微流体燃料电池基于流体的微流动特性, 燃料和氧化剂流体在层流流动作用下可自然分层而无需
使用质子膜, 极大地降低成本并提高电池设计的灵活性, 具有体积小, 重量轻及容量大的优点 …

The impedance characteristics of the laminar flow-based fuel cells (LFFCs), which are also
called microfluidic fuel cells (MFFCs), are measured to study the crossover and depletion …

In this work, the fluid dynamics within a membrane‐less microchannel fuel cell is analyzed
computationally. The membrane‐less design is a result of the laminar nature of the fluid flow …

Two microfluidic fuel cells having microchannel widths of 1.0 mm (cell# 1) and 0.5 mm (cell#
2) with electrode spacing of 0.4 mm were tested at volumetric flow rates ranging from 0.1 to …

Electrochemical energy storage systems have been considered for a range of potential large-
scale energy storage applications. These applications vary widely, both in the order of …

Based on fuel crossover behavior and bubble nucleation in the microfluidic fuel cell's
channel, this research numerically presents the performance of air-breathing direct formic …

This paper reports the development of a mathematical model to predict the performance of a
microscale methanol fuel cell with a single fuel/electrolyte channel. Performance of the cell …

Microfluidics refers to the technology of controlling or operating minute amounts of fluids in
microchannels with the characteristic dimension of the submillimeter scale. Ascribing to the …

A comprehensive multidimensional analysis is presented for a laminar flow fuel cell with
electric double layer (EDL) dependent kinetics in a planar microdevice. The EDL is …

The sensitivity of the impedance characteristics of a laminar flowbased fuel cell (LFFC) to the
changes of the voltage, current and fuel concentration is analyzed using the electrochemical …