DE 102007051977 A1 UPAB: 20081110 NOVELTY - For the production of electrically and/or magnetically controlled membranes, micro and/or nano particles are prepared with magnetic and/or electrical characteristics to be mixed with a matrix material in a fluid phase. When solidified, the material has an elastic character. The particles are distributed by one or more magnetic and/or electrical fields, with concentration in selected zones. The matrix layer is stabilized to form one or more membranes. USE - The membranes are for use as magnetic actuators in valves, switches and pumps. (All claimed). ADVANTAGE - The technique gives a simplified production process
The developments in Microfluidic applications have enabled a breakthrough in the creation of Lab-on-...
Electromagnetically driven elastic magnetic microfluidic mixers were investigated for their performa...
This paper presents a simple and low-cost prototyping technology for the realization of integrated m...
A valveless electromagnetic (EM) micropump with a matrix-patterned magnetic polymer composite actuat...
International audienceIn the growing field of mechanobiology, artificial mechano-reactive systems pl...
A process for the production of membrane-electrode units for electrochemical cells with a solid elec...
We developed membrane actuators from magnetorheological elastomers (MREs) with hard magnetic particl...
We demonstrate the fabrication of polymeric membranes that incorporate a few layers of periodically ...
Proceedings SPIE International Society for Optical Engineering 6172 (2006). Retrieved April 2006 fr...
This thesis deals with the development of magnetic microsystems. Arrays of planar magnetic microcoil...
Article describes how biomedical devices such as pumping/mixing fluids, cell-culturing, and drug del...
In this report, the novel idea of using a magnetic elastomer by mixing Polyimethylsiloxane (PDMS) wi...
The invention provides permeable magnetically responsive filtration membranes that include a filtrat...
We report a new approach to fabricate suspended composite membranes consisting of carbon-coated iron...
In this study, new isotropic magnetic membrane-Type actuators are fabricated and characterized by bo...
The developments in Microfluidic applications have enabled a breakthrough in the creation of Lab-on-...
Electromagnetically driven elastic magnetic microfluidic mixers were investigated for their performa...
This paper presents a simple and low-cost prototyping technology for the realization of integrated m...
A valveless electromagnetic (EM) micropump with a matrix-patterned magnetic polymer composite actuat...
International audienceIn the growing field of mechanobiology, artificial mechano-reactive systems pl...
A process for the production of membrane-electrode units for electrochemical cells with a solid elec...
We developed membrane actuators from magnetorheological elastomers (MREs) with hard magnetic particl...
We demonstrate the fabrication of polymeric membranes that incorporate a few layers of periodically ...
Proceedings SPIE International Society for Optical Engineering 6172 (2006). Retrieved April 2006 fr...
This thesis deals with the development of magnetic microsystems. Arrays of planar magnetic microcoil...
Article describes how biomedical devices such as pumping/mixing fluids, cell-culturing, and drug del...
In this report, the novel idea of using a magnetic elastomer by mixing Polyimethylsiloxane (PDMS) wi...
The invention provides permeable magnetically responsive filtration membranes that include a filtrat...
We report a new approach to fabricate suspended composite membranes consisting of carbon-coated iron...
In this study, new isotropic magnetic membrane-Type actuators are fabricated and characterized by bo...
The developments in Microfluidic applications have enabled a breakthrough in the creation of Lab-on-...
Electromagnetically driven elastic magnetic microfluidic mixers were investigated for their performa...
This paper presents a simple and low-cost prototyping technology for the realization of integrated m...