1.
Study of Computer Identification and Analysis System for Wear Debris;
磨损磨粒的计算机识别分析系统研究
2.
Study of Micrology Shape Analysis and Automatic Identification Technique for Wear Particles;
磨损磨粒的显微形态分析与自动识别技术研究
3.
The Research of Friction Wear of Internal Combustion Engine Bases on The Method of Heating Analysis of Ferrograms;
分析内燃机的磨损磨粒—利用铁谱加热法
4.
Grain-abrasion Behaviour of Wear-Resistant Steel BHARDY
耐磨钢BHARDY的磨粒磨损行为
5.
Under the condition of boundary lubrication,adhere wear mechanism and abrasive grain wear mechanism do the business at the same time.
在边界润滑条件下,镀层的磨损机制为粘着磨损与磨粒磨损并存.
6.
Analyses of the Chips of High-Cr Iron Worn off under Abrasive Wear Conditions
高铬铸铁在磨粒磨损工况的磨屑形貌分析
7.
The Study on Formation Process of Three Kinds of the Typical Abrasive Debris
三种典型磨粒磨损磨屑形成过程的研究
8.
The study indicates that main types of damage to the coupler are adhesive damage and abrasion damage.
研究表明,车钩磨损的主要形式是粘着磨损以及伴随粘着磨损而产生的磨粒磨损。
9.
The physical wearing process of 20+# steel by SBR is mainly resulted from the abrasion wear.
结果表明 ,2 0 # 钢被磨损的物理过程为磨粒磨损 (微切削 )。
10.
Study of Surface Characteristics Both of Wear Particles & Wear Components and Their Relationship in Wear Process;
磨损过程中的磨粒表面和磨损表面特征及其相互关系研究
11.
These three kinds of debris indicate that the wear between liner and piston is a composite form of fatigue wear, adhesive wear and abrasive wear.
这三种磨屑的存在表明这对摩擦副间的磨损是疲劳磨损、粘着磨损及磨粒磨损等所形成的综合磨损。
12.
Study about Wear Behavior of Prostheses and Characterization of Wear Particles;
人工髋关节的磨损行为及磨粒形态研究
13.
Abrasive Particle Wear Research of Die Steel Processed to Bionic Non-smooth Surface by Laser;
仿生非光滑表面模具钢材料磨粒磨损研究
14.
Research on the Method of Wear Pertern Recognition Based on Wear Particle Analysis;
基于磨粒分析的磨损模式识别方法研究
15.
Research on Micro-scale Abrasive Wear of TZNT Titanium Alloys in Simulated Body Fluid Environment;
模拟体液环境下TZNT钛合金微磨粒磨损研究
16.
Research on Micro-scale Abrasive Wear of TLM Titanium Alloys in Simulated Body Fluid Environment
人体腐蚀环境下TLM钛合金的微磨粒磨损研究
17.
Research on Accelerated Wear Mechanism for 3Cr13 Sprayed Coating Under Abrasive Particles Lubrication
含磨粒润滑条件下3Cr13涂层加速磨损机理研究
18.
Grain-Abrasion Performance and Mechanism of High-chromium Iron-Base Coating Prepared by Plasma Cladding
等离子熔覆高铬铁基涂层磨粒磨损性能与机理