1)microdrilling微孔加工
1.Study on laser microdrilling nearby the last threshold;激光阈值附近微孔加工方法的研究
英文短句/例句
1.Investigation on Numerical Simulation Technology of the Laser Processing for the Micro-Hole;激光微孔加工过程数值模拟技术研究
2.Study on laser micro-drilling technology for synthetic single crystal diamond人造单晶金刚石激光微孔加工技术研究
3.Applying of Ultrasonic Vibration Drilling on Micro and Small Hole Machining振动钻削技术在深小微孔加工中的应用
4.Advanced Drilling Technology of Micro-Via in PCB印制电路板超细微钻孔先进加工技术
5.Study on Micro Hole Drilling with High Aspect Ratio by Micro EDM大深径比微细孔电火花加工技术研究
6.Experimental Research of Micro-EDM for Through-Silicon-Via硅阵列通孔微细电火花加工试验研究
7.Rapid EDM systems for micro and small holes with high-aspect-ratio大深径比微小孔快速电火花加工系统
8.Study of the Influence of Reaction Force on Micro Hole Drilling by Micro-EDM加工力对微细孔电火花加工的影响研究
9.Design of a Micro-hole EDM Tool and its Machining Experiments微细孔电火花加工设备及其加工实验研究
10.The Technical Study of Electrical Discharge Machining to Micro-hole on B_4C Ceramic;碳化硼陶瓷电火花微小孔加工工艺规律的研究
11.The Study on Parameter Optimization and Model of Electric Discharge Machining (EDM) Micro-And-Small Holes;电火花微小孔加工工艺参数优化及建模的研究
12.Study on the Manufacturing Technology of Ultrahigh Molecular Weight Polyethylene Microporous Material;超高分子量聚乙烯微孔材料加工工艺的研究
13.Research on Micro Array Electrodes and Holes Process by EDM and ECM;微细阵列轴孔的电火花和电化学加工工艺研究
14.Internal Bore Processing of Precision Miniature Bearings Based on Spark Grinding基于电火花磨削的精密微型轴承内孔加工
15.Array Electrodes and Array Holes Machine Techniques by Ultrasonic Enhanced Micro EDM;阵列轴孔的微细超声电火花复合加工技术研究
16.Study on Control Method and Parameter Optimization in Micro and Small Hole EDM;电火花微小孔加工控制方法及参数优化的研究
17.Research on the Key Technologies of Micro and Small Hole EDM;微细及小孔电火花加工的关键技术研究
18.Research on Integration Processing Equipment for Machining Array Holes of Micro-Jet Parts微喷部件阵列群孔集成加工装置的研究
相关短句/例句
tiny holes machining细微孔加工
3)micro-and-small holes微小孔加工
1.Electrical discharge machining micro-and-small holes is an important application domain of micro EDM.电火花微小孔加工作为电火花微细加工的重要应用领域,其加工工艺和加工过程的优化控制是电火花微细加工发展水平的重要标志和关键技术基础。
4)microvia formation微细孔加工
5)ultra-micro pore超微细孔加工
6)micropore ultrasonic machining微孔超声加工
延伸阅读
车床加工深孔方法1简介工件如图1所示,材料为尼龙1010。生产的主要难点在f16深度2550孔的加工。
