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[求助]
求翻译，关羽生物冶金的
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In the case of Penicillium, the mechanism of manganese leaching was non-enzymatic because spent medium from a culture of the organism prepared in dilute seawater was very active in leaching manganese (Table 5). Since the manganese in Hardshell ore is reported to be mostly in the oxidized form, the active agent(s) in the spent medium must be able to reduce the manganese chemically to solubilize it. Penicillium is not likely to reduce MnO 2 enzymatically as a form of respiration as some bacteria do, because its respiratory enzyme system is located in mitochondria and not in the plasma membrane as in bacteria. A periplasm/plasma membrane location for the respiratory system appears essential for attack of insoluble minerals such as manganese oxides (see discussion by Ehrlich, 1981).生物冶金浸出银锰矿的! |
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Rio2016: 金币-1, 机器翻译嫌疑、请注意 2013-06-05 22:16:54
冶金物理化学: 金币+2, 翻译EPI+1 2013-06-08 10:19:37
phu_grassman: 金币-2, 翻译EPI-1, please don't use translation tools for help. Thanks for your cooperation. 2013-08-09 20:49:58
Rio2016: 金币-1, 机器翻译嫌疑、请注意 2013-06-05 22:16:54
冶金物理化学: 金币+2, 翻译EPI+1 2013-06-08 10:19:37
phu_grassman: 金币-2, 翻译EPI-1, please don't use translation tools for help. Thanks for your cooperation. 2013-08-09 20:49:58
| 在青霉菌的作用下，浸出锰的机制是非酶的，因为从在稀释海水准备的这个有机体的文化的燃尽的媒介在在浸出锰方面是很活动是非常活跃的(表5)。 因为在Hardshell矿石在关于锰的报告中主要以这种被氧化的形式，在这个燃尽的媒介的活动代理程序一定能减少锰化工溶解它。 毛丛不可能酶减少MnO2作为呼吸作用的形式作为有些细菌的作用。 |
2楼2013-06-05 21:49:21