Engineering & Materials Science
Plasmonics
100%
Free energy
81%
Microscopic examination
73%
Scattering
64%
Labels
57%
Imaging techniques
52%
Surface plasmon resonance
30%
Adhesives
17%
Tissue
16%
Cell proliferation
14%
Cell adhesion
14%
Antibodies
12%
Molecules
9%
Screening
9%
Chemical activation
8%
Signal to noise ratio
8%
Lighting
7%
Sensors
4%
Communication
4%
Physics & Astronomy
adhesion
57%
free energy
55%
microscopy
47%
profiles
36%
scattering
34%
surface plasmon resonance
16%
adhesives
16%
micrometers
15%
spatial resolution
13%
antibodies
10%
centroids
9%
temporal resolution
8%
surface reactions
8%
tendencies
7%
screening
7%
communication
7%
signal to noise ratios
7%
activation
6%
illumination
6%
interference
5%
sensors
5%
matrices
4%
molecules
4%
Chemical Compounds
Surface Plasmon Resonance
65%
Displacement
55%
Tissue Adhesive
55%
Gibbs Free Energy
51%
Implant
33%
Communication
31%
Illumination
30%
Surface
21%
Diffusion
20%
Medicine & Life Sciences
Focal Adhesions
80%
Microscopy
56%
Surface Plasmon Resonance
24%
Cell Communication
18%
Tissue Adhesives
14%
Signal-To-Noise Ratio
11%
Lighting
10%
Cytoskeleton
9%
Adhesives
9%
Cell Adhesion
9%
Extracellular Matrix
8%
Cell Movement
8%
Cell Proliferation
6%
Antibodies
5%