite Transformation (DEFT) in low carbon (Mn) steels was investigated.
研究了碳、锰含量对低碳(锰)钢形变强化铁素体晶粒数目变化的影响.
18.
Controlling Its Shape in the Process of Preparing Carbonate Manganese;
碳酸锰微晶制备过程的形貌控制研究