Effects of Flame Temperature and SiCl4 Concentration on Particle Characteristics for Synthetic Silica Glass
来源期刊：Journal Of Wuhan University Of Technology Materials Science Edition2010年第3期
论文作者：王蕾 顾真安
文章页码：419 - 422
摘 要：Effects of flame temperature and SiCl4 concentration on the particle characteristics were studied.The flame temperature distributions were measured using modified sodium line-reversal technology.The particles were collected by quartz supports and were analyzed by scanning electron microscope（SEM） at different locations along the flame centerline.When the SiCl4 concentration is 16 g/min,the particles first grow and then shrink with the flame temperature increasing.When the SiCl4 concentration is 26 g/min,the flame temperature has little influence on the particle characteristics along the flame and many large spherical particles exist all the way.
王蕾1，顾真安2
1. School of Materials Science and Engineering,Harbin Institute of Technology2. China Building Materials Academy
摘 要：Effects of flame temperature and SiCl4 concentration on the particle characteristics were studied.The flame temperature distributions were measured using modified sodium line-reversal technology.The particles were collected by quartz supports and were analyzed by scanning electron microscope（SEM） at different locations along the flame centerline.When the SiCl4 concentration is 16 g/min,the particles first grow and then shrink with the flame temperature increasing.When the SiCl4 concentration is 26 g/min,the flame temperature has little influence on the particle characteristics along the flame and many large spherical particles exist all the way.
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