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1·Bioleaching is an interdisciplinary of microbiology and hydrometallurgy.

生物冶金是微生物学与湿法冶金的交叉学科。

2·The contribution of culture medium to Mn bioleaching efficiency was about 50%.

培养基对锰浸取效率的贡献达50%左右。

3·Recovery of metals by bioleaching process has been used in commercial production.

利用细菌浸矿技术回收金属已广泛应用到工业生产中。

4·Naturally present bacteria are also involved in the mining industry in bioleaching.

天然存在的细菌也应用于采矿行业的生物浸矿。

5·Bioleaching has lower cost and environmental pollution, but leaching speed is slowly.

细菌浸矿成本低，对环境污染小，但浸出速度缓慢。

6·The oxidation of Fe2 +, sulfur and bioleaching marmatite with this strain was studied.

测定其亚铁和元素硫的氧化能力，并考察它对铁闪锌矿的浸出效果。

7·The progress of the electrochemistry study on the bioleaching is reviewed in the paper.

综述细菌浸出过程电化学的研究进展。

8·The dehydration property of tannery sludge enhanced obviously after bioleaching treatment.

制革污泥经过生物淋滤处理后，脱水性能得到了明显的提高。

9·Wherefore, it is of momentous practical significance for studying the bioleaching of manganese.

因此研究微生物浸锰具有相当现实和重大的意义。

10·Bioleaching is a new technology using microorganism and its oxidizing product to leach useful metals.

细菌浸出法是利用某些微生物及其氧化产物溶浸矿石中的有用金属的一种新工艺。

生物淋滤

1·The dehydration property of tannery sludge enhanced obviously after bioleaching treatment.

制革污泥经过生物淋滤处理后，脱水性能得到了明显的提高。