surface的例句大全

This paper approaches the cause for the surface adhesion of the pack-rolled plate.

利用金相及电子探针技术探讨了迭轧钢板表面粘板的原因.

High-pressure water descaling plays an important role in enhancing the surface quality of hot-rolled plate.

高压水 除鳞在热轧钢板生产中对钢板表面质量起着决定性的作用.

A Brief Talk Of The Damage And Prevention Of Asphaltum Road Surface

浅谈沥青路面的病害与防治

The author analyses the causation of asphaltum road surface damage and puts forward relevant prevention measurement.

本文作者对沥青路面的病害成因作了一般性分析及论述，并提出了几项防治措施。

Segregation Control in Road Surface Construction with Hot-mixed Asphaltic Concrete

热拌沥青混凝土面层施工时的离析控制

Piston Rod: Hardened electroless nickel plated corrosion resistant, durable low wearing surface.

活塞杆: 镀镍硬化耐腐蚀, 经久耐用低磨损表面.

The thermal spraying and spray welding are used to strengthen the wearing surface of parts extensively.

热喷熔和热喷涂技术被广泛应用于机件的耐磨强化.

The set of points is called a level surface.

这种点的集合被称为等位面.

Remove the seat back from the seat cushion and place it on a suitable work surface.

将座位靠背从座位垫上拆下,并将其放至适当的工作台上.

Design and Construction of Cold Regeneration of Asphalt Road Surface

沥青路面冷再生设计与施工

The Mechanical Spreading Technique for the Asphalt Road Surface and Its Control

沥青路面机械摊铺工艺及控制

Measures of Treating the Original Asphalt Road Surface as a New Foundation Layer

旧沥青路面作基层时的处理措施

Discussion on Effect of the Water Destroy to Expressway Asphalt Road Surface

浅谈水破坏对高速公路沥青路面的影响

Design and construction of modified asphalt road surface with diatomaceous earth

硅藻土改性沥青路面的设计与施工

Some Key Factors of Increasing the Smoothness of the Asphalt Road Surface

提高沥青路面平整度的几个关键环节

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。

Numerical Analysis of the Transient Micro-EHL of Line Contact with a Single Asperity on a Surface

一个表面带单粗糙峰的线接触时变微弹流润滑数值分析

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 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。

The larger the surface roughness and the sharper the asperities, the greater the asperity contact load.

表面越粗糙、表面凸峰越尖锐，微峰接触载荷则越大。