脆性鐵 的英文怎麼說

中文拼音 [cuìxìngtiě]
脆性鐵 英文
short iron
  • : 形容詞1 (容易折斷破碎) fragile; brittle 2 (較硬的食物容易弄碎弄裂) crisp 3 (聲音清脆) (of ...
  • : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
  • : Ⅰ名詞1 (金屬元素) iron (fe) 2 (指刀槍等) arms; weapon 3 (姓氏) a surname Ⅱ形容詞1 (形容...
  1. Chener gold deposit is located in north of xunmadao fault, the types of ore are gold - brazil - quartz of vein and gold - multimetal - quartz of vein. the occurrence of gold - bearing quartz vein is controlled by ductile - brittle shear zone, most the occurrence of gold - bearing quartz vein included by schistous zone and cracked zone, in the strike direction of gold - bearing quartz vein, it " s high content and great thickness appear on nww, in the direction of tilt, it " s high content and great thickness appear on the part of transformation from big angel of tilt to small angel of tilt

    礦石類型為金-黃礦-脈石英型和金-多金屬硫化物-脈石英型。含金石英脈受韌-剪切帶控制,主要賦存於片理化帶與破碎帶中。在脈體走向上,北西西向脈體品位高,礦體厚度大;在傾向上,南傾,傾角較緩處品位高、礦體厚度大。
  2. High chromium cast iron has higher erosion resistance at lower impact angle, while the erosion resistance is worse for the lower toughness at normal impact

    高鉻鑄在低角沖蝕時有較高的耐沖蝕,但高角沖蝕時由於大,易崩裂。
  3. The proposed wear mechanisms of the materials without oil lubrication were the followings : the wear mechanisms of the ferroalloy are adhesive wear, abrasive wear, and some oxidation wear. the wear mechanisms of the composites are abrasive wear and the brittle peeling off. the abrasive wear and the brittle peeling off incr eased with the increase of sic particles content in the composites

    在無潤滑條件下,通過對磨痕形貌的觀察,認為基合金的磨損機理主要是粘著磨損和磨粒磨損,同時伴隨有一定程度的氧化磨損;加入sic後主要是磨粒磨損和剝落,且sic越多材料的剝落越嚴重。
  4. The segregation mechanism of tramp element sn during continuous cooling and isothermal aging and its influence on the hot ductility of low carbon steel are discussed and the brittleness during continuous casting of the sn - doped low carbon steel is forecasted. at a strain rate of 10 - 2s - 1 and a cooling rate of 10 / s, there exists a third ductility trough for both steels at 750

    在應變速率和冷卻速率分別為10 ~ ( - 2 ) s和10 s的條件下進行熱模擬拉伸時,兩種試驗鋼均在750時出現由先共析素體沿奧氏體晶界呈薄膜網狀析出所引起的第類谷底。
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