摘要
通过改变氯化锂(LiCl)的质量分数、配制温度以及保温时间,系统研究了甘油-LiCl体系模拟液作为电熔法制备玻璃的温度-黏度-电阻率特性。结果表明,LiCl的质量分数是调整模拟液温度-黏度特性和温度-电阻率特性的关键因素,对特性曲线影响显著。当配制温度由150℃提升至180℃时,模拟液的温度-黏度和温度-电阻率整体呈上升趋势。相比之下,保温时间对黏度和电阻率的影响较小,可作为微调温度-黏度-电阻率的辅助方式。研究获取的系列温度-黏度和温度-电阻率特性数据,可为同类研究中模拟液的选用和优化提供参考。
By changing the mass percentage of lithium chloride(LiCl),the preparation temperature and the holding time,the temperature-viscosity-resistivity characteristics of glycerol-LiCl system as the simulated liquid for glass electric melting were studied.Studies had shown that the mass percentage of LiCl was the main means to adjust the temperature-viscosity characteristics and temperature-resistivity characteristics of the simulated solution,and it had a significant impact on the characteristic curves.When the preparation temperature was increased from 150℃to 180℃,the temperature-viscosity and temperature-resistivity of the simulated liquid showed an overall upward trend.In contrast,the holding time has a little effect on the viscosity and resistivity,which can be used as an auxiliary method for fine-tuning the temperature-viscosity-resistivity.The series of temperature-viscosity and temperature-resistivity characteristic data obtained from this study could provide a reference for the selection and optimization of simulation liquid for similar research.
作者
陈子龙
孙诗兵
康俊奇
张旭东
冉娜妮
李轩
王彪
陈一尘
CHEN Zilong;SUN Shibing;KANG Junqi;ZHANG Xudong;RAN Nani;LI Xuan;WANG Biao;CHEN Yichen(Faculty of Materials and Manufacturing,Beijing University of Technology,Beijing 100124,China;Jiaocheng Yiwang Iron Alloy Energy Saving and Environmental Protection Technology Co.,Ltd.,Lvliang 030599,China)
出处
《玻璃搪瓷与眼镜》
2025年第4期22-28,共7页
Glass Enamel & Ophthalmic Optics
基金
吕梁市校地合作重点研发专项(2022XDHZ01)。
关键词
模拟液
甘油-LiCl
玻璃熔体
温度-黏度特性
温度-电阻率特性
simulated liquid
glycerol-LiCl
glass melt
temperature-viscosity characteristic
temperature-resistivity characteristic
