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1)  fully-fuelled raw pellet
含碳生料球
2)  Raw meal ball with coal
含煤生料球
3)  coal-contained cement raw real pellet
含煤水泥生料球
4)  carbon-bearing pellet
含碳球团
1.
Under the condition of 1000~1200 ℃,study the effect of the carbon-bearing pellet strengths and metallization rate with different iron ore concentrate size,matching carbon ratio(carbon oxygen mol ratio),kind of additive and reduction temperature.
在1000~1200℃条件下研究了不同的矿粉粒度、配碳比、粘结剂、还原温度等对含碳球团强度及金属化率的影响。
2.
The carbon-bearing pellets made of zinc-bearing dust and sludge,iron concentrates and additive of agglomerant were reduced at 1 000~1 200 °C,the effects of different kinds of additive and reduction temperature on the strength and metallization rate of carbon-bearing pellets were studied.
将含锌尘泥、铁精矿及粘结剂混合造成的含碳球团在1050~1250℃条件下还原,研究了不同粘结剂、不同温度对其强度及金属化率的影响。
3.
A new technique that layer of carbon-bearing pellets is heated and direct reduced under conditon of parallel-flow heating with pre- heated air is put forword.
提出了一种顺流加热含碳球团直接还原的新方法。
5)  ore/coal composite pellet
含碳球团
1.
The behavior of sulfur,sulfur distribution and methods of decreasing or controlling the sulfur content in iron bead have been investigated during the reduction and melting in ore/coal composite pellets in the coal hot-air rotary hearth furnace process(CHARP).
对转底炉煤基热风熔融炼铁工艺(CHARP)含碳球团还原熔分过程中硫的分配、硫的行为以及如何降低或控制珠铁中的硫含量进行了实验研究。
2.
The behaviour of reduction and melting in ore/coal composite pellets has been investigated experimentally at the high temperature electric resistance furnace.
通过高温电阻炉对含碳球团还原熔分的行为进行热态模拟研究,考察温度、配碳比、化学成分等因素对球团还原熔分的影响程度。
6)  pellet containing carbon
含碳球团
1.
Based on the theory of Stefan flow, reduction mechanism of pellet containing carbon in oxidizing atmosphere has been studied and the minimum reduction rate vRL of pellet without oxidation may be calculated.
根据Stefan流理论,研究了含碳球团在氧化性气氛中的还原机理,建立了极限抗氧化还原速度vRL的计算式。
补充资料:含不饱和碳碳键聚合物
分子式:
CAS号:

性质:含不饱和碳碳键的功能聚合物主要有三种类型,第一种为聚合物中不饱和键相互共轭,构成线性共轭聚合物,包括聚乙炔型、聚芳杂环和聚苯衍生物。这类聚合物多具有电子导电和光导电特性,经掺杂处理后导电率可以达到半导体,甚至金属导体范围。是重要的导电聚合物。第二种为不饱和键表现为多核芳香烃,或者多核杂环等共轭结构,而各共轭结构相互之间相对独立,处在饱和聚合物的侧链上。这种聚合物多表现出一定光导特性,如聚乙烯基咔唑,是重要的高分子光导材料。第三种为不饱和键在聚合物中孤立存在,如含有肉桂酸酯的聚合物,这种聚合物在紫外光照射下能够发生交联反应,是潜在的负性光刻胶,可以用于印刷制版和集成电路生产。碳碳双键中的π电子还具有配位能力,与过渡金属离子构成类似二茂铁型络合物。

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