Search Results - "Meyers, Jeremy P."

Miniature fuel cells for portable power: Design considerations and challenges by Maynard, Helen L., Meyers, Jeremy P.

“…We discuss key integration issues and engineering trade offs germane to all miniaturized fuel cell systems: thermal management, humidification control, water…”
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Redox flow batteries: a review by Weber, Adam Z., Mench, Matthew M., Meyers, Jeremy P., Ross, Philip N., Gostick, Jeffrey T., Liu, Qinghua

“…Redox flow batteries (RFBs) are enjoying a renaissance due to their ability to store large amounts of electrical energy relatively cheaply and efficiently. In…”
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A dynamic model-based estimate of the value of a vanadium redox flow battery for frequency regulation in Texas by Fares, Robert L., Meyers, Jeremy P., Webber, Michael E.

“…•A model is implemented to describe the dynamic voltage of a vanadium flow battery.•The model is used with optimization to maximize the utility of the…”
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The influence of hydrogen- and cation-underpotential deposition on oxide-mediated Pt dissolution in proton-exchange membrane fuel cells by Kim, Seokkoo, Meyers, Jeremy P.

“…► Pt dissolution has a maximum value around E L = 0.5–0.6 V vs. RHE at CV, SW experiments. ► The addition of Zn cation (5 mM) in acid solution increase Pt…”
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Design considerations for miniaturized PEM fuel cells by Meyers, Jeremy P., Maynard, Helen L.

“…In this paper, we consider the design of a miniaturized proton-exchange membrane (PEM) fuel cell for powering 0.5–20 W portable telecommunication and computing…”
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Analytical model to relate DMFC material properties to optimum fuel efficiency and system size by Meyers, Jeremy P., Bennett, Brent

“…► Analytic model of methanol concentration in the direct methanol fuel cell. ► Relates material properties to fuel efficiency and size of system components. ►…”
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Modeling and optimization of the DMFC system: Relating materials properties to system size and performance by Bennett, Brent, Koraishy, Babar M., Meyers, Jeremy P.

“…In designing a direct methanol fuel cell and evaluating the appropriateness of new materials for inclusion, it is helpful to consider the impact of material…”
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Oxygen gain analysis for proton exchange membrane fuel cells by O’Neil, Kevin, Meyers, Jeremy P., Darling, Robert M., Perry, Michael L.

“…Oxygen gain is the difference in hydrogen fuel cell performance operating on oxygen-depleted and oxygen-rich cathode fuel streams. Oxygen gain experiments…”
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Discrete carbon nanotubes promote resistance to corrosion in lead-acid batteries by altering the grid-active material interface by Meyers, Jeremy P., de Guzman, Rhet Caballes, Swogger, Steven W., McCarrell, Catherine, McPherson, Justin, Guan, Jun, Jungman, Matthew J., Celoria, Aoife M. (O'Mahony), Sugumaran, Nanjan, Everill, Paul

“…•Discrete carbon nanotubes (dCNT) are easily incorporated into lead-acid pastes.•dCNT enhance the robustness of positive plates in corrosive testing…”
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Preface by Weber, Adam Z., Meyers, Jeremy P.

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Preface by Weber, Adam Z., Meyers, Jeremy P.

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Erratum to: Redox flow batteries: a review by Weber, Adam Z., Mench, Matthew M., Meyers, Jeremy P., Ross, Philip N., Gostick, Jeffrey T., Liu, Qinghua

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