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引用次数: 0

摘要

石墨烯植入式气体传感器已经广泛应用于不同的气体传感机制,专门用于绘制我们周围存在的大量有害气体,如二氧化碳,二氧化氮等。因此,为了在实际生活中发挥作用,产生了许多设计约束,本文对不同的参数进行了讨论。在相邻的论文中,我们专注于开发具有不同衬底的石墨烯下垂传感器,以获得更好的calliberation。本文综述了各种材料和各种制造技术,以达到各种有毒气体应用所需的灵敏度,并在复杂性,灵敏度,所用材料,calliberation等不同方面将它们联系起来。
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Graphene Planted Organic Gas Sensor
Graphene planted gas sensors have been extensively handled for different gas sensing mechanism exclusively for mapping the chunk of noxious gasses such as carbon dioxide, nitrogen dioxide etc. present in our surrounding. Hence, for its exertion in practical life many designing constraints arise which are dealt on different parameters in this paper. In the adjoining paper we fixate in developing a graphene drooped sensor with varying substrate for better calliberation. The paper reviews on the variety of material and there diverse fabrication techniques to achieve the desired sensitivity on the application of various toxic gasses and correlate them on varying aspects like complexity, sensitivity, material used, calliberation.
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