炼铁

基本解释 (translations)

ironmaking  ·  puddling

与炼铁相关的网络例句 [注：此内容来源于网络，仅供参考]

The reduction thermodynamics of Na 2CrO 4 and chromium oxides in the process of sintering and ironmaking is studied,and the simulating experiments in the laboratory and industrial experiments in 600 m 3 blase furnace are carried out.

介绍了铬渣用作炼铁熔剂的基本思想，研究了烧结－炼铁工艺中Na2CrO4和铬氧化物还原的热力学，并进行了实验室模拟试验和600m3高炉的工业试验。

All these measures push the improvement of ironmaking cycle economy level and promote energy saving and reduction of consumption.

这些措施有力地推动了炼铁循环经济水平的提高，促进了炼铁的节能降耗。

Course of production development and technical advances in Jiangxi ironmaking industry passed in review in this paper.

文章回顾了江西炼铁工业生产发展与技术进步的历程，提出了对 2 1世纪江西炼铁技术发展的新理念和赶超国际一流水平的目标和措

The object of ironmaking is high quality, low loss, high yield and longevity.

如何控制高炉安全、稳定、均衡、顺行从而达到炼铁界提出的"优质、低耗、高产、长寿"的炼铁目标具有重要的生产实践价值。

The results indicate that both of that of iron and steel industry exceed that of whole industry average level.In iron and steel industry,ironmaking consumes most energy and yields most pollutants.The ironmaking's net energy consumption per ton pig iron of key iron and steel works is 704 kg,about 29.5%of which is used for sinter and cokemaking and isn't reclaimed satisfactorily after enhancing the physical and chemical character of raw material.This is one of the reasons why ironmaking system consumes so much energy.

结果表明：钢铁工业的能耗、污染物排放量远高于工业部门平均水平；在钢铁工业内部，炼铁系统的污染最严重，能耗最高。1996年全国重点钢铁企业吨铁净能耗为704 kg，其中29.5 ％用于烧结和焦化工序，且在提高原料的理化性能之后，未得到充分回收和利用，是炼铁系统能耗高的一个重要原因。

Standard in work out process, learned to have investigation and study about active state law, code, policy and standard;, the experience; that began necessary special subject research and technical argumentation; to sum up craft of puddling of old blast furnace to design sought the opinion of concerned production, design, school extensively, the delibrate that the problem that exists to puddling undertook iteration and revise, final classics censors text.

规范在编制过程中，学习了有关现行国家法律、法规、政策及标准；进行了调查探究，开展了必要的专题探究和技术论证；总结了多年高炉炼铁工艺设计的经验；广泛征求了有关生产、设计、院校的意见，对炼铁存在的新问题进行了反复的研讨和修改，最后经审查定稿。

Standard " be develop view and nation to carry out science " steely industry policy ", resource conservation, the sources of energy, carry out in the round for the foundation with product to carry out " efficient, high grade, low cost, macrobian, environmental protection " blast furnace puddling, technical guiding principle, and the creed sex file that the craft of blast furnace puddling of formulate designs."

规范"是为贯彻科学发展观和国家《钢铁产业政策》，节约资源、能源，为贯彻以精料为基础全面贯彻"高效、优质、低耗、长寿、环保"的高炉炼铁，技术方针，而制订的高炉炼铁工艺设计的纲领性文件。"

Reductive puddling calls dissolve of be in harmony direct and reductive puddling again, compare with photograph of traditional puddling technology, have technological process short, energy uses u......

融溶还原炼铁又称直接还原炼铁，和传统炼铁技术相比，具有工艺流程短、能量消耗少、环保节能的。。。。。。关键词：技术天津装置山东合同，集团，国内，最大

Standard " be develop view and nation to carry out science " steely industry policy ", resource conservation, the sources of energy, carry out in the round for the foundation with product to carry out " efficient, high grade, low cost, macrobian, environmental protection " blast furnace puddling, technical guiding principle, and the creed sex file that the craft of blast furnace puddling of formulate designs."

规范&是为贯彻科学发展观和国家《钢铁产业政策》，节约资源、能源，为贯彻以精料为基础全面贯彻&高效、优质、低耗、长寿、环保&的高炉炼铁，技术方针，而制订的高炉炼铁工艺设计的纲领性文件。&

The models to predict and control the silicon content in molten iron is the kernel of automation in B.F ironmaking. Exact prediction of the silicon content can help foreman to enhance operation level and retrench coke rate.

高炉炼铁过程的炉温预测与控制的数学模型研究，既是炼铁自动化中的难题，也是实际炼铁生产中工长和厂长都十分关注的重要课题。

与炼铁相关的网络解释 [注：此内容来源于网络，仅供参考]

bloomery：锻铁炉, 炼铁场

bloomery iron | 熟铁块 | bloomery | 锻铁炉, 炼铁场 | blooming mill housing | 初轧机外壳

blooming furnace：炼铁炉

coastline 海岸线 | blooming furnace 炼铁炉 | power shaft 动力轴, 传动轴, 动力输入[输出]轴

Catalan furnace：土法炼铁炉

Catalan forge | 卡塔兰熟铁炉 | catalan furnace | 土法炼铁炉 | Catalan | (西班牙)加泰罗尼亚语

catalan process：凯他蓝土法炼铁法

catalan hearth 凯他蓝炉 | catalan process 凯他蓝土法炼铁法 | catalysis 催化酌

catalan process：卡塔兰法,凯他蓝土法,炼铁法

catalan hearth 凯他蓝炉 | catalan process 卡塔兰法,凯他蓝土法,炼铁法 | cataleptoid state 猝倒样状态

ironmaking：炼铁

lmaking) 废钢的电气化学脱锌无设备 备注 1 烧结(Sintering) 烧结余热回收无 主排风显热回收附件资料 2 焦炉(Cokemaking) 焦炉煤气回收有 COG 回收(SCOPE21) 干熄焦(CDQ) 有煤炭调湿(CMC) 无3 炼铁(Ironmaking) 高炉煤气回收有微

iron making：炼铁

落下试验shatter test | 炼铁iron making | 高炉炼铁[法] blast furnace process

iron making：高炉炼铁

Limestone Crush石灰石破碎 | 3.Iron Making高炉炼铁 | Iron Making With Blast Furnace高炉炼铁

fluidized-bed iron making：流态化炼铁

竖炉直接炼铁direct reduction in shaft furnace | 流态化炼铁fluidized-bed iron making | 转底炉炼铁rotary hearth iron making

non-coke iron making：非焦炭炼铁

高炉煤气回收topgas recoery,TGR | 非焦炭炼铁non-coke iron making | 直接还原炼铁[法]direct reduction iron making