微观变形的英文

• microdeformation

• "微观"英文翻译    microcosmic
• "变形"英文翻译    be out of shape; become defo ...
• "微观" 英文翻译 :    microcosmic 微观搞活, 宏观控制 micro-flexibility with macro-control; 微观搞活 micro-flexibility;微观机制 micromechanism; 微观结构 microstructure; 微观经济 micro-economy; 微观经济学[个体经济学] micro-economics; 微观理论 [物理学] microscopic theory; 微观力学 micromechanics; 微观世界 microcosm; microworld; 微观物理学 microphysics; 微观现象 microphenomenon; 微观效益 microeconomic returns; 微观效应 microeffect; 微观研究 microexamination; microscopic study; 微观语言学 microlinguistics
• "宏观变分学" 英文翻译 :    calculus of variations in the large
• "宏观变量" 英文翻译 :    state quantities
• "客观变量" 英文翻译 :    objective variable
• "客观变数" 英文翻译 :    objective variable
• "审时观变" 英文翻译 :    examine the signs of the times and mark the changes of the affairs
• "变形" 英文翻译 :    1.(形状、格式起变化) be out of shape; become deformed; transshape; transfiguration; transformation; variant; transmogrification; modification : 自行车的前轮变形了。 the front wheel of the bicycle was out of shape. 孩子的腿变形了。 the child has a deformed leg.2.[物理学] (形变) deformation; distortion; (应变) strain; [生物学] (动植物的形态渐进) anamorphosis; (变异) metamorphosis; (畸形) dysmorphosis; (组织替换) transubstantiation; (器官变形) metallaxis; (物种演变) transmutation◇变形比 deformable ratio; 变形能力 deformability
• "外观变质；显著变质" 英文翻译 :    observable deterioratin
• "超微观" 英文翻译 :    ultramicroscopic view
• "微观的" 英文翻译 :    microcosmic; microscopical microscopic
• "微观法" 英文翻译 :    micromethod
• "微观哗" 英文翻译 :    microscopic break down
• "微观孔" 英文翻译 :    micropore
• "微观量" 英文翻译 :    microscopic quantity
• "微观铃" 英文翻译 :    micro fluid
• "微观态" 英文翻译 :    microscopic state; microstate
• "微观图" 英文翻译 :    microgram
• "亚微观" 英文翻译 :    submicroscopical
• "人类的道德价值观变了吗" 英文翻译 :    yo' whatever happened to the values of humanity
• "洗涤样外观变化可以接受" 英文翻译 :    the general appearance of the washed sample was acceptable
• "微观辨证" 英文翻译 :    microcosmic syndrome differentiation
• "微观裁军" 英文翻译 :    microdisarmament
• "微观参数" 英文翻译 :    microparameter

• It is noted that the precipitation accounts for this high ductility at room temperature . so it can be concluded that ductility can be enhanced greatly by controlling ly12 precipitation behavior
  从析出相角度探讨微观变形机制，可以推断：控制ly12的析出相有可能大幅度提高材料的室温变形能力。
• The solicitation development and rupture of craze in exiguous hierarchy play an connective work in the course of polymer ' s damage and rupture , it is a bridge in distortion mechanism of macroscopical and microcosmic
  细观层次的银纹引发、生长和断裂在聚合物损伤断裂的整个过程中起着承前启后的作用，它是沟通宏、微观变形机制的桥梁。
• We analyze the microstrain and density changing of the composite powders during pressing . the density evolution of ti / al composite billet became calm when the pressure get to 1000mp . the technique of vacuum degassing can reduce the content of atmosphere
  分析了复合粉在冷压制过程中的微观变形过程,不同压力下的密度变化趋势,表明在冷压制压力达到1000mpa后复合粉预制坯密度变化趋于平稳。
• The ultrasonic motor is a kind of direct driver which is uses the converse piezoelectric effect of the piezoelectricity ceramics , by using transformation and the coupling of each kind of expansion and contraction vibration pattern enlarging the material microscopic distortion by resonate effect and transforming it to macroscopic movement of the rotor or the slide by the friction coupling
  超声波马达是一种利用压电陶瓷的逆压电效应,通过各种伸缩振动模式的转换与耦合,将材料的微观变形通过共振放大和摩擦耦合转换成转子或者滑块宏观运动的直接驱动器。
• It is one of mechanisms of plastic distortion , at the same time it is also the beginning of microcosmic damage and rupture before the macroscopical destroying of materials , it representatives a mid - state between materials " macroscopical rupture and bend , it is considered a premonitory that the rupture of polymer material , which get common attention by scholar inside and outside nation . therefore , the research for engineering polymer in mechanic action of non - linearity destroy such as distortion , destroy and depe nd on time and temperature is valuable in theoretic research and actual application , which offer the important theoretic gist for changing complex material ' s capability and actualize polymer ' s perfect application with high quality of capability in engineering
  同时，银纹化和银纹损伤是高聚物特有的一种现象，细观层次的银纹引发、生长和断裂在聚合物损伤断裂的整个过程中起着承前启后的作用，它是沟通宏、微观变形机制的桥梁，是材料塑性变形的机制之一，同时又是材料宏观破坏以前微观上损伤、破坏的开始，它代表材料微观断裂和屈服之间的一个中间状态，可以看作是聚合物材料宏观断裂的先兆，受到国内外学者们的广泛关注。因此，开展工程聚合物变形、破坏以及时间相依和温度依赖性等非线性力学行为研究，探讨聚合物破坏过程中的非线性力学行为，为聚合物及其复合材料的改性、实现聚合物的工程化与高性能化提供重要的理论依据，具有重要的理论研究意义和实际应用价值。