INIS
performance
100%
laboratories
85%
solutions
80%
comparative evaluations
69%
visibility
63%
breath
63%
attenuation
63%
milk
63%
applications
63%
sensors
63%
compacts
48%
spectrometers
48%
lidar
47%
carbon dioxide
47%
weather
47%
tolerance
47%
lasers
47%
reliability
47%
farms
45%
wavelengths
32%
air
31%
wind tunnels
31%
water content
31%
isotopes
31%
surfaces
31%
porous materials
31%
isotope ratio
31%
microstructure
31%
siloxanes
31%
microelectromechanical systems
31%
evaluation
31%
infrared spectrometers
31%
liquids
31%
temperature dependence
31%
particle size
31%
proteins
29%
devices
28%
production
27%
lactose
25%
fats
25%
prediction
25%
bubbles
23%
transmission
23%
monitoring
23%
information
21%
construction
21%
inspection
21%
size
19%
manufacturing
18%
animals
17%
Keyphrases
Artificial Fog
79%
Spectral Attenuation
63%
Low Visibility
63%
Near-infrared Band
63%
Absorbance Measurement
47%
Spectral Absorption
47%
Automated Driving
47%
Milk Composition
47%
Micro-electro-mechanical Systems
47%
Clinical Application
47%
Carbon Dioxide
47%
Visible-infrared
42%
NIR Sensor
39%
Laboratory Analyzers
38%
Gloss Meter
31%
Adverse Weather Conditions
31%
Laser Scanner
31%
Liquid Water Content
31%
Water Particles
31%
Scanner Performance
31%
Technology Challenges
31%
LiDAR
31%
Breath Analysis
31%
On-farm Analysis
31%
Main Technologies
31%
Coated Paper
31%
Element-by-element
31%
Diffractive Optics
31%
Spectrometer
31%
Raw Milk
31%
Porous-coated
31%
Particle Size
31%
Air Analysis
31%
Online Measurement
31%
Near-infrared Spectrometer
31%
Polydimethylsiloxane
31%
C-13
31%
Label-free Analysis
31%
Optical Technology
31%
O 18
31%
Diagnostic Process
31%
Microstructure
31%
Mid-infrared
31%
Process Measurement
31%
Spectral Sensor
31%
Microelectromechanical Sensors
31%
Reducing Atmosphere
31%
Isotope Ratio
31%
Milk Analysis
31%
Sensor Module
31%