1.
Description to Wear Debris of Artificial Joint and Its Bioreaction;
人工关节磨屑表征及磨屑生物反应研究
2.
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
3.
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
4.
In Vitro Studies on the Role of Wear Debris in Aseptic Loosening;
人工关节材料磨屑的生物相容性研究
5.
Research on Undeformed Chip Thickness and Unit Grinding Force during Surface Grinding of 55 Steel
55钢平面磨削中未变形磨屑厚度及单位磨削力的研究
6.
Finite element analysis of grinding chip formation of single abrasive grain with negative rake angle
负前角磨粒磨削过程磨屑形成的有限元仿真分析
7.
Study on Microstructure and Separate Process of Stainless-steel Swarf
不锈钢磨屑的微观结构及分离工艺的研究
8.
The Formation Mechanism of Chip on the Powder Metallurgy Brake Material for Airplane under Braking
粉末冶金航空刹车材料磨屑的形成机理研究
9.
Erythromycin Inhibits Wear Debris-induced Osteolysis;
红霉素抑制人工关节磨屑诱导的骨溶解
10.
A Study of Debris and Metallic Transfer of Cast Al-Si Alloy in Sliding Wear
铸造铝硅合金滑动磨损的磨屑与金属转移的研究
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.
EMCUT 101 promote easy honing, fast stock removal, extended honing stone life and fine surface finishes.
EMCUT 101能使推磨更加容易，磨屑快速清除，达成延长磨石寿命与细致完工表面的效果。
13.
It is not allowed to clean up cooling fluid and abrasive dust or to replace work-piece before the grinding wheel comes to a standstill.
砂轮未完全处于静止状态时，不许清理冷却液，磨屑或更换工件。
14.
A great quantity of polyethylene, metallic and cement wear debris were found in the interface membrane and macrophages and foreign?body giant cells.
界膜中和异物巨细胞及巨噬细胞内有大量聚乙烯、骨水泥、金属磨屑。
15.
Loose fragments or grains that have been worn away from rock.
岩屑从岩石上磨损下来的疏松的石粒或碎屑
16.
loose material (stone fragments and silt etc) that is worn away from rocks.
从岩石上磨损下来的疏松的石粒或碎屑。
17.
A Study on Wearing Capacity of Twist Drill and Chip Breaking Under Low Frequency Vibration
低频振动钻削的工具磨损和断屑问题研究
18.
Analysis of Tool Wear and Chip Shape in Turning TC4
车削TC4钛合金的刀具磨损与切屑形态分析