Technical Name |
Optical Detection Device For Gas Trace Concentration |
Project Operator |
Southern Taiwan University of Science and Technology |
Project Host |
邱裕中 |
Summary |
Our team design the optical detection device for concentrations of nitrogen dioxide. The system is fabricated based on the nitrogen dioxide absorbs the wavelength of light from 400nm to 550nm. Detection range is related to light path. When the light path is longer, the resolution will higher and the measurement range will smaller. Therefore, the system uses a light source which nitrogen dioxide absorbs and designs the longer light path. The light signals can be received by the photodetector convert to concentrations of nitrogen dioxide which transfer to computer or mobile immediately. |
Scientific Breakthrough |
Our team design the optical detection device for concentrations of nitrogen dioxide. Compared with other benchmark companies, our optical detection device is superior to electrochemical products. For example, optical detection device has wider measuring range, response time less 3s, and higher detection accuracy. |
Industrial Applicability |
1.Provide manufacturing plant or company for self-management of air pollution. 2.Provide government, large enterprise, or special industrial areas for air quality monitoring. |
Keyword |
Air pollution nitrogen dioxide (NO2) PM2.5 optical detection band-pass photodetector light path length light emitting diode(LED) Laser diode Beer–Lambert law extinction coefficients |