A process for making steel using a Bessemer converter.
用贝西默转炉生产钢的程序。
Within the same time the annual production capacity of a Bessemer converter has been increased fourfold, with no increase but rather a diminution of the involved labor.
而到了1886年，还是在英格兰，每吨的售价不到20美元，产销仍有利可图。同期，贝塞麦转炉的年产能增加了4倍，而所用的人工比从前不增反降。
The welding juncture of the axis head and the surrounded plate in the holding circle of bessemer converter crack severely. By means of analysis to the material, the structure and the process, we find out that one of the main reason of crack is the thickness of welding plates vary a lot, the other is that it isn't penetrable for welding.
转炉用托圈的轴头与围板焊接处严重开裂，通过对其材质、结构、工艺进行分析，找出接头断裂的主要原因，一方面是由于焊缝连接件厚度相差悬殊，另一方面是由于焊缝未焊透，这两方面原因造成应力集中。
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 4。
The refinement of the Bessemer process for making steel made extremely tall buildings possible.
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。
Steel became cheaper after the Bessemer process was developed, c.
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。
The Bessemer process for converting iron to steel was an invention of enormous importance because it led to many significant changes in industrial processes.
使铁转换成钢的贝斯莫转换法，因其给工业流程带来的诸多显著改善，堪成为一项非常重要的发明。
The high nitrogen content of Bessemer steel is a disadvantage for certain cold forming applications and continental works have, in recent years, developed modified processes in which oxygen replaces air.
氮含量高的贝塞麦钢是一个不利的某些冷成型应用和大陆架的作品，近年来，发达国家修改过程中，氧气代替空气。
During the nineteenth century further advances were made, notably Bessemer`s process for converting iron into steel, which made the material more commercially feasible.
在19世纪后期，贝西默将铁发展成了钢铁，这项技术显著地被应用于商业上。
Founded as a mining town, it was named after Sir Henry Bessemer.
作为一煤矿镇而建立，以亨利·贝塞麦爵士命名。
In August 1856, an Englishman, Henry Bessemer, made public the description of a process which eventually reduced the price of steel to about a seventh of its former cost and more important still, made it possible to produce steel in large quantities.
在1856年8月，一位名叫亨利·贝塞麦的英国人公布了他的炼钢方法，这个工艺能够把钢的成本降低到原来的七分之一左右，更重要的是它能够大量地生产钢了。
High-volume production of low-cost steel in Britain and the U. S. by the Bessemer process soon revolutionized building construction and provided steel to replace iron in rail road rail s and many other uses.
用柏塞麦炼钢法在英国和美国进行了低成本的钢铁生产，很快革新了建筑的结构，并为铁轨和其它应用方面提供钢以取代铁。
In both the Acid Bessemer and Basic Bessemer processes molten pig iron is refined by blowing air through it in an egg-shaped vessel, known as a converter, of15-25 tonnes capacity.
在这两种酸贝塞麦和基本贝西默过程熔融生铁是完善吹空气通过它在一个鸡蛋形的船只，被称为A转换器，在15-25万吨的能力。
The invention of the horse collar in the middle ages led to major changes in agricultural methods and was as much a technological advance as the invention of the Bessemer furnace centuries later.
中世纪发明的马轭导致了耕种方法的重大变革，它与几世纪后发明的贝西默鼓风炉一样是重大的技术进步。
The Bessemer Process uses a furnace called a " converter ".
酸性转炉法使用称为转炉的高炉。
A study of side - blown basic Bessemer steel
侧吹碱性转炉钢质量的研究
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。
The refinement of the Bessemer process for making steel (lighter and stronger than iron) made extremely tall buildings possible.
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。
Bessemer process: a method for making steel by blasting compressed air through molten iron to burn out excess carbon and impurities.
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。
In my first performance review at Bessemer, people judgment was one of my weaknesses.
我在柏尚做第一次绩效评估时，识人是我的一个弱点。