Physics & Astronomy
solid oxide fuel cells
100%
mass transfer
77%
heat transfer
66%
fuel flow
45%
simulation
32%
anodes
24%
operating costs
21%
heat balance
19%
potential gradients
18%
gradients
18%
convective flow
17%
conservation equations
16%
durability
15%
cells
15%
thermal stresses
15%
pressure gradients
14%
partial pressure
13%
reaction kinetics
12%
performance
12%
depletion
12%
temperature gradients
12%
convection
12%
electrolytes
11%
flow velocity
11%
degradation
10%
current density
10%
thermodynamics
9%
conduction
9%
heat
9%
electrodes
8%
hydrogen
8%
oxygen
8%
fluids
8%
gases
7%
Chemical Compounds
Heat Transfer
92%
Mass Transfer
71%
Fuel
70%
Simulation
54%
Electrochemical Reaction
32%
Heat Balance
17%
Convective Flow
16%
Models (Physical)
14%
Mechanical Stress
13%
Electrochemical Cell Potential
13%
Partial Pressure
10%
Flow Kinetics
8%
Heat
7%
Current Density
7%
Anode
7%
Flow
6%
Thermodynamics
6%
Length
6%
Porosity
6%
Pressure
6%
Environment
6%
Gas
5%
Hydrogen
5%
Behavior as Electrode
5%
Dioxygen
5%
Engineering & Materials Science
Solid oxide fuel cells (SOFC)
92%
Mass transfer
76%
Heat transfer
57%
Computer simulation
46%
Anodes
20%
Partial pressure
12%
Reaction kinetics
11%
Pressure gradient
11%
Thermal gradients
10%
Thermal stress
10%
Convection
10%
Operating costs
10%
Cells
10%
Electrolytes
10%
Current density
10%
Conservation
10%
Hot Temperature
10%
Thermodynamics
9%
Durability
8%
Oxygen
8%
Hydrogen
8%
Electrodes
8%
Flow rate
8%
Degradation
7%
Fluids
6%
Gases
6%