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- Properties of TiO2 thin film were studied by XRD, UV-spectra, measuring the contact angle, measuring the thickness and Methylene Blue degradation experiment. 采用XRD、UV透射光谱、薄膜表面接触角的测量、厚度的测量及亚甲基蓝降解等手段研究了TiO2薄膜的性能.
- Moreover, one of the important conditions for the hydrophility of TiO2 thin films is raisonne adsorption centers. 并且二氧化钛薄膜亲水作用的另一个重要条件是吸附中心必须合理分布的观点。
- With the increasing of anneal temperature, the resistance of P-implanted TiO2 thin films decrease and their water contact angles fluctuate at 70? 随着退火温度的上升;P注入的TiO2薄膜材料电阻降低;与水的接触角在70度左右波动.
- The TiO2 thin films from dip coating system were magnetron sputtered on with WOx,and can be activated by visible light in gaseous dimethyl benzene photocatalytic degradation. 采用磁控溅射技术在用浸渍提拉法制得的TiO2薄膜上;溅射氧化钨层;通过气相反应中光催化降解二甲苯的实验表明;WOx/TiO2薄膜具有可见光活性.
- carbon doped TiO2 碳掺杂氧化钛
- TEM and TEM-EDX analyses of cross-section of TiO2 thin film and glass substrate TiO_2薄膜与玻璃基板横断截面的TEM及TEM-EDX分析
- Keywords TiO2 thin film;liquid phase deposition;photodegradation;tannery wastewater; 2薄膜;液相沉积;光降解;制革废水;
- Mechanism and fluorescence spectra of PVK thin film doped perylene[J]. 引用该论文 瞿述;李宏建;崔昊杨;赵楚军;彭景翠.
- TiO2 thin film TiO2薄膜
- nano TiO2 thin film 纳米TiO2薄膜
- The UV-Visible absorption band of 4. 5% Mo doped TiO2 reached to about 460 nm, the removal efficiency of methylene blue was 58. 3% , and TOC was 52. 5%. Mo6+掺杂的质量分数为4.;5%25时;样品的吸收带边可达460 nm;对40 mg/L亚甲蓝反应2 h的降解率为58
- DYNAMICAL CHARACTERISTICS OF ELECTROLUMINES-CENCE IN ZINC SULFIDE THIN FILM DEVICES DOPED WITH ERBIUM? 掺铒硫化锌薄膜电致发光的动态特性?
- fixed TiO2 thin film 固定化TiO2膜
- Electro-optic Effect and Photorefractive Effect of PVK Thin Film Doped with Azobenzene Derivation[J]. 引用该论文 程宁;钟嫄;崔一平;单训英;刘举正.
- nanochrystalline TiO2 thin film 纳米TiO2薄膜
- carbon doped silica film (SiOCH) 含碳氧化硅（SiOCH）薄膜
- Abbreviation of Thin Film Transistor. 薄膜晶体三极管的缩写。
- A thin film formed on the surface of the pulp. 纸浆表面结了一层膜。
- nanocrystalline TiO2 thin film 纳米TiO2薄膜
- Zhang led a team of researchers from California, Mexico, and China that created a thin film doped with nitrogen and sensitized with quantum dots. 张金中领导的一个来自加州、墨西哥和中国的研究组制造出了一种掺氮并用量子点敏化的薄膜。
