Thermoelectric Power Hydrogen Sensors for Reversible Hydrogen Storage Materials

A.N. Lasseigne-Jackson; A. Zamarron; I. Ashraf; Brajendra Mishra; D.L. Olson

doi:10.4028/www.scientific.net/MSF.561-565.1633

Paper Titles

The Alloy Design of Metallic Interconnector of Solid Oxide Electrolyte Fuel Cell (SOFC)
p.1617

In Situ High-Resolution Observation for Decomposition of NaAlH₄
p.1621

Preparation and Hydrogen Storage Properties of Mg-Ni-B BCC Alloys
p.1625

HRTEM Study of Nanostructures in Hydrogen-Absorbing Mg-Ni and Mg-Ni-La Alloys Prepared by Melt-Spinning
p.1629

Thermoelectric Power Hydrogen Sensors for Reversible Hydrogen Storage Materials
p.1633

Characteristics of Hydrogen Storage by Sn/MgH₂ Nanocomposite Obtained by Mechanical Milling of MgH₂ with Sn
p.1637

Self-Propagating High-Temperature Synthesis of Porous Nickel-Titanium
p.1643

Modeling of Mechanical Behavior of Porous Sintered Timing Wheel in Contact with Chain Wheels
p.1649

Recycled Aluminum Alloy Matrix Composites with Artificial Pellets Made of Incineration Ashes
p.1653

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Thermoelectric Power Hydrogen Sensors for Reversible Hydrogen Storage Materials

Abstract:

Thermoelectric power has demonstrated a capability for rapid hydrogen assessment and can achieve the equivalent of the pressure-composition-temperature (activity) diagram. Effective use of hydrogen storage materials occurs in the alpha+beta two-phase region of the activity diagram. A thorough assessment of the content of each phase in this two-phase region can optimize the performance of hydrogen storage materials. The use of thermoelectric power measurements as a hydrogen sensor for reversible batteries is discussed.