Physics & Astronomy
electrodialysis
100%
water splitting
80%
iodine
66%
sulfur
60%
membranes
46%
soaking
31%
catholytes
22%
thermodynamic efficiency
16%
durability
13%
electric power
13%
cations
10%
current density
9%
hydrogen
7%
cells
6%
temperature
3%
Engineering & Materials Science
Electrodialysis
94%
Iodine
85%
Sulfur
61%
Membranes
53%
Water
34%
Molar ratio
30%
Positive ions
15%
Current density
12%
Durability
10%
Hydrogen
10%
Hot Temperature
6%
Temperature
5%
Medicine & Life Sciences
Sulfur
75%
Iodine
66%
Water
42%
Membranes
38%
perfluorosulfonic acid
22%
Hydrogen
14%
Cations
12%
Hot Temperature
9%
Temperature
9%
Chemical Compounds
Concentration (Process)
48%
Resistance
40%
Cation Exchange
30%
Indicator
27%
Current Density
23%
Hydrogen
16%
Energy
15%
Time
11%
Application
10%