An experimental setup allowing pH measurements inside a confined volume representing a
lapped joint was designed in our last study [1]. The pH evolution over steel surface in …

This thesis focuses on mass and heat transfer enhancements in redox flow battery
technology for combined electronic cooling and powering applications. Both microfluidic …

In neuartigen membranlosen mikrofluidische Brennstoffzellen strömen Brennstoff und
Oxidationsmittel aufgrund der laminaren Strömung bei niedrigen Reynoldszahlen parallel …

Non-aqueous redox flow batteries (NARFBs)–developed with the aim of providing higher
energy density than their aqueous redox flow batteries (RFBs), have presently not been able …

This thesis constitutes the first step in the design and construction of a high-temperature and
high-pressure channel flow cell (HT-CFC) for electrochemical studies under hydrothermal …

Magnetoconvection is a promising phenomenon for developing new electrochemical-based
microfluidic flow devices with unique capabilities, such as easily switching flow direction and …

Эксплуатационные характеристики нового воздушного микрожидкостного топливного
элемента обсуждаются на основе программы COMSOL Multiphysics и апробированной …

Abstract<? Pub Inc> In this work, a MFC fabrication procedure including two non-
conventional techniques (partial baking and cap-sealing) were employed for the …

Using COMSOL multiphysics software and a previously validated numerical model, the
effect of modifications on the microfluidic fuel cell performance are discussed. These …

The present doctoral thesis studies air-breathing microfluidic fuel cells with separated fuel
and electrolyte streams as well as a membraneless fuel cell with selective electrodes. In …