The glass-ceramics were prepared with the spodumene mineral as the main raw material,and the effects of ZrO_(2)replacing TiO_(2)on the samples were systematically investigated.The results show that the substitution of...The glass-ceramics were prepared with the spodumene mineral as the main raw material,and the effects of ZrO_(2)replacing TiO_(2)on the samples were systematically investigated.The results show that the substitution of ZrO_(2)for TiO_(2)is not conductive to precipitate𝛽β-quartz solid solution phase,but can improve the transparency and flexural strength of glass-ceramics.And the glass-ceramic with the highest visible light transmittance(87%)and flexural strength(231.80 MPa)exhibits an ultra-low thermal expansion of-0.028×10^(-7)K^(-1)in the region of 30-700℃.展开更多
利用表格分析的方式,对比激光雷达系统(LIDAR)标准文件格式LAS version 2.0与旧版本verison1.1之间的异同,分析2.0版本的新特性,便于对LAS格式的理解和应用。新的定义标准更加适应LIDAR硬件间的通用性,给予用户更多的扩展空间,为LIDAR...利用表格分析的方式,对比激光雷达系统(LIDAR)标准文件格式LAS version 2.0与旧版本verison1.1之间的异同,分析2.0版本的新特性,便于对LAS格式的理解和应用。新的定义标准更加适应LIDAR硬件间的通用性,给予用户更多的扩展空间,为LIDAR系统的应用提供高质量的文件交换基础。展开更多
文摘The glass-ceramics were prepared with the spodumene mineral as the main raw material,and the effects of ZrO_(2)replacing TiO_(2)on the samples were systematically investigated.The results show that the substitution of ZrO_(2)for TiO_(2)is not conductive to precipitate𝛽β-quartz solid solution phase,but can improve the transparency and flexural strength of glass-ceramics.And the glass-ceramic with the highest visible light transmittance(87%)and flexural strength(231.80 MPa)exhibits an ultra-low thermal expansion of-0.028×10^(-7)K^(-1)in the region of 30-700℃.
文摘利用表格分析的方式,对比激光雷达系统(LIDAR)标准文件格式LAS version 2.0与旧版本verison1.1之间的异同,分析2.0版本的新特性,便于对LAS格式的理解和应用。新的定义标准更加适应LIDAR硬件间的通用性,给予用户更多的扩展空间,为LIDAR系统的应用提供高质量的文件交换基础。