你知道你的锰水平么？
锰对钢的强度的影响和矽相同。
Manganese has the Seine effect on the strength of steel as silicon.
锰对钢的强度的影响和矽相同。
Manganese has the same effect on the strength of steel as silicon.
锰有同样的影响在强度的钢上像硅。
Manganese has the same effect on the strength of steel as silicon.
锰的应用一直都是如此，直到现代。
It has been continually used for this purpose until modern times.
锰通常被加入钢中以增加其拉伸强度。
Manganese is often added to steel to increase its tensile strength.
找到东西的成分是铁，铬，锰以及碳。
Found trace elements of iron, chromium, manganese and carbon.
铁、锰是植物体生长必需的微量元素。
Trace elements Lron, Manganese are necessary to the plant growth.
测定了水样中的锰并探讨了反应机理。
异辛酸锰盐； 异辛酸锰；
然后，他们才能决定应该加多少铬、碳和锰。
Then, they can decide how much chromium; carbon and manganese will have to be added.
对分离了锰以后的溶液进一步处理进行了研究。
The treatment of the waste solution after separation of manganese is studied.
结果表明，采用该工艺的锰回收率达90%以上。
The result indicates that Mn recovery rate can be reached to be more than 90%.
无锰不成钢。
从这项调查表中评估，有大量的锰来自于自来水和食物。
The amount of manganese from both tap water and food was estimated from a questionnaire.
目的研究锰对单胺类递质的影响及可能的细胞保护机制。
Purpose To study the effect of manganese on monoamines and possible cellular defense mechanism.
试验发现，碳酸锰产品的粒度大小严重影响产品的质量。
Experiment results show that the powder size of manganese carbonate will influence product quality.
锰粉单位表面积上的反应速度随反应时间的延长基本不变。
While the reaction rate in specific surface area of metalli…
锰红。
提高反应温度和延长反应时间，均有利于锰锌铁氧体的晶化过程。
The crystallization process can be prompted by increasing the reaction time and temperature.
论文采用了低温液相方法制备正尖晶石型锰的嵌锂氧化物正极材料。
The preparation of the positive electrode materials was done in the solution at low temperature.
从成分体系开发、制造技术等角度浅析了国内高锰板带钢的研发方向。
The directions of development of high manganese steel strip production in China are proposed.
含锰11- 14%的钢有极高的耐磨性，用于挖土机铲斗，球磨机衬板等。
Wear resistance high manganese steel 11-14%, for the excavator bucket, ball mill liner.
提示锰不仅对中枢神经系统产生损害，同时对周围神经系统也产生不同程度的损害。
Manganese was harmful to not only central nerve system but also peripheral nerve system.
提示锰不仅对中枢神经系统产生损害，同时对周围神经系统也产生不同程度的损害。
Manganese was harmful to not only central nerve system but also peripheral nerve system.
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