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Dive into the research topics of 'The effect of fuel utilization on heat and mass transfer within solid oxide fuel cells examined by three-dimensional numerical simulations'. Together they form a unique fingerprint.
Physics & Astronomy
solid oxide fuel cells
mass transfer
heat transfer
fuel flow
simulation
anodes
operating costs
heat balance
potential gradients
gradients
convective flow
conservation equations
durability
cells
thermal stresses
pressure gradients
partial pressure
reaction kinetics
performance
depletion
temperature gradients
convection
electrolytes
flow velocity
degradation
current density
thermodynamics
conduction
heat
electrodes
hydrogen
oxygen
fluids
gases
Chemical Compounds
Solid oxide fuel cells (SOFC)
Mass transfer
Heat transfer
Computer simulation
Anodes
Partial pressure
Reaction kinetics
Hydrogen
Pressure gradient
Thermal gradients
Thermal stress
Convection
Operating costs
Cells
Electrolytes
Current density
Conservation
Hot Temperature
Thermodynamics
Gases
Durability
Electrodes
Flow rate
Direction compound
Oxygen
Degradation
Fluids
Engineering & Materials Science
Solid oxide fuel cells (SOFC)
Mass transfer
Heat transfer
Computer simulation
Anodes
Partial pressure
Reaction kinetics
Pressure gradient
Thermal gradients
Thermal stress
Convection
Operating costs
Cells
Electrolytes
Current density
Conservation
Hot Temperature
Thermodynamics
Durability
Oxygen
Hydrogen
Electrodes
Flow rate
Degradation
Fluids
Gases