INIS
accumulation
14%
apertures
14%
applications
41%
biological markers
39%
body fluids
11%
breasts
14%
compacts
32%
cortisol
16%
cost
43%
creatinine
19%
design
18%
detection
100%
detection limits
13%
devices
29%
droplets
14%
excitation
10%
fluorescence
42%
glucose
10%
gold
17%
gratings
68%
height
14%
hybrids
14%
lasers
44%
lidar
14%
luminescence
14%
microscopes
28%
molecules
10%
monitoring
17%
nanoparticles
22%
nanowires
14%
performance
35%
photons
14%
plasmons
86%
polaritons
28%
range
21%
resonance
60%
sensitivity
28%
sensors
72%
sulfur
14%
surfaces
86%
tungsten oxides
14%
vapors
14%
wavelengths
15%
Keyphrases
Biomedical Detection
14%
Biosensing
16%
Biosensing Applications
14%
Body Fluids
18%
Breast Height
14%
Confocal Fluorescence
14%
Confocal Fluorescence Microscope
14%
Continuous Stress Monitoring
14%
Cortisol
18%
Creatinine
23%
Fluorescence Detection
21%
Fluorescence Microscope
14%
Future Healthcare
14%
Grating-based
32%
Grating-coupled Surface Plasmon Resonance
32%
Healthcare Applications
14%
Height-diameter
14%
High numerical Aperture
14%
High Performance
28%
High Sensitivity
16%
Highly Sensitive
16%
Hybrid Materials
14%
Lactate
14%
Light Detection
14%
Limit of Detection
35%
Molecular Detection
18%
Nanoflakes
14%
Nanoparticle Imaging
14%
Nanowires
14%
Optical Aspect
14%
Optical Design
18%
Pyroelectric
14%
Sensor chip
23%
Single-photon Lidar
14%
SPR Sensor
14%
Stress Biomarkers
37%
Stress Conditions
14%
Stress Detection
14%
Stress-related Biomarkers
14%
Sulfur Vapor
14%
Supersensitive
28%
Surface Plasmon Polaritons
14%
Surface Plasmon Resonance
25%
Surface Plasmon Resonance Sensor
56%
Trunk
14%
Tunable Laser
47%
Upconversion Luminescence
14%
Wearable Applications
14%
Wearable Devices
18%
WO3 Nanorods
14%
Engineering
Biosensing
30%
Chip Device
14%
Detection Limit
28%
Early Detection
14%
Early Stage
14%
Experimental Result
10%
Figure of Merit
10%
Fits and Tolerances
14%
Mechanical Design
14%
Nanoparticles
28%
Noise Ratio
14%
Noise Source
14%
Optical Design
28%
Optimal Design
14%
Plasmonics
25%
Sensing Method
14%
Sensitive Detection
14%
Sensor Chip
25%
Stress Condition
16%
Surface Plasmon
91%
Using Sensor
14%
Wearable Sensor
28%