The effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/

PSZJBL

Bibliographic Details
Main Author: Yusof Wahab
Format:
Language:eng
Subjects:
Online Access:http://www.psz.utm.my/sla/billing/login.asp?mid=19429
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author Yusof Wahab
author_facet Yusof Wahab
author_sort Yusof Wahab
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description PSZJBL
first_indexed 2024-03-05T09:04:58Z
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institution Universiti Teknologi Malaysia - OCEAN
language eng
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spelling KOHA-OAI-TEST:4117712020-12-19T17:14:22ZThe effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/ Yusof Wahab engPSZJBLThin filmshttp://www.psz.utm.my/sla/billing/login.asp?mid=19429
spellingShingle Thin films
Yusof Wahab
The effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/
title The effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/
title_full The effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/
title_fullStr The effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/
title_full_unstemmed The effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/
title_short The effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films [UTM article journal]/
title_sort effect of substrate temperature and fluorine doping to the optical transmissions of tin oxide thin films utm article journal
topic Thin films
url http://www.psz.utm.my/sla/billing/login.asp?mid=19429
work_keys_str_mv AT yusofwahab theeffectofsubstratetemperatureandfluorinedopingtotheopticaltransmissionsoftinoxidethinfilmsutmarticlejournal
AT yusofwahab effectofsubstratetemperatureandfluorinedopingtotheopticaltransmissionsoftinoxidethinfilmsutmarticlejournal