高韌性合金 的英文怎麼說

中文拼音 [gāorènxìnggějīn]
高韌性合金 英文
high-ductility alloy
  • 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...
  • 韌 : 形容詞（不易折斷; 柔軟而結實） pliable but strong; tenacious; tough
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 金 : Ⅰ名詞1 （金屬） metals 2 （錢） money 3 （古時金屬制的打擊樂器） ancient metal percussion instrum...
  • 韌性 : 1. （指頑強持久的精神） tenacity 2. [力學] toughness; ductility; ductibility
  1. : 36 < kth < 37 mpa / m3 / 2, 42 < kih < 44mpa / m3 / 2, 51 < kc < 52 mpa / m3 / 2 through the sem fractography, it is know that the susceptibility to brittle failure at room temperature is more than below 100 ?. and the susceptibility to brittle failure increase with hydrogen increasing, under the sustained loading, ductile cracking appears. the quantity of brittle cracking is more with crack growth

    T44mpa m 『 q ， sl lt52mpa in 』 」斷口分析表明，該合金充氫后其室溫時的氫脆敏感性大於100oc時的氫脆敏感性；且隨氫含量升高，氫脆敏感性增加：在恆載荷的作用下，該合金裂二紋開始擴展時顯示的是韌性起裂；隨裂紋增長，試樣脆性斷裂的比例增大。
  2. In regard to the low wear resistance of the white iron shot in the practical application, based on experimental research and trial production, by alloying and proper heat treatment, the shot can be made with higher hardness, better toughness and increased service life

    摘要針對白口鐵丸在實際應用過程中不耐磨的現象，通過大量實驗研究和試生產，找到通過添加合金元素生產合金鐵丸，並通過適當熱處理等手段，使其既具有較高硬度，又有良好的韌性，使用壽命得到提高，滿足拋丸工作的需要，節約大量資金，提高了勞動生產率。
  3. Another research finds that the ball mechanic milling on high - cr alloy powders has obvious effects on strengthening and toughening of the material. it is an effective approach for the materials " strengthening and toughening

    還發現，機械球磨合金粉末對高鉻覆層材料的強化和韌化有明顯作用，是實現材料強韌性的有效途經。
  4. Special high intensity alloying wheel, more higher intensity than industrial, nelon wheel, with fine ductile and long service life

    獨有的高強度合金輪轂，比工業尼龍輪轂具有強度高，韌性好，壽命長等特點。
  5. Measures to enhance strength and toughness of low alloy high strength steel

    提高低合金高強度鋼強韌性的措施
  6. It is possible to suppress brittleness and increase the strength and toughness by optimizing heat treatment process especially for microalloyed steels 50crv. in addition, heat processing for microalloyed steels socrv was investigated in principle in the paper

    通過微合金元素產生的沉澱強化，可以彌補回火造成的強韌性的下降，設計最佳的熱處理綜合工藝將可以同時提高鋼的強度和韌性，同時還可保持一定的硬度。
  7. There would be found distinct second " hardening apex in the curve when a conclusion was drawn that i : is likely that the most effective measurement to increase the strength and toughness is to fine grains and precipitate carbide nucleates of microalloyed elements, especially, fined grains of microalloyed elements increase the strength and toughness greatly

    結論；綜上所述，在一定的熱處理工藝下，提高微合金化50crv鋼強韌性的最有效的方法是細化晶粒和沉澱強化，特別是微合金元素的細化晶粒強化作用。
  8. Tenacity and abrasively of high - intensity alloy steel body strengthened by balanced hardening treatment and stress removal

    高強度合金鋼本體，經均衡之硬化處理及應力消除，強化本體韌性及耐磨性。
  9. Technical supporting : new materials including high strength and high wear resistance carbides, carbides and diamond multi materials, manufacturing technologies including complicated shapes, precision press, cam etc

    技術支撐：新材料技術，特別高強度高韌性高耐磨合金，硬質合金/金剛石復合材料；產品製造技術，主要是復雜形狀齒（片）的、精密成型技術，牙輪鉆集成製造技術。
  10. A model for fracture toughness of high strength aluminum alloys containing second particles of various sized scales

    含有不同尺度量級第二相的高強鋁合金斷裂韌性模型
  11. Cbn120 bright black mono - crystal, regular shape, high toughness and good thermal stability. mainly used for metal, vitrified bond and electroplated tools, wheels. the tools have longer service life

    Cbn120亮黑色立方氮化硼單晶，等積形單晶體，晶體較完整，具有較高韌性和熱穩定性。主要用於電鍍、金屬、陶瓷結合劑磨具、砂輪、工具，使製品具有更長的使用壽命，適合磨削黑色金屬材料及合金。
  12. Current status and future trends of research on fracture toughness of high strength aluminum alloys

    高強鋁合金斷裂韌性的研究現狀及展望
  13. Model of fracture toughness for high - strength aluminum alloy containing two - scale - size microcracks

    含兩種尺度微裂紋的高強鋁合金的斷裂韌性模型
  14. The results showed that the grain refining by the trace amounts of titanium could improve the tensile stress, percentage elongation and fracture toughness, but had little influence on their yield stress

    結果表明， ti對晶粒的細化可以大幅提高試驗合金的抗拉強度、延伸率和斷裂韌性，但對合金的屈服強度影響不大。
  15. The use of titanium was largely spurred on by the aerospace industry after wwii, which sought stronger materials than the aluminumalloys they were using, while maintaining the stringent requirements for weight

    鈦合金是廣泛地運用於航空航天技術領域的高性能材料，其重量輕強度高韌性好耐腐蝕是其最顯著的特點。
  16. The results have indicated that this titanium has a strong ability in superplastic, the fractographics presented big and deep dimple, so the alloy is of high toughness

    另外，對tc6鈦合金的拉伸斷口形貌進行掃描電鏡分析。其結果表明，斷口形貌呈現大的韌窩，合金顯示較高的超塑性潛力。
  17. Cbn230 yellow mono - crystal, transparent, regular shape, high toughness and hardness. suitable for electroplated ， vitrified and metal bond tools, wheels etc. the tools have long service life

    Cbn230金黃色立方氮化硼單晶，等積形透明晶體，高韌性，高強度。適用於電鍍、陶瓷、金屬結合劑體系磨具、砂輪、工具製造。其製品使用壽命長。
  18. The ceramic - metal cladding material on the steel substrate is a new type of cladding material which has great development potential because of having functional dominances of both high hardness, excellent wear resistance of ceramics and high strength, toughness, good thermal conductivity of ceramics and high strength, toughness, good thermal conductivity of metal

    制備出的金屬陶瓷-鋼覆層材料同時具有陶瓷材料硬度高、耐磨、耐腐蝕和金屬鋼強度高、韌性好、導熱性好的性能優勢，是一種很有發展潛力的高硬復合材料。
  19. Material scientists over the world are having been working earnestly and consciously to seek out materials having both qualities of metal and nonmetal. zro2 - ni cermet materials have been widely used in the sofc and fgm areas

    將金屬的高強度、高韌性、高電導與陶瓷的高硬度、耐高溫、耐腐蝕性能完美結合，從而制備出金屬陶瓷是各國材料研究者夢寐以求的目標。
  20. The production practice showed that, as along as adopting hi - quality ductile iron castings which has reasonable chemical composition including proper alloying elements and satisfactory as - cast structure, and adopting effective heat treatment process, the comprehensive mechanical properties of adi could be greatly increased and it was concluded that it is possible to produce high toughness adi castings with stable quality

    生產實踐證明：設計合理的化學成分，經過適當的合金化，鑄造優質的球鐵毛坯，採用有效的熱處理工藝，可大幅度提高等淬球鐵的綜合力學性能，穩定生產高韌性等淬球鐵鑄件。
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