高爐爐缸 的英文怎麼說

中文拼音 [gāolúlúgāng]
高爐爐缸 英文
blast furnace crucible
  • 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
  • 缸 : 名詞1. （盛東西的器物） jar; jug; vat; crock 2. （缸瓦） earthenware with crude glaze 3. （像缸的器物） jar-like things
  1. The results have shown that the concentrated stress area exist in the lining of the hearth and bottom with different firebrick which should be one of the reason eroded the hearth and bottom of the blast furnace

    計算結果表明：在用具有不同的導熱性能和力學性能的耐火材料砌築的爐缸內存在著應力集中現象，這是導致高爐爐缸破損的主要原因之一。
  2. According to fuel and and operation condition in chongqing iron and steel group corporation, many kinds of advanced technologies are adopted, such as closed loop soft water circulation cooling, copper cooling stave, bell - less top with central charging hopper, carbon bricks combined furnace bottom with ceramic cup, russia top burner type hot air stove, duplex preheating of hot air stove, and nut coke charging

    摘要根據重鋼高爐的原燃料條件和操作條件，設計了重鋼四高爐擴容性易地大修工程，採用了全軟水密閉循環冷卻、銅冷卻壁、串罐式無料鐘爐頂、炭磚陶瓷杯復合爐缸、俄羅斯「卡魯金」頂燃式熱風爐、熱風爐雙預熱、焦丁入爐等先進技術。
  3. Under the load of high basicity occur three circular crevices from top to bottom at the furnace hearth parallel to the furnace shell

    在高堿度負荷下，該高爐爐缸部位產生了平行於爐殼的至上而下的三條環裂。
  4. The reads show that gas flow can be well - proportioned distributed in hearth, and effective quantity of gas channels increased under oxygen - enrichment operation with stable air flowrate, thus oxygen - enrichment operation with stable air flowrate is an effective way for improving the productivity of blast furnace

    結果表明：穩定風量的富氧操作方式有利於煤氣流在爐缸的均勻分佈以及有效煤氣通道量增加，是提高高爐產能的有效措施。
  5. Abstract : using magnesia ramming materials in furnace bottom and partial hearth instead of traditional shaped magnesia bricks can prolong furnace life, reduce refractories consumptions per one ton product and increase equipment utilization rate

    文摘:敘述了中低碳錳鐵精煉爐用鎂質搗打料在爐底與部分爐缸取代傳統的成型鎂磚作爐襯材料，達到了延長爐齡、降低噸產品耐火材料消耗、提高設備作業率的目的。
  6. In order to search the demolishing effect pf the thermal stress on the hearth and bottom of the blast furnace, the distribution of temperature field and the thermal stress have been studied with the thermal elastic law and finite element method

    摘要為了探討熱應力對不同材質構成的高爐爐缸磚襯的破壞作用，在計算溫度場的基礎上，應用熱彈性理論和有限元法對高爐爐缸進行應力分佈計算。
  7. Through researching the con - structon methold of explording stove lump, disposing blasting residual things, residual waste iron of furnace bottom and furnace waist brick, we have developed the disposion stove liners construction craft in the middle and later term of construction blast furnace in pangang group

    通過對炸爐瘤、處理爆破殘留物、爐底殘渣鐵和爐缸磚的施工處理方法的研發，形成了攀鋼高爐中後期爐襯處理施工工藝。
  8. These are fitted into the annular space between the cylinder and the cylinder liner, and are connected to the steam supply

    這是在鍋爐裏面使用高溫處理蒸汽和給氣缸增設蒸汽套共同作用的結果。
  9. Carbon ramming material is used on the spacer, the bottom of blast furnace and some other parts of the blast furnace

    高爐爐底墊層、爐底和爐缸環行碳塊與爐殼間的間隙，爐底水冷管以上到爐底鋼板。
  10. Abstract : the temperature, distribution and erosion characteristics of the shougang no. 1 bf ' s hearth with ceramic - cup are analyzed the results show that the hearth with ceramic - cup is erosion - resistive and energy - saving

    文摘:分析了首鋼1號高爐陶瓷杯爐缸的溫度分佈與侵蝕特點，並與炭磚爐缸進行了對比。分析表明，陶瓷杯爐缸具有耐侵蝕、節能的特點。
  11. Analysis of baosteel no. 1 bf hearth and its long - life measures in the future

    寶鋼一高爐爐缸現狀分析及今後長壽措施
  12. Abstract : a preliminary investigation was made on hearth damage of a number of furnaces in china, and the analysis and discussion are presented for reasons of hearth damage in this paper. the main reasons of ring crack of the hearth are : 1. improper physical and chemical properties of baked carbon bricks. 2. the thermal stress existing in carbon bricks, alumina bricks and the furnace shell. the formation of the ring crack aggravates the abnormal erosion of the hearth

    文摘:結合鞍鋼2號和7號等高爐和2號高爐的調查結果，對國內部分高爐爐缸破損情況進行初步調查，對爐缸破損原因做了初步分析和討論，認為造成我國高爐爐缸環形斷裂的主要原因是由於碳磚自身物化性能差以及爐缸碳磚和高爐爐殼之間的熱應力；環裂的出現加劇了爐缸的異常侵蝕。
  13. The problem of monitoring the wear - line of a blast furnace is treated as the inverse problem of the static heat conduction system, and the latter has been turned into the optimization of the squared residual of the measured and calculated temperature at the sensor locations

    摘要把確定高爐爐缸爐底熱侵蝕邊界歸結為穩態熱傳導方程的反問題，並轉化為極小化在若干測溫點處由設定侵蝕邊界對應的偏微分方程邊值問題求得的溫度與實測溫度之間誤差的優化問題。
  14. Blast furnace crucible

    高爐爐缸
  15. On - line supervision technology of furnace water temperature difference and thermal current intensity

    高爐爐缸水溫差及熱流強度在線監測技術
  16. According to the theory of heat transfer, bf hearth bottom models were built based on actual examples by software with vc language, the calculated results in good accordance with the data of bf thermal couples

    摘要從傳熱學的角度出發，利用vc編制爐缸爐底溫度場計算軟體，對國內某些高爐進行了實例建模。
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