strengthening and toughening中文是什么意思

• 强化与增韧

• "strengthen"中文翻译    vt. 1.加强，巩固，使强壮，使坚强有力；使增强实力。 ...
• "toughen"中文翻译    vt.,vi. 使[变]强韧；使[变]硬；使[变]强健； ...
• "toughening" 中文翻译 :    韧化; 增韧
• "strengthening" 中文翻译 :    加固件; 加强,补强; 强化, 加固; 强化的; 增强之
• "air toughening" 中文翻译 :    空冷韧化处理; 空气勒化
• "experience and toughening" 中文翻译 :    历练
• "microcrack toughening" 中文翻译 :    微裂韧化
• "oil toughening" 中文翻译 :    油浸韧化; 油韧化
• "toughening agent" 中文翻译 :    韧化剂; 增韧剂
• "toughening furnace" 中文翻译 :    钢化炉
• "toughening rubber" 中文翻译 :    韧性橡胶
• "toughening treatment" 中文翻译 :    钢化处理; 韧化处理
• "transformation toughening" 中文翻译 :    相变增韧
• "water toughening" 中文翻译 :    水冷韧化处理; 水韧法; 水轫法
• "brittle fracture toughening" 中文翻译 :    碎裂韧性
• "compressive surface stress toughening" 中文翻译 :    表面压应力增韧
• "electric spark toughening" 中文翻译 :    电火花韧化处理
• "toughening fragil veneer" 中文翻译 :    强化单板
• "toughening heat treatment" 中文翻译 :    韧化热处理
• "additional strengthening" 中文翻译 :    补充加强; 加强结构
• "ageing strengthening" 中文翻译 :    时效强化
• "bank strengthening" 中文翻译 :    堤岸加固; 河岸加固; 河岸强化
• "brain strengthening" 中文翻译 :    健脑的; 强脑的
• "bridge strengthening" 中文翻译 :    桥梁加固
• "carbon-strengthening" 中文翻译 :    碳强化（作用）

• Research and development in strengthening and toughening of magnesium alloys
  新型稀土阻燃镁合金研究
• Strengthening and toughening of dental porcelain fused to metal by nano - sized al2o
  纳米氧化铝对牙科烤瓷材料的强化与增韧
• Strengthening and toughening mechanisms of the microalloying non - quenched and tempered steel
  微合金化非调质钢强韧化机理研究
• The results reveal the mechanism of strengthening and toughening forged white cast iron and provide the basic theory of plastic deformation of forged white cast iron
  揭示了白口铸铁锻造强韧化的机理，从而为提高白口铸铁的强韧性提供了理论依据。
• 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
  还发现，机械球磨合金粉末对高铬覆层材料的强化和韧化有明显作用，是实现材料强韧性的有效途经。
• However , as the content of nano - zno was over 3 % , the mechanic properties decreased contrarily . the results also showed that nano - zno without surface treatment had no effect on strengthening and toughening the composites
  而未经衣曲处理的纳米氧化锌粉体则小能增强和增韧nhi苞复合材料，而是明显降低复合材料的力学性能。
• In this paper , the attempt was made in sic nano - particle reinforcing al2o3 - zro2 . the methods of dispersion , molding , sintering were investigated in detail for composites , and the mechanisms of strengthening and toughening were studied
  本论文研究的纳米sic颗粒添加到亚微米zro2复合亚微米al2o3陶瓷，是基于单一纳米颗粒添加的一种多相复合新尝试。
• The micromechanisms of fracture in engineering materials have been studied in this thesis , with particular emphasis on the dislocations behavior in the front of crack tip and the processes of crack nucleation and propagation on nanometer scale . the relation between the microprocesses of fracture and the macromechanical behaviors were investigated , which will be helpful to the strengthening and toughening of engineering materials
  本文首先对材料断裂文献进行综述，了解断裂微观机理研究的过去成就、现状和发展，确定本文研究的内容为工程材料断裂的微观机理，侧重裂尖微区位错行为和纳米尺度上微裂纹形核与扩展过程及微观组织的影响，断裂微观过程与宏观力学行为的关系，为工程材料的强韧化提供理论依据。
• The inserting method and properties of the composite materials in consist of omt and poly ( styrene - butyl acrylate ) had been researched ; the ultra - fine organic rigid particles crosslinked polystyrene ( xps ) has been synthesized by emulsion polymerization , the effect of the synthesis process on the size of organic rigid particles was discussed . the cause of the increasing mechanical properties of pp composite materials , which were strengthened and toughened with organic rigid particles and elastomer , had been investigated . the results of studying viscosity and precipitate height of sio2 nano - particles suspension showed that the sio2 nano - particles are very good dispersed by dp270 or cat 639w dispersant
  通过粘度法和沉降法测定结果的一致性，说明分散剂dp270和cat639w对sio _ 2纳米粒子有较好的分散性， dp270的最佳用量为0 . 2时悬浮液粘度从35 . 1mpa ? s降为23 . 3mpa ? s ， cat639w最佳用量为0 . 4时悬浮液的粘度从35 . 1mpa ? s降为23 . 1mpa ? s ；通过研究分散剂存在下纳米粒子的苯丙乳液聚合动力学，发现纳米粒子的存在对乳液聚合有一定的缓聚作用，并讨论了乳化体系、温度、引发剂、表面处理剂以及纳米粒子用量对聚合的影响。