Engineering & Materials Science
Carbon nanofibers
100%
Electrodes
57%
Carrier concentration
44%
Tunnel junctions
44%
Ferroelectric materials
41%
Nanofibers
40%
Biocompatibility
38%
Metallurgy
37%
Population Density
29%
Mass transfer
27%
Carbon
27%
Catalysts
26%
Charge carriers
23%
Astrocytes
23%
Neurons
19%
Geometry
18%
Adhesion
16%
Neuroglia
15%
Fibers
15%
Electrons
14%
Polarization
14%
Liquids
13%
Oxidation-Reduction
13%
Catalyst activity
13%
Functional materials
11%
Depolarization
10%
Memristors
10%
Adhesives
8%
Nanopillars
7%
Semiconductor materials
6%
Amorphous carbon
6%
Cell death
6%
Tunnels
6%
Time delay
6%
Fires
6%
Cyclic voltammetry
6%
Substrates
6%
Silicides
6%
Hydrogels
5%
Phase diagrams
5%
Atomic force microscopy
5%
Biosensors
5%
Biomaterials
5%
Silicon wafers
5%
Metallizing
5%
Metals
5%
Chemical Compounds
Carbon Nanofibre
83%
Behavior as Electrode
41%
Metallurgy
39%
Charge Carrier
30%
Optoelectronics
28%
Nanofiber
26%
Mass Transfer
26%
Polarization
23%
Surface
21%
Peak Potential
18%
Pressure
18%
Depolarization
17%
Liquid
16%
Diffusion
15%
Length
15%
Electron Transfer
14%
Sphere
13%
Catalyst
13%
Probe
12%
Semiconductor
11%
Carbon Atom
11%
Dimension
11%
Neurotransmitter
11%
Surface Area
10%
Nanopillar
7%
Metal
7%
Ternary Phase Diagram
5%
Fiber
5%
Time
5%
Gelatin
5%
Implant
5%
Physics & Astronomy
spiking
39%
metallurgy
39%
nerves
35%
learning
34%
Morse code
30%
catalysts
29%
coding
29%
braille
27%
mechanoreceptors
25%
alphabets
22%
carbon
20%
digital electronics
20%
synapses
19%
electrodes
19%
pattern recognition
18%
pressure sensors
17%
neurons
15%
pulses
15%
performance
13%
analogs
12%
light emitting diodes
12%
interactions
7%
