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Developments in the following areas are reported: surface area and pore size distribution in electrolyte matrices, electron microscopy of electrolyte matrices, surface tension of KOH solutions, water transport in fuel cells, and effectiveness factors for fuel cell components.

Fuel cell electrolyte studies on vapor pressures of ternary systems, partial molal volumes of dissolved gases, and diffusion coefficients of gases

Gas solubilities and transport properties in fuel cell electrolytes

Measurements of diffusion coefficients and vapor pressure in LiOH solutions for determination of gas solubilities in fuel cell electrolytes

Nonpolar gases solubilities in aqueous KOH solutions in temperature range 25 to 100 C, noting activity coefficients, salting out coefficients and heats of solution

Fuel cell electrolyte properties - solubility of hydrogen and oxygen in KOH and LiOH, diffusivity of oxygen and hydrogen in KOH, and density and vapor pressure of KOH and LiOH

Gas solubilities and transport properties in fuel cell electrolytes

Gas solubilities and transport properties in fuel cell electrolytes

Gas solubility and transport properties in fuel cell electrolytes

Density and vapor pressure measurements for and gas solubility and oxygen and hydrogen diffusivities in potassium hydroxide solutions

Oxygen and hydrogen solubility and transport properties in fuel cell electrolytes