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Limited by light source wavelength and light diffraction, nanostructure fabrication is tough, but it needs multiple special and expensive processes (e.g.: E-beam). The common problems are complex and slow processing, expensive manufacturing equipment and material, and it is very unsuitable for mass production; therefore, itpsilas of utmost importance to develop a nanoscale, high resolution and cost...
In this paper, we try to measure the differences among the indentations of single crystal bulks under different rotation angles by nanoindentation test. Besides, we also give a design of positioning device for the nanoindentation measuring system. It is driven by stepping motors and relevant circuits for controlling the rotations of the wafer supporting platform. The drive circuit is connected with...
A creative technology was used in this research. Using the PDMS flexible mold magnetic powder method to transmit imprinting, and by combining the special characteristics of the soft lithography, polymethylmethacrylate (PMMA), and electromagnetic Plate uniform control pressing technology, researching the use of magnetic flexible mold imprinting technology to produce the optical waveguide devices, so...
In this study, we look into an innovative technology which utilizes nano-particles as a medium for imprinting. This technology integrates the advantages of soft lithography, photo-cure resist, and gas assisted imprinting. We try to produce micro-lens arrays by gas-assisted nano-particles based soft mould imprinting on photo-cure resists. It helps the application and technology of nano-imprinting becoming...
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