False Positive Reduction
Unique spectral features from THz spectroscopy eliminates false positives
Sensors for Identifying and Quantiying Toxic Gases
Common gas analytes/toxins, volatile organic compounds (VOCs) and toxic permanent gases (e.g. CO, NOx) are ubiquitous, with some being hazardous at low levels (ppb) while others are acceptable at high levels (>100 ppm).
THz spectroscopy can create unique quantized spectra of gas molecules. ChemiSens™ THz gas analyzers can both identify and quantitate hazardous compounds with little to no user-training.
In a smaller form factor, ChemiSens MoS² gas sensor arrays use crystalline material with polymeric/ biopolymeric coatings. Gas sensor arrays are semi-selective, can profile gases, and be combined with COTS solutions for monitoring atmospheric conditions (temperature, humidity, etc.).
False Positive Reduction
Unique spectral features from THz spectroscopy eliminates false positives
Transportable, Autonomous Units
Units designed to be transportable (2’x2’x1’) and deployed autonomously and continuously
Expandable to Aerosol Detection
Potential to modify to identify chemical aerosols, including pharmacological agents
C-SWAP optimization
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