Design and Implementation Oxygen Sensor Used Graphene Metal Nanocomposites by LIFT Method

Authors

  • Ala'a Hameed Kadom University: Al-Isra University / Technical College / Department of Medical Devices Engineering Technology
  • Ahmed Sameer Hachim Al-Farahidi University Medical DEVICES ENGINEERING
  • Tiba Laiq Neamah Al-Farahidi University Medical DEVICES ENGINEERING
  • Hadeel Qasim Sattar Middle Technical University Medical Devices Engineering
  • Waleed Sabah Mahdi Bilad Alrafidain University Engineer Medical Devices

Keywords:

nanosilver, grapheneGO, titanium, dioxideTiO2

Abstract

Nanoparticles aroused great interest. In this study, a gas sensor (oxygen sensor) was fabricated using Laser-induced forward transferuses with nanomaterials (grapheneGO - nanosilver Ag- titanium dioxideTiO2) Where the nanomaterials were diagnosed using a (Filed Emission scanning electron microscopy FE-SEM) and the materials were within the nanoscale, the sensor was used to measure the gases in the room, as well as the leakage of gases in the gas systems and others.

Downloads

Published

2025-02-04

How to Cite

Kadom, A. H., Hachim, A. S., Neamah, T. L., Sattar, H. Q., & Mahdi, W. S. (2025). Design and Implementation Oxygen Sensor Used Graphene Metal Nanocomposites by LIFT Method. American Journal of Biodiversity, 2(2), 39–57. Retrieved from https://biojournals.us/index.php/AJB/article/view/540

Issue

Vol. 2 No. 2 (2025): American Journal of Biodiversity

Section

Articles