| 1. | Metal recovery from carbon - zinc battery and alkaline cell
碳锌和碱性电池的金属回收的研究 |
| 2. | Process the mg metal recovery is achieved by reducing mgo from dolomite or calcined magnesite
通过从白云石或煅烧菱镁矿中还原 |
| 3. | Covered electrodes - determination of the efficiency , metal recovery and deposition coefficient
涂料焊条效率金属回收率和熔敷系数的测定 |
| 4. | Covered electrodes - determination of the efficiency , metal recovery and deposition coefficient
涂料电焊条.高效金属回收和熔敷系数测定 |
| 5. | Covered electrodes . determination of the efficiency , metal recovery and deposition coefficient
药皮焊条.效率金属回复系数和熔敷系数的测定 |
| 6. | Iso 2401 covered electrodes ; determination of the efficiency , metal recovery and deposition coefficient iso 2401 : 1972 ; german version en 22401 : 1994
涂敷焊条.效率金属回收和熔敷系数的测定 |
| 7. | Ball mill , classifier , gravity separator , hammer mill , heavy metal recovery equipment , magnetic separator , solvent distiller
球磨机、分类机、沉淀分离机、锤磨机、重金属回收设备、磁性分离机、溶剂蒸馏机 |
| 8. | Ball mill , classifier , gravity separator , hammer mill , heavy metal recovery equipment , magnetic separator , solvent distiller
球磨机、分类机、沉淀分离机、锤磨机、重金属回收设备、磁性分离机、溶剂蒸馏机 |
| 9. | Aiming to improve the metal recovery of ore heap leaching , the synthetical influence of multifactors , such as ore nature , heap construction , ore size distribution , solution spreading way and intensity , lixiviant solution as well as leaching environment are analyzed
摘要以提高矿石堆浸浸出率为目的，分析了矿石性质、浸堆构筑、矿石粒度、布液方式及布液强度、溶浸液以及浸出环境等多因素的综合影响。 |
| 10. | Starting from the practice of benxi steel co . s mine , the factors that affect the metal recovery of single low intensity magnetic separation technology and its relationship with the quality of iron concentrates are presented and the evaluation is made on the concentration efficiency of this technology . the relationship is operationable and is of guidance significance to the production practice and can be used to provide a basic for making the correct policy fer the concentration production
从本钢矿山的实践出发，阐述了单一弱磁选工艺金属回收率的影响因素及其与铁精矿质量的关系，同时对此工艺过程的选矿效率进行了评价，具有可操作性，并对生产实际有一定的指导意义，为正确制定选矿生产提供依据。 |
