Engineering & Materials Science
Superlattices
100%
Dimers
80%
DNA
55%
Nanoparticles
52%
Nanostructures
49%
Plasmonics
19%
Biomolecules
18%
Self assembly
17%
Structural integrity
14%
Hysteresis
12%
Plasticity
12%
Switches
9%
Topology
9%
Physics & Astronomy
strands
56%
superlattices
50%
deoxyribonucleic acid
48%
dimers
48%
nanoparticles
36%
stimuli
24%
linkages
15%
integrity
14%
self assembly
14%
preserving
13%
plastic properties
12%
topology
11%
assembly
11%
switches
10%
hysteresis
10%
configurations
7%
interactions
5%
Chemical Compounds
Superlattice
54%
Molecular Cluster
34%
Nanomaterial
33%
Nanoparticle
26%
Plastic Property
20%
Hysteresis
17%
Medicine & Life Sciences
Nanoparticles
47%
Nanostructures
47%
DNA
30%
Equipment and Supplies
16%
Research Personnel
9%