1.
Micro-analysis of Surface Irregularity of Nano Ceramics under Two Dimensional Ultrasonic Grinding
二维超声磨削纳米陶瓷表面微观不平度分析
2.
Experimental Study on Grinding Temperature of Different Material in Ultrasonic Plane Grinding
不同材料超声振动磨削的磨削温度实验研究
3.
Technological Experiments on Creep Feed Ultrasonic Grinding Ceramics（Al_2O_3）;
Al_2O_3陶瓷蠕动进给超声磨削的工艺研究
4.
Experimental Research on Creep Feed Ultrasonic Grinding ZrO_2 Ceramics
蠕动进给超声磨削ZrO_2陶瓷实验研究
5.
Basic Research on NC Contour Evolution Ultrasonic Grinding the Surface of Ceramics;
数控展成超声磨削陶瓷型面的基础研究
6.
A New Type of Rotary Ultrasonic Composite Grinding Head and Serialization;
新型旋转超声复合磨削头及其系列化研究
7.
Study on Ultrasonic Grinding Vibrations Characteristic Experiment Based on Hypothesized Instrument
基于虚拟仪器的超声磨削振动特性实验研究
8.
Development of a New Spindle of Ultrasonic Vibration Combined with Grinding Machining
一种新型超声-磨削复合加工主轴的研制
9.
Study on Ductile Grinding Character of Nano ZrO_2 Ceramics using Ultrasonic Vibration Grinding
纳米ZrO_2陶瓷的超声振动延性域磨削特性研究
10.
Study on the Grinding Surface Temperature of Ultrasonic Vibration Aided Face Grinding
超声振动辅助端面磨削表面温度场研究
11.
Experimental Research on Grinding Temperature of ZrO_2 in Ultrasonic Grinding Dressed by Elliptic Vibration
椭圆振动修整超声磨削ZrO_2温度试验研究
12.
Calculation of cutter location path for NC-ultrasonic grinding of ceramic blade surface
数控超声磨削陶瓷叶片型面刀位轨迹计算
13.
The motion process of an abrasive grit during face grinding is analyzed based on the motion diagram of ultrasonic vibration assisted grinding.
根据超声振动辅助磨削运动图,分析了平面磨削时单颗磨粒的运动过程;
14.
Grinding Performance of Soft Abrasive Grinding Wheel Used in Ultra-precision Grinding Sapphire Substrate;
超精密磨削蓝宝石基片的软磨料砂轮磨削性能
15.
The Basic Technology Research on the Ultrasonic Milling of CFRP
碳纤维复合材料超声振动铣削的技术基础研究
16.
Research on the surface characteristics in ultrasonic milling of CFRP
超声振动铣削碳纤维复合材料表面特征研究
17.
Basic Research on Technology of NC-Contour Evolution Creep Feed Ultrasonic Grinding Ceramic Blade Surface;
陶瓷型面的数控展成蠕动进给超声磨削技术的基础研究
18.
Study of Ultrasonic Vibration Assisted Grinding and Electrical Discharge Machining Mechanism and Its Intelligent Control;
超声振动—磨削—脉冲放电复合加工技术及其智能控制的研究