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. Author manuscript; available in PMC: 2013 May 16.
Published in final edited form as: J Breath Res. 2011 Aug 9;5(3):10.1088/1752-7155/5/3/037109. doi: 10.1088/1752-7155/5/3/037109

Table 1.

Acetone detection in dry air by chemo-resistive gas sensors.

Material Process Sensor response (-) to acetone [ppm] LOD (ppm) Temperature (°C) Ref.

Fe2O3/Pt Wet-method 4.2 [10] 10 300 [42]
Fe2O3/RuO2 Wet-method 1.5 [10] 10 300 [42]
SnO2 Dip-coating 2 [3] 2 RT [43]
TiO2 Drop-coating 4 [1] 1 500 [23]
SnO2-ZnO Wet-method 2.3 [200] 200 300 [44]
Cr-WO3 Drop-coating 1 [0.5] 0.2 400 [25]
Ce-SnO2 Dip-coating 75 [100] 100 210 [45]
Si-WO3 FSP 4.1 [0.5] 0.02 400 [26]
ZnO RF-SPU 0.2 [60] 15 400 [46]

Sensor response: Rair/Ranalyte − 1; LOD: Limit of detection