• No results found

Effect of Cell Potentials on Gas Diffusion Layer Velocity with Serpentine Flow Channel in PEM Fuel Cell

N/A
N/A
Protected

Academic year: 2020

Share "Effect of Cell Potentials on Gas Diffusion Layer Velocity with Serpentine Flow Channel in PEM Fuel Cell"

Copied!
5
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1: Serpentine Flow Field PEMFC Model
Figure 2: Gas Diffusion Layer velocity at cell potential (a) 0.4V (b) 0.5V (c) 0.6V (d) 0.7V (e) 0.8V (f) 0.9V
Figure 3: Gas Diffusion Layer velocity for all cell potentials

References

Related documents

In this study, we sought to investigate the biology (diet and reproduction) and ethnobiology (fishers knowledge and fishing spots used to catch snappers) of five species of

Dans le cadre général des interventions de la Haute Autorité en faveur des travailleurs sidérurgistes licenciés, des aides spéciales pourraient être

In this section an algorithm is being designed When all targets are moving away from the origin with the positive constant velocity in a straight line and

Many times scientists have induced the fish with different doses/concentrations of heavy metals to study their impact on immune response of fish but they haven’t been able to

People’s sense of self is formed within their sociocul- tural context, and with regards to considering the experience of chronic illness the notions of social net- works and

polyribosylribitol polysaccharides (PRP) from Haemophilus influenzae type b (referred to as PRP native and PRP-ADH respectively) as well as the final PRP - TT conjugate (with

Co-Ex provides flexibilty to compiler developers to specify the algorithms of different optimizations. It aims to provide ease of use and sufficient utility to the compiler