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- Bessemer ferrosilicon 转炉硅铁
- Ferrosilicon products market is a good supply. 现硅铁产品市场看好，供不应求。
- 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
- The Bessemer Processuses a furnace called a "converter". 酸性转炉法使用称为“转炉”的高炉。
- The Bessemer Process uses a furnace called a “converter”. 酸性转炉法使用称为“转炉”的高炉。
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- Modification of the Bessemer process for converting pig iron into steel. 修正柏塞麦炼钢法将生铁炼成钢的一种方法。
- Steel became cheaper after the Bessemer process was developed, c. 1855. 贝塞麦炼钢法得以应用后，大约是在1855年后钢铁变得便宜了。
- Simultaneous determination of Mn, Ca, Al, Cr and Cu in ferrosilicon by ICP-AES was reported. 摘要报道了硅铁中锰、钙、铝、铬及铜五元素的电感耦合等离子原子发射光谱法(ICP-AES)同时测定方法。
- It introduces decreasing ferrosilicon aluminum content production method and dealumiumazation effect. 介绍了降低硅铁合金铝含量的生产方法及其脱铝效果。
- A spectrophotometric method for the determination of trace boron in ferrosilicon alloy was proposed. 建立了蒸馏分离-姜黄素光度法测定硅铁合金中痕量硼的方法。
- Micro-silica/silica fume is the dust recovered from smoke released while smelting metallic silicon or ferrosilicon. 微硅粉(硅灰)是从金属硅或硅铁等合金冶炼的烟气中回收的粉尘。
- The modification effects of low-carbon ferrochromium and rare-earth ferrosilicon take second place. 低碳铬铁和稀土硅铁的变质效果次之。
- Bessemer converter:a large pear-shaped container in which molten iron is converted to steel by the Bessemer process. 贝塞麦转炉:一种大型、梨状的容器,在其中熔化的铁通过贝塞麦炼钢法制成钢。
- Determination of trace Mo in ferrosilicon alloy by graphite furnace atomic absorption spectrometry is studied. 考查了石墨炉原子吸收测定硅铁合金中钼的最佳灰化、原子化条件，酸介质及共存元素的影响。
- Bessemer converter:a large pear-shaped container in which molten iron is converted to steel by the Bessemer process . 贝塞麦转炉:一种大型、梨状的容器,在其中熔化的铁通过贝塞麦炼钢法制成钢。
- To its credit, Bessemer very bluntly states that its company may not be for everyone. 24小时线上服务，技术上的支持，保证您无后顾之优！
- The modern era in steelmaking began with the introduction of Henry Bessemer's Bessemer process in 1858. 苏?琼汉森生于加拿大，是北美著名的性教育家、性顾问、作家、注册护士、演说家和媒体名人。
- Steel as a construction material dates from the introduction of the Bessemer converter in 1885. 钢材作为结构材料是从1855年贝色麦炼钢法被首次介绍后开始应用的。
- Effect of different spheroidizers with rare earth ferrosilicon alloy melted by different melting method on the spheroidizing ability is different. 用不同熔炼方法熔炼的稀土硅铁合金熔制的球化剂对铸铁中石墨的球化能力的影响是不同的。
