International Journal of Scientific and Research Publications

Home
About Us
Editorial Board

Online Publication

Log In
New User?
       Register Now!
Forgot Password?
       Email Password!


Call For Papers

Call for Research Paper

Authors

Online Submission
Paper Submission Guidelines
Online Publication Charge
Print Publication Charge
How to publish research paper
Publication Certificate
Research Catalogue
Resources
FAQs

Reviewer

Join Reviewer Panel
Reviewer Guidelines

IJSRP Publications

E-Journal
Print Journal

Downloads

IJSRP Paper Format
Instructions

Contact Us

Feedback Form
Contact Us
Site Map

IJSRP, Volume 9, Issue 6, June 2019 Edition [ISSN 2250-3153]



      K.F. Yarn

Abstract: This thesis is mainly to study the oxygen sensing characteristics of gallium metal oxide film at high temperature, and to analyze the oxygen sensing at temperatures above 600°C. First, the gallium oxide thin film is grown on the silicon substrate by sputtering, and the film quality and the boundary particle size are determined by different sputtering conditions, and the film structure is analyzed by atomic force microscopy. Finally, using this intrinsic and variable resistance characteristic of a gallium oxide film under oxygen, a simple Wheatstone bridge circuit was designed to successfully complete an oxygen voltage sensing transducer.

[Reference this Paper]   [BACK]

Ooops! It appears you don't have a PDF plugin for this barrPostingser. you can click here to download the PDF file.

Reference this Research Paper (copy & paste below code):

K.F. Yarn (2019); High Sensitive O2 Transducer by Gallium Oxide Thin Film; International Journal of Scientific and Research Publications (IJSRP) 9(6) (ISSN: 2250-3153), DOI: http://dx.doi.org/10.29322/IJSRP.9.06.2019.p9083

IJSRP PUBLICATIONS

Home

About Us
Editorial Board
Call for Paper

Call for Research Paper
Paper Status
IJSRP Paper Format
Join Us

Download e-journal
Join Forum
Invite Friends
Subscribe
Get Social with Us!



Copyright © 2011-2016, IJSRP Inc., All rights reserved.