金红石型结构

实验表明550℃以上制备的样品为多晶薄膜，并保持四方相金红石型结构；

The results show that the films grown above 550 ℃ were polycrystalline , and retain the rutile structure .

采用常压热分解CVD法制得的SnO2薄膜均为四方相金红石型结构的多晶薄膜。

All films prepared by this method are polycrystalline films with rutile structure .

对两种不同晶型的纳米TiO2进行紫外可见光谱的测试，结果表明在波长300~330nm的范围内，金红石型结构的纳米TiO2对紫外光有强的吸收。

Comparing with two kinds of different crystalline of nano-TiO_2 particles from the ultraviolet spectroscope , it was showed that the rutile nano-TiO_2 particles have stronger UV adsorption in the range of 300 ~ 330nm ( wavelength ) .

金红石型氧化物晶体结构与性能的分子动力学研究TiOCl2溶液低温水解合成金红石型氧化钛纳米粉

Molecular dynamics ( MD ) study of the physical and structural properties of oxide in rutile Preparation of Nanocrystal TiO_2 with Rutile Structure at Lower Temperature from TiOCl_2 Solution

在不同电解质溶液条件下，得到3种不同类型结构组成的氧化膜：单一TiO2的锐钛型结构、TiO2锐钛型+金红石型的混合相结构、单一TiO2金红石结构。

Three kinds of TiO2 coating , pure anatase type TiO2 , mixed phases of rutile type TiO2 and anatase type TiO2 , pure rutile type TiO2 were obtained .