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- low silicon pig iron 低硅生铁
- Pig iron used as permanent ballast. 压载铁做为永久性压舱物的生铁
- Pig iron is converted into steel by removing most but not all the impurities. 生铁变成钢要除掉大部分而不是全部的杂质。
- Pig iron may contain 4% of carbon. 生铁约含有4%25的碳。
- Low silicon iron tailings are a mine solid waste with very low utilization rate. 低硅铁尾矿是一种利用率极低的矿业固体废物。
- The freighter carrying pig iron is cleaving through the water. 装着生铁的货船正在破浪前进。
- Air blown through liquid pig iron in a refractory-lined converter oxidizes the carbon and silicon in the iron. 将空气吹入在耐火的炼钢炉中熔融的铁水中,使铁中的碳和硅发生氧化。
- Cannons are made here from pig iron and wood. 生铁和木头在这里被制成大炮。
- This building makes muskets from pig iron. 生铁在这里被制成步枪。
- Pig iron may contain 4% of carbon . 生铁约含有4%25的碳。
- A furnace in which pig iron is converted into steel by the Bessemer process. 炼钢熔炉一种通过酸性转炉法将生铁练成钢的设备
- Pig iron consists of the element iron and many other chemical elements. The commonest of these elements are carbon, manganese, phosphorus, sulphur and silicon. 生铁是由铁和许多其他化学元素组成的。这些元素中最常见的有碳、锰、磷、硫和硅。
- The main problems of low carbon low silicon steel during the early time in the medium-thin slab caster in the No. 济钢第三炼钢厂利用中薄板连铸机生产低碳低硅钢的初期,主要存在钢水成分控制和可浇性的问题。
- He asked us how much pig iron we could produce per day and calculated with us how much we could put out in a year. 他问我们每天能生产多少生铁,又跟我们一道计算一年内能生产多少。
- The article introduces the practice of high carbon ferrochrome with low titanium &low silicon, points out the crucial factors which affect its stable production. 介绍了低钛低硅高碳铬铁的生产实践,指出影响低钛低硅高碳铬铁稳定生产的关键因素。
- The iron extracted from the blast furnace is known as pig iron . 从高炉中提炼出的铁叫生铁。
- The performance of C5/C6 isomerization catalysts prepared by the high silicon mordenitesis equals or exceeds the industrial catalyst by modified low silicon mordenite. 以直接合成的高硅丝光沸石制备的C5/C6异构化催化剂的性能达到或超过了由低硅丝光沸石改制的催化剂。
- A workshop where pig iron is transformed into wrought iron. 铁匠铺,锻造车间将生铁锻造成熟铁的工场或车间
- Enough blast volume, blast enriched oxygen, pulverized coal injection, high top pressure, low silicon content are efficient measures to intensify the BF smelting. 实践表明:采取大风量、富氧、喷煤、高风温、高顶压、低硅冶炼等是高炉强化冶炼的有效手段;
- Use iron ore from the mines to make pig iron for you weapons. 铁矿石在这里变成生铁,可以用来制造武器。