The two-dimensional model of a dual-electrolyte self-pumping microfluidic fuel cell with Pd-
coated carbon cloth electrodes is created based on multidisciplinary theory in this study …

A membraneless microfluidic fuel cell micromachined with a fabric substrate is proposed to
enhance the longevity of self-pumping microfluidic fuel cells. The fabric substrate of the fuel …

Advances in device miniaturization, ranging from sensors to transmitters, are driving the
need for micro-scaled personalized on-demand power sources. Herein, the tandem …

Microfluidic fuel cells (MFCs) employ laminar flows to eliminate the expensive polymer
electrolyte membrane and overcome the various drawbacks caused by it. However, there is …

This work presents a first approach towards the development of a cost-effective enzymatic
paper-based glucose/O 2 microfluidic fuel cell in which fluid transport is based on capillary …

Computational evaluation of three design modifications of a membraneless microfluidic fuel
cell (MMFC), ie, inlets located midway along the microchannel, multiple compartments in the …

Performance of counter-flow microfluidic fuel cell is severely limited by the uneven current
density distribution within the electrodes. In this work, in-depth numerical investigations are …

A novel convective flow membraneless microfluidic fuel cell with porous disk electrodes is
described. In this fuel cell design, the fuel flows radially outward through a thin disk shaped …

It is crucial to evaluate the deformation resistance and optimize the structure of passive
microfluidic fuel cells, which are susceptible to deformation during practical applications …

Microfluidic fuel cells employ liquid electrolyte stream instead of conventional polymer
electrolyte membrane to compartmentalize the anode and cathode, leading to the …