Teknik og materialevidenskab
Electrocatalysts
100%
Platinum
85%
Catalysts
80%
Proton exchange membrane fuel cells (PEMFC)
77%
Nanoparticles
69%
Carbon
63%
Dissolution
57%
Oxygen reduction reaction
55%
Electrodes
54%
Recycling
43%
Carbon nanotubes
40%
Electrolytes
39%
Transport properties
38%
Microwaves
35%
Polyols
33%
Carbon fibers
32%
Ions
31%
Catalyst supports
30%
Lithium
27%
Fuel cells
24%
Ionomers
24%
Polymers
24%
Poultry
22%
Particle size
22%
Durability
22%
Electrodeposition
21%
Doping (additives)
20%
Temperature
19%
Ostwald ripening
18%
Degradation
18%
Composite materials
15%
Green Synthesis
14%
Adsorption
14%
Oxygen evolution reaction
14%
Seebeck coefficient
14%
Nitrogen
14%
Oxygen
14%
Microwave irradiation
13%
Crystallite size
13%
Fillers
13%
Pyrolysis
12%
Cathodes
12%
Catalyst activity
12%
Photoluminescence
12%
Barium titanate
12%
Metal recovery
11%
Solid electrolytes
11%
Nanosheets
11%
Conductive films
11%
Iridium
11%
Kemiske forbindelser
Platinum Nanoparticle
53%
Carbon Atom
50%
Dissolution
49%
Recycling
47%
Catalyst
43%
Behavior as Electrode
40%
Platinum
40%
Surface Area
38%
Carbon Fiber
33%
Carbon Nanotube
31%
Reduction
28%
Transport Property
28%
Polyol
26%
Dioxygen
26%
Ammonium Hexachloroplatinate
26%
Poly(vinylidene)
25%
Microwave
23%
Triflate
23%
Platinum-Group Metal
22%
Ionomer
20%
Composite Material
18%
Nanoparticle
17%
Thermoelectricity
16%
Disorder
16%
Cathode
15%
Conductivity
15%
Doping Material
14%
Electrodeposition
14%
Ostwald Ripening
13%
Surface
13%
Filler
13%
Seebeck Coefficient
11%
Microwave Assisted Synthesis
11%
Graphene
10%
Water Pollutant
10%
Ion
10%
Pyrolysis
9%
Thermal Conductivity
9%
Mixture
9%
Reinforced Plastic
9%
Nitrogen
9%
Application
8%
Selenide
8%
Ink
8%
Solid Electrolyte
8%
Microwave Irradiation
8%
Crystallite
8%
Ionic Conductivity
8%
Ceramic
8%
Hygroscopy
7%
Fysik og astronomi
electrocatalysts
49%
catalysts
39%
fuel cells
36%
recycling
32%
dissolving
30%
composite materials
29%
electrolytes
25%
electrodes
22%
membranes
21%
carbon nanotubes
20%
carbon
20%
platinum
19%
polymers
19%
synthesis
17%
carbon fibers
16%
performance
15%
lead selenides
12%
cell cathodes
11%
nanocomposites
11%
glassy carbon
10%
electrochemical capacitors
10%
spent fuels
10%
bulbs
10%
polypyrroles
9%
electrochemical cells
9%
nanoparticles
9%
matrices
9%
degradation
9%
protons
9%
Seebeck effect
9%
butadiene
8%
rotating disks
8%
cycles
8%
hydroxides
8%
styrenes
8%
nanotechnology
8%
barium titanates
8%
vinylidene
8%
polycarbonates
8%
acceleration (physics)
8%
acetates
8%
metal ions
8%
fillers
8%
graphene
7%
durability
7%
rubber
7%
room temperature
7%
fluorides
7%
