Figs. 3 and 4 show the room tempera

Figs. 3 and 4 show the room temperature response of CuCrO2 nanocrystals and microcrystals to exposure of variable ozone concentration in the range of 50–200 ppm, respectively. It is evident that resistance of CuCrO2 nanocrystals and microcrystals ozone sensors decreased with the presence of ozone and the resistance almost recovered its original value when the ozone gas was turned off.

結果 (繁體中文) 1:

圖 圖3和4分別示出了在為50-200ppm範圍內的CuCrO2納米晶體和微晶的室溫響應於可變臭氧濃度的曝光。顯而易見的是，CuCrO2納米晶體和微晶臭氧傳感器的電阻隨著臭氧的存在下和基本恢復其原始值時，臭氧氣體被關閉的阻力下降。

結果 (繁體中文) 2:

圖3和圖4顯示了CuCrO2納米晶體和微晶體對臭氧濃度在50-200ppm範圍內的可變濃度暴露的室溫反應。顯然，CuCrO2納米晶體和微晶臭氧感應器的電阻隨著臭氧的存在而降低，當臭氧氣體關閉時，電阻幾乎恢復了原來的值。

結果 (繁體中文) 3:

無花果。3和4分別顯示了CuCrO2納米晶和微晶在50-200ppm臭氧濃度範圍內的室溫響應。可見，CuCrO2納米晶和微晶臭氧感測器的電阻隨臭氧的存在而降低，當臭氧氣體被切斷時，電阻幾乎恢復到原來的值。