Engineering & Materials Science
Lithium-ion batteries
100%
Lithium
52%
Electrolytes
41%
Fuel cells
35%
Temperature
34%
Cathodes
29%
Ions
29%
Plating
29%
Anodes
26%
Proton exchange membrane fuel cells (PEMFC)
23%
Heating
22%
Polymers
22%
Life cycle
18%
Hydrogen
17%
Battery electric vehicles
16%
Electrodes
15%
Hot Temperature
15%
Stoichiometry
14%
Metal foil
14%
Water
14%
Membranes
14%
Ethers
11%
Heat generation
11%
Aging of materials
11%
Graphite
11%
Degradation
11%
Nickel
11%
Liquids
10%
Solid electrolytes
10%
Temperature control
9%
Metals
9%
Gases
8%
Air mobility
8%
Physics
8%
Air
8%
Flow rate
7%
Graphite electrodes
7%
Visualization
7%
Diffusion in gases
7%
VTOL/STOL aircraft
7%
Flow batteries
7%
Charging (batteries)
6%
Current density
6%
Battery management systems
6%
Energy storage
6%
Temperature distribution
6%
Modulation
6%
Physics & Astronomy
electric batteries
65%
fuel cells
53%
lithium
48%
electrolytes
30%
ions
29%
cells
26%
plating
23%
anodes
22%
cycles
19%
charging
17%
membranes
16%
cathodes
15%
polymers
14%
heating
12%
water
11%
ethers
11%
catalysts
10%
protons
10%
plateaus
10%
graphite
10%
temperature
10%
stripping
9%
vehicles
9%
hydrogen
7%
electrodes
7%
electric potential
7%
current distribution
7%
liquids
7%
thermal environments
6%
metals
6%
safety
6%
tungsten carbides
6%
durability
6%
gases
6%
humidity
6%
flux density
5%
gaseous diffusion
5%
restoration
5%
high voltages
5%
assemblies
5%
depletion
5%
solid electrolytes
5%
energy
5%
Chemical Compounds
Safety
25%
Cathode
22%
Anode
18%
Foil
18%
Graphite
14%
Energy
12%
Behavior as Electrode
10%
Voltage
10%
Gas
9%
Metal
7%
Hydrogen
6%
Environment
5%
Cooling
5%
Time
5%
Flow Kinetics
5%
Heat
5%