… (a) Principle of the eruptive water transport mechanism, water distribution in the GDL and
the flow field before (top) and after eruption (bottom). (b) Filling process of the water transport …

… The present study focuses on liquid water transport in porous anode and cathode gas
diffusion media and across the membrane. The cell is considered to be isothermal for simplicity. …

A method for the large-scale simulation with the lattice Boltzmann method (LBM) is proposed
for liquid water movement in a gas diffusion layer (GDL) of polymer electrolyte membrane …

… width on the water transport in the GDL using LBM. He showed that the channel-rib width
plays an important role on water transport dynamics in the gas diffusion layer as well as water …

… As indicated above in the present study, the SC model is adopted to investigate water
transport behaviors in GDL. The pressure difference between inlet and outlet is adopted to study …

… water content on gas transport, we measured gas diffusion through the wood of two coniferous,
two diffuse-… water content. We used an approach similar to Yokota (1967), who tested the …

… Laser-perforated gas diffusion layer to enhance liquid water transport from the electrode to
the gas … A laser was used to perforate gas diffusion layer (GDL) that enhances liquid water …

… However, especially interfacial liquid water transport between … liquid water visualization by
neutron radiography and numerical modeling were performed with three types of gas diffusion …

… of gas diffusion layer (GDL) is investigated by a lattice Boltzmann method (LBM). Because
much water is generally accumulated in the GDL under the ribs, transport of the water into the …

… electrode are made of a gas diffusion layer (GDL), a catalyst layer (CL), and often a
microporous layer in between the GDL and CL to facilitate water transport and removal, an issue …