修正柏塞麦炼钢法将生铁炼成钢的一种方法。
Modification of the Bessemer process for converting pig iron into steel.
LD转炉炼钢法是目前世界上的主要炼钢法。
后来柏塞麦炼钢法的改进使极高的高层建筑的建造成为可能。
The refinement of the Bessemer process for making steel (lighter and stronger than iron) made extremely tall buildings possible.
前言：“短流程”的优势因与绿色生产理念吻合，被视为二十一世纪的炼钢法。
"Short route" is regarded as the steel - making method of the 21st century due to its advantages fitting with the conception of "green manufacturing".
双流复合顶吹炼钢法是上钢三厂和华东冶金学院共同开拓的一种炼钢新工艺技术。
The double flow top blowing process is a new process developed by Shanghai Steel Works No. 3 and East China Institute of Metallurgy.
贝塞麦炼钢法：吹入压缩空气通过熔融的钢铁以燃尽多余的碳和杂质的一种炼钢方法。
Bessemer process: a method for making steel by blasting compressed air through molten iron to burn out excess carbon and impurities.
这就是氧气顶吹转炉炼钢法（LD炼钢法）。这种方法使用氧气来氧化铁水中的杂质。
This was the LD process, which used oxygen gas for the oxidation of impurities in iron.
柏塞麦炼钢法：1856年由英国的柏塞麦发明的将生铁转变成钢的技术，1860年把该技术投入商业生产。
Bessemer process: technique for converting pig iron to steel invented by Henry Bessemer in England in1856and brought by him into commercial production in1860.
介绍日本钢铁生产中平炉炼钢法、转炉炼钢法、电炉炼钢法、炉外精炼法、不锈钢精炼法。着重论述了连铸生产技术。
Open hearth steelmaking, converter steelmaking, electric furnaces steelmaking, secondary steelmaking and stainless steelmaking in Japan are introduced.
应用电弧炉单渣法炼钢的改进工艺，能广泛用于诸多钢种的熔炼，具有较强的实用性、灵活性。
A new technique of applying arc furnace single-slag manner smelting steel can widely be used in varies of steels smelting, and possess preferable practicality and agility.
炼钢熔炉一种通过酸性转炉法将生铁练成钢的设备。
A furnace in which pig iron is converted into steel by the Bessemer process.
用光电直读光谱法测量钢中的硼元素，此方法具有操作便利、快速和实用的特点，为炼钢生产过程质量控制提供手段。
Determining the trace Boron in steel with Optical Emission Spectrometry is a method which is rapid, convenient and practical. It has been used for quality control during production.
可根据冶炼钢种，炉子大小及设备条件，分别选用配料加焦、喷碳、富氧、长弧法或全程喷碳、富氧、长弧法。
The following two methods can be chosen according to the steel sorts to be melted, furnace sizes and other equipment conditions. One is carbon powder and coke injection, with rich-oxygen injection an…
可根据冶炼钢种，炉子大小及设备条件，分别选用配料加焦、喷碳、富氧、长弧法或全程喷碳、富氧、长弧法。
The following two methods can be chosen according to the steel sorts to be melted, furnace sizes and other equipment conditions. One is carbon powder and coke injection, with rich-oxygen injection an…
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