Global ETD Search
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Showing 1 to 7 of 7 for “"3D fabrication"”.
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Novel Inorganic Photoresists for Three-Dimensional Microfabrication
… directly patterned in three dimensions via both 3D laser direct writing and 3D interference lithography based fabrication approaches are attractive materials for the fabrication of complex microfluidic and micro-optical components such as chaotic mixing elements or 3D photonic crystals. Several …
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Novel techniques for quasi three-dimensional nanofabrication of Transformation Optics devices
<p>Current nanofabrication is almost exclusively limited to top-down, two-dimensional techniques. As technology moves more deeply into the nano-scale regime, fabrication of new devices with quasi three-dimensional geometries shows great potential. One excellent example of an emerging field that …
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Origami nanofabrication of three-dimensional electrochemical energy storage devices
The Nanostructured (TM) 3D Fabrication and Assembly Process was developed as a novel method of creating three-dimensional (3D) nanostructured devices using two- dimensional micro- and nanopatterning tools and techniques. The origami method of fabrication is a two-part process in which …
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Manipulating soft materials to direct cell growth in multiple dimensions
… a relevant research focus for many years. Microfabrication techniques involving soft lithography, microfluidic devices and direct-write assembly can be used to create such microenvironments. Soft lithography techniques, which typically include microcontact printing and decal transfer, rely on …
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Direct writing of three-dimensional nanostructures and their application in nanomagnetism
The exponentially improving nanofabrication capabilities are one of the driving forces behind the technological advancements of the last 100 years, affecting virtually every area of human endeavour and enabling the advent of the Information Age. As the fabrication technologies are reaching the …
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Optical polarization control in free space and through random media using wavefront shaping
… areas such as optical communications, micro/nano fabrication, industrial process control, material characterization, and biomedical imaging. The usefulness of light in these areas depends on the dexterity with which the state of the optical field, defined by the spatio-temporal distribution of the …
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Development of an electrostatic peristaltic gas micropump and nanochannel fabrication technique
… First, a stepwise chamber fabricated by a 3D fabrication technique is utilized to reduce the dead volume and improve the backward flow control. The dead volume of the stepwise chamber is about 10-fold smaller and the flow rate increases about 30 % at low frequency regime (< 6 Hz) than a …