Engineering & Materials Science
Nanowires
72%
Field effect transistors
35%
Transistors
24%
Nanoelectronics
23%
DNA
17%
Nanotubes
17%
Nanopores
16%
Single-walled carbon nanotubes (SWCN)
15%
Electrodeposition
14%
Tissue
13%
Electrodes
13%
Graphene transistors
13%
Electric fields
12%
Carbon nanotubes
11%
Microelectrodes
11%
Fabrication
10%
Graphene
9%
Acoustic impedance
9%
Electrochemical deposition
9%
Silicon
8%
Epithelial Cells
8%
Plasmonics
8%
Sensors
8%
Feedback
8%
Biomolecules
7%
Tunnel junctions
7%
Ionic liquids
7%
Oxidants
7%
Charge transfer
7%
Nucleotides
7%
Biomaterials
6%
Dissolution
6%
Surface plasmons
6%
Scaffolds
6%
Molecules
6%
Signal detection
6%
Waveguides
5%
Cell membranes
5%
Impurities
5%
Microscopes
5%
Chemical activation
5%
Medicine & Life Sciences
Nanowires
100%
Equipment and Supplies
30%
Biosensing Techniques
25%
Silicon
23%
Graphite
23%
Nanopores
17%
Nanotubes
13%
Extracellular Signal-Regulated MAP Kinases
12%
Microelectrodes
11%
Ionic Liquids
9%
DNA
9%
Electroplating
9%
Behavior Control
8%
Cardiac Myocytes
7%
Carbon Nanotubes
7%
Tissue Scaffolds
7%
Cell Membrane
7%
Electric Impedance
6%
Biocompatible Materials
5%
Electrodes
5%
Cytoskeleton
5%
Electric Stimulation
5%
Epithelial Cells
5%
Static Electricity
5%
Physics & Astronomy
nanowires
46%
recording
32%
field effect transistors
24%
transistors
22%
carbon nanotubes
19%
probes
17%
nanotubes
11%
sensors
10%
deoxyribonucleic acid
10%
synthesis
8%
fabrication
8%
smooth muscle
8%
nucleotides
7%
signal detection
6%
electric fields
6%
purification
6%
silicon
6%
spatial resolution
6%
p-n junctions
5%
tunnel junctions
5%
graphene
5%
oxidation
5%
vapor deposition
5%
sequencing
5%
nitric acid
5%
alternating current
5%