1.
Study on Recovery of Camsellite from Liaoning Fengcheng Ludwigite Ore
辽宁凤城硼铁矿硼镁石矿物浮选分离研究
2.
The uranium-bearing vonsenite deposit in Liaodong (eastern Liaoning) is a unique and superlarge deposit.
辽东硼铁矿床是一处类型独特的超大型矿床。
3.
Recovery of uranium mineral from Liaoning Fengcheng ludwigite ore by gravity concentration
重选回收辽宁凤城硼铁矿中铀矿物研究
4.
Study on constructing eco-industrial park for comprehensive utilization of paigeite ore;
硼铁矿资源综合利用生态工业园建设研究
5.
AT&T Matrix Evaluation System for Pyro-Metallurgical Separation of Paigeite Ore
硼铁矿火法分离过程的AT&T矩阵系统评价
6.
Wengquangou boron-iron deposit occurred within the rocks of Lieryu Formation in Liaohe Group, early Proterozoic.
翁泉沟硼铁矿床赋存于早元古宙辽河群里尔峪组。
7.
Analysis on Environmental Problem for Comprehensive Utilization of Paigeite Ore and Its Prevention and Control Measures
硼铁矿资源综合利用过程的环境问题及防治措施
8.
AT&T Matrix Comparative Study of Process of Wet Separation and Fire Separation to Paigeite Ore
硼铁矿湿法与火法分离过程AT&T矩阵评价对比研究
9.
Geologic features of Tieli-Tonghe boron deposit, Heilongjiang Province
黑龙江省铁力—通河地区硼矿地质特征
10.
Industrial Experiment and Research of Improving Quality of Sinter With Boron-Bearing Iron Concentrate as Additive
含硼铁精矿添加剂改善烧结矿质量的工业试验
11.
Behavior and Role of Boron-magnesium in Agglomeration of Fine Iron Ore;
硼镁在铁矿粉造块中的行为和作用规律
12.
Experimental Study on Ferroboron Concentrate as Energy Conservation Additives for Agglomeration
硼铁精矿作为造块节能添加剂的试验研究
13.
By contrast, the process for goethite and manganite were exothermic.
硼在针铁矿、水锰矿上的吸附为放热过程 ,解吸为吸热过程。
14.
A Study on the Influence of Boron-magnesium Addition on Agglomeration Process of Iron Ore;
硼镁复合添加剂对铁矿粉造块成矿过程影响机理的研究
15.
Study on the Process and Mechanism of Improving the Pelletization of Brazilian Hematite by Adding Boron Bearing Compound Additives
含硼复合添加剂强化巴西赤铁矿球团制备及机理研究
16.
Metallogenesis and Mineral Prospecting Assessment of Borate Deposits in Eastern Liaoning-Southern Jilin Borate Ore Belt, Northeast China
辽东—吉南硼矿带硼矿成矿作用及成矿远景评价
17.
fool's gold
【矿】黄铁矿, 黄铜矿
18.
Determination of B and Al in Nd-Fe-B alloy by inductively coupled plasma-atomic emission spectrometry.
ICP-AES法测定钕铁硼合金中的硼、铝元素