blast furnace process 中文意思是什麼

blast furnace process 解釋
高爐法
  • blast : n 1 （風）一陣，（氣流等的）一股；疾風，強風；【冶金】鼓風，送風；噴氣，噴焰。2 管樂器聲，汽笛聲...
  • furnace : n. 1. 爐子；熔爐；高爐。2. 極熱的地方。3. 磨煉；艱難。vt. 在爐中燒熱（金屬）。
  • process : n 1 進行，經過；過程，歷程；作用。 2 處置，方法，步驟；加工處理，工藝程序，工序；製作法。3 【攝影...
  1. The silicon content in hot metal tapped from blast furnace is a very important factor which should be controlled in iron making process. it is not only a very important criteria in evaluating the quality of hot metal, but also an index of the thermal level in blast furnace. so, it is essential to keep its stabilization for the blast furnace manufacturing

    高爐鐵水硅含量是高爐生產過程中需要控制的重要因素之一，它不但是反映生鐵質量的重要指標，而且還可以反映高爐的爐溫水平，同時也是表徵高爐內熱狀態的一個重要指標，對維持高爐的穩定、順行、高產尤為重要。
  2. The scarcity of suitable coke for use in the blast furnace and the cheapness of natural gas or other fuels can favour the adoption of the direct reduction process for iron production in certain parts of the world and approximately one hundred direct reduction steel plants have been built over the last forty years

    用於高爐中的焦炭的稀缺和天燃氣及其他燃料低廉的價格使得許多煉鐵廠採用直接還原法，在過去的四十多年裡有近百家煉鐵廠採用此方法。
  3. However, existing models used for prediction of silicon content in hot metal can not meet the requirement of process control of blast furnace for the model

    維持合理的爐溫水平是高爐生產穩定順行的關鍵之一。高爐鐵水硅含量可以間接反映爐溫變化。
  4. Abstract : the present paper elaborates the role of the ironmaking area and the general situation of process flow and task of the ironmaking area at wisco in the coming century, correctly analyzes the current conditions and advantages of the ironmaking facilities, and affirms that the blast furnace ironmaking is still the main stream in the 21st century and the ironmaking area will remain the bottle neck in the whole process flow in wisco

    文摘:闡述了進入新世紀武鋼煉鐵系統的作用、武鋼工藝流程的總形勢及武鋼煉鐵系統的任務;正確地分析了武鋼煉鐵系統的現狀及其優勢，提出了高爐煉鐵仍是21世紀煉鐵系統的主流，而煉鐵系統又是武鋼整個流程中的關鍵性環節。
  5. With process data of blast furnace no. 1 in tianjin iron plant, the parameters, ru and sita, of model have been optimized based on criteria of predictability, hit ratio, direction hit ratio and mean sum of square error according to each variable respectively

    以可預測率、預測命中率、趨勢預測命中率及平均誤差平方和為評價標準，確定了各影響因素的警戒參數ru和濾波參數sita的優化值范圍。
  6. A combustion model has been built and burning process has been simulated by computer in blast furnace stove with ceramic grid - burner

    摘要建立了高爐熱風爐燃燒數學模型，應用計算機模擬研究方法對中空柵格陶瓷燃燒器的火焰形態進行了模擬研究。
  7. As a result, the prototype, which is developed with oo methodology, function - satisfactory and user - friendly, is able to be transplant and embedded into blast furnace guard, a type of software for intelligent supervisor control of blast furnace process

    使用面向對象設計方法開發的系統軟體結構設計合理、界面友好，具有在線聯機幫助功能，可以方便地移植于高爐爐況智能監測系統? ?高爐衛士中。
  8. In this thesis, a new model used for prediction of silicon content in hot metal based on self - organized experience evolution approach has been investigated by developing prototype of the model with software engineering methodology, optimizing model parameters and testing it with process data of blast furnace in tianjin iron plant

    針對目前鐵水硅含量預測方法尚不能滿足高爐過程式控制制需要的現狀，根據所提出的高爐鐵水硅含量自組織經驗進化預測模型原理，用軟體工程方法學設計和開發了相應軟體原型，並從理論和實踐角度對這種新的智能預測模型進行了研究。
  9. The measurement and control of injection quantity becomes difficult because the process of coal powder injection for blast furnace is a transport by gas combined gas with solid

    由於高爐煤粉噴吹是氣固二相流的氣力輸送，噴吹量的檢測與控制變得很困難。
  10. This text describes the project basic principle and system structure and capabilities of production equipment for mechanism and electric, according as require of blast furnace automation, analyzes the chemical reactions in blast furnace by principle, according as mass and energy balance principle build on process models and technology calculate, according as process optimization principle build on process system optimization models, and technology calculate, as one time, expert system command any model. the expert system contains a knowledge base, which already represents the concentrated know - how of blast furnace operation, gathered from many installations world - wide

    本文在介紹了項目的基本原理和系統構成以及相關的生產工藝的基礎上，根據高爐過程優化的要求，從機理上分析了高爐冶煉過程的化學反應，並依據質量能量平衡原理建立了工藝模型和技術計算，按照優化原理建立了過程系統優化模型，並在專家系統的調度下協調工作。系統還包括知識庫，它總結了普通高爐操作的理論知識和控制理念，同時，結合釩鈦磁鐵礦的冶煉知識，形成具有攀鋼冶煉特點的知識庫。
  11. An expert system of charging operation in the blast furnace, based on the process of no. 10 blast furnace in anshan iron steel company, is developed by combining this pattern recognition system with expert system

    並基於鞍鋼10高爐操作工藝，將該模式識別系統與專家系統相結合，建立了高爐布料操作專家系統。
  12. Gas analysis is used to optimize the blast furnace process, including reducing the consumption rate of coke and controlling the temperatures inside the furnace ( ref 4 )

    氣體分析用於優化高爐過程，包括還原過程中焦炭的消耗速度和爐內的溫度控制。
  13. Expert system for artificial intelligence blast furnace smelting process

    人工智慧高爐冶煉過程專家系統
  14. Development of comprehensive expert system of blast furnace smelting process

    高爐冶煉過程綜合專家系統的開發
  15. Application of in situ laser gas analyzer in process control of blast furnace

    激光原位氣體分析儀在高爐過程式控制制中的應用
  16. The method was applied to evaluate electrogalvanized products of baosteel, and the conclusion shows that resource depletion, climate change, energy depletion, and acidification are the four kinds of main impact categories, and power, sinter making, blast furnace are the most important process which are affected on environment

    該方法應用於寶鋼電鍍鋅產品的評價，得出資源消耗、氣候變化、能源消耗、酸化是最主要的4種影響類型，動力、燒結、和煉鐵工序是環境影響最為重要的工序。
  17. Abstract : development of technology on oxy - coal injection into blast furance is introduced ， and the equipment selection on oxygen generator for blast furnace and the process flow of variable pressure absorbing oxygen generation equipment are studied

    文摘:介紹了高爐富氧噴吹技術的發展，探討了高爐專用制氧機的選型以及變壓吸附制氧設備的工藝流程
  18. Abstract : the furnace body erosion of 2 blast furnace of pzh steel at the end of second compaign wassystematically investigated. the causes for furnace body erosion were analyzed. the features of furnace body erosion were clarified under conditions of intensification of smelting process. the mechanism of lining protection was further revealed with tio2 bearing burden, the technical measures which make the blast furnace high efficiency and long compaign were put forward

    文摘:對攀鋼2高爐第二代爐役爐體侵蝕作了系統地研究，分析了爐體侵蝕的原因，弄清了強化冶煉條件下攀鋼高爐侵蝕的特點，進一步揭示了含鈦物料的護爐機理，提出了實現攀鋼高爐高效長壽的技術措施。
  19. The prediction model of silicon content in hot metal tapped from blast furnace based on self - organized experience evolution is composed of following components : feature extraction and vector quantification of temporal process data, memory, storage, accumulation and evolution of the prediction experience

    高爐鐵水硅含量自組織經驗進化預測系統主要由動態數據特徵提取、動態模式自組織分類量化以及預測經驗的記憶、存儲、積累和進化三部分組成。
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