asperities信息详情
n.粗糙；表面微凸体；艰苦的条件（asperity的复数）
austerities───n.紧缩；朴素；苦行；严厉
prosperities───n.繁荣，成功
aspersories───n.洒水器（等于aspergillum）
disparities───不一致（disparity的复数）
superbities───超级咬伤
supercities───n.特大都市；人口稠密地区
amenities───n.令人愉快之事物（amenity的复数）
asperate───adj.粗糙的；vt.使粗糙
asperges───n.洒水礼；n.(Asperges)（意、法、美、比）艾史派尔杰（人名）
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。
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。
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）。
She was oppressed by an abiding sense for the asperities and inequalities of society.───她深受压抑，长期因社会的冷酷和不公深受困扰。
Agglomerates of delusterant particles located near the surface of synthetic 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。
This, acting on the spongy weakened asperities, will allow the surfaces to interact with minimal damage.───这层东西作用在松软的微凸体上，将使相互作用表面的损坏危险减至最小。
The rough profile of the joint suface is modeled as a series of irregular shaped, triangular asperities.───典型节理面的粗糙形貌可以模拟为一系列非规则的、齿形凸台形貌。
If the gouge layer is thin, contact between asperities on the rock surfaces can occur.───如果充填物层很薄，两个岩石表面上的凸起物就有可能互相接触。
The running-in period for various machines and engines produces this type of wear by removing the peaks from asperities(fig. 16. 3).───在磨合期，各种机器及发动机通过粗暴的接触而磨掉表面的波峰等产生此种磨损（图16.3）。
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.
The influences of the steady-state frictional heat on the contact performance of surface asperities and subsurface stress distribution in contact bodies were investigated.
If the gouge layer is thin, contact between asperities on the rock surfaces can occur.
In this paper, a three-dimensional measuring system for surface asperities is described, in which a microcomputer is interfaced to a stylus profilometer.
When under the same axle load, if the wheel rolling speed gets higher, the adhesion coefficient declines as the ratio of the mean asperities contact pressure to the total pressure becomes smaller.
It is noted that there is a thin fluid film between the loaded asperities and the wafer being polished in CMP process, thereby a flow system with nano scale film is formed in.
The results demonstrate that when surface roughness increases, the load capacity and the frictional force of surface asperities increase, but the oil film-thickness ratio decreases.