crystalline particle

Effects of Post-treatment Method on Crystalline Type, Particle Size, Surface Binding State of Nanometer-size TiO_2

后处理方法对纳米TiO2晶型、粒度与表面结合态的影响

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Study on Secondary Pore in Zeolite Molecular Sieve Materials ⅰ. Secondary Pore in Crystalline Particle and Equivalent Diameter of Crystalline Particle

沸石分子筛材料中次级孔的研究&Ⅰ.晶粒内次级孔与晶粒当量直径

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A stable nanometered TiO_2 colloids were prepared from the hydrolysis of titanyl organic compounds by controlling the reaction conditions. The X-ray diffraction and scan electro microscopy ( SEM) revealed that the colloidal TiO_2 was in an anatase crystalline particle form with a diameter of 12 nm.

控制钛氧有机物水解条件合成稳定的纳米二氧化钛胶体，X射线衍射和扫描电子显微镜研究表明，该胶体的胶粒为锐钛矿型晶体，晶粒大小约12nm。

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After sintered in 1600 ℃, nearly dense mullite with fine crystalline particle was obtained.

试样在1600℃烧结得到接近致密、晶粒尺寸均匀、细小的莫来石瓷。

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It shows that the doped samples synthesized by this process have good crystalline and homogeneous particle size distribution.

该工艺制备的掺杂样品结晶性好，产品粒径均匀分布。

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With continuous ball grinding, the powder particle and crystalline grain gradually decreased.

球磨继续进行，合金化的粉末和晶粒不断细化。

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The results showed that both the crystalline size and particle size increased with increasing calcination temperature.

检测结果表明，粉体的晶粒度和颗粒度都随煅烧温度的增加而增大。

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The effects of tantalum concentration, temperature and reaction time on the particle size and morphology, and the effects of temperature and calcined time on the crystalline of tantalum oxide have been investigated.

研究了水解过程中乙醇钽浓度、温度、加料时间对产品粒度的影响以及煅烧温度与时间对Ta2O5晶形的影响。

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Nanometer ZnO have extensive application prospects in the field of optoelectronic and microelectronic devices. However, the uniform particle distribution, high-density and crystalline of the present ZnO nano arrays cannot reach the requirements of ZnO nano arrays devices.

纳米ZnO在光电子器件和微电子器件等领域具有广泛的应用前景，而目前纳米ZnO阵列粒度分布均匀性、高密度、结晶性能还达不到纳米ZnO阵列器件的要求。

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Eucommia ulmoides gum ( guttapercha or balata) is a crystalline particle existing in the bark and leaf of Duzhong tree ( Eucommia ulmoides Oliv), and to extract E.

在杜仲树中杜仲胶以晶体微粒的形式存在，必需用溶剂提取或机械破坏植物组织来获取。

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