2) titania-mica composite nano-materials
TiO2/白云母纳米复合材料
1.
The author attempted to have a subdivision towards the preparation process of titania-mica composite nano-materials and explored the details of every phase.
TiO2/白云母纳米复合材料目前已被广泛研究和应用。
3) TiO 2 muscovite nanocomposites
TiO_2/白云母纳米复合材料
4) mica composite
云母复合材料
1.
The ordinary procedure has been established for composing the mica composite and the thin board.
采用云母 +粘土 +碳酸盐三元矿物复合材料制成隔热绝缘抗静压材料 ,分析了其主要化学成分、矿物组成、电性能、机械性能和使用温度 ,并确定了合成云母复合材料及薄板的一般程序。
5) micro-crystal muscovite
微晶白云母
1.
The technological process of surface modification of micro-crystal muscovite by aluminate coupling agent DL-411-D and evaluation method of modification effect were studied.
以微晶白云母为研究对象,铝酸酯DL-411-D为改性剂,研究探讨微晶白云母铝酸酯表面改性工艺条件及其表征方法。
2.
In order to provide the scientific basis for further study and development of the new style nonmetallic mineral resources,micro-crystal muscovite,in West Sichuan,China,X-ray powder diffraction analysis is used to monitor their mineralogy and petrology characteristics.
川西微晶白云母是一种新型的非金属矿物资源,采用X射线粉晶衍射分析对川西微晶白云母的进行了深入研究,发现该矿床存在白云母-多硅白云母矿物组合。
3.
The main chemical compositions of micro-crystal muscovite are SiO_2 45.
川西地区微晶白云母是一种新型白云母资源,其主要化学成分S iO245。
6) microcrystal muscovite
微晶白云母
1.
The experiment of surface modification of microcrystal muscovite,a mineral resource of new type muscovite,using titanate coupling agent(JN-114),showed that method of technologic fabrication was simple and an optimum dosage of the coupling agent was 1.
对于新型白云母矿物——微晶白云母进行钛酸酯(JN-114)偶联剂表面改性实验研究结果表明:微晶白云母的钛酸酯表面改性工艺简单,偶联剂最佳用量范围1。
2.
Microcrystal muscovite/ sodium polyacrylate high absorption and retention functional material was prepared by solution polymerization with microcrystal muscovite and acrylic acid as principal raw material.
以微晶白云母的超细粉体与丙烯酸为主要原料,采用溶液聚合法制备了微晶白云母/聚丙烯酸钠高吸水保水功能材料。
补充资料:微晶
分子式:
CAS号:
性质:可将实验上给出衍射峰(或粉晶衍射弧线)已有明显增宽、弥散的颗粒线度尺寸在(100~2000)×10-10m范围的晶体称作微晶,这是由晶体向无定形体过渡的一种存在形态。如炭黑即是一种由数以千或万计的晶胞并置而成的微晶,在摄取的炭黑粉晶衍射图中001型的002衍射峰特别弥散,而100与110衍射则较明锐,这表明c轴方向的周期比a和b轴方向的周期重复数要小得多,微晶是一种亚稳态,它转化为晶态时会释放出一定的晶化热。
CAS号:
性质:可将实验上给出衍射峰(或粉晶衍射弧线)已有明显增宽、弥散的颗粒线度尺寸在(100~2000)×10-10m范围的晶体称作微晶,这是由晶体向无定形体过渡的一种存在形态。如炭黑即是一种由数以千或万计的晶胞并置而成的微晶,在摄取的炭黑粉晶衍射图中001型的002衍射峰特别弥散,而100与110衍射则较明锐,这表明c轴方向的周期比a和b轴方向的周期重复数要小得多,微晶是一种亚稳态,它转化为晶态时会释放出一定的晶化热。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条