planar and three-dimensional microfluidic fuel cell

A novel method to construct 3D electrodes at the sidewall

for constructing three-dimensional (3D) microelectrodes in microfluidic system by utilizing low melting point metal alloy. Three-dimensional electrodes have unique properties in application of cell lysis, electro-osmosis, electroporation and dielectrophoresis. The

Three‐Dimensional Computational Fluid Dynamics

A three‐dimensional computational fluid dynamics model was developed to study the performance of a planar solid oxide fuel cell (SOFC). The governing equations were solved with the finite volume method. The model was validated by comparing the simulation

Statistical Performance Analysis and Robust Design of

Paper-based membraneless microfluidic fuel cell (PMMFC) has emerged as an alternative to conventional fuel cells. Extraction of optimum energy yield from these PMMFCs requires selection and study of various design and operating parameters. In this context

A perspective on microfluidic biofuel cells:

A fuel cell generates electrical power through electrochemical reactions between a fuel and an oxidant. In order to accelerate its reactions, noble metal catalysts such as platinum are commonly used. At the anode side, the fuel is consumed and oxidized to release electrons that flow through an external wire, while the oxidant is reduced by accepting electrons at the cathode.

Integrated Microfluidic Flow

2017/1/25This paper reports on a miniaturized microbial fuel cell with a microfluidic flow-through configuration: a porous anolyte chamber is formed by filling a microfluidic chamber with three-dimensional graphene foam as anode, allowing nutritional medium to flow through the

US Patent Application for FLEXIBLE, PLANAR, DOUBLE

The sealing process employed to form the microscale fuel cell 10, which will be described below, also binds the microfluidic reaction chamber formed by the first and second ion exchange polymer membranes 18, 20 to porous media (i.e., the first and second12, .

Microfluidic fuel cells

Microfluidic fuel cell architectures are presented in this thesis. This work represents the mechanical and microfluidic portion of a microfluidic biofuel cell project. While the microfluidic fuel cells developed here are targeted to eventual integration with biocatalysts, the contributions of this thesis have more general applicability.

A Dual Electrolyte H2/O2 Planar Membraneless

A dual electrolyte H 2 /O 2 fuel cell system employing a planar microfluidic membraneless fuel cell has been investigated and compared to single electrolyte H 2 /O 2 systems under analogous conditions. The fuel is H 2 dissolved in 0.1 M KOH (pH 13), and the oxidant is O 2 dissolved in 0.1 M H 2 SO 4 (pH 0.9), comprising a system with a calculated thermodynamic potential of 1.943 V (when 1 M H

Microfluidic Devices for Energy Conversion: Planar

Modeling Fuel Cell Stacks. 2008,,, 335-363. DOI: 10.1016/B978-012374259-9.50013-6. Erik Kjeang, Jonathan McKechnie, David Sinton, Ned Djilali. Planar and three-dimensional microfluidic fuel cell architectures based on graphite rodJournal of,

US Patent Application for FLEXIBLE, PLANAR, DOUBLE

The sealing process employed to form the microscale fuel cell 10, which will be described below, also binds the microfluidic reaction chamber formed by the first and second ion exchange polymer membranes 18, 20 to porous media (i.e., the first and second12, .

Xun Zhu, Biao Zhang, Dingding Ye, Jun Li, Qiang Liao, Air-breathing direct formic acid microfluidic fuel cell with an array of cylinder anodes, Journal of Power Sources, 2014, 247:346-353. 9. Jun Zhang, Jun Li, Dingding Ye, Xun Zhu, Qiang Liao, Biao Zhang, Tubular bamboo charcoal for anode in microbial fuel cells, Journal of Power Sources, 2014, 247 :277-282.

Modelling Microscale Fuel Cells

microfluidic fuel cell and a planar array of integrated fuel cells. A concise electrochemical model of the key reactions and appropriate boundary conditions are presented in conjunction with the development of a three-dimensional CFD model of a membraneless

A novel method to construct 3D electrodes at the sidewall

for constructing three-dimensional (3D) microelectrodes in microfluidic system by utilizing low melting point metal alloy. Three-dimensional electrodes have unique properties in application of cell lysis, electro-osmosis, electroporation and dielectrophoresis. The

A microfluidic fuel cell with flow

A microfluidic fuel cell architecture incorporating flow-through porous electrodes is demonstrated. The design is based on cross-flow of aqueous vanadium redox species through the electrodes into an orthogonally arranged co-laminar exit channel, where the waste solutions provide ionic charge transfer in a membraneless configuration.

Modelling Microscale Fuel Cells

microfluidic fuel cell and a planar array of integrated fuel cells. A concise electrochemical model of the key reactions and appropriate boundary conditions are presented in conjunction with the development of a three-dimensional CFD model of a membraneless

CiteSeerX — Microfluidic Direct Methanol Fuel Cell with

In this work, the design and fabrication of a planar, glass- polydimethylsiloxane based microfluidic direct methanol fuel cell with ladder-shaped microchannel are presented. The fuel cell operates in an acidic electrolyte and with methanol and H2O2 as fuel and oxidant, respectively.

Microfluidic Devices for Energy Conversion: Planar

Modeling Fuel Cell Stacks. 2008,,, 335-363. DOI: 10.1016/B978-012374259-9.50013-6. Erik Kjeang, Jonathan McKechnie, David Sinton, Ned Djilali. Planar and three-dimensional microfluidic fuel cell architectures based on graphite rodJournal of,

Three

Three-dimensional (3D), submillimeter-scale constructs of neural cells, known as cortical spheroids, are of rapidly growing importance in biological research because these systems reproduce complex features of the brain in vitro. Despite their great potential for studies of neurodevelopment and neurological disease modeling, 3D living objects cannot be studied easily using conventional

Effect of geometrical configurations on alkaline air

Membraneless microfluidic fuel cells (MMFCs) outperform traditional membrane-based micro-fuel cells in membraneless architecture and high surface-to-volume ratio and facile integration, but still need substantial improvement in performance. The fundamental

Microfluidic fuel cell systems

A microfluidic fuel cell is a microfabricated device that produces electrical power through electrochemical reactions involving a fuel and an oxidant. Microfluidic fuel cell systems exploit co-laminar flow on the microscale to separate the fuel and oxidant species, in contrast to conventional fuel cells employing an ion exchange membrane for this function. Since 2002 when the first

Microfluidic engineered high cell density three

1. J Neural Eng. 2007 Jun;4(2):159-72. Epub 2007 Apr 4. Microfluidic engineered high cell density three-dimensional neural cultures. Cullen DK(1), Vukasinovic J, Glezer A, Laplaca MC. Author information: (1)Wallace H Coulter Department of Biomedical Engineering, Parket H Petit Institute for Bioengineering and Bioscience, Laboratory for Neuroengineering, Georgia Institute of Technology,

Accurate flow in augmented networks (AFAN): an approach

In vivo, microvasculature provides oxygen, nutrients, and soluble factors necessary for cell survival and function. The highly tortuous, densely-packed, and interconnected three-dimensional (3D) architecture of microvasculature ensures that cells receive these crucial components. The ability to dupl

A novel method to construct 3D electrodes at the sidewall

for constructing three-dimensional (3D) microelectrodes in microfluidic system by utilizing low melting point metal alloy. Three-dimensional electrodes have unique properties in application of cell lysis, electro-osmosis, electroporation and dielectrophoresis. The

Microfluidic fuel cell systems

A microfluidic fuel cell is a microfabricated device that produces electrical power through electrochemical reactions involving a fuel and an oxidant. Microfluidic fuel cell systems exploit co-laminar flow on the microscale to separate the fuel and oxidant species, in contrast to conventional fuel cells employing an ion exchange membrane for this function. Since 2002 when the first

(PDF) Planar and three

Fuel-efficient array cell operation at low- range flow rates is a key finding for future research in this field: as microfluidic fuel cell technology transitions from proof-ofconcept planar cell structures to integrated three-dimensional architectures with multiple cells, fuel

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