In this study, numerical simulations were performed to find the current-voltage distribution for
a laminar flow-based membraneless fuel cell (LFFC). The system uses formic acid and …

The concentration of CO2 in the atmosphere is rising, which is a major contributor to climate
change and ocean acidification. Approaches to reduce CO2 emission and to convert it into …

My special thanks to Luděk for giving me the opportunity to undertake my doctorate. Luděk,
thank you for the inspiration, support and last but not least for the patience that you have …

My special thanks to Luděk for giving me the opportunity to undertake my doctorate. Luděk,
thank you for the inspiration, support and last but not least for the patience that you have …

A double-bridge shape is proposed as a novel flow channel cross-sectional shape of a
membraneless microfluidic fuel cell, and its electrochemical performance was analyzed with …

In the current work, the new structure for microfluidic fuel cell is proposed to improve the
concentration boundary layer and raise the cell performance in consequence. Using …

Diffusion boundary layer on the electrode surface of microfluidic fuel cells limits the mass
transfer to the catalyst layer. Thus, investigation of the transient response of microfluidic fuel …

Массоперенос к каталитическому слою на поверхности электрода
микрогидроструйного топливного элемента тормозится диффузионным пограничным …

Chair: Prashanta Dutta The global demand for power is increasing rapidly and new
advances in energy technology are required for the continued progress of humanity. Fuel …

Portable devices rely on battery systems that contribute largely to the overall device form
factor and delay portability due to recharging. Membraneless microfluidic fuel cells are …