Publication | Closed Access
UV capillary force lithography for multiscale structures
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Citations
14
References
2012
Year
EngineeringMicroscopyMechanical EngineeringPattern TransferBiomedical EngineeringBeam LithographyCapillarity PhenomenonAdditional Annealing StepNanolithographyMultiscale StructuresMicrofluidicsNanolithography MethodMaterials ScienceNanotechnologyNano ScaleMicrofabricationRapid AdvancesApplied PhysicsLithography StepNanofabrication
Rapid advances in information technology rely on novel patterning techniques. The authors present a simple UV capillary force lithography process, which allows one to imprint a multiscale system, consisting of 250 nm wide nanobridges and a 8–20 μm wide wiring in one lithography step. An additional annealing step for 5 min at 75 °C improved the capillary rise.
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