1.
From the wear resistance of non-regrind cutters and the roughness of processed surfaces, some tests and analysis are done.
从不重磨车刀的使用寿命、工表面粗糙度等方面，来展开试验分析研究。
2.
throw-away face cutter
不重磨硬质合金面铣刀
3.
Or a knife set and a sharpener. Sharpening's very important.
或者是那套厨刀和磨刀石。磨刀很重要的。
4.
Idleness turns the edge of wit.
刀不磨变钝，人不勤变笨。
5.
Study on the Method and Countermeasure of Redressing after Cutting Tool Wear;
刀具磨损后重新刃磨方法和对策研究
6.
At that moment, the most important battle was not fought with swords, but in Soujirou's tormented mind.
那时﹐重要的战役不是用刀剑打的﹐是在宋次郎被折磨的思念中。
7.
Wear Mechanisms of PCBN Tool in Hard Turning
PCBN刀具硬态车削的磨损机制研究
8.
A cutting tool is wear-resistant if it resists abrasion at the cutting edge and along the tool face. Wear resistance improves as cutting tool hardness increases.
如果切削刀具的刃口和刀面耐磨,刀具就不易磨损。切削刀具的硬度越高,耐磨性就越好。
9.
The Design of Small Diameter and Extend Length Hard Alloy Relief Grinding Hobs and Regrinding;
小直径加长硬质合金铲磨滚刀的设计及其重磨
10.
Clamping and resharpening hard metal (carbide) inserts
GB/T10566-1989硬质合金机夹可重磨刀片
11.
For sharpening Mill saws and various cutting tools as a general purpose file for shop floor workings.
主要是为了削尖磨锯和不同类型的切割工具，作为车间工作的一个通用锉刀。
12.
To sharpen on a fine-grained whetstone.
珩磨在细磨刀石上磨快
13.
Cutting Tool Shape Radius Recompense Inaccuracy Analysis by Grinding Crucial Point CNC Turning Cutting Tools
数控车削刀具的刃磨引起的刀尖半径补偿的误差分析
14.
Experiment Study on High-speed Steel Cutting Tool Wear under Cryogenic Cold Wind Turning;
高速钢刀具干式低温冷风车削磨损试验研究
15.
Wear Mechanism of Cemented Carbide Tool in High Speed Machining Iron-based Superalloy GH2132
高速车削铁基高温合金硬质合金刀具磨损机理
16.
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
17.
Single Crystal Diamond Tool Wear Mechanism during Ultra-precision Turning of SiC_p/2024Al Metal Matrix Composites
SiC_p/2024Al复合材料超精密车削刀具磨损机理研究
18.
CNC Grinding Method of Formed Turning Cutter for Rollers by Using Floating Polar Coordinate
轧辊成形车刀的浮动极坐标数控刃磨方法