1.
A Technique of Shortened Procedures on MEMS Machining Based on Laser Writing;
基于激光直写技术的MEMS短流程加工工艺研究
2.
Study on Fabrication of Conductor by Microjet and Laser Hybrid Direct Writing Method;
微喷和微喷/激光复合直写导体关键技术的研究
3.
Study on Fabrication Technology of Micro Temperature Controller by Laser Micro Cladding;
激光微熔覆直写微温度控制器的关键技术研究
4.
Study on the Key Technique of Thick Film Sensor Fabrication by Micropen-Laser Hybrid Direct Writing Technique
微笔—激光复合直写厚膜传感器的关键技术研究
5.
STUDY ON THE POSITIONING TECHNOLOGY OF LONG DISTANCE AND SUBMICROMETER ACCURACY LASER DIRECT WRITING DEVICE;
大行程亚微米精度激光直写设备定位技术的研究
6.
Study of Directly Fabricating Thick Film Thermosensor by Laser Micro-Cladding Technique;
激光微细熔覆直写技术制作厚膜温度传感器的初步研究
7.
Study on Laser-MicroPen/MicroJet Direct Writing Technology for Integrated Fabrication of MEMS Micro-Structures
激光—微笔/微喷直写集成制造MEMS微结构关键技术研究
8.
Research on Collimation Measurement Based on Laser Interference Technology;
基于激光干涉原理的准直技术的研究
9.
Research on Laser Alignment Based on Interference Fringe;
基于干涉条纹的激光准直技术的研究
10.
Vertical GaN light-emitting diodes fabricated by laser lift-off technique
激光剥离技术实现垂直结构GaN基LED
11.
High accuracy laser-alignment technique with compensation of laser beam drift
具有光束漂移误差补偿的高精度激光准直技术
12.
The LZH has been active in research, development, consulting and training in all fields of lasertechnology.
汉诺威激光中心一直致力于激光技术领域的研究，发展，咨询工作和激光技术培训。
13.
Direct Laser Fabrication of 3-Dimentional Metal Parts Based on Laser Cladding;
基于激光熔覆的三维金属零件激光直接制造技术研究
14.
Fabricating Micro-grating Structures on Nickel Using Interference Laser
镍金属表面双光束激光干涉直写研究
15.
Study on Automatic Diameter Control (ADC) Technique of the Laser Crystal Growth;
激光晶体生长自动直径控制（ADC）技术研究
16.
Study on Laser Range Finding Technology in Total Station Laser Alignment System;
全站式激光准直系统中的测距技术研究
17.
Research on Diameter Measurement Technique of Thin Cylinder by Laser Diffraction;
激光衍射法细圆柱体直径测量技术研究
18.
Overview on Laser Diode Pumped Solid-State Laser with Direct Pumping Scheme
全固态激光直接抽运技术的发展和研究现状