Photoluminescence tuning in SiOx by HFCVD: a review

Erick AYALA-SÁNCHEZ, José Álvaro David HERNÁNDEZ-DE LA LUZ, K. Monfil-Leyva, J. Luna-López
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Abstract

Objectives: The present review work shows a detailed study of the optical and structural characteristics of SiOx films using different deposit techniques, among which employing the technique of Chemical Deposit in Vapor Phase by Hot Filament (HFCVD), it was possible to obtain a thin film without annealing and that presents an intense emission of photoluminescence. Methodology: A review of the optical and structural characteristics of SiOx films obtained using the most popular techniques, such as: PECVD, LPCVD, and magnetron sputtering, against the HFCVD technique and the control of process parameters that improve the thickness and emission of photoluminescence. Contribution: How to obtain, adjust or optimize photoluminescence in the visible electromagnetic spectrum of SiOx without thermal annealing, where a strong emission is obtained in the red of the visible electromagnetic spectrum.
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HFCVD光致发光调谐SiOx的研究进展
目的:本文对SiOx薄膜的光学和结构特性进行了详细的研究,其中采用热丝(HFCVD)气相化学沉积技术,可以获得不退火的薄膜,并具有强烈的光致发光。方法:回顾了使用最流行的技术,如PECVD, LPCVD和磁控溅射获得的SiOx薄膜的光学和结构特性,以及HFCVD技术和工艺参数的控制,以改善光致发光的厚度和发射。贡献:如何在不退火的情况下获得、调整或优化SiOx的可见电磁波谱中的光致发光,在可见电磁波谱的红色处获得强发射。
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