crazing

n.  银纹;破裂;龟裂;细裂纹

电力



双语例句

  1. Crazing is the invariable precursor of brittle fracture.
    出现小裂纹必然是脆性断裂的前兆。
  2. Higher temperature can make paint's surface crazing and bubbling; while lower can cause it difficult to solidify and appear flowing phenomenon.
    温度过高会导致漆膜开裂、起泡;温度过低使漆膜不易固化,出现流挂现象。
  3. Crazing resistance of glazed ceramic whiteware by a thermal shock method cold crack temperature
    陶瓷砖釉面抗龟裂试验方法:抗热震性法低温龟裂温度,冷裂温度
  4. Fusion marking removal machine is used to eliminate damaged, crazing and discolored special hardware of marking heating index line.
    热熔旧线清除机是用来清除残损,龟裂,变色等旧线热熔标线的专用设备。
  5. Molecular Simulation Studies on Aging Mechanism in Crazing Zone of the Insulation Paper in Power Transformers
    基于分子模拟的变压器绝缘纸无定型区老化微观机理研究
  6. Defects due to the use of worn moulds, including fins, surface crazing, and scaps or bulges.
    因为使用磨损钢锭模而引起的缺陷,包括飞边、表面网纹、疤痕或突起等。
  7. An optical technique to quantify the creep crazing damage in stressed transparent glassy polymeric sheet of PMMA is presented.
    采用光学显微技术对高聚物蠕变条件下的银纹损伤引发和演化进行了实验观测。
  8. Crazing is a kind of nonlinear deformation in polymers. It is very important for polymer toughening design.
    银纹化是高聚物的一种非线性变形方式,对高聚物的增韧设计十分重要。
  9. Experimental Research on Crazing Damage in PMMA
    PMMA银纹损伤实验研究
  10. With the disposal of the data, we get PMMA's density of crazing damage in different temperature.
    经数据处武汉理工大学硕士学位论文理,得到了不同温度条件下,PMMA试件银纹损伤面密度值;
  11. Experimental Studies on Crazing Damage in Stressed PMMA
    PMMA应力银纹损伤的实验研究
  12. Research on Time-Temperature-Stress Superposition Principle of PMMA's Crazing Damage
    PMMA银纹损伤时温应力等效研究
  13. Crack tip damage and crazing in polymers under loading
    受载高聚物裂尖的损伤和银纹化
  14. The crazing process would result in breaking at the metal-to-metal adhesively bonded structure in the adhesive layer.
    金属胶接结构的破坏受胶层中微损伤活动过程的控制。
  15. Research on NOnlinear Bahavior of PMMA's Crazing Damage
    PMMA银纹破坏的非线性力学行为研究
  16. The control and prevention measure i.e.to reduce mental material tensile stress, select suitable material, control of media environment and scheduled maintenance to the pipe is put forward aimed to stress corrosion crazing problem produced by stainless steel welded pipe for condenser.
    针对凝汽器用不锈钢焊管产生应力腐蚀开裂问题提出了抑制和防范措施,即降低金属材料拉伸应力,选择合适的材料,对介质环境的控制和对钢管的定期维护保养。
  17. Experimental study on crazing damage in polymers
    一种高聚物银纹损伤演化的实验研究
  18. This paper states the causes and prevention measure of longitudinal crazing of joints of pre-cast floor slab from the aspects of design, construction and material.
    本文从设计、施工、材料等方面论述了预制楼板板缝纵向开裂产生原因及防治措施。
  19. In this thesis, the technological way that prevent the anchorage pile and the concrete of anti-force beam from crazing, and the technological application of ultrasonic determine apparatus to detecting are introduced during engineering of trial pile by inducting prestressed technology to anchorage pile and anti-force frame.
    论文还介绍了在试验桩工程中,通过预应力技术引入锚桩及反力梁系统,防止锚桩和反力梁混凝土开裂的技术途径,和超声波侧壁测定仪检测技术的应用。
  20. A review with 44 references on the recent advance in molecular mechanics of polymer crazing was reported.
    本文综述了近年来有关聚合物银纹化分子机理方面研究的进展情况。
  21. Crazing Toughening Design of Brittle Polymer Solids
    脆性高聚物的银纹化增韧设计
  22. Experimental Study on Crazing Damage in PMMA under Creep
    蠕变条件下PMMA银纹损伤的实验研究
  23. The ratio of the crazing to the shear ribbon was analysed by WAXS.
    采用光散射法(WAXS)分析银纹和剪切带比例。
  24. Experimental Research on Temperature Dependence of PMMA's Crazing Damage
    PMMA银纹的温度依赖性实验研究
  25. The cause of the crack of building B basement concrete wall is analyzed based on the application and observation of practical engineering, and comprehensive measures are proposed to prevent basement concrete wall from crazing.
    通过实际工程的应用和观测,分析了B栋地下室墙裂缝的原因,并提出了防止地下室墙开裂的综合措施。
  26. The mechanism of the particle filler to build up the strength and toughness in the resin matrix composite materials and its crazing resistance is studied.
    研究了颗粒/树脂复合材料的增强增韧机理、石英砂抗开裂机理;
  27. Great energy must be consumed during craze initiation, growth and fracture, thus crazing is very important for polymer toughening design.
    银纹在其引发、生长和断裂过程中消耗大量能量,对高聚物的增韧设计十分重要。
  28. In this paper, craze initiation, growth, break down and several types of typical morphology of craze have been given, including various factors effecting on polymer crazing.
    内容包括银纹的起源、生长、断裂过程以及各种结构关系对银纹的影响,并对几种典型的聚合物银纹形态进行了描述。
  29. For noncrystalline polymers acoustic emission occurred in rather small number of events accompanied by crazing and micro-crack formation.
    非晶态高聚物拉伸时声发射次数很少,伴随银纹和微裂缝的产生而出现。
  30. Secondly, a new concept& crazing variable is defined base on the damage variable and the toughening equation set up by the fractal dimension of crazes, which allows the two important properties of crazing: damage and toughening.
    其次,在利用分形维数建立的损伤变量和韧化函数的基础上,定义了一个全新的概念:银纹变量。它可以表征银纹损伤和银纹增韧对材料的共同作用。