NiPc:ZnO薄膜在回應時間和靈敏度方面優於純ZnO納米棒。反應時間

NiPc:ZnO薄膜在回應時間和靈敏度方面優於純ZnO納米棒。反應時間分別為22s和26s，NiPc:ZnO薄膜在臭氧和空氣中的電阻為3.27，ZnO薄膜的電阻為2.56，回應時間的提高因用NiPc層包覆ZnO納米棒所產生的大表面積

結果 (英文) 1:

NiPc: ZnO films than pure ZnO nanorods response time and sensitivity. The reaction time was 22s and 26s, NiPc: ZnO sheet resistance and ozone in the air is 3.27, the resistance of the ZnO thin film is 2.56, with improved response time due to NiPc layer coated ZnO nanorod generated by a large surface area

結果 (英文) 2:

NiPc:ZnO films are superior to pure ZnO nanobars in response time and sensitivity. Reaction time is 22s and 26s, NiPC: ZnO film resistance in ozone and air is 3.27, ZnO film resistance is 2.56, the response time increaseisedue due to the NiPc coating ZnO nanorod smaller surface area

結果 (英文) 3:

The response time and sensitivity of NIPC: ZnO films are better than that of pure ZnO nanorods. The resistance of NIPC: ZnO film in ozone and air is 3.27, and the resistance of ZnO film is 2.56. The increase of response time is due to the large surface area of ZnO nanorods coated with NIPC layer