Abstract:

Gas sensing technology plays a pivotal role in various industrial, environmental, and healthcare applications. Nanostructured metal oxides, such as zinc oxide (ZnO), have gained significant attention due to their exceptional gas sensing properties. This research paper delves into the temperature-dependent gas sensing mechanisms exhibited by ZnO thin and thick films. The paper investigates the influence of temperature on the electrical, structural, and chemical properties of ZnO films, providing insights into the underlying mechanisms driving gas sensing behavior. Experimental findings are discussed in the context of current theories and models, offering a comprehensive understanding of the intricate interplay between temperature and gas sensing performance in ZnO films.

Description:

Environmental, Healthcare, ZNO, Films, Temperature.