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UV-LIGA Electroforming | Fabrication of Metal Array Stencils The main process technologies for preparing fine metal stencils are: photolithography-etching method, laser processing
LIGA/UV-LIGA Plating | Metal Microstructures RF Devices Inertial Sensors Heat Dissipation Microstructure Applications Microsy
Micromachining | for cellular arraying Cellular microarraying (or cell patterning)' is the confinement of the studied cells in a restricted space
Micro and Nano Processing | Micro and Nano Optics Micro and Nano Optics are free optics with sub-micron precision and nanometer surface roughness.
Micro and Nano Processing | MEMS Fine Processing (VII) 1.10 Bonding Technology Wafer bonding is similar to soldering in that no binder is used and the material layers are fused
Micro and Nano Processing | MEMS Fine Processing 1.6 Sacrificial Layer Technology Sacrificial layer technology is also called separation layer technology. Sacrificial layer technology is to put on the silicon substrate
Micro and Nano Processing | MEMS Fine Processing (V) 1.5 High Energy Beam Etching Technology (1) Electron Beam Etching Using the chemical effect of electron beam
Micro and Nano Processing | MEMS Fine Processing (IV) 1.3 Photolithography Photolithography, also known as photolithography, originates from microelectronic integrated circuits
Micro and Nano Processing | MEMS Fine Processing (3) The micro and fine processing technology for MEMS is formed on the basis of integrated circuits, successively
Micro-Nano Processing | MEMS Fine Processing (II) Microfabrication technology is the basis for the realization of MEMS, and is also the core technology of MEMS and
Micro-Nano Processing | Introduction to MEMS Processing (I) Microsystem (European usual term), Micro-Electro-Mechanical System (Mi
Micro and Nano Processing | Introduction to Wet Cleaning Treatment The IC process requires the participation of some organic and inorganic reagents to complete, in addition, the production process is always in human
