Prediction of Linalool Content in Osmanthus fragrans Using E-Nose Technology

Table 1

Features of E-nose sensor.

Sensor no.	Sensor name	Sensitive components	Reference, mL·m^−3(ppm)
1	W1C	Aromatic compounds	Toluene, 10
2	W5C	Broad-range sensitivity, reacts with nitrogen oxides, very sensitive with negative signal	NO^2, 1
3	W3C	Ammonia, used as a sensor for aromatic compounds	Benzene, 10
4	W6S	Mainly hydrogen, selectively (breath gases)	H2, 100
5	W5S	Alkenes, aromatic compounds, less polar compounds	Propane, 1
6	W1S	Sensitive to methane, broad range similar to no.8	CH4, 100
7	W1W	Reacts with sulfur compounds, sensitive to many terpenes and sulfur organic compounds, which are important for smell, limonene, and pyridine	H2S, 1
8	W2S	Detects alcohols, partially aromatic compounds, broad range	CO, 100
9	W2W	Aromatic compounds, sulfur organic compounds	H2S, 1
10	W3S	Reacts at high concentrations, sometime very selective (methane)	CH4, 10