Subsurface Damage - Dissertation

About 29 item dissertation in line with Subsurface Damage query results,the following is 1 to 50(Search took 0.053 seconds)

Fundamental Research on Silicon Wafer Thinning by Ultra-precision Grinding,GaoShang/Dalian University of Technology,0/79
Research on Plasma Repair Theory and Experiments of Damaged Subsurface of Optical Element,JiShuHua/Changchun University of Science and Technology,0/5
Structuring of Coarse-grained Diamond Wheelsurface via Laser Machining Methods,ZhangWei/Harbin Institute of Technology,0/45
Ultra-precision ELID Grinding of Super-hard Microstructured Optical Functional Surfaces,ZhangHaiNan/Harbin Institute of Technology,0/64
Research on Subsurface Damage Analysis and Detection Technology of Optical Element after Grinding and Polishing,WuYanPeng/Xiamen University,0/2
Nano-machining Mechanism and Characterization of Machined Crystalline Materials by Raman Spectroscopy,XuFeiFei/Tianjin University,0/0
Research on Simulation and Experiment of Grinding Optical Glass with Single Diamond Girt,LiZhiPeng/Harbin Institute of Technology,0/73
The Experimental Research on Dressing of Monolayer Brazed Diamond Grinding Wheel with Plate Wheel,XuWang/Nanjing University of Aeronautics and Astronautics,0/37
Experimental Research on HVOF Tungsten Carbide Coating by Grinding,YiJun/Hunan University,0/116
Study on Subsurface Damage of Optical Glass after Lapping,GaoPing/Nanjing University of Aeronautics and Astronautics,0/228
Study on the Monocrystal Silicon Nanometric Grinding by Molecular Dynamics Simulations,GuoXiaoGuang/Dalian University of Technology,2/674
In Vitro Intraoral Resurfacing of Dental Ceramic Prostheses Using High-Speed Clinical Handpieces,SongXiaoFei/Tianjin University,3/140
Study on Techniques in Computer-controlled Grinding and Polishing for Large and Medium Aspheric Surfaces,ZhouXuSheng/National University of Defense Science and Technology,20/574
Study on the High Efficiency and Low Damage Processing Technology of CdZnTe Wafer,LiYan/Dalian University of Technology,1/168
Study on the Detection and Control Techniques of Subsurface Damage in Optical Fabrication,WangZhuo/National University of Defense Science and Technology,7/434
Study on Surface/subsurface Damage Mechanism of Nano-ZrO₂ Ceramics in the Multi-frequency Ultrasonic Vibration Assisted Grinding,ZhaoMingLi/Henan Polytechnic University,0/83
Study on Single Crystal MgO Substrates Lapping and Its Damage,ZhouBo/Dalian University of Technology,0/134
Theoretical and Experimental Research on the Measurement of Grinding Subsurface Damages for Optical Materials,LiGaiLing/National University of Defense Science and Technology,9/446
The Research on Grinding Damage in Nanostructured Ceramic Coating,JinQunYing/Hunan University,4/181
Study on Surface/subsurface Damage Detection of Ultraprecision Ground Silicon Wafer,ZhangShengLi/Dalian University of Technology,2/397
Sub- surface defects induced damage mechanisms and experimental research,WangYi/Chinese Academy of Engineering Physics,11/356
HF acid etching of fused silica materials research,ZhengZhi/University of Electronic Science and Technology,2/103
The Research on Surface Quality of KDP Crystal Machined by Single Point Diamond Turning,LiZhenXing/Harbin Institute of Technology,0/58
Research on the Ultra-Precision Grinding of Optical Glass Based on Hybrid-Bonded Diamond Wheel,QinJiaYong/Harbin Institute of Technology,0/136
Study on Surface/subsurface Damage Mechanism in the Ultrasonic Vibration Assisted Grinding of Nanocomposite Ceramics,KongLingZhi/Henan Polytechnic University,0/158
Simulation and Experimental Studies of Precision Ground V-Shaped Micro-Structure on Superhard Materials,SunGuoYan/Harbin Institute of Technology,0/83
Ultra-precision machining glass subsurface damage prediction methods and experimental research,SongZuo/Harbin Institute of Technology,0/132
Research on Surface Integrity Study of Glass-Ceramic for Laser Gyro Mirror Substrate,WangXun/Harbin Institute of Technology,2/61
Research on Removing Damage of Optical Components Based on Magnetorheological Finishing Techniques,LvHanFeng/National University of Defense Science and Technology,0/107