spheroidizing 中文意思是什麼

spheroidizing 解釋
固溶化熱處理
  1. Spheroidizing bright annealing furnace

    球狀化熱處理爐
  2. Based on ladle refining, wide flat anvil forge with great forging ratio, heat treatment process of " normalizing + spheroidizing + diffusion hydrogen ", the cold roll blank has been forged succesfully, and the percent of pass is up to 90. 5 %

    採用鋼包精煉爐冶煉、寬平砧大壓下量鍛造、 「正火+球化+擴氫」的熱處理工藝，成功製造了冷輥坯，合格率達90 . 5 。
  3. Abstract : based on ladle refining, wide flat anvil forge with great forging ratio, heat treatment process of & quot; normalizing + spheroidizing + diffusion hydrogen & quot;, the cold roll blank has been forged succesfully, and the percent of pass is up to 90. 5 %

    文摘:採用鋼包精煉爐冶煉、寬平砧大壓下量鍛造、 「正火+球化+擴氫」的熱處理工藝，成功製造了冷輥坯，合格率達90 . 5 。
  4. According to relevant documentations, classify about constituent in spherodizing medium the effect and behavior of related elements in melted iron are analysed, the different understanding about traditional spheroidizing medium and anti - spheroidizing medium are presented, the spheroidizing ability of anti - spheroidizing elements are disscused, and draw the conclusion that spheroidizing and anti - spheroidizing are relative, it must add a certain condition, the anti - spheroidizing elements can spheroidize in some component melted iron, and providing a certain reference for spheroidized mechanism of ductile iron

    根據相關文獻對球化劑中組成元素的分類，分析了有關元素在鐵水中的作用及行為，提出了對傳統球化劑和反球化劑的不同認識，探討了反球化元素的球化能力，得出球化與反球化是相對而言的，必須附加一定的條件，在某些特定成分的鐵液中反球化元素可以起到球化作用，為球墨鑄鐵的球化機理提供了一定的參考
  5. Abstract : this paper introduces one of the spheroidizing treatment tundishes and the using situation at home and abroad now, the basic principle of design, structure, process character of tundish and the using effect in our company is simply described also

    文摘:介紹了一種球化處理專用蓋包及目前國內外的使用情況，簡述了蓋包設計的基本原理、結構、工藝特點及在本廠生產中的應用效果。
  6. The change regularity for performance and microstructure of low carbon steel is summarized. the main characteristic of the process is pearlite spheroidizing, increasing of grain boundary width, element segregation and carbide in grain boundary. the change of those microstructure causes the variance of the merchant performance

    通過上述的研究工作，總結了火力發電廠用低碳鋼在長期運行期間性能與微觀結構的變化規律，提出以珠光體球化、晶界寬化、元素晶界偏聚及碳化物晶界析出為主要特徵的低碳鋼微結構變化規律，以及由此而引起的材料機械性能的變化。
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