1.
Marconi coherer
马可尼金属屑检波器
2.
X rays can be used to reveal inclusions like glass chips, stones, and metal fragments in raw materials and finished products moving at high speeds through a plant.
X射线可发现高速通过该设备的原料或成品中的杂质,如玻璃、石块、金属屑等。
3.
hydraulic scrap baling press
金属碎屑打包液压机
4.
Shavings produced in shaping metal on a lathe.
车削下脚，削屑在车床上车削金属时切下的片屑
5.
The Technology for Simulation of Chip Formation Process in Metal Cutting
金属切削加工切屑形成过程仿真技术
6.
Numerical Calculation of Chip Shape Parameter in Metal Cutting
金属切削加工切屑形状参数的量化计算
7.
THE CHIP FORMATION MECHANISM OF HARD PARTICLE REINFORCED METAL MATRIX COMPOSITES
硬脆颗粒增强金属基复合材料的切屑形成机理
8.
Experimental Study of Friction on the Tool-Chip Contact Field in Metal Cutting Process;
金属切削过程刀—屑接触区摩擦状态实验研究
9.
Finite Element Simulation of Friction on Tool-Chip Interface in Metal Cutting Process
金属切削过程刀—屑接触区摩擦状态有限元分析
10.
Effect of metal-modified catalyst on liquefaction of pine sawdust
金属改性催化剂对松木屑液化效果的影响
11.
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
12.
fibrosis of the lung caused by iron dust; occurs among welders and other metal workers.
由于铁屑而导致的肺纤维变性；发生在焊工或金属工人。
13.
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。
14.
Shape Change in the Second Phase during Chip Formation in Metal Cuttiug
金属材料切削时切屑形成过程中第二相形貌变化
15.
Influence of the Speed of "Quick Stoppage" on Chip Deformation in Metal-Cutting Experiment
金属切削实验中快速落刀速度对切屑变形的影响
16.
FEM Analysis on the Simulation of the Metal Cutting Process and Its Application in the Research of Chip Breakers;
金属切削过程仿真及其在断屑槽性能研究中的应用
17.
Immunohistochemical Study of Matrix Metalloproteinase-1 and Matrix Metalloproteinase-3 in Psoriasis;
基质金属蛋白酶（MMP-1，MMP-3）在银屑病中免疫组化研究
18.
The metal cutting tool separates chips from the workpiece in order to cut the part to the desired shape and size.
为了要把加工的零件切削成所要求的形状与尺寸，金属切削刀具就要从工件上切除切屑。