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Dive into the research topics of 'Stand-off detection of plant-produced volatile organic compounds using short range Raman LIDAR'. Together they form a unique fingerprint.
Mathematics
Volatile Organic Compounds
Raman
Range of data
Attack
Early Warning
Spatial Resolution
Volatiles
Remote Sensing
Biological Control
Nitrogen
Trigger
Illumination
Laser
Differentiate
High Resolution
Biological Systems
Wavelength
Predator
Control System
Target
Harmonic
Standoff Detection
Design
Physics & Astronomy
volatile organic compounds
terpenes
attack
crops
chemical compounds
predators
warning
cues
remote sensing
leaves
ambient temperature
yttrium-aluminum garnet
Raman spectroscopy
actuators
spatial resolution
illumination
nitrogen
harmonics
high resolution
Chemical Compounds
Volatile Organic Compounds
Terpenes
Yttrium aluminum garnet
Chemical compounds
Raman spectroscopy
Crops
Remote sensing
Nitrogen
Wavelength
Lighting
Lasers
Control systems
Engineering & Materials Science
Volatile organic compounds
Terpenes
Yttrium aluminum garnet
Chemical compounds
Raman spectroscopy
Crops
Remote sensing
Nitrogen
Wavelength
Lighting
Lasers
Control systems