红砷镍矿 [矿物] nickeline ; [矿物] niccolite ; [矿物] copper nickel ; [矿物] kupfernickel
粉红矿 Agapite
红锌矿 [矿物] zincite ; [矿物] spartalite ; ZnO ; red zine ove
红锑矿 [矿物] kermesite ; [矿物] red antimony ; [矿物] pyrostibite ; [矿物] antimony blende
深红银矿 [矿物] pyrargyrite ; aerosite ; [矿物] dark ruby ore ; red silver ore
淡红银矿 [矿物] proustite ; light ruby silver ; arsensilver blende ; Light Red Silver Ore
红矿条 Shaped Titranium
红锑镍矿 [矿物] breithauptite ; hartmannite ; NiSb ; antimonial nickel
强磁-反浮选是当今红矿选矿的最有效技术。
High intensity magnetic-reverse flotation is the most efficient technology for oxidized iron ore processing nowadays.
建立火焰原子吸收光谱法用于测定矿物药赭石和红矿中微量元素钙、铜、锌、锰、镍、铬、铅的含量的方法。
Established a method determining the content of trace elements copper, zinc, manganese, lead, chromium, calcium, nickel of haematitum and red ore by FAAS.
可以说我国从“六五”开始的红矿(赤铁矿)攻关工作已基本达到了预期的目的，红矿选矿技术难题已基本解决。
It can be said that the key work on red iron ore (hematite) has reached expected goal from the "6th Five-year Plan" and has basically solved technical problem about mineral processing of red ore.
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