尖晶石锂锰化合物成本低、性能好、无污染，适合水溶液锂离子电池的电极材料。
Spinel lithium manganese complex is preferable because of low cost, good performance and environmental friendliness.
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。
The new research shows that production of the vital forms of manganese requires that the fungi and bacteria be actively producing superoxide.
对电池工业中应用的锰化合物的应用情况、生产现状及质量标准进行了分析，并就电池用锰化合物的研究现状及发展前景进行了阐述。
This paper describes the application, production and quality of the manganese compounds used in battery industry. Comments have been made upon the research situation and prospects of these compounds.
例如，锰对作物中无数过程有重要作用，如光合作用、氮和碳水化合物新陈代谢，以及抵抗病害。
For example, manganese plays an important role in numerous processes in plants, such as photosynthesis, nitrogen and carbohydrate metabolism, and defense against diseases.
以铁、钴、锰等过渡金属的化合物作为催化剂，对沥青催化氧化。
Being as catalysts, several transition metal of compound can be used to air-blowing asphalt, such as iron, cobalt and manganese.
研究者们正在试图通过混合黑色的锰氧化物和其它的化学品，并且将它们加热到高的温度，来制造具有异常电子特性的化合物。
The researchers were trying to make compounds with novel electronic properties, mixing manganese oxide, which is black, with other chemicals and heating them to high temperatures.
鹅卵石主要化学成分是二氧化硅，其次是少量的氧化铁和微量的锰、铜、铝、镁等元素及化合物。
The main chemical components of the pebbles are silica, followed by a small amount of iron oxide and manganese, copper, aluminum, magnesium and other elements and compounds.
家用电池贡献的都市固体废物流的许多潜在危险的化合物，包括锌，铅，镍，碱性电池，锰，镉，银，和汞。
Household batteries contribute many potentially hazardous compounds to the municipal solid waste stream, including zinc, lead, nickel, alkalines, manganese, cadmium, silver, and mercury.
高锰酸钾是一种重要的锰的化合物，它的制备目前主要是用锰酸钾为中间产物来制备。
The potassium permanganate is one kind of important manganese compound, at present, it is mainly produced with the potassium manganate for the between product.
并采用液流动力学方法研究了几种有机化合物对土壤锰的吸附与溶出特征。
Meanwhile, the effect of several organic compounds to adsorption-desorption characteristics of manganese in soils was also studied by flow displacement method.
有机化合物中，柠檬酸溶出土壤锰的能力明显大于葡萄糖。
Among the organic compounds, citric acid had a better capacity in dissolving soil Mn.
通过计算，发现该化合物存在铜和锰两个磁性中心。
According to the calculated results, there are two magnetic centers (cu and Mn ions) in the title compound.
从比能量、环境污染和价格方面看，锰酸锂化合物最具前景。
From the point-of-view of specific energy, environmental pollution (toxicity) and cost, lithium manganese oxide will be the most promising compound.
在氧化反应动力学过程中，酚类化合物除与铁锰氧化物发生氧化还原作用外，还与土壤、铁锰氧化物以及其中的杂质发生诸如吸附等其它作用。
During the kinetic REDOX reaction between phenolic compounds and iron and manganese oxides, adsorption process by soil, iron and manganese oxides and their impurity is happened.
在氧化反应动力学过程中，酚类化合物除与铁锰氧化物发生氧化还原作用外，还与土壤、铁锰氧化物以及其中的杂质发生诸如吸附等其它作用。
During the kinetic REDOX reaction between phenolic compounds and iron and manganese oxides, adsorption process by soil, iron and manganese oxides and their impurity is happened.
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