2) bioleaching
生物冶金
1.
Besides Thiobacillus ferrooxidans, which can extract metal from metal sulfides, several other microorganisms such as silicate bacteria Bacillus mucilaginosus and fungi Aspergillus niger have been found to be progress in mineral bioleaching.
作者在本研究中采用不同的方法分离筛选了以上三种类型的生物冶金微生物，并对它们的培养条件、浸矿生理及其与矿物作用效果进行了研究。
2.
As a crucial bacteria in bioleaching,the environment conditions ,such as temperature,pH and so on,affect the activation of Acidithiobacillus ferrooxidans.
ferrooxidans)是生物冶金中的重要菌种,它的活性受到环境因素如温度、pH值的影响。
3) bio-metallurgy
生物冶金
1.
The method of bio-metallurgy is capable of converting insoluble phosphate resources into water or citric acid soluble ones.
利用生物冶金的方法,将不溶性磷源转化为水溶性或枸溶性磷源,从而提供了一条利用低品位磷矿的新途径。
2.
The application of bioinformatics is described in bio-metallurgy researches and the great acceleration of bioinformatics is forecasted to the bio-metallurgy research.
介绍了生物信息学在生物冶金研究中的应用,展望了生物信息学对生物冶金研究的巨大推动作用。
4) biohydrometallurgy
生物冶金
1.
Role of Bacterial Mixture in Biohydrometallurgy;
生物冶金中混合菌的作用
2.
An outline is made of slurry electrolysis, biohydrometallurgy, film separation technology and mechanical activation leaching, and their application and development in the future are introduced.
概述了矿浆电解、生物冶金、膜分离技术和机械活化浸出等几种湿法冶金新技术 ,并介绍了其应用领域和发展方向。
3.
The paper introduced the application of biohydrometallurgy on low-grade ore and tailings,the microorganism in metallurgy.
介绍当前主要应用于冶金的微生物及生物冶金在低品位矿、尾矿中的应用,论述了生物冶金的代谢途径和机理、研究状况和研究趋势。
5) Phyto-mining
植物冶金
6) Biological metallurgy
生物冶金
1.
Progress on microbial screening and culturing in biological metallurgy;
微生物选育技术在生物冶金中的应用进展
2.
In this paper principle of gold's biological metallurgy is introduced, development of biological metallurgy in foreign countries and China is reviewed, some problems in the studying and developing process of biological metallurgy which need to be solved are pointed out as well.
生物冶金是一种细菌作用与湿法冶金相结合的新工艺。
3.
caldus) is one of the predominant biomining bacteria,which shows application prospect in biological metallurgy.
生物冶金技术具有良好的发展前景。
补充资料：冶金
分子式：
CAS号：
性质：从矿石中提取金属或金属化合物，用各种方法将其制成具有一定性能的金属材料的过程。现代冶金已发展成为两大类：提取冶金(又称化学冶金)和物理冶金(physical metallurgy，在我国称金属学)。狭义的冶金指的是提取冶金。
CAS号：
性质：从矿石中提取金属或金属化合物，用各种方法将其制成具有一定性能的金属材料的过程。现代冶金已发展成为两大类：提取冶金(又称化学冶金)和物理冶金(physical metallurgy，在我国称金属学)。狭义的冶金指的是提取冶金。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条