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Doping effects on optical and gas sensing properties Of ZnO Nanobelts

Doping effects on optical and gas sensing properties Of ZnO Nanobeltsaf Muhammad Amin
Bag om Doping effects on optical and gas sensing properties Of ZnO Nanobelts

1D oxide semiconductors nanocrystals are considered to be highly efficient source for gas sensing due to their high sensitivity to surface chemical reaction, rapid response and high surface to volume ratios in comparison to thin film gas sensors. The effects of Mg doping on the structural, optical, morphological and gas sensing properties of ZnO nanobelts were investigated in this chapter. Toxic gases can affect human life and health even at levels of few parts per million and therefore, highly sensitive gas sensors are required. Since CO gas is tasteless, odorless and toxic and as such may not be easily detected by humans. Therefore, it is essential to develop a sensitive CO gas sensor to protect human¿s exposure to CO gas.

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  • Sprog:
  • Engelsk
  • ISBN:
  • 9783330012790
  • Indbinding:
  • Paperback
  • Sideantal:
  • 52
  • Udgivet:
  • 12. oktober 2018
  • Størrelse:
  • 150x4x220 mm.
  • Vægt:
  • 96 g.
  • BLACK NOVEMBER
Leveringstid: 2-3 uger
Forventet levering: 25. november 2024

Beskrivelse af Doping effects on optical and gas sensing properties Of ZnO Nanobelts

1D oxide semiconductors nanocrystals are considered to be highly efficient source for gas sensing due to their high sensitivity to surface chemical reaction, rapid response and high surface to volume ratios in comparison to thin film gas sensors. The effects of Mg doping on the structural, optical, morphological and gas sensing properties of ZnO nanobelts were investigated in this chapter. Toxic gases can affect human life and health even at levels of few parts per million and therefore, highly sensitive gas sensors are required. Since CO gas is tasteless, odorless and toxic and as such may not be easily detected by humans. Therefore, it is essential to develop a sensitive CO gas sensor to protect human¿s exposure to CO gas.

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