Developing Manufacturing Process for the Graphene Sensors

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for the Graphene Sensors</title> <meta name="description" content="Developing Manufacturing Process for the Graphene Sensors"> <meta name="keywords" content="Laser scribing, LightScribe DVD, graphene oxide, scanning electron microscopy."> <meta name="viewport" content="width=device-width, initial-scale=1, minimum-scale=1, maximum-scale=1, user-scalable=no"> <meta charset="utf-8"> <meta name="citation_title" content="Developing Manufacturing Process for the Graphene Sensors"> <meta name="citation_author" content="Abdullah Faqihi"> <meta name="citation_author" content="John Hedley"> <meta name="citation_publication_date" content="2021/03/05"> <meta name="citation_journal_title" content="International Journal of Industrial and Manufacturing Engineering"> <meta name="citation_volume" content="15"> <meta name="citation_issue" content="4"> <meta name="citation_firstpage" content="171"> <meta name="citation_lastpage" content="174"> <meta name="citation_pdf_url" 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class="card-text"><strong>Abstract:</strong></p> Biosensors play a significant role in the healthcare sectors, scientific and technological progress. Developing electrodes that are easy to manufacture and deliver better electrochemical performance is advantageous for diagnostics and biosensing. They can be implemented extensively in various analytical tasks such as drug discovery, food safety, medical diagnostics, process controls, security and defence, in addition to environmental monitoring. Development of biosensors aims to create high-performance electrochemical electrodes for diagnostics and biosensing. A biosensor is a device that inspects the biological and chemical reactions generated by the biological sample. A biosensor carries out biological detection via a linked transducer and transmits the biological response into an electrical signal; stability, selectivity, and sensitivity are the dynamic and static characteristics that affect and dictate the quality and performance of biosensors. In this research, a developed experimental study for laser scribing technique for graphene oxide inside a vacuum chamber for processing of graphene oxide is presented. The processing of graphene oxide (GO) was achieved using the laser scribing technique. The effect of the laser scribing on the reduction of GO was investigated under two conditions: atmosphere and vacuum. GO solvent was coated onto a LightScribe DVD. The laser scribing technique was applied to reduce GO layers to generate rGO. The micro-details for the morphological structures of rGO and GO were visualised using scanning electron microscopy (SEM) and Raman spectroscopy so that they could be examined. The first electrode was a traditional graphene-based electrode model, made under normal atmospheric conditions, whereas the second model was a developed graphene electrode fabricated under a vacuum state using a vacuum chamber. The purpose was to control the vacuum conditions, such as the air pressure and the temperature during the fabrication process. The parameters to be assessed include the layer thickness and the continuous environment. Results presented show high accuracy and repeatability achieving low cost productivity. <iframe src="https://publications.waset.org/10011937.pdf" style="width:100%; height:400px;" frameborder="0"></iframe> <p class="card-text"><strong>Keywords:</strong> <a href="https://publications.waset.org/search?q=Laser%20scribing" title="Laser scribing">Laser scribing</a>, <a href="https://publications.waset.org/search?q=LightScribe%20DVD" title=" LightScribe DVD"> LightScribe DVD</a>, <a href="https://publications.waset.org/search?q=graphene%20oxide" title=" graphene oxide"> graphene oxide</a>, <a href="https://publications.waset.org/search?q=scanning%20electron%20microscopy." title=" scanning electron microscopy."> scanning electron microscopy.</a> </p> <a href="https://publications.waset.org/10011937/developing-manufacturing-process-for-the-graphene-sensors" class="btn btn-primary btn-sm">Procedia</a> <a href="https://publications.waset.org/10011937/apa" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">APA</a> <a href="https://publications.waset.org/10011937/bibtex" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">BibTeX</a> <a href="https://publications.waset.org/10011937/chicago" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">Chicago</a> <a href="https://publications.waset.org/10011937/endnote" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">EndNote</a> <a href="https://publications.waset.org/10011937/harvard" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">Harvard</a> <a href="https://publications.waset.org/10011937/json" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">JSON</a> <a href="https://publications.waset.org/10011937/mla" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">MLA</a> <a href="https://publications.waset.org/10011937/ris" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">RIS</a> <a href="https://publications.waset.org/10011937/xml" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">XML</a> <a href="https://publications.waset.org/10011937/iso690" target="_blank" rel="nofollow" class="btn btn-primary btn-sm">ISO 690</a> <a href="https://publications.waset.org/10011937.pdf" target="_blank" class="btn btn-primary btn-sm">PDF</a> <span class="bg-info text-light px-1 py-1 float-right rounded"> Downloads <span class="badge badge-light">662</span> </span> <p class="card-text"><strong>References:</strong></p> <br>[1] J. Bahamonde, H. Bguyen, S. Fanourakis, and D. Rodrigues. Recent advances in graphene-based biosensor technology with applications in life sciences. Journal of Nanobiotechnology, 75:138–149, 2018. <br>[2] Y. Bai, T. Xu, and X. Zhang. Graphene-based biosensors for detection of biomarkers. micromachines, 11:1–19, 2020. <br>[3] N. Bhalla, P.Jolly, N. Formisano, and P. Esterla. Introduction to biosensors. Essay in biochemistry, 60:1–8, 2016. <br>[4] C. Braguglia. Biosensors: An outline of general principles and application. Chemical and biochemical engineering quarterly, 12:183–190, 1998. <br>[5] M. Caros, S. XSruneanu, and R. Staden. Review-recent progress in the graphene-based electrochemical sensors and biosensors. Journal of the electrochemical society, 167:513–528, 2020. <br>[6] M. El-kady and R. Kanar. Scalable fabrication of high-power grahene micro-supercapacities for flexible and on-chip energy storage. Not Commun, 4:771–778, 2013. <br>[7] M. Foo and S. Gopinath. Efeasibility of graphene in biomedical applications. Biomed pharmacother, 17:122–132, 2017. <br>[8] M. Hasan, M. Nurunnabi, M. Morshed, and N. Polini. Recent advances in application of biosensors in tissue engineering. Journal of biomedicine and biotechnology, 2:323–335, 2014. <br>[9] S. Serbert, S. Kilassen, A. Latus, R. Bechstien, and A. Kuhnle. Eorigin of ubiquitous at the graphite-water interface. Langmuir, 36:7789–87794, 2020. <br>[10] S. SKrishan, E. Singh, M. Meyyappan, and H. Nalwa. A review on graphene-based nanocomposistes for electrochemical and flurore scent biosensors. RSC advances, 9:8778–8881, 2019. <br>[11] P. Suvarnaphael and S. Pechprasarn. Graphene-based materials for biosensors. JSensors, 17:1–24, 2017. <br>[12] T. Valota, A. Kinloch, S. Novoselov, C. Casirghi, A. Eckmann, W. Hill, and A. Dryfe. Eelectromechanical behavior of monolayer and bilayer graphene. ACS Nano, 11:8809–8815, 2011. <br>[13] D. Yu, B. Blankert, J. Vire, and J. Kauffmann. Biosensors in drug discovery and drug analysis. 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Developing Manufacturing Process for the Graphene Sensors