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Information Journal Paper

Title

Gas molecule sensing (CO) with defect silicene monolayer: a turbo Energy Electron Loss Spectroscopy study

Pages

  55-68

Abstract

 Increasing demand for highly sensitive, selective, affordable, low-consumption, durable and portable sensors has led to extensive research into the use of Two-dimensional materials. Twodimensional materials are very suitable for making gaseous sensors due to good optical clarity, high flexibility, high mechanical strength, and special electronic and optoelectronic properties. In this paper, the electronic, optical and magnetic properties of pure and defected silicene monolayer in the presence of carbon monoxide gas has been studied using first principles calculations based on density functional theory and Time-dependent density functional theory. According to the investigations, we find that the optical and electronic properties of the system are altered by the absorption of the gas molecule and the vacancy defect. Here, the Electron energy loss spectroscopy for pure silicene monolayer in the presence of gaseous molecule and vacancies defect have been investigated. The spectrum associated with them indicates that the plasma peak changes (Collective modes).

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    APA: Copy

    Hadian Jazi, Nasim, ABDOLHOSSEINI SARSARI, ISMAEIL, & ZARE DEHNAVI, NASER. (2020). Gas molecule sensing (CO) with defect silicene monolayer: a turbo Energy Electron Loss Spectroscopy study. JOURNAL OF RESEARCH ON MANY BODY SYSTEMS, 10(1 (24) ), 55-68. SID. https://sid.ir/paper/383563/en

    Vancouver: Copy

    Hadian Jazi Nasim, ABDOLHOSSEINI SARSARI ISMAEIL, ZARE DEHNAVI NASER. Gas molecule sensing (CO) with defect silicene monolayer: a turbo Energy Electron Loss Spectroscopy study. JOURNAL OF RESEARCH ON MANY BODY SYSTEMS[Internet]. 2020;10(1 (24) ):55-68. Available from: https://sid.ir/paper/383563/en

    IEEE: Copy

    Nasim Hadian Jazi, ISMAEIL ABDOLHOSSEINI SARSARI, and NASER ZARE DEHNAVI, “Gas molecule sensing (CO) with defect silicene monolayer: a turbo Energy Electron Loss Spectroscopy study,” JOURNAL OF RESEARCH ON MANY BODY SYSTEMS, vol. 10, no. 1 (24) , pp. 55–68, 2020, [Online]. Available: https://sid.ir/paper/383563/en

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