轉爐煉鋼 的英文怎麼說
中文拼音 [zhuǎnlúliàngāng]
轉爐煉鋼
英文
converter steelmaking-
A furnace in which pig iron is converted into steel by the bessemer process
煉鋼熔爐一種通過酸性轉爐法將生鐵練成鋼的設備The spray area of this series of nozzle is formed by one or several continuous hollow cone - shape rings of concentric circles. the nozzle aperture will not be blocked up. it is mainly used for flue elimination, cooling of steel - making convertor. and redistributing in all kinds of washing towers. it also can be used for jar cleaning. used in cooling tower and fire apparatus
該系列噴嘴的噴霧區域是由一個或幾個連續的同心圓空心錐環組合而成，不易阻塞，主要用於煉鋼轉爐煙道除塵降溫及各種洗滌塔里的再分佈，也可用於清洗罐、冷卻塔、消防設備中。Specifically for the iron and steel industry during the past 15 years, thermo electron has installed over 100 mass spectrometers for gas analysis applications involving the following plants : coke ovens, blast furnace ( bf ), direct reduction iron ( dri ), basic oxygen furnace ( bof ), electric arc furnace ( eaf ), argon oxygen decarburization ( aod ) furnace, vacuum oxygen decarburization vod furnace and ruhrstahl - hausen ( rh ) furnace
尤其在過去15年的鋼鐵行業中，超過100臺過程質譜儀用於氣體分析，包含：焦爐，高爐，直接還原煉鐵爐，氧氣頂吹轉爐，電弧爐，氬氧脫碳轉爐，真空氧氣脫碳爐和循環法真空脫碳爐。1898 sir henry bessemer, english metallurgist and inventor of an economical process for converting cast iron into steel in 1856, died at the age of 85
1856年發明酸性底轉爐經濟煉鋼法的英國冶金學家亨利?貝西麥爵士逝世，終年85歲。Bof endpoint prediction based on rbf neural network
神經網路的轉爐煉鋼終點預報A non - profit association of the leading mining, production and fabrication companies in the global pgms industry. information on platinum, palladium, rhodium, iridium, ruthenium, and osmium
-擁有焦化燒結煉鐵轉爐煉鋼電爐煉鋼連續軋鋼高速線材小型軋材熱力發電等主體生產廠。I had saw one of the conventional steelworks : huge blast furnace, converter, steel ingot, mile of railway track
我參觀過傳統的煉鋼廠：巨大的高爐、轉爐、鋼錠，長達幾英里的鐵軌。I have seen one of the conventional steelworks : huge blast furnace, converter, steel ingot, miles of railway track
我參觀過傳統的煉鋼廠:巨大的高爐、轉爐、鋼錠，長達幾英里的鐵軌。Hybrid modeling and prediction of the dynamic bof steelmaking process
轉爐煉鋼動態過程預設定模型的混合建模與預報Analysis of cracks formed in the trunnion ring of converters in steel making plants and the reconstructive measures
煉鋼廠轉爐托圈裂紋產生原因分析及改造措施Stiategie decision, feasibility research report, preliminany desig working drawing design and field service in converiter, eaf adn ccm etc
從事轉爐、電爐煉鋼工程及連鑄工程新建及技術改造的項目立項、可行性研究、初步設計、施工圖設計及施工技術指導。Being demonstrated by production data, the benefits of both economical and social have been achieved by more stable melting process, decrease of bof reblow rate, less consumption of raw material, longer converter campaign, shorter melting time, better working conditions with computerized automatic steel making process on 120 - ton bof at tonggang
摘要實際生產數據說明，通鋼120t轉爐實現副槍和動、靜態模型控制下的自動用煉鋼工藝后，吹煉過程穩定，補吹爐數少，鋼鐵料、合金消耗低，爐齡提高，轉爐冶煉周期縮短，工作環境改善，使轉爐副槍系統的應用取得了很好的經濟效益和社會效益。Converter steel - making is a complicated diverse high temperature reaction process and the foundation of the model also is a diverse non - linear mapped process. so it is emergent to find a more superior control model abandoned the tradition static model in the condition that many medium and small converter cannot use an assistant gun
轉爐煉鋼過程是一個復雜的多元多相高溫反應過程，其模型的建立則是一個典型的多元非線性的映射過程，尤其在大多中小型轉爐不宜增設副槍的條件下，如何在傳統的靜態模型之外尋找性能更優越的控制模型，就顯得比較突出和迫切。Exploitation of artificial neural network in control of bof
人工神經網路在轉爐煉鋼控制中的開發Aiming at the effects of complex factors in the course of converter steel - making, a set of steelmaking math - mode has been developed in a math way
針對轉爐煉鋼過程中復雜因素的影響，通過數學方法研究開發出一套轉爐煉鋼數學模型。Converter static control is the basic control mode for the converter computer, the dynamic control for sub - lance is on the basis of static control
摘要轉爐煉鋼靜態控制是轉爐計算機的基本控制方式，副槍動態控制以靜態控制為基礎。Moreover, we apply nfnn in the problems of static controlling modeling of steel - making and abstract vanadium by converter and come up with the refrigerant adding sub - model
本文即是把nfnn應用於某鋼廠轉爐提釩煉鋼靜態控制模型的建立問題之中，建立了轉爐煉鋼的冷卻劑加料子模型。To increase the rate of hitting the grade of liquid steel based on match between converter and continuos caster in capacity is considered as a promising way to improve process control and make production cost - efficient at steel making division. based on lgmis and the model of process - control of converters, the factors, which impact to the hit ratio of grade of liquid steel, have been investigated in details. the influence of quality and availability of primary raw materials, such as hot metal, semi - steel and mixture hot metal and semi - steel, on quality of liquid steel has investigated
本文結合攀鋼轉爐煉鋼工藝現狀及全連鑄對鋼水質量的要求，從改進煉鋼過程質量控制的角度，以轉爐連鑄機爐機匹配條件下提高鋼種煉成率為目標，在現有lgmis系統和轉爐煉鋼過程靜態控制模型的基礎上，詳細分析了攀鋼轉爐煉鋼的鋼種煉成率以及影響攀鋼轉爐煉鋼的鋼種煉成率的因素，分析了轉爐煉鋼主原料（鐵水、半鋼、混合鐵水）的質量和物流條件對攀鋼煉鋼過程質量的影響，提出了通過控制轉爐煉鋼主原料質量和物流條件改進煉鋼過程質量控制的策略。A model for prediction of the temperature and carbon content of liquid steel at the end of blowing and optimization of process has been established based on lgmis and pzlgps. a decision - making support sub - system for quality control of bof process, which can be embedded into the decision - making support system for steel making process at panzhihua iron and steel corporation, has been planning and designed. the optimizing process variables for quality control of steel making process at panzhihua iron and steel corporation has been achieved according to the model and process data from lgmis and system of process computer of converters
在提釩煉鋼廠信息管理系統（ lgmis ）和轉爐過程計算機系統（ pzlgps ）的基礎上，研究了適宜的煉鋼過程質量控制模型方法，構建了轉爐終點預測和過程工藝優化的黑箱模型；設計了在攀鋼生產管理輔助決策支持系統lg - idss的框架下進行轉爐過程質量控制專用輔助決策子系統；採用轉爐煉鋼過程質量控制模型以及攀鋼lgmis和轉爐過程計算機中的轉爐冶煉數據進行了計算，確定了滿足煉鋼過程質量控制要求的轉爐煉鋼優化工藝參數。The thin slab continuous casting and continuous rolling technology that was adopted by zhugang is an important technological revolution after the development of oxygen converter and continuous casting in the world iron and steel making industry field. in comparison to the conventional hot strip and sheet rolling technology the new technology has advantages such as saving investment cost, increasing finish product yield, decreasing production cost and shorting production cycle in large scale
珠鋼選用的薄板坯連鑄連軋工藝是世界鋼鐵工業領域中，繼氧氣轉爐煉鋼、連續鑄鋼之後的重大技術革命，與傳統的熱軋板材生產工藝相比，它具有節約投資、提高成材率、降低生產成本、大幅度縮短生產周期等優勢分享友人