1) mangan ludwigite
硼镁锰矿
2) pinakiolite
硼镁锰矿
3) pinaliolite
硼镁锰矿
4) sussexite
白硼镁锰矿
5) ascharite mineral
硼镁石矿
1.
Experimental study of vacuum-thermal reduction of ascharite mineral;
硼镁石矿真空热还原试验研究
2.
In order to utilize effectively the ascharite mineral which contain low grade B2O3,the vacuum-thermal reduction of roasted ascharite to deoxygenize magnesia into magnesium with silicon-aluminum alloy as reductant was experimentally investigated.
为了解决低品位硼镁石矿的合理利用问题,首次以硅铝合金为还原剂,应用真空热法还原原理将煅烧后矿石中的游离氧化镁还原为金属镁。
6) Camsellite
硼镁石
1.
The effect of(NaPO3)6 on the flotation performance of magnetite,camsellite and serpentine was investigated through the testings of purity,grain size and surface characteristics of single-block camsellite and its floatation experiments.
通过对硼镁石单矿物纯度、粒度、表面特性的测试以及单矿物的浮选试验,研究了六偏磷酸钠对磁铁矿、硼镁石和蛇纹石单矿物的可浮性影响。
7) ascharite minerals
硼镁石矿
1.
Experiment study on preparation of high-activity magnesia by calcination of ascharite minerals;
利用硼镁石矿煅烧高活性氧化镁的试验研究
2.
In order to effectively utilize the ascharite minerals which contain low grade B2O3,the paper studies the vacuum-thermal reduction of ascharite and deoxygenize magnesia into magnesium with calcium carbide as reductant.
为了解决低品位硼镁石矿的合理利用问题,本试验首次以碳化钙为还原剂,应用真空热法还原原理将煅烧后矿石中的游离氧化镁还原为金属镁。
8) szaibelyite
硼镁矿
1.
Study on the reaction mechanism of preparation of borax from szaibelyite;
硼镁矿粉转化成硼砂的机理研究
2.
Borax from szaibelyite by carbon dioxide-soda process;
碳碱法加工硼镁矿制硼砂
9) Ludwigite
硼镁铁
10) pinnoite
柱硼镁石
1.
Study on preparation of boricacid from Dachaidan pinnoitewith sulfuric acid method;
大柴旦柱硼镁石矿酸法制硼酸工艺优化研究
2.
Experiment on formation process of kurnakovite and pinnoite;
库水硼镁石和柱硼镁石形成过程的实验研究
3.
The results of chemical analysis and X-ray powder diffraction showed that the borate is pinnoite.
确定该湖底硼酸盐是柱硼镁石(MgO·B2O3·3H2O),这是除硼土之外,最早在该湖区发现的第一个天然硼酸盐矿物。
补充资料:硼镁矿
CAS:13768-64-4
中文名称:硼镁石;硼矿石;硼镁矿;硼镁矿;硼镁石,纤维硼酸镁石
英文名称:Szaibelyite;Ascharite;Boric ore;boromagnesite;camsellite
中文名称:硼镁石;硼矿石;硼镁矿;硼镁矿;硼镁石,纤维硼酸镁石
英文名称:Szaibelyite;Ascharite;Boric ore;boromagnesite;camsellite
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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