Nanoreplication in polymers using hot embossing and injection molding

Schift, Helmut; Dávid, Christian; Gabriel, Manal M.; Gobrecht, J.; Heyderman, Laura J.; Kaiser, Wolf-Dieter; Köppel, S.; Scandella, L.

doi:10.1016/s0167-9317(00)00289-6

Cited by 153 publications

(88 citation statements)

References 7 publications

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“…Nevertheless, PC is a very attractive material for a wide range of applications in housewares, CDs and DVDs, electronic equipments, and machine parts. [1][2][3][4][5] In the near future, after the further improvement of a few of its physical properties, PC will replace automobile glass. Transparent polymers have already been used as precision optical parts such as optical lenses.…”

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confidence: 99%

Formation of Nanoporous Polycarbonate Surfaces and Their Chemical Modification for Superhydrophobicity

Go¹,

Han²,

Ahn³

2012

Bulletin of the Korean Chemical Society

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confidence: 99%

Formation of Nanoporous Polycarbonate Surfaces and Their Chemical Modification for Superhydrophobicity

Go¹,

Han²,

Ahn³

2012

Bulletin of the Korean Chemical Society

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“…The fabrication of high aspect ratio micro features can be realized by using a mold temperature close to the softening temperature of polymer or even higher. In this way, some special structure sizes in the nano meter range also are able to be replicated [Mekaru H et al 2004;Schift H et al 2000;Yao D. & Kim B. 2002;Liou A. C. & Chen R. H. 2006; Despa M. S., Kelly K. W. & Collier J. R. 1999).…”

Section: Fig 1-2 Micro Injection Molding Processing Stepsmentioning

confidence: 95%

Modelling and Simulation for Micro Injection Molding Process

Xie¹,

Shen²,

Jiang³

2011

Computational Fluid Dynamics Technologies and Applications

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“…PDMS allows for the rapid fabrication of prototypes and can be sealed and bound to other structures made from different materials [135,136]. With the aid of injection moulding technology, PMMA, a thermoplastic polymer, is even faster to use for chip fabrication, while cyclo-olefin polymers show excellent optical properties [137].…”

Section: Miniaturisation Of Immunosensorsmentioning

confidence: 99%

Trends and Perspectives in Immunosensors

2012

Antibodies Applications and New Developments

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Immunosensors are devices that comprise both a biomolecular recognition system, such as an antibody and its corresponding antigen, and a transducer to translate the high affinity and specific binding event into a physical signal.Antibodies are produced by an immunological response to the presence of a foreign substance called an antigen. Antibodies may be immobilised onto a variety of platforms including bulk planar surfaces and nanoparticles by either covalent or adsorption strategies. Different interfaces between the bio-components and the detector are available to monitor in 'real-time' the signal generated by biological interactions. The transducers detect, for example, the change in electron transfer, absorbance, fluorescence, refractive index, mass change or heat transfer as the antibody binds to the antigen of interest. Such analytical devices have allowed a wide range of analytes to be identified and quantified such as pathogens, toxins, environmental food contaminants and disease biomarkers.The demand for sensitive, rapid, 'on-site' techniques has taken advantage of the latest advances in microfluidics and nanotechnology. This chapter will highlight current trends in immobilisation, micro/nano-fluidics/ and transducers utilised. A number of examples outlining the exploitation of these elements in immunosensors and their successful applications will be described.

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Nanoreplication in polymers using hot embossing and injection molding

Cited by 153 publications

References 7 publications

Formation of Nanoporous Polycarbonate Surfaces and Their Chemical Modification for Superhydrophobicity

Formation of Nanoporous Polycarbonate Surfaces and Their Chemical Modification for Superhydrophobicity

Modelling and Simulation for Micro Injection Molding Process

Trends and Perspectives in Immunosensors

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