bainite 中文意思是什麼

bainite 解釋
n. 名詞 【冶金】貝菌體，貝氏體。

  1. Study on properties and plastical deformation of austenite - bainite steel

    奧貝雙相鋼力學性能及塑變分析
  2. The development of air - quenched - bainite - steel jaw grinder

    空淬貝氏體鋼顎板的研製
  3. Study and produce of austenitic - bainite ductile iron gear

    貝氏體球鐵齒輪的研究
  4. Development of high strength low - carbon bainite steel

    高強度低碳貝氏體鋼的試制
  5. Microstructure analysis of ultra low carbon bainite steel

    超低碳貝氏體鋼的顯微組織分析
  6. Granular bainite and properties of 12crni3 steel

    3鋼的粒狀貝氏體及性能
  7. Development of the bainite friction wedge for meter - gauge freight cars

    米軌貨車貝鐵斜楔的研製
  8. Brief introduction of the production of ultra - low carbon bainite steel

    鋼相變和組織結構的影響
  9. Research on casting process of nb bainite nodular cast iron gear

    鈮貝氏體球墨鑄鐵齒輪的鑄造技術
  10. Influence of silicon on continuous cooling of bainite ductile iron

    硅對連續冷卻貝氏體球鐵的影響
  11. Ultra - low carbon bainite steel and its application in naval - ship

    超低碳貝氏體鋼及其在艦船上的應用
  12. Microstructure and properties of 1 500 mpa economical bainite martensite duplex phase steel

    馬氏體復相鋼的組織與性能
  13. Study on the change dynamics of low - carbon microalloy bainite steel

    低碳微合金貝氏體鋼的轉變動力學研究
  14. Microstructure and mechanical properties of a new bainite pearlite dual - phase microalloyed steel

    珠光體雙相微合金鋼的組織與性能
  15. The anti - wearing property of chme steel is 15 percent to 35percent higher than zgmnl3, which is a widely used anti - wearing steel. the reason of the excellent mechanical properties and anti - wearing property of chme steel is that the heat treatment sturcture of chme steel is composed of tempered martensite, bainite, temper troostite, remaining austenite and carbonide

    磨面分析表明， chme鋼基體高強度，高硬度、良好的強韌性配合和碳化物硬質點的彌散分佈，磨痕細短淺小，擠塑變形區細小均勻，抵抗沖擊滑動累積塑性疲勞能力強，是其耐磨性比zgmn13高的原因。
  16. Effect of alloying elements on structure and mechanical properties of bainite ductile iron in the step austempering in machine oil at room temperature

    合金元素對室溫油分級等溫淬火貝氏體球鐵組織和性能的影響
  17. Irreversible temper embrittlement of high strength and toughness gdl - 1 bainite steel

    1型高強韌貝氏體鋼的不可逆回火脆性
  18. Study on microstructure and properties of granular bainite and bainite ferrite of ulcb steel transformation production

    鋼粒狀貝氏體回火過程研究
  19. Results of the experiments showed that the wear mechanisms of the sintered steel included abrasive wear, adhesive wear and fatigue wear, and it was the abrasive wear most important. it was the sintered steel mixed by ni, mo that was the best on the wear resistance, because of the great lot of bainite ; the sintered steel quenched and low temperature tempered mixed by mo, w that was the best on the wear resistance, because of the rigidity of the steel was the highest

    實驗結果表明：本文中幾種燒結鋼的磨損機制均是由磨粒磨損、粘著磨損、和疲勞磨損共同作用的，且以磨粒磨損為主；在燒結態下，復合添加合金元素鎳、鉬的燒結鋼的耐磨性能最好，這是因為生成了大量的硬質相貝氏體；而淬火、低溫回火態下，則復合添加鉬、鎢的燒結鋼的耐磨性能最好，這是因為熱處理態下添加鉬、鎢的燒結鋼的硬度最高。
  20. It was pointed out that with different chemical composition and different iso - quenching temperature, the structure morphologies of the bainite transition products are different from each other, the ferrite is the indispensable constituent, and whether there is or not carbide existing is not the necessary criterion to discern the bainite

    指出不同化學成分和不同等溫溫度時貝氏體相變產物的組織形態不同，鐵素體是貝氏體中不可缺少的組成部分，以及碳化物的存在與否不是判斷貝氏體的必要依據。
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