A Heat And Mass Transfer Analysis For An Ideal Bydrogen/oxygen Fuel Cell
25th Intersociety Energy Conversion Engineering Conference
Model equations for water vapor mass and heat transfer in the channel stream bounded by an electrolyte wet anode surface and a heat sink are given. Results computed from the model equations, describing water accumulation at the anode, bulk water vapor mole fraction, gas velocity and temperature, and two-dimensional temperature profiles, are presented for typical input parameters.
Copyright © 1990, IEEE
Place of Publication
Sandhu, Sarwan S. and Fellner, Joseph P., "A Heat And Mass Transfer Analysis For An Ideal Bydrogen/oxygen Fuel Cell" (1990). Chemical and Materials Engineering Faculty Publications. 196.