在难处理金精矿等高品位硫化矿生物氧化浸出的工业应用中，高效生物反应器的构建是提高生产效率的关键。
In the industrial application of bioleaching of unmanageable high-grade ores, such as gold refined ores, designing a high-efficient bioreactor is pivotal for improving efficiency.
研究磁黄铁矿在微生物浸出过程中的氧化溶解机理，对微生物浸出低品位硫化矿，有效回收有价金属有重要意义。
Therefore, the study of the oxidation dissolution of pyrrhotite in bioleaching process means a lot in comprehensive utilization of low grade sulfide minerals and the extraction of valuable metals.
叙述生物冶金法处理难浸含金硫化矿的优点及所用微生物种类，浸出的机理和方法研究与细菌氧化厂的工业应用。
Biometallurgy, roasting and pressure oxidation are generally used to pretreat the refractory gold containing sulfide ores or concentrates. The advantages of biooxidation were presented in the paper.
这些微生物在硫化矿的进一步氧化和AMD的形成中又起到了重要的作用。
The metabolism and interactions of these microorganisms play important roles in the formation of AMD.
这些微生物在硫化矿的进一步氧化和AMD的形成中又起到了重要的作用。
The metabolism and interactions of these microorganisms play important roles in the formation of AMD.
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