銅吹爐 的英文怎麼說

中文拼音 [tóngchuīlú]
銅吹爐 英文
copper converter
  • 銅 : 名詞（金屬元素） copper （cu）
  1. The automation procedure of copper matte converting process is more and more important as copper matte converting reactors are widely applied in our country and better converting indices are required

    隨著銅鋶吹煉爐在我國的廣泛應用和吹煉指標要求的提高，實現銅鋶吹煉過程的自動化作業日趨重要。
  2. The basic principle of copper matte converting process is briefly introduced in this paper. the basic characteristics, control targets and affecting factors are analysed. spontaneous heating process, temperature field in lining and gas jetting phenomenon are studied

    本文簡要介紹了銅鋶吹煉的基本原理，分析了銅鋶吹煉的基本特性、吹煉過程的控制目標及其影響因素，對自熱過程、爐襯溫度場、氣體噴射現象進行了解析，對造渣制度的優化進行了研究。
  3. After it is applied in a copper smelting converter, every production quota has been obviously improved. blister copper productivity is increased by 6. 0 percent, cold burden input is increased by 7. 8 percent and average converter life - span is improved from 213 to 235 by 10. 3 percent. to improve the intelligent decision support system, an information integration system is developed including management, monitoring and decision - making

    為提高智能決策支持系統的信息集成度與決策精確度，研製並建成了集管理、監測和決策於一體的銅鋶吹煉爐信息集成系統並投入使用，從而實現了生產過程決策、生產狀況監測和各類管理的計算機化並獲得了顯著的經濟和社會效益。
  4. The results showed that the melting ratio of silica flux decreases and the complete melting time prolongs with the size of silica flux and matte grade increasing, and the effect of the blowing air and oxygen enrichment is not remarkable in the high grade copper matte converting process

    對于高品位冰銅轉爐吹煉，鼓入氣體流量和氧濃度對石英熔劑熔化率影響不顯著；熔劑粒度和冰銅品位對熔化率影響顯著，並隨著熔劑粒度和冰銅品位的增加，熔劑熔化率降低，完全熔化時間延長。
  5. Based on the mechanism analysis and ai technique, an optimization and decision - making model about operating parameters and an on - line simulation and detection model in the copper matte blowing process are built. a model to forecast the copper - making end point is also built by using smoke temperature in a factory. on the research mentioned above, the intelligent decision support system of the operation - optimization is developed

    在上述研究基礎上，開發了銅鋶吹煉爐優化操作智能決策支持系統，將其應用於生產實踐，使粗銅產量提高了6 . 0 ，冷料處理量提高了7 . 8 ，爐襯壽命由原來的213爐提高到235爐，提高了10 . 3 。
  6. Abstract : melting behavior of silica flux in the converting process of high grade copper matte was investigated

    文摘:研究了高品位銅冰銅轉爐吹煉石英熔劑熔化行為。
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