... 孟德尔式比例：mendelian ratio 锰细菌：manganese bacteria 锰铁炉灰：ferromanganese slag ...
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This paper studied on catalytic oxidation process of SO_2 by pyrolusite slurry, pyrolusite slurry combined with Acidithiobacillus ferrooxidans and Manganese bacteria.
本文对软锰矿与锰氧化细菌、氧化亚铁硫杆菌联合体系的脱硫过程与机理、主要操作条件对软锰矿与细菌催化脱硫的影响、软锰矿与细菌催化氧化SO_2产酸过程的反应动力学进行了深入研究，对促进其工业应用有着重要的理论价值。
参考来源 - 软锰矿与细菌催化氧化二氧化硫过程与动力学研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The new research shows that production of the vital forms of manganese requires that the fungi and bacteria be actively producing superoxide.
新的研究显示，能否生成这种重要的锰化合物，取决于真菌和细菌是否能够生产超氧化物。
Through immobilizing the isolated Leptothrix bacteria on manganese sand and quartz sand, the iron and manganese removal efficiency by the biologically immobilized filtration columns were studied.
通过在锰砂及石英砂上固定自行分离的纤发菌属细菌，研究了生物固定化锰砂及石英砂滤柱的除铁除锰能力。
The main achievements of this study are listed below:1) From the different sources of soil samples, 18 species well grown bacteria of manganese tolerance type have been isolated.
取得的主要结果有：1、从不同来源的土壤样品中，筛选得到了生长较好的18株锰耐受型细菌。
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