1)  pyrophyllite(fire)brick
蜡石砖
2)  roseki brick
蜡石砖
1.
Process trait of roseki bricks and its relation with phase transformation have been studied anddiscussed.
分析讨论了蜡石砖的生产工艺特点及与叶蜡石加热过程相变化的关系。
3)  zircon-pyrophyllite brick
锆英石-叶蜡石砖
4)  roseki
蜡石
1.
Process trait of roseki bricks and its relation with phase transformation have been studied anddiscussed.
分析讨论了蜡石砖的生产工艺特点及与叶蜡石加热过程相变化的关系。
5)  pyrophyllite
叶蜡石
1.
Finite element analysis on pressure-transmitting behavior of pyrophyllite block based on ANSYS/LS-DYNA;
基于ANSYS/LS-DYNA的叶蜡石传压性能的有限元分析
2.
Review of present status on pyrophyllite and its application development;
叶蜡石矿产资源及其应用开发研究现状
3.
Research of phase transition of pyrophyllite after high temperature and high pressure;
高温高压后叶蜡石相变的研究
6)  pyrophyllite anhydride
偏叶蜡石
1.
Some important conclusions were drawn as follows: phase transformation for pyrophyllite was undergone 4 stages, including pyrophyllite stage (indoor temperature to 662 ℃), pyrophyllite anhydride stage (662 to 1 100 ℃),amorphous SiO_2 and mullite crystallite forming stage (1 100 to 1 200 ℃), and coexistence stage of mull.
结果表明,叶蜡石的高温相转变经历了4 个阶段:叶蜡石阶段(室温~662 ℃),偏叶蜡石阶段(662~1 100 ℃),不定形SiO2 与莫来石形成阶段(1 100~1 200 ℃)和莫来石与方石英共存阶段(1 300 ℃~)。
2.
, the pyrophyllite stage(indoor temperature660℃),pyrophyllite anhydride stage(6601 100℃),amorphous SiO_(2) and mullite crystallite forming stage(1 1001 200℃), and.
根据主要物相及其变化和组合特征,可以将叶蜡石的加热相变过程分为4 个阶段,即叶蜡石阶段(室温~660℃)、偏叶蜡石阶段(660~1 100℃)、不定形SiO2与莫来石形成阶段(1 100~1 200℃)、莫来石与方石英共存阶段(≥1 300℃)。
参考词条
补充资料：蜡石砖
分子式：
CAS号：

性质：以蜡石为原料制成的半硅质耐火材料。制砖原料为叶蜡石、水铝石(Al2O3·H2O)、高岭石(Al2O3·2SiO2·H2O)等组成的混合料。按照Al2O3含量的不同，烧成温度在1300～1350℃之间。蜡石砖的主要性能如下:耐火度>1670℃，20N/cm2荷重软化开始温度为1320℃，显气孔率<25％，常温抗压强度为1.5～2.0MPa。主要用于盛钢桶内衬、流钢系统以及化铁炉内衬等。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。