Browsing by Author "Vallés, E."
Now showing items 1-5 of 5
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Co-Ni-carbon composite fibres for directional magnetic actuation
García Torres, José Manuel; Crean, Carol; Vallés, E. (Elsevier, 2018-03-05)
Article
Open AccessFlexible microcomponents are being widely employed in the microelectronic industry; however; they suffer from a lack of complex movement. To address this problem, we have developed flexible, electrically conductive, magnetic ... -
Design and characterization of a magnetic digital flow regulator
Casals Terré, Jasmina; Duch, M.; Plaza, J. A.; Esteve, J; Pérez Castillejos, R.; Vallés, E.; Gómez, E. (2010-07-01)
Article
Restricted access - publisher's policyDesign, fabrication and testing of a novel micromachined “quasi-digital” microflow regulator for integrated microfluidic systems. Operation relies on the use of a permanent magnet which interacts with an electrodeposited ... -
Electrochemically synthesized nanostructures for the manipulation of cells: Biohybrid micromotors
Serrà, Albert; Vallés, E.; García Torres, José Manuel (2017-12)
Article
Open AccessIn this communication we describe the preparation and operation of two types of Ni/Au nanorods (NRs) as new magnetic micromotors for the transport and manipulation of single cells to target specific areas with micron-size ... -
Magnetic actuation of multifunctional nanorobotic platforms to induce cancer cell death
Serrà, Albert; Vázquez Mariño, Gonzalo; García Torres, José Manuel; Bosch, Manel; Vallés, E. (Wiley (John Wiley & Sons), 2018-01-15)
Article
Restricted access - publisher's policySingle-bath potentiostatic-pulsed electrodeposition enables the synthesis of bicomponent (i.e., gold and nickel–nickel oxide) multi-segmented magnetic nanowires that, with extraordinarily low cytotoxicity, are ideal ... -
Magnetic propulsion of recyclable catalytic nano-cleaners for pollutant degradation
García Torres, José Manuel; Serrà, Albert; Tierno, Prieto; Alcobé, Xavier; Vallés, E. (2017)
Article
Restricted access - publisher's policyElectrochemically fabricated magnetic mesoporous CoNi@Pt nanorods are excellent nanomotors with controlled magnetic propulsion and excellent catalytic properties. The core–shell structure allows a double functionality: (i) ...