asperities

英 [æsˈpɛrɪtiz]

美 [əˈspɛrɪtiz]

n.  (尤指语言、态度)粗暴，严厉
asperity的复数

双语例句

• Undoubtedly, these asperities will have remarkable influence on surface friction and subsurface stress of the contact area.
  齿面粗糙峰的存在无疑会对齿面摩擦力和轮齿接触区次表面应力分布产生重大影响。
• The influence of density distribution and height of the asperities on nonlocal friction is also studied here. A experimental system for friction test is designed.
  分析了微凸体分布密度不同、微凸体高度不同时，非局部摩擦的影响变化规律。
• In this paper, a three-dimensional measuring system for surface asperities is described, in which a microcomputer is interfaced to a stylus profilometer.
  本文介绍采用触针式轮廓仪与通用微型机相连的表面三维形貌测量系统。
• The highest temperature of asperities is much higher than that of worn plane, which is one of the main factors in leading to stress graphitization on worn surface.
  摩擦过程中粗糙表面微凸体的最高温度远大于摩擦平面，瞬时的高温和摩擦剪切力的作用使微凸体被应力石墨化。
• The relationship between sliding friction force and contacting condition of rough surfaces was developed according to kinematics and dynamics analysis of two contacting asperities.
  从一对微凸体的接触力学和运动学分析出发，建立了非流体动力润滑条件下粗糙表面滑动摩擦阻力与粗糙表面接触状态间的关系。
• The size of the peaks, or asperities, depends on the material and the method of surface finishing.
  峰或突起的大小与材料和表面抛光方法有关。
• Agglomerates of delusterant particles located near the surface of sythetic fibers cause asperities.
  消光剂颗粒集结在合成纤维表面附近，导致表面粗糙。
• However, at higher angle of tooth-shaped asperities and under higher normal stress, the failure model II is found, which is in first tension but final shear failure.
  在较高的法向应力下，含起伏角较高齿形节理面的非贯通节理岩体可能出现破坏模式II（先张拉后剪切破坏模式）。
• In this model the rough surface of the contact is idealized as a plane with some asperities. The sticking effect is also considered. The variation of contact resistance with contact force is calculated.
  模型将粗糙的触头表面理想化为多微丘结构，并考虑了表面粘连效应，给出了接触电阻与接触力之间的变化关系。
• Merchant thought that minute asperities existed at the chip-tool interface and the fluid was drawn into the interface by the capillary action of the interlocking network of these surface asperities.
  Merchant认为：在切屑与刀具接触界面上存在微小的粗粒，切削液通过这些表面的微小粗粒组成连锁的网络的毛细管被吸入到切屑与刀具的接触界面上。