1.
Grain size and grain size distribution of microgrits for coated abrasives
涂附磨具用磨料微粉粒度及其组成
2.
On Un-weaving Cloth Used in Coated Abrasives;
无纺布用于涂附磨具基体材料的研究
3.
On Improving to assay Calcium Carbonate Content in Coated Abrasive Tools Unit Area;
涂附磨具单位面积CaCO_3含量分析方法的改进
4.
, Ltd is located in the pearl delta of Leliu, Shunde with convenient transportation.
我公司是生产涂附磨具系列产品的专业厂家，生产有花形叶轮、面磨盘、形磨盘、心磨盘等.
5.
the tensile strength is 29kN/m; the extensibility of the joint and the abrasive belt is reaching unanimity,which is 4.5%;
接头延伸率与涂附磨具本身趋于一致 ,延伸率为 4 5 %。
6.
coated abrasives-grain sizes
磨具涂覆用磨料粒度
7.
coated abrasives-determination of grain size distribution of microgrits p12 to p220
磨具涂覆用磨料粗磨粉粒度试验方法（p12-p220）
8.
coated abrasives-determination of grain size distribution of microgrits p240 to p2500
磨具涂覆用磨料粗磨粉粒度试验方法（p240-p2500）
9.
Friction and Wear Behaviors of ZrN Coated Tool Materials;
ZrN涂层刀具材料摩擦磨损特性的研究
10.
Friction wear behavior of diamond-like carbon films on carbide cutting tool
硬质合金刀具类金刚石涂层的摩擦磨损性能
11.
Research on the Manufacture Process and Properties of Electroless and Resistance Coating of Cutting Tool
刀具化学镀耐磨涂层的制备工艺及性能研究
12.
Wear Rule and Life-span Research of TiAlN Coated Tool in High Speed Milling Hardened Mould Steel
TiAlN涂层刀具高速铣削淬硬模具钢时磨损规律与寿命的研究
13.
This paper stydied maintenance property of coating tool and wear-resistant body, set out results of test.
研究了涂层刀具的使用特点和耐磨综合体，并列出了试验结果。
14.
The major failure mechanisms of diamond coated cu tting tools are flaking and breakthrough of diamond coating.
金刚石薄膜涂层刀具失效主要形式是膜剥落或膜被磨穿。
15.
Abstract: The major failure mechanisms of diamond coated cu tting tools are flaking and breakthrough of diamond coating.
文摘:金刚石薄膜涂层刀具失效主要形式是膜剥落或膜被磨穿。
16.
Research on Cutting Performance and Wear Failure Mechanism of Graded Coating HSS Tools;
梯度涂层高速钢刀具切削性能及磨损失效机理研究
17.
Research on the Cutting Performance and Wear Mechanism of Multicomponent Coated HSS Tools;
多元复合涂层高速钢刀具切削性能及磨损机理研究
18.
Analysis on Tool Wear and Cutting Force of Si_3N_4 Diamond Coated Tools in High Speed Machining
高速切削中金刚石涂层Si_3N_4刀具磨损与切削力分析